pkgsrc - [no description]

Age	Commit message (Collapse)	Author	Files	Lines
2011-05-03	Update scamper to 20110503.	obache	2	-6/+6
	PR#44929. The main changes are to sc_tracediff, a program that displays traceroutes side by side that have changed. There are bug fixes to sc_tracediff, as well as enhancements.
2011-04-30	Update scamper to 20110421.	obache	4	-30/+44
	patch provided by Matthew Luckie via PR#44919. A lot of changed in scamper since 2008. For some idea about what is in scamper today, please check the website, in particular the scamper man page.
2011-04-15	Use USE_FEATURES=inet6 for requirement of IPv6 support, instead of unusual usage	obache	1	-6/+3
	of PKG_OPTIONS.
2010-08-22	Add the patch that got missed in the update.	markd	1	-0/+13

2010-08-22	Update scamper to 20100517 snapshot.	markd	2	-6/+7
	Several years of development.
2010-02-11	DESTDIR support	joerg	1	-2/+4

2007-07-08	Reset maintainer, rpaulo resigned.	wiz	1	-2/+2

2006-04-20	Update to cvs version 20060331, from Matthew Luckie <mjl@luckie.org.nz>.	rpaulo	9	-115/+6
	The significant change is the incorporation of pkgsrc DragonFly patches. Thanks to Joerg for this.
2006-02-24	Add DragonFly support. Use kqueue also on NetBSD.	joerg	8	-1/+110

2006-02-03	Update to version 20051128.	rpaulo	2	-6/+6

2005-12-05	Fixed pkglint warnings. The warnings are mostly quoting issues, for	rillig	1	-2/+2
	example MAKE_ENV+=FOO=${BAR} is changed to MAKE_ENV+=FOO=${BAR:Q}. Some other changes are outlined in http://mail-index.netbsd.org/tech-pkg/2005/12/02/0034.html
2005-11-02	Require IPv6 support via the options framework.	tv	1	-1/+6

2005-09-29	scamper is a program that conducts traceroute to large numbers of IPv4	rpaulo	4	-0/+36
	and IPv6 addresses in parallel to fill a specified packets-per-second rate. scamper can do ICMP based Path MTU discovery. scamper starts with the outgoing interface's MTU and discovers the location of PMTU bottlenecks. Recent revision of scamper do a PMTU search when an ICMP fragmentation required message is not returned to establish the PMTU to the next point in the network, followed by a TTL limited search to infer the hop where failure appears to occur. Reviewed by Johnny Lam.