The firmware can either be built in a devcontainer or natively on a linux machine.
This repository supports the vscode devcontainer integration.
To get started install docker, vscode and the decontainer extension.
A prompt to reopen this repository in a container should appear.
CMake is required for generating the build files.
A bash script is supplied to take care of the bootstrap process:
~/hdzero-goggle$ ./setup.sh
In either of the above scenarios the firmware can be built via make.
An appropiate vscode build task ships with this repository as well.
~/hdzero-goggle$ cd build
~/hdzero-goggle/build$ make clean all
The firmware is generated as ~/hdz_goggle/code/out/HDZERO_GOGGLE-x.x.x.bin Where x.x.x is the OTA_VER.RX_VER.VA_VER
Firmware can be either flashed via goggle menu or alternatively be executed via the SD Card with a custom development script. An example of this development script is provided below. The goggles automatically checks to see if the develop.sh script exists in the root of the SD Card and if found develop.sh is then executed.
The following files must be placed in the root of SD Card in this example. This script will then check to see if HDZGOGGLE binary has been found and if found then executed. The standard output for logging will be written to a file called HDZGOOGLE.dev.log
Otherwise, if the HDZGOOGLE binary is not detected, the goggles will continue to load the built-in executable which was previously flashed.
SD Card File Hierarchy:
/develop.sh
/HDZGOOGLE
Development script (develop.sh):
#!/bin/sh
# Load via SD Card if found
if [ -e /mnt/extsd/HDZGOGGLE ]; then
/mnt/extsd/HDZGOGGLE > /mnt/extsd/HDZGOGGLE.dev.log 2>&1 &
else
/mnt/app/app/HDZGOGGLE &
fi