Free 13.0 rc2 software for linux

• Interface updated along with kernel, python, packaging system which is now txz-based and due to higher compression the main release contains much more than previously: OpenOffice and Java, as well as many other applications now fit on a single CD.
• Pcmanfm and rox have both been modified to seamlessly work with the TXZ package archives as well as the new "Add/Remove Programs" item in root menu.
• New volume control (now in system tray, sleeker.)
• New theme, more complete file type handling.
• Midori installed from main ISO, option to change to default in control panel.
• New KDE libs (in support of new K3B), a large number of interface tweaks, mostly to do with filetype handling.
• Seems pretty stable, looking for bug reports.

XCB (X protocol C-language Binding) is a replacement for Xlib featuring a small footprint, latency hiding, direct access to the protocol, improved threading support, and extensibility.

It has several advantages over Xlib, including size (small library and lower memory footprint), latency hiding (batch several requests and wait for the replies later), direct protocol access (one-to-one mapping between interface and protocol), thread support (access XCB from multiple threads, with no explicit locking), and easy creation of new extensions (automatically generates its interface from machine-parsable XML protocol descriptions).

Xlib can also use XCB as a transport layer, allowing software to make requests and receive responses with both, which eases porting to XCB. However, client programs, libraries, and toolkits will gain the most benefit from a native XCB port.

SiNotes project is a simple desktop notes manager that allows you to create electronic desktop notes, search them in very convenient way, and display them.

Artekopia Netjuke is a cross-platform Web-based audio streaming jukebox powered by PHP 4 and an increasing choice of databases.
MP3, Ogg Vorbis, ASF/WMA, and other music file formats are supported. Artekopia Netjuke aims to enable small organizations or communities run a private "mp3.com-like" Web site to access the music they legitimately own, distribute, or are granted access to.
It supports most audio players, language packs, optional file downloads, media protection schemes, multi-level security, shared and private playlists, random playlists, images, etc. It also features an unusual, easy-to-use installer module to get you started in minutes.
Main features:
- Open Source License - Netjuke is distributed under the terms of GNU Public License
- Cross Platform Design - Netjuke is designed to run seamlessly on both the Windows NT and Unix-like platforms (Linux, FreeBSD, Mac OS X, etc.)
- Database Independence - Currently supported databases are MySQL and PostgresSQL
- Multilingual - Currently supported languages include Spanish, French, Catalan, Italian, Russian, Norwegian, and Dutch.
- Multi-user Web Jukebox - All music controlled by Netjuke is accessible by all users via the web at any time. There are multiple security levels and a protection feature to control who has access to the media library.
- Private and Shared Playlists - Netjuke provides a flexible playlist system that allows for both private and shared playlists and allows items to be edited, reordered. randomized, and sorted in a variety of ways.
- Relational Database Backend - Since Netjuke uses a relational database, it escapes the filesystem metaphor and allows you to view your media collection from a higher level and utilize powerful metadata features.
- Quick and Advanced Searching - Flexible search options make it easy to locate the media you are looking for by searching by title, artist, album, genre, comments, lyrics, and license.
- Alphabetical Listings - All musical groupings are available in alphabetical listings.
- Explore Interface - The media archive can be presented in a group based explore interface that makes finding new music as easy as browsing a record store.
- Server Side Playback - Netjuke supports a variety of methods for centralized playback on the machine hosting the web application.
- Streaming Radio - IceCast and QuickTime Streaming Server can be utilized to provide a streaming radio station for media managed by Netjuke.
- Automated Import - Netjuke will recursively search your media collection and automatically import any new media encountered.
- Tag Editing - Netjuke can optionally edit the metadata tags associated with your media as you make changes through the web site.
- Individual and Batch Editing - Metadata can be edited at an individual track level or as a related group.
- Automatic Detection of Changes - Netjuke will automatically detect changes to managed files and resynchronize the database.
- Music Directory Browser - A filesystem browser provides a view of the managed media as it exists on disk.
- Duplicate Track Finder - A flexible utility for finding duplicate pieces of media is provided. Say goodbye to redundant songs!
- Delete to Trash - Netjuke maintains a special trash directory that contains all songs that are deleted via the web interface. This provides additional security for your media collection and allows mistakes to be quickly undone.
- Themeing - The user interface is highly customizable and a flexible CSS based themeing system is built into the core interface.
- Media Protection - Netjuke can handle all serving of media itself, preventing unauthorized access to your media through the web server.
- XML Support - Netjuke can produce rich XML representations of the content and metadata it manages, allowing interoperation with other systems.

