Automatic installation of a minimal Basilisk II (Apple Macintosh Quadra 800) system using Raspberry Pi OS Lite on a Raspberry Pi (1, 2, or 3) without X.
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rpi-basilisk2-sdl2-nox's Introduction
๐ Hi, Iโm @ekbann
๐ Iโm interested in ... Retrocomputing, Raspberry Pi/Pico, and Compiler Design;
๐ฑ Iโm currently learning ... Rust and TensorFlow;
๐๏ธ Iโm looking to collaborate on ... any cool project;
fatal error: Cocoa/Cocoa.h: no such file or directory
I have searched the entire system directory for this header and cannot locate it.
I understand that it's a file generally included in the xcode tools.
I am trying to emulate system7 on a rpi that's built into an old mac classic case using this project.
I am just getting stuck on the cocoa.h part. Note: I did have to manually cp some other headers like SDL* stuff into ./../include/ FYI
Just come across this repo and have successfully installed onto the new Pi Zero W 2 so many thanks for putting this script together.
I've yet to fully explore the settings and preferences but is networking supported in any way as I can't see it mentioned in the readme? Would be really good if you could bridge the pi's wpa_supplicant.conf settings to get it onto the local network.
Mac OS X GUI ........................... : no
Mac OS X Sound ......................... : no
SDL support ............................ : video audio SDL major-version ...................... :
BINCUE support ......................... : no
LIBVHD support ......................... : no
VDE support ............................ : no
XFree86 DGA support .................... : no
XFree86 VidMode support ................ : no
fbdev DGA support ...................... : no
Enable video on SEGV signals ........... : no
ESD sound support ...................... : no
GTK user interface ..................... : no
mon debugger support ................... : no
Running m68k code natively ............. : no
Use JIT compiler ....................... : no
JIT debug mode ......................... : no
Floating-Point emulation core .......... : IEEE fpu core
Assembly optimizations ................. : none
Addressing mode ........................ : direct
Bad memory access recovery type ........ : siginfo