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This note describes how to set up the emulated hardware platform.
2.1.1. Setting Up Hardware of Emulated Platform
Step through the following procedure in order to set up the emulated platform hardware:
Connect a USB Type-C cable to the J6 connector on the nRF9161 DK to the Linux host to get access to the on-board programmer and serial console.
Connect a Micro-USB cable to the J2 connector on the nRF5340 DK, and to the Linux host to get access to the on-board programmer and the VCOM based serial consoles.
Connect a Micro-USB cable to the J3 connector on the nRF5340 DK, and to the Linux host to get access to the USB based serial consoles.
2.1.2. Setting Up Thingy-9151-Lite Platform
TBD
2.2. 2.1 Setting Up Software on Cross Development Host
2.2.1. Installing the nRF Connect SDK
Emcraft maintains the fork of the nRF Connect SDK on GitHub:
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west init -m https://github.com/voxelbotics/sdk-nrf --mr voxelbotics-v2.5.1-branch |
2.2.2. Getting the Source Code of the Thingy-9151-Lite Application
The Thingy-9151-Lite Zephyr application is maintained in the separate GitHub repository:
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The current branch and release tag are specified in the Release Notes document.
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3. Developing Zephyr BSP and Application
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3.
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1. Developing on nRF9151
3.1.1. Building Thingy-9151-Lite Application for nRF9151/nRF9161 from command line
Go to the application directory:
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The resulting image is build/zephyr/merged.hex.
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3.2. Developing on Application Core of nRF5340
3.2.1. Building Thingy-9151-Lite Application for nRF5340 (application core) from command line
Go to the application directory:
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The resulting image is build/zephyr/merged.hex.
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3.
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3. Developing on Network Core of nRF5340
3.3.1. Building Thingy-9151-Lite Application for nRF5340 DK (network core)
Go to the application directory:
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The resulting image is build/zephyr/zephyr.hex.
4. Using VSCode to build and debug applications
4.1.1. Adding custom boards from the Thingy-9151-Lite into the VSCode
In order for nRF Connect plugin to recognize custom board configurations that come along with nrf-app, add it to the BOARD_ROOT setting of the plugin. For this start VSCode, navigate to File -> Preferences -> Settings -> Extensions -> nRF Connect -> Board Roots, then add the directory where nrf-app repository was cloned:<west_init>/nrf-app/.
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Sometimes changing BOARD_ROOT is not enough and nRF Connect plugin refuses to show boards from <west_init>/nrf-app/boards as valid configuration targets. To work around this, create fake board skeleton using nRF plugin in the same directory: activate nRF plugin, select 'Create a new board', supply some board name, accept suggested build board name, select any nRF device, specify full path to the <west_init>/nrf-app/ and finally enter something as company name. After this nRF Connect plugin creates skeleton for the new board in the target path. This board definition will never be used, it is only needed to force nRF Connect plugin to scan the <west_init>/nrf-app/boards for custom board definitions. This steps should only be needed once per workspace.
4.1.2. Importing the Thingy-9151-Lite Applications into the VSCode
To import the application(s), activate nRF Connect plugin, select ‘Open an existing application', navigate to wanted application (e.g. <west_init>/nrf-app/thingy9151lite_nrf9151_app), press 'Open'
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It is possible to open several applications into the same workspace.
4.1.3. Building the Thingy-9151-Lite Applications in the VSCode
Start VSCode with workspace where one or more Thingy-9151-Lite Applications are already imported, activate nRF Connect plugin.
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Select build configuration, use ‘Build' in the 'Actions’ window of the nRF Connect plugin.
4.1.4. Debugging in VSCode
Follow Nordic instructions on debugging in VSCode.
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