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jEdit is an Open Source programmer's text editor written in Java. It is released under the GNU General Public License. jEdit was written for Java 1.1 with Swing 1.1, and also runs under Java 2. As far as text editors written in Java go, jEdit is one of the best. It has an easy to use, intuitive interface, and enough features and flexibility to please even the most hard-core programmer. A very incomplete list of jEdit's features follows. o Syntax highlighting for 200+ file types (including C, C++, Java, Perl, etc) o Semi-intelligent auto indent in C, C++ and Java modes o Bracket highlighting and matching o Powerful macro system o Auto-expanding abbreviations for the frequiently used strings o Powerful search and replace - supports regular expressions and multiple file search/replace; Search and replace operations can be recorded in macros o Any number of strings and caret positions can be stored for later use in so-called registers o Rectangular selections for working with column-based files o Any number of editor windows can be opened, and each view can be split into multiple panes for side-by-side viewing of multiple files o Unlimited undo/redo

OpenEXR is a high dynamic-range (HDR) image file format developed by Industrial Light & Magic for use in computer imaging applications. OpenEXR is used by ILM on all motion pictures currently in production. The first movies to employ OpenEXR were Harry Potter and the Sorcerers Stone, Men in Black II, Gangs of New York, and Signs. Since then, OpenEXR has become ILM's main image file format. OpenEXR's features include: * Higher dynamic range and color precision than existing 8- and 10-bit image file formats. * Support for 16-bit floating-point, 32-bit floating-point, and 32-bit integer pixels. The 16-bit floating-point format, called "half", is compatible with the half data type in NVIDIA's Cg graphics language and is supported natively on their new GeForce FX and Quadro FX 3D graphics solutions. * Multiple lossless image compression algorithms. Some of the included codecs can achieve 2:1 lossless compression ratios on images with film grain. * Extensibility. New compression codecs and image types can easily be added by extending the C++ classes included in the OpenEXR software distribution. New image attributes (strings, vectors, integers, etc.) can be added to OpenEXR image headers without affecting backward compatibility with existing OpenEXR applications.

Under Linux there aren't many freely available vector graphics editors and as far as I know there are none that can edit EPS (encapsulated postscript) and PDF (portable document format) files. I produce lots of these files in my day-to-day work and I would like to be able to edit them. The best vector graphics editor I have found so far is Inkscape but it only reads SVG files... (Note: the upcoming v0.46 should be able to read PDFs!) To overcome this problem I have written a very small utility to convert PDF files to SVG files using Poppler and Cairo. Version 0.2.1 is available here (with modifications by Matthew Flaschen and Ed Grace). This appears to work on any PDF document that Poppler can read (try them in XPDF or Evince since they both use Poppler). So now it is possible to easily edit PDF documents with your favourite SVG editor! One other alternative would be to use pstoedit but the commercial SVG module costs (unsurprisingly!) and the free SVG module is not very good at handling text...

This port installs section 3 manpages for the OpenGL 3d graphics API so that they are directly accessable from the man(1) command. Especially useful for the graphics/Mesa port/package. Included OpenGL related libraries: gl, glx, glu, gle, glut. gl, glx and glu are taken from ftp.sgi.com. They carried no version information. Stored in the same directory at the time I grabbed them was the OpenGL spec 1.2.1, which may or may not indicate the state of the manpages. :-/ The gl, glx and glu manpages are unusable when just unpacking them. I repackaged them so that - the file name actually is the name of the function, including gl... etc prefixes and respecting case. - all filenames end in *.3 - hard links are created so that the man command works for all functions in a manpage, not just the first one. gle and glut are taken from the glut-3.7 distribution (where the Webpage says it is beta, but the distfile name does not). These are unchanged, but there are currently no hardlinks to secondary functions names.

A POP3 and IMAP4 mail retriever with reliable Maildir and command delivery. Summary of features: - Retrieve mail from an unlimited number of POP3/IMAP4 mailboxes and servers. - Support for POP3-over-SSL and IMAP-over-SSL, as well as SDPS WARNING: even with SSL, "no certificate or key validation is done." so that getmail does not detect or protect from man-in-the-middle attacks. - Support for multidrop or domain mailboxes. - Safe and reliable delivery to qmail-style Maildirs, as well as program (pipe) delivery for use with arbitrary external MDAs. Includes an MDA for mbox files that supports mboxrd format and fcntl-type flock locking. - Does not destroy information by rewriting mail headers. - Does not cause mail loops by doing SMTP injection, and therefore does not require that you run an MTA (like qmail or sendmail) on your host. - Can remember which mail it has already retrieved, and can be set to only download new messages. - Written in Python, and therefore easy to extend or customize. - Simple to install, configure, and use.

