This repository contains the Gambit@30 talks and related documents.
Directory talks contains the PDFs of the talks, which are useful to
view simultaneously with the videos of the presentations:
- Gambit30-History: https://youtu.be/bGqEO1Dm48k
- Gambit30-Forensics: https://youtu.be/IcZnZuhDvWI
- Gambit30-GVM: https://youtu.be/MNuDqF4tt24
- Gambit30-UnivBE: https://youtu.be/CmzKMUudefk
- Gambit30-Gamboling: https://youtu.be/RAYbI8FmtTA
- Gambit30-NativeBE: https://youtu.be/t4jkDDGiTfc
- Gambit30-BareMetal: https://youtu.be/2q6-dq_wsSY
- Gambit30-Geiser: https://youtu.be/PpulgwWo1gQ
- Gambit30-Modules: https://youtu.be/VKQAW4G5EnI
- Gambit30-Gerbil: https://youtu.be/zuqzy_-KmkA
- Gambit30-Yownu: https://youtu.be/6K8hvt-ugKI
- Gambit30-Together: https://youtu.be/whWkw89DbgI
- Gambit30-Compiler: https://youtu.be/FjrUpIg8M7o
Directory mimosa contains the compressed image of mimosa for running Gambit
on bare metal. You can copy the image to a real IDE HDD and use it to boot a
real PC, or use the QEMU emulator like this:
% gunzip -c mimosa.img.gz > mimosa.img
% qemu-system-i386 -m 1G -hda mimosa.img
Once booted, here are some interesting things to type at the Gambit REPL:
> (current-directory)
> (directory-files)
> (load "fact.scm")
> (load "fib.scm") ;; run it interpreted
> (compile-and-load "fib.scm") ;; run it compiled to x86
> (load "x86-asm.scm") ;; x86 assembler example
> (load "x86-os.scm") ;; read RTC with in/out instructions
> (edit "fib.scm") ;; save/exit with ESC key
The state of the filesystem is preserved in mimosa.img. This includes
the REPL history and any files generated or edited with (edit ...).