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Re: [Axiom-developer] Embedding Axiom
From: |
Stephen Wilson |
Subject: |
Re: [Axiom-developer] Embedding Axiom |
Date: |
Mon, 16 Nov 2009 22:46:15 -0500 |
User-agent: |
Mutt/1.5.19 (2009-01-05) |
Hi Tim,
On Sun, Nov 15, 2009 at 11:35:00PM -0500, Tim Daly wrote:
> This is a request for design discussion for those who are interested.
Your message is very interesting.
> I have some plans on how to get "from here to there" in a slow, incremental
> fashion. These plans involve things like finding the basis-set of the algebra
> in terms of lisp functions and then trying to find a closure of this basis set
> so that the algebra embeds cleanly in this set. The compiler should compile
> that basis set into an embedding in the prior layer. Lisp can support this by
> defining domain-specific languages for each layer and macros from one layer to
> another.
Could you please expand on this point? How do you propose to do this
incrementally from an implementation point of view? I am asking these questions
from an engineering standpoint. In particular, are you suggesting a rewrite
(essentially from scratch, using the current implementation as a guide)?
--
steve
- [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/15
- Re: [Axiom-developer] Embedding Axiom, Martin Baker, 2009/11/16
- Re: [Axiom-developer] Embedding Axiom,
Stephen Wilson <=
- Re: [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, M. Edward (Ed) Borasky, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, Bertfried Fauser, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/17
- Message not available
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold), Tim Daly, 2009/11/20
- Re: [Axiom-developer] Embedding Axiom (Hickey and fold/unfold), Martin Baker, 2009/11/21
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) and rule based programming, Tim Daly, 2009/11/21
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) and Reifying time, Tim Daly, 2009/11/21
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Tim Daly, 2009/11/21
- [Axiom-developer] Re: Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Martin Baker, 2009/11/21