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freebsd-ports/net/p5-Net-CascadeCopy/Makefile

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- Convert to new perl framework - Trim Makefile header - Remove MAKE_JOBS_SAFE=yes, it's the default.
2013-08-02 18:52:07 +00:00
# Created by: Gea-Suan Lin <gslin@gslin.org>
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
# $FreeBSD$
PORTNAME= Net-CascadeCopy
- Update to 0.2.6 - Pass maintainership to perl@ PR: 158015 Submitted by: Gea-Suan Lin <gslin@gslin.org> (maintainer)
2011-06-25 04:12:40 +00:00
PORTVERSION= 0.2.6
- Add missing depends so the module works, build warnings are silenced - Add TEST_DEPENDS to enable testing - Bump port revision due to new dependencies
2012-01-06 23:44:15 +00:00
PORTREVISION= 1
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
CATEGORIES= net perl5
MASTER_SITES= CPAN
MASTER_SITE_SUBDIR= Net
PKGNAMEPREFIX= p5-
- Update to 0.2.6 - Pass maintainership to perl@ PR: 158015 Submitted by: Gea-Suan Lin <gslin@gslin.org> (maintainer)
2011-06-25 04:12:40 +00:00
MAINTAINER= perl@FreeBSD.org
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
COMMENT= Rapidly propagate files to many servers in multiple locations
- Add missing depends so the module works, build warnings are silenced - Add TEST_DEPENDS to enable testing - Bump port revision due to new dependencies
2012-01-06 23:44:15 +00:00
BUILD_DEPENDS= p5-Class-Std-Utils>=v0.0.0:${PORTSDIR}/devel/p5-Class-Std-Utils \
p5-Mouse>=0:${PORTSDIR}/devel/p5-Mouse \
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
p5-Log-Log4perl>=0:${PORTSDIR}/devel/p5-Log-Log4perl \
p5-Proc-Queue>=0:${PORTSDIR}/devel/p5-Proc-Queue
- Add missing depends so the module works, build warnings are silenced - Add TEST_DEPENDS to enable testing - Bump port revision due to new dependencies
2012-01-06 23:44:15 +00:00
RUN_DEPENDS:= ${BUILD_DEPENDS}
TEST_DEPENDS= p5-Test-Differences>=0:${PORTSDIR}/devel/p5-Test-Differences
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
- Convert to new perl framework - Trim Makefile header - Remove MAKE_JOBS_SAFE=yes, it's the default.
2013-08-02 18:52:07 +00:00
USES= perl5
USE_PERL5= configure
This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32. WWW: http://search.cpan.org/dist/Net-CascadeCopy/ PR: ports/151487 Submitted by: Gea-Suan Lin <gslin at gslin.org>
2010-10-19 00:28:57 +00:00
.include <bsd.port.mk>
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