dev-lang/mmix/ChangeLog


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# ChangeLog for dev-lang/mmix
# Copyright 2002-2008 Gentoo Foundation; Distributed under the GPL v2
# $Header: /var/cvsroot/gentoo-x86/dev-lang/mmix/ChangeLog,v 1.15 2008/09/03 09:30:05 opfer Exp $

  03 Sep 2008; Christian Faulhammer <opfer@gentoo.org>
  -mmix-20020216.ebuild:
  clean up

  22 Feb 2007; Piotr Jaroszyński <peper@gentoo.org> ChangeLog:
  Transition to Manifest2.

  02 Jan 2007; Andrej Kacian <ticho@gentoo.org> mmix-20060324.ebuild:
  Stable on x86, bug #136559.

  23 Dec 2006; Tobias Scherbaum <dertobi123@gentoo.org>
  mmix-20060324.ebuild:
  Stable on ppc wrt bug #136559.

  12 Dec 2006; Gustavo Zacarias <gustavoz@gentoo.org> mmix-20020216.ebuild,
  mmix-20060324.ebuild:
  Unkeywording sparc, see #136559

  08 Dec 2006; Charlie Shepherd <masterdriverz@gentoo.org>
  mmix-20060324.ebuild:
  Fix tetex dependency, thanks to David Klempner for reporting; bug 136559

*mmix-20060324 (20 Apr 2006)

  20 Apr 2006; Carsten Lohrke <carlo@gentoo.org> +metadata.xml,
  +mmix-20060324.ebuild:
  Version bump.

  04 May 2005; David Holm <dholm@gentoo.org> mmix-20020216.ebuild:
  Added to ~ppc.

  01 Jul 2004; Jeremy Huddleston <eradicator@gentoo.org> mmix-20020216.ebuild:
  virtual/glibc -> virtual/libc

  18 Dec 2003; Chuck Short <zul@gentoo.org> mmix-20020216.ebuild:
  Added dependcy, need ghostscript to read the manual. Closes #35559.

  06 Dec 2002; Rodney Rees <manson@gentoo.org> : changed sparc ~sparc keywords
 
*mmix-20020216 (04 May 2002)

  04 May 2002; Karl Trygve Kalleberg <karltk@gentoo.org> mmix-20020216.ebuild files/digest-mmix-20020216 :
  
  From Knuth's page:

  MMIX is a machine that operates primarily on 64-bit words. It has 256 
  general-purpose 64-bit registers that each can hold either fixed-point or 
  floating-point numbers. Most instructions have the 4-byte form `OP X Y Z', 
  where each of OP, X, Y, and Z is a single 8-bit byte. For example, if OP is 
  the code for ADD the meaning is ``X=Y+Z''; i.e., ``Set register X to the 
  contents of register Y plus the contents of register Z.'' The 256 possible 
  OP codes fall into a dozen or so easily remembered categories.

  The designers of important real-world processor chips (e.g., MIPS and 
  ALPHA) have helped me with the design of MMIX. So I'm excited about the 
  prospects. 

  Ebuild provided by Hanno Boeck <hanno@gmx.de>.