The goal is to use an ARM micro-computer (namely, an OrangePi Zero 2W), to achieve a fully self-sufficient dsky.
The ARM computer will need to
Run both api-dsky and web-dsky
api-dsky has to be able to run in "bridge mode". This way, the dsky could control and display an api-dsky instance that is running elsewhere on the LAN, or even on the internet, using Wi-Fi
api-dsky should be able to interface with yaAGC. This way, we could run yaAGC entirely within the ARM computer, and achieve a fully self-contained AGC replica, without need for a x86 computer.
Render web-dsky using a web browser
Output an HDMI signal to an LCD driver board
Communicate via USB with the Arduino Nano on the Mainboard, transmitting the dsky state and receiving keypresses
Another challenge involves supplying power to the mainboard, orangepi, and lcd driver board, using the least amount of external connectors as possible, to reduce clutter.
The goal is to use an ARM micro-computer (namely, an OrangePi Zero 2W), to achieve a fully self-sufficient dsky.
The ARM computer will need to
Another challenge involves supplying power to the mainboard, orangepi, and lcd driver board, using the least amount of external connectors as possible, to reduce clutter.