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> it is my understanding that what this paper describes was never actually shipped This reminds me of an interesting talk by David Beazley where he discuss the
by Qem 2y ago
> it is my understanding that what this paper describes was never actually shipped
This reminds me of an interesting talk by David Beazley where he discuss the early days of Python, when IIRC he was a student at a national lab, and they managed to run the Python REPL in an connection machine 5 that people had a hard time programming in lower level languages. It seems the work they did back then, writing modules that allowed the Python interpreter to interoperate with scientific code was one of the foundations for it to snowball many years later.
So I wonder if what this paper describes had shipped in time, if that would lead us by butterfly effect into the alternative timeline where Lisp dominates scientific computing, instead of Python.
See https://youtu.be/4RSht_aV7AU?si=jVZzxa93svZ5oEXL https://youtu.be/4RSht_aV7AU?si=jVZzxa93svZ5oEXL
- pjmlp 2y agoAt CERN, back in 2000, Python started to slowly take over as the build scripts, something like scons, CMT was the name. And as REPL for CERN libraries, instead of ROOT. Unfortunately while Python has taken over Lisp's domain, we are still far from Lisp capabilities to generate native code. EDIT: CMT docs are still around, https://twiki.cern.ch/twiki/bin/view/Main/LearningAthena https://twiki.cern.ch/twiki/bin/view/Main/LearningAthena