pkgsrc - [no description]

Age	Commit message (Collapse)	Author	Files	Lines
2005-12-27	Lower expectations, both others' and mine: relinquish stewardship	seb	1	-2/+2

2005-08-06	Bump the PKGREVISIONs of all (638) packages that hardcode the locations	jlam	1	-2/+2
	of Perl files to deal with the perl-5.8.7 update that moved all pkgsrc-installed Perl files into the "vendor" directories.
2005-07-13	Turn PERL5_PACKLIST into a relative path instead of an absolute path.	jlam	1	-2/+2
	These paths are now relative to PERL5_PACKLIST_DIR, which currently defaults to ${PERL5_SITEARCH}. There is no change to the binary packages.
2005-04-20	Update to version 3.24.	seb	2	-7/+8
	Add HOMEPAGE. Changes since last packaged version (3.21) * 3.22 Fixed bug rt.cpan.org #7070 reported by Grover Browning (auto-inc/dec on v6 fails). Thanks Grover. Ruben van Staveren pointed out a bug in v6 canonicalization, as well as providing a patch that was applied. Thanks Ruben. * 3.23 Included support for Module::Signature. Added ->re() as contributed by Laurent Facq (Thanks Laurent!). Added Coalesce() as suggested by Perullo. * 3.24 Version bump. Transfer of 3.23 to CPAN ended up in a truncated file being uploaded.
2005-04-11	Remove USE_BUILDLINK3 and NO_BUILDLINK; these are no longer used.	tv	1	-2/+1

2005-02-24	Add RMD160 digests.	agc	1	-1/+2

2004-12-20	since perl is now built with threads on most platforms, the perl archlib	grant	1	-1/+2
	module directory has changed (eg. "darwin-2level" vs. "darwin-thread-multi-2level"). binary packages of perl modules need to be distinguishable between being built against threaded perl and unthreaded perl, so bump the PKGREVISION of all perl module packages and introduce BUILDLINK_RECOMMENDED for perl as perl>=5.8.5nb5 so the correct dependencies are registered and the binary packages are distinct. addresses PR pkg/28619 from H. Todd Fujinaka.
2004-10-31	Initial import of p5-NetAddr-IP version 3.21 in the NetBSD Packages	seb	4	-0/+35
	Collection. This Perl5 module is designed as a help for managing (ranges of) IP addresses. It includes efficient implementations for most common tasks done to subnets or ranges of IP addresses, namely verifying if an address is within a subnet, comparing, looping, splitting subnets into longer prefixes, compacting addresses to the shortest prefixes, etc. Both IPv4 and IPv6 addresses are supported.