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Re: [avr-gcc-list] Gcc branches small comparison.
From: |
Bruce D. Lightner |
Subject: |
Re: [avr-gcc-list] Gcc branches small comparison. |
Date: |
Sun, 23 Jan 2005 22:53:49 -0800 |
User-agent: |
Mozilla Thunderbird 0.5 (Windows/20040207) |
Curtis Maloney wrote:
Maybe things like "Moore's Law" are setting unrealistic expectations
for those of us in this business. Is the Second Law of Thermodynamics
affecting "gcc" development? Is ever increasing entropy is somehow
negatively affecting "gcc" source code tree! :-)
I don't see what a law about the rate of increase in cost effective
transistor densities has to do with this... although, perhaps it's all
the result of some emergent complexity? ;)
It's not Moore's Law in particular, but the combined affect of many, many
factors driving the "computer business" that has continuously given us
"more and better for less" every single year, for half a century. Every
year Intel's Gordon Moore gets up in front of one audience or another and
states that the observed exponential improvement in silicon density named
after him can't go on much longer. He's been wrong for a long, long time.
Nevertheless, the seemingly "free ride" has got to come to an end
sometime! :-)
Chin up - from what I've been reading on the gcc mailing list, there's
good news on the way.
(And yes, I've been somewhat non-plussed by some of the code GCC is
generating, ESPECIALLY with respect to longs).
Thanks for the feedback...
I will remain "hopeful". In particular, let's all hope that "gcc" will
not collapse under the load of it's ever increasing complexity. The
number of targets that it now supports is truly amazing.
Best regards,
Bruce
--
Bruce D. Lightner
Lightner Engineering
La Jolla, California
Voice: +1-858-551-4011
FAX: +1-858-551-0777
Email: address@hidden
URL: http://www.lightner.net/lightner/bruce/