94 karma · joined December 24, 2019
The other versions from https://gambitscheme.org/3.0/ are Windows or MacOS Classic binaries.
Needs a 386+ CPU, though.
:)
(Sources: https://yasa.com/news/yasa-smashes-own-unofficial-power-dens... and https://yasa.com/technology/)
* Gambit-C 3.0 for MS-DOS (https://gambitscheme.org/3.0/gc30-dj.zip)
* MIT-Scheme 7.3 for DOS: (https://groups.csail.mit.edu/mac/ftpdir/scheme-7.3/pc/)
Both need a 386+.
* PC-Scheme/Geneva (https://www.cs.cmu.edu/afs/cs/project/ai-repository/ai/lang/...) Bytecode compiler, runs on 8086+, can use up to 2MB of EMS memory.
* magnet material was created used a new "AI platform"
* development process is 200x faster
* (raw ?) material costs are down to 50%
* carbon material emissions down to 70%
What is not said:
* Any kind of detail about the magnet material or material performance
Overall they seem much more intent on selling their "innovative, new AI material design process" than the material process
END_OF_RANT
https://github.com/timonoko/Nokolisp_On_Nokia_phone
But I can't figure out how to install it, while I know how to build nokolisp with MASM. Thus the MSDOS based Nokolisp is more useful, at least for me.
BTW the cited HN posting contains at least one factual error: The Nokia Communicator 9110 was based on an 486SX SOC, not an 80186.
But to each his own.
DISCLAIMER: not a Java expert or even practitoner.
1. https://en.m.wikipedia.org/wiki/Xerox_Star#/media/File%3AXer...
I already know:
* Strand
* http://www.call-with-current-continuation.org/fleng/fleng.ht...
* Racket's implementation of datalog
TIA.