# ChangeLog for dev-libs/ntl # Copyright 1999-2009 Gentoo Foundation; Distributed under the GPL v2 # $Header: /var/cvsroot/gentoo-x86/dev-libs/ntl/ChangeLog,v 1.15 2009/08/26 18:28:40 bicatali Exp $ *ntl-5.5.2 (26 Aug 2009) 26 Aug 2009; Sébastien Fabbro -files/ntl-5.5.1-sage-tools.patch, -files/ntl-5.5.1-shared.patch, -files/ntl-5.5.1-singular.patch, +ntl-5.5.2.ebuild, +files/ntl-5.5.2-sage-tools.patch, +files/ntl-5.5.2-shared.patch, +files/ntl-5.5.2-singular.patch, -files/linux.mk, metadata.xml: Version bump. Now gmp and gf2x are forced. Fixed parallel building, and hopefully as-needed issues (bug #282174). Simplified the shared lib patch. Added sci-mathematics herd as co-maintainer. *ntl-5.5.1 (10 Aug 2009) 10 Aug 2009; Sébastien Fabbro +ntl-5.5.1.ebuild, +files/ntl-5.5.1-sage-tools.patch, +files/ntl-5.5.1-shared.patch, +files/ntl-5.5.1-singular.patch, +files/linux.mk, metadata.xml: Version bump. Added gf2x use flag. Modernization, adapted from science overlay, thanks Francois Bissey for his work. 18 Feb 2007; nixnut ntl-5.4-r1.ebuild: Stable on ppc wrt bug 166529 *ntl-5.4-r1 (12 Feb 2007) 12 Feb 2007; Tiziano Müller -ntl-5.4.ebuild, +ntl-5.4-r1.ebuild: Corrected small bug in lib installation 12 Feb 2007; Christian Faulhammer ntl-5.4.ebuild: stable x86; bug 166529 11 Feb 2007; Tiziano Müller +files/ntl-5.4-endless_testrun.patch, ntl-5.4.ebuild: Ebuild cleanup. Fixed bug #143484. *ntl-5.4 (14 Apr 2006) 14 Apr 2006; Mark Loeser +ntl-5.4.ebuild: Bump to version 5.4; bug #129747 19 Sep 2005; Mark Loeser +metadata.xml: Adding to cpp herd 07 Aug 2005; Michael Hanselmann ntl-5.3.ebuild: Stable on ppc. *ntl-5.3 (30 Sep 2004) 30 Sep 2004; George Shapovalov ntl-5.3.ebuild : new version, added NTL_STD_CXX=on to repair linking (#64826) thanks to Per Leslie Jensen for report. 14 Mar 2004; Michael Sterrett ntl-5.3.ebuild: Don't assign default to S; header fix *ntl-5.3 (07 Nov 2002) 07 Nov 2002; George Shapovalov ntl-5.3.ebuild : Initial release NTL is a high-performance, portable C++ library providing data structures and algorithms for arbitrary length integers; for vectors, matrices, and polynomials over the integers and over finite fields; and for arbitrary precision floating point arithmetic. ebuild submitted by Brendan Johnson