1. Clone the git repository
2. Run the server using docker
3. Test the server using a desktop and the number keys on your keyboard

1. Image the SD card for the Raspberry Pi using the [Raspberry Pi Imager](https://www.raspberrypi.org/software/).
    a. Select `Choose OS`
    b. Select `Other specific-purpose OS`
    c. Select `FullPageOS`
2. On the newly flashed drive, edit `fullpageos-wpa-supplicant.txt` to include your WiFi credentials.
2. Insert the SD card into the Raspberry Pi and power it on.
3. Connect to the Raspberry Pi using SSH.
    a. The default hostname is `fullpageos`
    b. The default username is `pi`
    c. The default password is `raspberry`
4. Edit the default webpage in `/boot/fullpageos.txt` to point at your TLT server.

1. Install the included standoffs on the screen
2. Connect the ribbon cable to the screen
3. Place the Raspberry Pi on the back of the screen being sure to align the pogo pins with the GPIO
4. Mount the Pi using the included hardware
5. Connect the DSI cable between the Pi and the screen

1. Download the OpenSCAD file from https://github.com/williambuttenham/learning-terminal/blob/main/hardware/case/tlt-case.scad and generate the STLs or watch out for the first release: https://github.com/williambuttenham/learning-terminal/releases
2. I sliced each part with a layer height of 0.2 mm, 20% infill and support turned on.
3. Print one copy of each part, I used PLA but PETG or something else more robust would be a good choice
4. Remove any support material
5. Add the heat-set inserts to the case using a soldering iron

1. Insert the MX switches into the case body
2. Solder a shared ground wire to one side of all the switches
3. Solder a separate signal wire to the other side of each switch
4. Connect the resulting nine wires to the Raspberry Pi Pico
5. Mount the Pico the bottom side of the case using mounting tape
6. Plug the Pico into a computer and flash the firmware for the key matrix

1. Using four M2.5 bolts, mount the screen assembly to the mid-plate, it should only fit on one way
2. Insert the mid-plate tabs into their pockets in the case, facing the screen towards the front of the case
3. Using two M3 bolts, mount the mid-plate to the heat-set inserts

1. Install the camera cheese plate using the included screws to attach it from the inside of the lid
2. Install the battery v-mount using three M4 bolts from the outside of the lid, leaving the top right mount hole empty

1. Thread the power cable through the hole in the lid and connect the Raspberry Pi
2. Install the lid using two M3 bolts and the heat-set inserts