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This program remotely kills trino nodes on version 1.07b2+f3 and below. It abuses the careless coding in trinoo nodes and causes them to exit. It requires that you either know the node password or think it's the default password.

Stegdetect is an automated tool for detecting steganographic content in images. It is capable of detecting several different steganographic methods to embed hidden information in JPEG images. Currently, the detectable schemes are: * jsteg * jphide (Unix and Windows) * invisible secrets * outguess 01.3b * F5 * appendX and camouflage

SDF is a freely available documentation system designed and developed by Ian Clatworthy, with help from many others. Based on a simple, readable markup language, SDF generates high quality output in multiple formats, all derived from a single document source. Supported output formats include HTML, PostScript, PDF, man pages, POD, LaTeX, SGML, MIMS HTX and F6 help, MIF, RTF, Windows help and plain text.

Dojo is an Open Source DHTML toolkit written in JavaScript. It builds on several contributed code bases (nWidgets, Burstlib, f(m)), which is why we refer to it sometimes as a "unified" toolkit. Dojo aims to solve some long-standing historical problems with DHTML which prevented mass adoption of dynamic web application development.

Red5 is an Open Source Flash Server written in Java that supports: - Streaming Audio/Video: FLV, MP3, F4V, MP4, AAC, M4A - Recording Client Streams (FLV only) - Shared Objects - Live Stream Publishing: Sorenson, VP6, h.264, Nelly Moser, MP3, Speex, AAC, NSV - Remoting

Makes it easy to set the background in rox instead of having to having to muck around with the XML API it uses. -f fill the screen with the image -s scale the image with out stretching it -c center image and do not scale -t tile the image default: -s

Perl Audio Converter (PAC) is a tool for converting multiple audio types from one format to another. It supports the following audio formats: ------------------------------------------------------------ 3G2, 3GP, 8SVX, AAC, AC3, ADTS, AIFF, AL, AMB, AMR, APE, AU, AVR, BONK, CAF, CDR, CVU, DAT, DTS, DVMS, F32, F64, FAP, FLA, FLAC, FSSD, GSRT, HCOM, IMA, IRCAM, LA, MAT, MAUD, MAT4, MAT5, M4A, MP2, MP3, MP4, MPC, MPP, NIST, OFF, OFR, OFS, OPUS, OGA, OGG, PAF, PRC, PVF, RA, RAM, RAW, RF64, SD2, SF, SHN, SMP, SND, SOU, SPX, SRN, TAK, TTA, TXW, VOC, VMS, VQF, W64, WAV, WMA, and WV. It can also extract audio from the following video extensions: -------------------------------------------------------------- RM, RV, ASF, DivX, MPG, MKV, MPEG, AVI, MOV, OGM, OGV, QT, VCD, SVCD, M4V, NSV, NUV, PSP, SMK, VOB, FLV, WEBM and WMV. Parallel processing, a CD ripping function with CDDB support, batch conversion, tag preservation for most supported formats, independent tag reading & writing, service menus for KDE Dolphin/Konqueror are also provided.

Hash::FieldHash provides the field hash mechanism which supports the inside-out technique. You may know Hash::Util::FieldHash. It's a very useful module, but too complex to understand all the functions and only available in 5.10. H::U::F::Compat is available for pre-5.10, but it seems too slow to use. This is an alternative to H::U::F with following features: Simpler interface - Hash::FieldHash provides a few functions: fieldhash() and fieldhashes(). That's enough. Higher performance - Hash::FieldHash is faster than Hash::Util::FieldHash, because its internals use simpler structures. Relic support - Although Hash::FieldHash uses a new feature introduced in Perl 5.10, the uvar magic for hashes described in "GUTS" in Hash::Util::Fieldhash, it supports Perl 5.8 using the traditional tie-hash layer.

from the NetBSD maintainer: This voice provides an American English male voice using a residual excited LPC diphone synthesis method. It uses the CMU Lexicon pronunciations. Prosodic phrasing is provided by a statistically trained model using part of speech and local distribution of breaks. Intonation is provided by a CART tree predicting ToBI accents and an F0 contour generated from a model trained from natural speech. The duration model is also trained from data using a CART tree. Trevor Johnson

from the NetBSD maintainer: This voice provides an American English male voice using a residual excited LPC diphone synthesis method. It uses the CMU Lexicon pronunciations. Prosodic phrasing is provided by a statistically trained model using part of speech and local distribution of breaks. Intonation is provided by a CART tree predicting ToBI accents and an F0 contour generated from a model trained from natural speech. The duration model is also trained from data using a CART tree. Trevor Johnson