
Sign up to save your podcasts
Or


https://netsettlement.blogspot.com/
See you all on Sunday-morning-in-Europe !
jlamothe, proprietor of Paradise Sushi in Lambda: https://jlamothe.net/
UPDATE: sbcl reverted the llm (slop) commit merge over quality issues and clarify they do have some restrictions against llms thanks https://zyd.lol/ and sbcl's chief maintainer stas. Also see: https://gamerplus.org/@screwlisp/116091253249053254
Ramin:
gophers referenced:
Thanks to Ramin for hosting!
A discussion of climate stragegies and screwlisp's symbolic deep learning condition implementation segueing into common lisp's conditions, featuring Kent Pitman and Ramin Honary
Kent (whom authored ANSI CL's condition system - https://www.nhplace.com/kent/CL/Revision-18.txt )
Ramin
Screwlisp
My code snippet being reviewed: https://screwlisp.small-web.org/fundamental/nested-ansi-cl-conditions/
Kent: https://nhplace.com/kent https://netsettlement.blogspot.com/ https://en.wikipedia.org/wiki/Kent_M._Pitman
Ramin: https://tilde.town/~ramin_hal9001/
LambdaMOO: https://lambda.moo.mud.org/
Mdhughes (gamedev of the ages): http://mdhughes.tech/
yduJ's cookie recipe: https://olum.org/yduj/recipe/chocolate-oatmeal-cookies.txt (https://olum.org/yduj/recipe/)
J Lamothe : https://jlamothe.net/
Please leave cl conditions questions and comments for Kent (et al.) for next week on this thread: https://gamerplus.org/@screwlisp/115969721164245787
The #commonLisp condition system.
#programming #podcast #live #lisp
Kent https://nhplace.com/kent https://netsettlement.blogspot.com/ https://en.wikipedia.org/wiki/Kent_M._Pitman
https://maclisp.info/pitmanual/index.html
https://en.wikipedia.org/wiki/Kent_M._Pitman
Me:
https://www.maclisp.info/pitmanual/contro.html#5.8.1
Lisp thoughtleadership for a python condition system. Historical notes you can't hear anywhere else often about Stephen Wolfram (!). Also logout's #gopher .
Viz Kent's presentation https://gamerplus.org/@screwlisp/115731324866343200
Kent: https://nhplace.com/ ( https://en.wikipedia.org/wiki/Kent_Pitman )
Kent's presentation introduces professional python programmers to industry standard ANSI common lisp condition system. Also good for people who picked up lisp from outside of the lisp milieu and didn't grow-up-with lisp style condition traditions.
If you wrote a new program last year, and a new data type last month, and you run the big program from last year on the new data type, the program's type checking will not recognize the type.
Instead of halting and catching fire, Pitman's condition handling adopted by lisp industry in ANSI CL gives advice in the form of new handlers without rewriting previously existing programs. A handler can accept a condition (could be a type error), resolve the condition and take a local continuation back into the running program. The resolutions can be automatic or mixed initiative.
This is an incredibly important piece of lisp thought leadership in software engineering and computer science.
In 1960, McCarthy specified that lisp should pioneer advice taking programs, and in the early 80s, Goodwin pointed out that in industry settings data types are often newer than the programs that have to use them.
"Pitman errors" are a key modern industry realization of these principles.
https://www.nhplace.com/kent/CL/
From the publisher's feed