There's definitely been success in using generative AI for vintage Computers. Just the other day I got it to produce a bootable floppy for my Amiga 1200. It loads the network driver, uses BOOTP to get an ip address, connects to a server and then downloads code via UDP that it will then execute. I doubt you'll get it doing amazing graphical scenes like you see in the demo scene though.

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JetSetIlly 17 hours ago | parent [-]

I really meant in the coding realm, but it's interesting that it created a bootable floppy. That wouldn't be trivial.

Questions: 1) Which AI platform did you use? 2) Did it create a binary image of the floppy disk (an ADF perhaps)? If not, what form did it take?

	▲	amiga386 15 hours ago \| parent \| next [-]
		> That wouldn't be trivial. INSTALL DF0: Just type that and your disk is bootable. What I find mind-boggling is the handwave over the rest. "Loads the network driver" - ok, which one? There's no standard network driver, only a specification for writing drivers (SANA-II). Was it a driver for SLIP/PPP over the serial port, or a PCMCIA Ethernet adaptor, or something else? Was it a copy of a driver someone's already written? Also, it would be madness to try doing this in a bootblock, or insinuating that the bootblock did it. Demo bootblocks take over the hardware and start using their loading routines, eschewing the main AmigaOS, and that's the implication of saying something was done in the bootblock (you have under 1KB of space so the first thing you need is your own loader). What's much more mundane and normal is a standard bootblock which returns control to AmigaDOS and lets it run the startup-sequence, whereupon you can use normal files, libraries, devices, including a full suite of other people's networking software, including BOOTP (AmiTCP comes with a client) and TFTP (see Olaf Barthel's tftpclient: https://github.com/obarthel/amiga-sana-ii-tftpclient). But it stopped being the "bootblock" that did it as soon as it started AmigaDOS.
	▲	roygbiv2 16 hours ago \| parent \| prev [-]
		I used cursor with a mix of Gemini 3.1 and opus 4.6. It referenced the Amiga ROM Kernel Reference Manual, appendix C to create a boot block in assembly. It's a raw sector-mapped image, the build process creates a blank adf, which then writes everything at it's fixed offsets and we go back with another tool to patch the bootblock with the right checksum so the kernel accepts it. I copied that adf to the A1200 so I can then write it to a real floppy.