Please make a series of videos on YouTube (or other platform) that describes how this project works. It's a great project, and I think that many people (myself included) would love to see you describe it in detail.

If it makes it more interesting to you then maybe rewrite it in Zig for the videos, or just talk though the Go code. Either way, please make the videos!

Can someone please update the installation/compilation instructions, half of the stuff needed for the building is missing and git repos of stuff have changed, I've tried to work my way around these issues but end up with

`make
clang -o runtime/main.o -c runtime/main.c

clang -o runtime/ppu.o -c runtime/ppu.c
clang -o runtime/nametable.o -c runtime/nametable.c
ar rcs runtime/runtime.a runtime/main.o runtime/ppu.o runtime/nametable.o
go build -o jamulate main.go

github.com/axw/gollvm/llvm

could not determine kind of name for C.LLVMLinkInJIT
Makefile:2: recipe for target 'build' failed
make: *** [build] Error 2
`

all the time.

Thanks.

see http://sonicepoch.com/sm3mix/disassembly.html for example

I wanted to leave a comment on your blog post but didn't find any way to do that, so here I am in GitHub making an 'issue'. I hope you don't mind. :)

I figure that your work on this project would be great to aid in "porting" a NES game's gameplay and mechanics into a native port or variant of the same game. For example, I would use this to recompile, say, bits of Blaster Master's engine code to a PC game and then build a custom input/display system around that core logic instead of trying to include emulation of the PPU and APU of the NES.