i shouldn't be surprised that this works but i needed a win
i can now type a post with the nc100 keyboard
and oh yeah the screen is capacitive touch so mouse input is sorted too
never assume that just because the connector is the same the polarity is.. i've now repinned the battery but not before probably killing this UPS HAT
which specifically has no diode protection
yep it's gotten here this morning and in less than a day i killed it
so these are the internals otherwise so far
- RPi 3B 1GB
- DietPi (might change my mind later)
- RPi Pico running a very quick slapdash circuitpython script to turn the unharmed NC100 keyboard into USB HID (charmed by how easy that was)
- a new dfrobot UPS HAT has been ordered, should give me I2C monitoring so i can get that into the OS
- 10000mAh battery (might been a mistake given clearances but i'm winging this
- screen is 1280x480, takes HDMI and USB for power and touch
currently everything is double-sided taped down, the internal USB stuff (keyboard, screen) has been soldered straight onto the removed headers to make clearances work, i have a flat cable breakout for hdmi to make that fit in
the ports at the back will be located with a 3D printed plate i need to design yet
i'm still not sure how the screen will attach because id like it to sit at an angle, need to think about a way to hold it in place
oh i also have a tiny mono audio amp coming and i plan to use the tiny little speaker that comes with the nc100
that's not bad for a dinky speaker that was rated only for bbc basic beeps
looking somewhat better but still kinda crap. maybe xfce isn't the way to go but i dunno what else to use
rex 
(he/him)
@mavica_again hell yeah (pun intended)! half-life 1 is the next test.
@mavica_again oh no, i'm sorry. :<
@mavica_again
Maybe unity8 or one of the forks designed for netbooks/phones?
@mavica_again@computerfairi.es :allears: :allears: :allears:
i need to make permanent fittings for everything and get much thinner and shorter cables to plug everything together without spaghetti spilling out of every orifice, and then figure out a power solution (i'd like something that the pi can battery monitor on, which seems like nobody has ever done, everybody just plugs a powerbank and prays) but the main concept is solid