Prom-Wl is a procmail reader for Wanderlust on GNU Emacs. If you want to install quickly, you shoud do following steps: (1) add dot.emacs to your ~/.emacs file and change it suitable for your site % cat /usr/local/share/examples/prom-wl/dot.emacs >> ~/.emacs % vi ~/.emacs (2) copy dot.procmailrc to ~/.procmailrc and change it suitable for your site % cp /usr/local/share/examples/prom-wl/dot.promailrc ~/.promailrc % vi ~/.promailrc (3) byte-compile with "byte-comile" script if you want with xemacs-mule code # cd /usr/local/share/emacs/site-lisp # /usr/local/share/doc/prom-wl/byte-compile -l wl xemacs-mule prom-wl Where detail specification for .emacs and .procmailrc may be shown in /usr/local/share/doc/prom-wl/prom-usage.jis or procmail(1). And for usage of byte_compile scripts, run byte-compile with -h option. Run with "M-x prom-wl" in your emacs editors, Wanderlust will be invoked and then search unread mails from procmail log to show unread message from top of entries that you specfied in ~/.pronmailrc. -KIRIYAMA Kazuhiko <kiri@pis.toba-cmt.ac.jp>

This module extends the functionality of Math::Symbolic by offering facilities to compile symbolic math trees (formulas) to C code. It also uses Inline::C to compile and link the generated C code at run-time, thus allowing the user to do symbolic calculations in Perl with Math::Symbolic and then use the results in a fast numeric environment. This software generates code. Code generators are difficult to test, but the first release of the module is now 1.5 years old and I haven't received any bug reports, so I consider it somewhat stable now. Please read the manpage of Math::Symbolic::Compiler which comes with the Math::Symbolic distribution. Most of the gotchas involved with compiling the functions to Perl subroutines also apply to this module which compiles to C instead. Alternatively, you can use the module not for faster calculations from your Perl program, but to generate C code for you. I have used it to generate an implementation for (many!) Zernike Polynomials for work in C.

NSCA-ng provides a client-server pair which makes the Nagios command file accessible to remote systems. This allows for submitting passive check results, downtimes, and many other commands to Nagios or compatible monitoring solutions. The submitted data is queued by the NSCA-ng server if Nagios goes down. Multiple check results or commands can be submitted in one go, and multiline plugin output is fully supported. NSCA-ng uses TLS encryption and shared-secret authentication with per-client passwords, as well as fine-grained authorization control. This package contains the NSCA-ng server, which is written in C and uses an event-driven architecture. Disk I/O is avoided unless the data cannot be submitted in one go due to its size (on Linux, the threshold is 4kB). In this case, the data is handed over to Nagios via asynchronously written files. NSCA clients cannot talk to NSCA-ng servers (nor vice versa), but NSCA and NSCA-ng servers can happily run side by side.

Mediastreamer2 is a powerful and lightweight streaming engine specialized in voice/video telephony applications. It is the library that is responsible for all the receiving and sending of multimedia streams in linphone, including voice/video capture, encoding and decoding, and rendering. Features: * Capture and playback from various platform dependent sound architectures * Send and receive RTP streams * Encode and decode the following audio formats: OPUS, speex, G711, GSM, iLBC, AMR, AMR-WB, G722, SILK, G729, and video formats H263, theora, MPEG4, H264 and VP8 * RTP/AVPF support: RTCP control messages for video error recovery: PLI, SLI, RPSI, FIR * Audio conferencing * Supports SRTP and ZRTP (encryption of voice and video) * Supports any webcam, based on OS's camera API: quicktime, directshow, video4linux, android.camera * Acoustic echo cancellation using the speex echo canceler or webrtc AECm * Read and write .wav files * Optimized rendering of YUV pictures, using OpenGL, DrawDib, X11/Xv * Dual tones generation * Custom tone detector * Audio parametric equalizer * Volume control, automatic gain control * ICE for optimized NAT traversal (RFC5246) to allow peer to peer audio and video connections without media relay server * Adaptive bitrate control algorithm: for automatic adaption of encoder bitrate based on received RTCP feedback * Can use plugins to add new codecs, new sound input/output backends,...

Mpd is a netgraph(4) based implementation of the multi-link PPP protocol for FreeBSD. It is designed to be both fast and flexible. It handles configuration and negotiation in user land, while routing all data packets strictly in the kernel. It supports several of the numerous PPP sub-protocols and extensions, such as: Multi-link PPP capability PAP, CHAP, MS-CHAP and EAP authentication PPP compression and encryption IPCP and IPV6CP parameter negotiation Mpd have support for many link types: Serial port modem Point-to-Point Tunnelling Protocol (PPTP) Layer Two Tunnelling Protocol (L2TP) PPP over Ethernet (PPPoE) PPP over TCP PPP over UDP PPP over specified netgraph(4) node Mpd also includes many additional features: IPv4 and IPv6 support RADIUS authentication and accounting NetFlow traffic accounting Network address translation (NAT) Dial-on-demand with idle timeout Multiple active connections running simultaneously Dynamic demand based link management (also known as ``rubber bandwidth'') Powerful chat scripting language for asynchronous serial ports Pre-tested chat scripts for several common modems and ISDN TAs Clean device-type independent design Comprehensive logging Telnet and HTTP control interfaces.