LipstikLF is intended to be a Swing counterpart for the Lipstik KDE theme engine. It was written to be fast, clean, and as similar to original Lipstik look as possible.

LipstikLF should run both on Java 1.4 and 1.5.

MirrorMed is a friendly fork of ClearHealth. MirrorMed project uses the same codebase with slower releases, further testing, and additional forms, reports, and other small improvements. As with ClearHealth, MirrorMed also borrows from FreeMed and OpenEMR.
Installation:
The installation of mirrormed is now accomplished through a graphical installer.
Untar the mirrormed tgz file into your web directory and rename it to "mirrormed". Then point your browser to the mirrormed directory.
The installer will check your dependancies, what directory permissions need to be changed, create the configuration files and install the database.
Enhancements:
- Changes allow for the correct printing of the HCFA 1500 (CMS 1500) medical billing form.

RSStool is a software to read, parse, merge and write RSS (and Atom) feeds.

Lately a new technology called "RSS feeds" has caught my attention I decided to make it successful by writing this small tool.

Usage:

rsstool [OPTION] FILE|URL...

Read, parse, merge and write RSS (and ATOM) feeds

Supports: RSS 0.9x, 1.0, 2.0 and ATOM 0.1, 0.2, 0.3

The RSS (or ATOM) feeds will be merged and re-sorted if you enter more than
one URL or FILEname

Options:
--version output version information and exit
--help display this help and exit
-q be quiet/less verbose
-s strip HTML code from RSS (or Atom) feeds
-r sort reverse
--html output as html (using -q will result in single line)
--txt output as plain text (using -q will result in single line)
-1 output as single line

--template=FILE|URL parse template file and replace tags with content
Tags: "< rsstool:url item=NUM >" url/link of item NUM
"< rsstool:title item=NUM >" title of item NUM
"< rsstool:desc item=NUM >" description of item
with NUM
"< rsstool:date item=NUM >" date of item NUM
"< rsstool:site item=NUM >" site where item with
NUM came from
Thats right, you could use/replace these custom tags in HTML
pages and upload them to a server who does only static HTML
"< rsstool:start item=NUM >" start of item NUM
"< rsstool:end item=NUM >" end of item NUM
These tags will be replaced with a "< !--" and a "-- >" if
the item NUM is empty
"< rsstool:updated >" rsstool notice (Thank You!)

--property=FILENAME output feed(s) into a property file
Layout: NAME_NUM=VALUE
NAME is "title", "url", etc..
NUM is an integer counting the items
VALUE is the content

The X protocol C-language Binding (XCB) is a replacement for Xlib featuring a small footprint, latency hiding, direct access to the protocol, improved threading support, and extensibility.
xcb-proto project contains descriptions of the X Window System core protocol and selected extensions in an XML-based data format.
They are used by the X C Binding (XCB) library to generate much of its code, but you can also use these descriptions for other purposes, such as decoding the X protocol or building X Window System bindings for other languages.
Installation:
The simplest way to compile this package is:
1. `cd to the directory containing the packages source code and type `./configure to configure the package for your system. If youre using `csh on an old version of System V, you might need to type sh ./configure instead to prevent `csh from trying to execute configure itself.
Running `configure takes awhile. While running, it prints some messages telling which features it is checking for.
2. Type `make to compile the package.
3. Optionally, type `make check to run any self-tests that come with the package.
4. Type `make install to install the programs and any data files and documentation.
5. You can remove the program binaries and object files from the source code directory by typing `make clean. To also remove the files that `configure created (so you can compile the package for a different kind of computer), type `make distclean. There is also a `make maintainer-clean target, but that is intended mainly for the packages developers. If you use it, you may have to get all sorts of other programs in order to regenerate files that came with the distribution.
Enhancements:
- < import >xproto< /import > was explicitly added to extensions that use xproto. "union" was changed to "xidunion" for XID unions like DRAWABLE and FONTABLE, so that the code generator can more easily declare these XID unions as integer typedefs rather than unions.
- Structures attempting to provide C type safety were replaced with CARD32 typedefs.
- render.xml now describes CompositeGlyphs* as taking lists of BYTE, rather than lists of unions of structures of lists.
- The caller must construct an appropriate sequence of glyph elements.
- XCB didnt properly handle the previous definition.