# ChangeLog for sys-cluster/lam-mpi # Copyright 2002-2004 Gentoo Foundation; Distributed under the GPL v2 # $Header: /var/cvsroot/gentoo-x86/sys-cluster/lam-mpi/ChangeLog,v 1.26 2004/10/05 15:29:39 fmccor Exp $ 05 Oct 2004; Ferris McCormick lam-mpi-7.1.ebuild: Add ~sparc keyword. (Runs lamtests-7.1.1 (configured 2x3), pyMPI (2x2), hardened, with USE='crypt' (=ssh).) 04 Oct 2004; Ferris McCormick lam-mpi-7.0.6.ebuild: Stable for sparc. 23 Sep 2004; Donnie Berkholz ; lam-mpi-7.0.6.ebuild: x86. *lam-mpi-7.1 (23 Sep 2004) 23 Sep 2004; Donnie Berkholz ; +lam-mpi-7.1.ebuild: Bump. See HISTORY in source tarball for changes. 19 Sep 2004; Michael Imhof lam-mpi-7.0.4-r1.ebuild: Added local use flag for f77. 19 Sep 2004; Michael Imhof -lam-mpi-6.5.6-r1.ebuild, -lam-mpi-6.5.9-r1.ebuild, -lam-mpi-7.0.2.ebuild, -lam-mpi-7.0.3.ebuild: Cleaned out old ebuilds. 02 Sep 2004; Ferris McCormick lam-mpi-7.0.6.ebuild: Add ~sparc keyword. Builds for sparc and runs lamtests-7.0.6 in a cluster of 2 smp systems (2xSMP(2)), with USE=crypt (ssh). *lam-mpi-7.0.4-r1 (13 Jul 2004) 13 Jul 2004; Michael Imhof +lam-mpi-7.0.4-r1.ebuild: Fixed the ebuild. Added more config options. Closes #55046. *lam-mpi-7.0.6 (13 Jul 2004) 13 Jul 2004; Michael Imhof +lam-mpi-7.0.6.ebuild: Version bumped. Closes #55047. 01 Jul 2004; Jeremy Huddleston lam-mpi-6.5.6-r1.ebuild, lam-mpi-6.5.9-r1.ebuild, lam-mpi-7.0.2.ebuild, lam-mpi-7.0.3.ebuild, lam-mpi-7.0.4.ebuild: virtual/glibc -> virtual/libc 15 Jun 2004; Michael Sterrett lam-mpi-6.5.6-r1.ebuild, lam-mpi-6.5.9-r1.ebuild, lam-mpi-7.0.2.ebuild, lam-mpi-7.0.3.ebuild, lam-mpi-7.0.4.ebuild: PROVIDE is for virtuals 24 Apr 2004; Tom Gall lam-mpi-7.0.4.ebuild: Marked stable for ppc64 16 Apr 2004; Ferris McCormick lam-mpi-7.0.4.ebuild: Mark stable for sparc 02 Apr 2004; Donnie Berkholz ; lam-mpi-7.0.4.ebuild: Move mpich from DEPEND to RDEPEND. 24 Mar 2004; Michael Sterrett lam-mpi-6.5.9-r1.ebuild: don't use deprecated ? : use syntax 04 Mar 2004; Patrick Kursawe lam-mpi-7.0.4.ebuild: Added ~ppc and ~sparc since older versions were ok, bumped others to stable *lam-mpi-7.0.4 (04 Mar 2004) 04 Mar 2004; Michael Imhof lam-mpi-7.0.4.ebuild: Version bumped. 17 Feb 2004; Aron Griffis lam-mpi-7.0.3.ebuild: add ~alpha *lam-mpi-6.5.6-r1 (07 Jan 2004) 07 Jan 2004; Jason Wever lam-mpi-6.5.6-r1.ebuild: Added 6.5.6-r1 back into the repository as it was the last stable version for sparc and broke dependencies by being removed. *lam-mpi-7.0.3 (07 Jan 2004) 07 Jan 2004; Olivier Crete lam-mpi-7.0.3.ebuild: Version bump as reported by JFMuggs on irc 14 Nov 2003; Brad House lam-mpi-7.0.2.ebuild: add ~amd64 flag *lam-mpi-7.0.2 (02 Nov 2003) 02 Nov 2003; Donnie Berkholz ; lam-mpi-7.0.2.ebuild, metadata.xml: Bump to close bug #31288. Added metadata.xml for cluster herd. 07 Jul 2003; George Shapovalov : moved from dev-libs into sys-cluster *lam-mpi-6.5.9-r1 (03 Jun 2003) 03 Jun 2003; Michael Imhof lam-mpi-6.5.9-r1.ebuild, files/digest-lam-mpi-6.5.9-r1 : corrected ebuild submitted by Marc St-Pierre *lam-mpi-6.5.7.ebuild (23 Mar 2003) 23 Mar 2003; George Shapovalov lam-mpi-6.5.9.ebuild, files/digest-lam-mpi-6.5.9 : new version 20 Jan 2003; Jon Nall lam-mpi-6.5.7.ebuild : added ~ppc 06 Dec 2002; Rodney Rees : changed sparc ~sparc keywords *lam-mpi-6.5.7.ebuild (08 Nov 2002) 08 Nov 2002; George Shapovalov lam-mpi-6.5.7.ebuild, files/digest-lam-mpi-6.5.7 : new version *lam-mpi-6.5.6-r1.ebuild (21 Oct 2002) 21 Oct 2002; George Shapovalov lam-mpi-6.5.6-r1.ebuild, files/digest-lam-mpi-6.5.6-r1 : upped the revision number, because Chad persuaded me, that the previous fix (by 18 Oct) was important enugh to forse a rebuild. *lam-mpi-6.5.6.ebuild (29 Jul 2002) 18 Oct 2002; George Shapovalov lam-mpi-6.5.6.ebuild : fix to make mpi++.h a local symlink (seems to happen with newver binutils?), see #9236 for detail. Thanks Chad Schmutzer for report. 29 Jul 2002; George Shapovalov lam-mpi-6.5.6.ebuild : Initial release (and rework of submitted ebuild) form the web site: LAM (Local Area Multicomputer) is an MPI programming environment and development system for heterogeneous computers on a network. With LAM, a dedicated cluster or an existing network computing infrastructure can act as one parallel computer solving one problem. LAM features extensive debugging support in the application development cycle and peak performance for production applications. LAM features a full implementation of the MPI communication standard. ebuild submitted by Tibor Rudas