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Programming > Forth > Re: part 21 ass...
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Re: part 21 asserts forth best for small memory systems, would lisp be better in non small mem?

by Andrew Haley <andrew29@[EMAIL PROTECTED] > Mar 11, 2008 at 10:34 AM

John Doty <jpd@[EMAIL PROTECTED]
> wrote:
> Andrew Haley wrote:
>> John Doty <jpd@[EMAIL PROTECTED]
> wrote:
>> 
>>> Please leave the argument in place. To snip here is evasion.
>> 
>>> My argument is:
>> 
>>> 1. There is little published shareable Forth code, relative to other 
>>> languages. This seems beyond dispute.
>> 
>> Relative to which other languages?  
>> Per user, or per language?
>> 
>>> 2. You and others asserted that this is not because Forth code is
>>> not shareable, but because shareable code is proprietary, and that
>>> there is plenty of such code.
>> 
>>> This requires that somehow Forth, unlike other programming
>>> languages, produces shareable code only if code is not to be
>>> published.
>> 
>> No it doesn't.  This conclusion does not follow from the premises.
>> 
>> All that is necessary is for the language mostly to be used in
>> proprietary applications.  COBOL isn't so different.

> COBOL is very different. COBOL is a highly specialized language,
> useless in most applications, including the kinds people
> publish. 

?  Highly specialized?  COBOL?

> But Forthers, including me, claim Forth is radically flexible. So
> what restricts Forth to proprietary applications?

I think that the issue of lingua franca has already been discussed:
for use in most free software projects, a language has to be
understood by many and widely available.  Thus, any minority language
will have a hard time unless its advantages are very great.  C is not
the best language for most of the areas in which it is used.

Forth has greater advantages when it's not tied to a lumbering beast
of an operating system.  This is when Forth really sings.  Also,
Forth's *margin of advantage* in embedded control projects is greater
than when it's just another language running a desktop program on a
general-purpose computer.

Regardless of whether this is true or not, your conclusion does not
follow from the premises.

Andrew.
 




 54 Posts in Topic:
Re: part 21 asserts forth best for small memory systems, would l
m-coughlin <m-coughlin  2008-03-07 10:38:11 
Re: part 21 asserts forth best for small memory systems, would l
Elizabeth D Rather <er  2008-03-07 08:06:59 
Re: part 21 asserts forth best for small memory systems, would l
Richard Owlett <rowlet  2008-03-07 12:50:19 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-07 12:14:26 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-08 01:30:31 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-07 18:53:16 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-08 02:41:56 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-08 16:03:35 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-09 16:12:17 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-09 10:51:39 
Re: part 21 asserts forth best for small memory systems, would l
Elizabeth D Rather <er  2008-03-09 08:33:40 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-09 13:37:07 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 15:43:19 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 10:10:29 
Re: part 21 asserts forth best for small memory systems, would l
Bernd Paysan <bernd.pa  2008-03-10 17:50:30 
Re: part 21 asserts forth best for small memory systems, would l
Elizabeth D Rather <er  2008-03-10 08:13:12 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 13:04:55 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 20:24:04 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 14:36:11 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 20:52:30 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 15:06:33 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 22:25:21 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 16:56:41 
Re: part 21 asserts forth best for small memory systems, would l
"Stan Katz" <  2008-03-12 18:00:10 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-12 16:13:31 
Re: part 21 asserts forth best for small memory systems, would l
Marc Olschok <nobody@[  2008-03-11 19:21:16 
Re: part 21 asserts forth best for small memory systems, would l
Aleksej Saushev <asau@  2008-03-11 23:05:58 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-11 22:42:04 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 20:19:34 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-10 19:52:18 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 14:11:26 
Re: part 21 asserts forth best for small memory systems, would l
Aleksej Saushev <asau@  2008-03-10 23:21:00 
Re: part 21 asserts forth best for small memory systems, would l
Andrew Haley <andrew29  2008-03-10 21:24:12 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-10 16:02:05 
Re: part 21 asserts forth best for small memory systems, would l
Andrew Haley <andrew29  2008-03-11 10:34:01 
A Brief Look at History (Re: part 21 asserts forth best for smal
m-coughlin <m-coughlin  2008-03-11 22:09:03 
Re: part 21 asserts forth best for small memory systems, would l
Duke Normandin <dukeof  2008-03-11 15:04:25 
Re: part 21 asserts forth best for small memory systems, would l
Bernd Paysan <bernd.pa  2008-03-11 16:40:14 
Writing Many New Versions of Forth (was Re: part 21 . . . )
m-coughlin <m-coughlin  2008-03-14 17:08:11 
Re: part 21 asserts forth best for small memory systems, would l
Duke Normandin <dukeof  2008-03-11 17:14:42 
Re: part 21 asserts forth best for small memory systems, would l
Elizabeth D Rather <er  2008-03-11 21:59:19 
Re: part 21 asserts forth best for small memory systems, would l
Aleksej Saushev <asau@  2008-03-13 00:43:39 
Re: part 21 asserts forth best for small memory systems, would l
Bernd Paysan <bernd.pa  2008-03-13 16:12:17 
Re: part 21 asserts forth best for small memory systems, would l
Aleksej Saushev <asau@  2008-03-15 00:00:58 
Re: part 21 asserts forth best for small memory systems, would l
Marc Olschok <nobody@[  2008-03-14 21:32:04 
Re: part 21 asserts forth best for small memory systems, would l
Duke Normandin <dukeof  2008-03-11 20:44:40 
Re: part 21 asserts forth best for small memory systems, would l
Elizabeth D Rather <er  2008-03-11 21:46:47 
Re: part 21 asserts forth best for small memory systems, would l
Duke Normandin <dukeof  2008-03-10 05:19:15 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-07 11:56:33 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-08 00:16:03 
Re: part 21 asserts forth best for small memory systems, would l
John Doty <jpd@[EMAIL   2008-03-07 17:34:02 
Re: part 21 asserts forth best for small memory systems, would l
Albert van der Horst <  2008-03-08 10:58:33 
Re: part 21 asserts forth best for small memory systems, would l
Guy Macon <http://www.  2008-03-08 17:11:27 
Re: part 21 asserts forth best for small memory systems, would l
kenney@[EMAIL PROTECTED]   2008-03-08 04:20:28 

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tan12V112 Sun Oct 12 14:04:31 CDT 2008.