Sure, I'd like to see some.
Expecting massive page stretch so click for full view. Didn't have to do any actual physical wiring thank god, this was pre-implementation of pipelining, don't think I have anything after this. The program outputs an address which the harness uses to find an instruction as an input, couldn't find the harness .circ file but all it would do is have a memory lookup of the output ("fetch_addr") and feed that output back into the cpu (as "INSTRUCTION"). If you're not familiar with this kind of architecture: it'll first pass through instruction fetch to get an instruction from the PC, then goes to instruction decoder where it's dissected into parts, looks up registers and passes opcode/func through controller, executes code & then writes back to memory/registers. There's a bunch of extra circuitry to handle immediates (i.e. constants) and program flow (i.e. jumping, returning) but that's the gist of it.
Also the controller was super dumb/tedious to implement as it involved basically hardcoding based on opcode and function code so I didn't put it in any screenshots, but it basically tells the ALU what to do/defines other cpu behavior based on what the operation specified by an instruction is
(but dear lord why would you do this to yourself... this class was the death of me, i couldn't imagine ever doing this for fun)
