"WDC" is Wired and Wireless Dictionary (or the Weird network
Dictionary). This is a dictionary converted from the original one
into JIS X 4081 format (that is a subset of EPWING V1) by
FreePWING. So it can be used by EPWING viewers on Unix and the other
OS (e.g. Windows or MacOS).
o URL for WDIC:
http://www.wdic.org/
o URL for this converted dictionary:
Waeijiro is a dictionary compiled by E.D.P. For details, such as how to
obtain the whole data, visit EDP's Web site.
http://member.nifty.ne.jp/eijiro/
-- E.D.P.
Data in this port are converted from the original dictionary into JIS
X 4081 format (that is a subset of EPWING V1) by FreePWING. So this
can be used by EPWING viewers on Unix and the other OS (e.g. Windows
or MacOS).
o URL for this converted dictionary:
-- S.TAOKA
IMP, the Internet Mail Program, is one of the most popular and widely deployed
open source webmail applications in the world. It allows universal, web-based
access to IMAP and POP3 mail servers and provides Ajax, mobile and traditional
interfaces with a rich range of features normally found only in desktop email
clients. For more information on IMP, visit http://www.horde.org/apps/imp.
Number::Compare compiles a simple comparison to an anonymous subroutine,
which you can call with a value to be tested again.
Now this would be very pointless, if Number::Compare didn't understand
magnitudes.
The target value may use magnitudes of kilobytes (k, ki), megabytes (m,
mi), or gigabytes (g, gi). Those suffixed with an i use the appropriate
2**n version in accordance with the IEC standard:
http://physics.nist.gov/cuu/Units/binary.html
From the OpenQuicktime site, http://www.openquicktime.org:
"OpenQuicktime aims to be a portable library for handling Apple's
QuickTime(TM) popular media files on Unix-like environments. It is
aim is to provide encoding, authoring and editing support as well
as video playback."
OpenQuicktime is currently able to decode as well as encode video
and audio streams. The Video::OpenQuicktime library currently
only supports extracting diagnostic information from Quicktime files,
such as video dimensions, codecs used, and play length.
YANG is a data modeling language for NETCONF (RFC4741), developed
by the IETF NETMOD WG.
pyang is a YANG validator, transformator and code generator, written
in python. It can be used to validate YANG modules for correctness,
to transform YANG modules into other formats, and to generate code
from the modules.
pyang is compatible with
http://www.ietf.org/internet-drafts/draft-ietf-netmod-yang-02.txt.
pixilate parses an input file containing Cisco PIX 6.2x (normal mask)
or Cisco IOS (inverted mask) access-list entries and generates
the appropriate packets. For further information on writing PIX access-lists,
look here, for information on writing IOS access-lists, look here.
pixilate - is currently capable of generating TCP/UDP/ICMP (various ICMP
types), and IGMP utilizing the Libnet 1.1.x library available from
http://www.packetfactory.net. NOTE: Libnet 1.0.x is NOT compatible."
Clamz is a little command-line program to
download MP3 files from Amazon.com's music
store. It is intended to serve as a
substitute for Amazon's official MP3
Downloader, which is not free software
(and therefore is only available in binary
form for a limited set of platforms.)
Clamz can be used to download either individual
songs or complete albums that you have purchased
from Amazon.
Text from http://code.google.com/p/clamz/.
ProxyChains NG is based on ProxyChains.
ProxyChains NG hooks network-related (TCP only) libc functions in dynamically
linked programs via a preloaded DSO (dynamic shared object) and redirects the
connections through one or more SOCKS4a/5 or HTTP proxies.
Since Proxy Chains NG relies on the dynamic linker, statically linked binaries
are not supported.
Adjust ~/.proxychains/proxychains.conf for your Proxy and use ProxyChains NG with
proxychains application
This module implements a perl interface to Thorsten Joachims' SVMLight
package:
SVMLight is an implementation of Vapnik's Support Vector Machine
[Vapnik, 1995] for the problem of pattern recognition, for the
problem of regression, and for the problem of learning a ranking
function. The optimization algorithms used in SVMlight are
described in [Joachims, 2002a ]. [Joachims, 1999a]. The algorithm
has scalable memory requirements and can handle problems with many
thousands of support vectors efficiently.
-- http://svmlight.joachims.org/