Tim Allen 1a889ae232 Update to v106r71 release.
byuu says:

I started working on the Toshiba TLCS900H CPU core today.

It's basically, "what if we took the Z80, added in 32-bit support, added
in SPARC register windows, added a ton of additional addressing modes,
added control registers, and added a bunch of additional instructions?"
-- or in other words, it's basically hell for me.

It took several hours just to wrap my head around the way the opcode
decoder needed to function, but I think I have a decent strategy for
implementing it now.

I should have all of the first-byte register/memory address decoding in
place, although I'm sure there's lots of bugs. I don't have anything in
the way of a disassembler yet.
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The unofficial higan repository

higan emulates a number of classic video-game consoles of the 1980s and 1990s, allowing you to play classic games on a modern general-purpose computer.

This repository includes the source-code for stable and WIP releases of higan, starting during the development of v068. It also includes community-maintained documentation.

Basically, apart from .gitignore files, anything in the higan, hiro, icarus, libco, nall, ruby, or shaders directories should be exactly as it appeared in official releases. Everything else has been added for various reasons.

Official higan resources

Unofficial higan resources

Description
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Readme 60 MiB
Languages
C++ 60.9%
C 32.5%
Objective-C 4.6%
Makefile 0.8%
GLSL 0.7%
Other 0.5%