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openbsd-ports/misc/dnetc/Makefile

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update misc/dnetc to 2.9001.478 for both sparc and i386. thanks to David Krause <openbsd@davidkrause.com> for the heads up.
2002-12-04 15:16:16 -05:00
# $OpenBSD: Makefile,v 1.5 2002/12/04 20:16:16 lebel Exp $
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
COMMENT= "official distributed.net client"
update misc/dnetc to 2.9001.478 for both sparc and i386. thanks to David Krause <openbsd@davidkrause.com> for the heads up.
2002-12-04 15:16:16 -05:00
V= 2.9001
SV= 478
- add support for sparc architecture with version 2.8015.469 - clean master site. - i386 still at version 2.8010.463.
2001-06-13 11:52:52 -04:00
.if ${MACHINE_ARCH:L} == "i386"
A= x86-aout
.endif
.if ${MACHINE_ARCH:L} == "sparc"
A= sparc-aout
.endif
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
PKGNAME= dnetc-${V}.${SV}
- add support for sparc architecture with version 2.8015.469 - clean master site. - i386 still at version 2.8010.463.
2001-06-13 11:52:52 -04:00
DISTNAME= dnetc${SV}-openbsd-${A}
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
CATEGORIES= misc
HOMEPAGE= http://www.distributed.net/
- add support for sparc architecture with version 2.8015.469 - clean master site. - i386 still at version 2.8010.463.
2001-06-13 11:52:52 -04:00
MASTER_SITES= http://http.distributed.net/pub/dcti/v${V}/
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
MAINTAINER= David Lebel <lebel@openbsd.org>
- add support for sparc architecture with version 2.8015.469 - clean master site. - i386 still at version 2.8010.463.
2001-06-13 11:52:52 -04:00
ONLY_FOR_ARCHS= i386 sparc
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
PERMIT_PACKAGE_CDROM= No
PERMIT_PACKAGE_FTP= No
PERMIT_DISTFILES_CDROM= No
PERMIT_DISTFILES_FTP= No
NO_BUILD= Yes
No regression tests available.
2002-10-27 16:07:53 -05:00
NO_REGRESS= Yes
initial import of dnetc-2.8010.463: -- RC5-64: distributed.net's longest-running project is the RC5-64 challenge. We're now cracking at 127.24 billion keys per second and are moving through the keyspace faster every day. Optimal 24 Mark Golomb Rulers: Essentially, a Golomb Ruler is a mathematical term given to a set of whole numbers where no two pairs of numbers have the same difference. An Optimal Golomb Ruler (OGR) is just like an everyday ruler, except that the marks are placed so that no two pairs of marks measure the same distance. OGR's have many uses in the real world; for more information about them and the status of the project, please visit our pages devoted to our OGR effort. We're now testing at 182.49 billion nodes per second.
2001-05-06 10:36:05 -04:00
do-install:
${INSTALL_PROGRAM} ${WRKSRC}/dnetc ${PREFIX}/bin/
${INSTALL_DATA} ${WRKSRC}/dnetc.1 ${PREFIX}/man/man1/
.include <bsd.port.mk>
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