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This had an actual effect on the output giving more available options.
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This automatically creates `build/artifacts/factory-image.bin` with the
Meson build system. The resulting file can simply be moved to the
virtual file system of the `nucleo_f767zi` board to flash bootloader and
application making the board ready for operation and remote updates.
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This script combines a bootloader firmware and a signed and confirmed
MCUboot application firmware to one factory image which can be loaded to
the default boot address of the microcontroller.
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This tool helps to select resistors for voltage dividers indicating PCB
versions.
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This allows to call `deploy.py` without any arguments in most cases.
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This makes debugging easier and safer.
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This makes it easier to deploy the installed artifacts to a remote
server as part of the deployment.
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This adds a build for the native_sim board of the application firmware
to the default Meson build.
The resulting Linux binary is also added to the webpage.
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This makes them re-usable for the application and native_sim firmwares.
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This allows to re-use these scripts. Since they are currently used to
build Zephyr builds and three are intended (application, bootloader and
application as native_sim build) this makes sense.
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The provided documentation download is not useful anymore. It might be
re-introduced later if required.
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It is planned to switch to Ethernet instead of LoRa for communication.
Thus the custom PCB with the STM32WL MCU does not make sense anymore. To
get started the Ethernet variant will use a ST NUCLEO board to avoid
creating a custom PCB first.
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It is unknown if it would be legal to include those external documents
like datasheets inside this Git repository. Thus the added script
provides the ability to get them directly from the vendor.
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This allows to conveniently remove files which are not tracked in
version control.
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