Related articles |
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Compiler support for Intel-MMX? kyoung@newton.ruph.cornell.edu (1998-04-15) |
Re: Compiler support for Intel-MMX? fpeelo@portablesolutions.com (Frank Peelo) (1998-04-18) |
Re: Compiler support for Intel-MMX? Gorup@wwa-fs.bayern.de (Andreas v. Gorup) (1998-04-18) |
Re: Compiler support for Intel-MMX? mtiomkin@iil.intel.com (Michael Tiomkin) (1998-04-21) |
Re: Compiler support for Intel-MMX? ba2395@fen.baynet.de (Florian Klaempfl) (1998-04-29) |
Re: Compiler support for Intel-MMX? nnylfv@ny.ubs.com (Olivier Lefevre) (1998-05-04) |
Re: Compiler support for Intel-MMX? Peter.Damron@Eng.Sun.COM (1998-05-07) |
Re: Compiler support for Intel-MMX? meyer@lps.u-psud.fr (meyer) (1998-05-07) |
From: | meyer <meyer@lps.u-psud.fr> |
Newsgroups: | comp.compilers |
Date: | 7 May 1998 17:04:38 -0400 |
Organization: | LPS |
References: | 98-04-068 98-04-081 98-05-026 |
Keywords: | 386, performance |
> Michael Tiomkin wrote:
> > From 1996, Intel tried to persuade compiler vendors to start using
> > the "intrinsics" approach for MMX. The intrinsics are something
> > between the direct C support and inlined assembly: you have a set
> > of C "functions" that can be inlined into MMX (or other processor
> > extravaganza) instructions.
Coming back to the original (I hope) post about compilers supporting
MMX instructions, I want to remind you that there is the very neat
LCC-Win32 compiler by J. Navia. This compiler uses the intrinsics
approach mentioned above. It is freeware - so try it out
e-mail of J. Navia : jacob@jacob.remcomp.fr
--
Pierre Meyer
Laboratoire de Physique des Solides
Bt. 510, Universite de Paris Sud
F 91405 ORSAY, FRANCE
T : (33)-(0)1 69 15 60 62
Fx : (33)-(0)1 69 15 60 86
e-mail : meyer@lps.u-psud.fr
homepage : http://www.lps.u-psud.fr/
--
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