Cflow is a perl module for analyzing raw flow files written by
cflowd, a package used to collect Cisco NetFlow data.
WWW: http://net.doit.wisc.edu/~plonka/Cflow/
This module uses a Patricia Trie data structure to quickly perform
IP address prefix matching for applications such as IP subnet,
network or routing table lookups. The data structure is based on
a radix tree using a radix of two, so sometimes you see patricia
implementations called "radix" as well. The term "Trie" is derived
from the word "retrieval" but is pronounced like "try". Patricia
stands for "Practical Algorithm to Retrieve Information Coded as
Alphanumeric", and was first suggested for routing table lookups
by Van Jacobsen. Patricia Trie performance characteristics are
well-known as it has been employed for routing table lookups within
the BSD kernel since the 4.3 Reno release.
The BSD radix code is thoroughly described in "TCP/IP Illustrated,
Volume 2" by Wright and Stevens and in the paper ``A Tree-Based
Packet Routing Table for Berkeley Unix'' by Keith Sklower.
WWW: http://net.doit.wisc.edu/~plonka/Net-Patricia/
applications and vice versa. It can bind to any of your IPv4 (default) or
IPv6 addresses and forward all data to IPv4 or IPv6 (default) host.
It can be used for example as an ipv6-capable IRC proxy.
PR: ports/24088
Submitted by: Vassili Tchersky <vt@bsdjeunz.org>
the KDE team's excellent work, I am initiating burn sequence for KDE
1.x. All base KDE1 ports are hereby nuked. I am also reluctantly
reassuming maintainership of the KDE2 ports. Official KDE 2.1 packages
built for FreeBSD 4.2-STABLE w/ XFree86 4.0.2 are available on KDE's
official ftp mirrors now. Enjoy!
Note: It seems that the KDE people rerolled their kdelibs and kdebase
packages, and a quick examination of diffs reveal minor changes, but the
port should still work. I'll fix the packaging problems that bento runs
into.
Approved by: kevlo
their configuration effort and increase network component sharing.
X-Bone discovers, configures, and monitors network resources to
create overlays over existing IP networks.
X-Bone uses two-layer IP in IP tunneled overlays and supports existing
applications and unmodified routing, multicast, and DNS services in
unmodified operating systems. X-Bone also support IPSec within overlays.
Submitted by: Yu-Shun Wang <yushunwa@isi.edu>
This reminds me of W. Richard Stevens' sock(1) from his excellent UNIX
Network Programming Volume 1 book. Well, not exactly, but..
PR: 23181
Submitted by: Joseph Scott <joseph@randomnetworks.com>
