Free xmlenc 0.52 software for linux

xmlenc provides a light-weight XML output library for Java.

It fills the gap between a light-weight parser like SAX, and a heavy-weight XML output library, like JDOM.

CTB is a personal/small business Web-based accounting system. CTB project is based on free and portable technologies like Apache, PHP, Python and MySQL.
NOTE: The system was initially made in Brazilian Portuguese (including source code comments etc. and it has just been translated.
So, there should be some translation typos, since I am not a native English speaker. Reports and/or patches are welcome.
This is free software in the terms of the LGPL license. Software is offered "as is", with no guarantees, as usual.
Enhancements:
- Some accounting terms incorrectly translated from Portuguese to English were fixed.

TuxFighter is an asteroid-like shooter written in python/pygame.

Your goal is to waste valuable lifetime (or even paid worktime) while steering and spinning a pinguin-shaped alter ego throug a universe full of nasty enemys. The enemys try to collide into you but YOU CAN FIGHT BACK !

Shoot rockets at your enemys but be warned, you have always just twice the number of rockets as the number of enemys on the screen. So aim careful, because some rockets may bounce back from the edge of the screen.

Gain extra points or even applause by killing enemys be a rocket reflecting from walls. Enter the highscore-list and try to improve your shot/miss ratio.

The Smurf Sound Font Editor is a sound font editor for Linux and other *nix like operating systems.
Soundfont is considered a standard for creating instruments (also called patches) for use in composing MIDI music. This standard utilizes digital audio "samples" (recorded or generated sounds) with effects and other parameters which can be stored in files for distribution. Creating instrument sounds from audio samples, often referred to as wavetable synthesis, provides a flexible environment that can be supported in hardware (sound cards, studio equipment, etc) or software.
Navigating this project: This web site and all other Smurf project services, are hosted on SourceForge. The links under the SourceForge heading will take you to the various services provided by the SourceForge system. Project Central is the SourceForge project summary page.
Enhancements:
- Fixed sequencer support for newest ALSA CVS (ALSA 0.9.0 versions less than 0.9.0beta6 are no longer supported)
- Added command line sound font file open feature as per user request
- Fixed AWE wavetable driver blank device file name bug

XML::Filter::Dispatcher is a path based event dispatching with DOM support.

SYNOPSIS

use XML::Filter::Dispatcher qw( :all );

my $f = XML::Filter::Dispatcher->new(
Rules => [
foo => &handle_foo_start_tag,
@bar => &handle_bar_attr,

## Send any elts and their contents to $handler
snarf//self::node() => $handler,

## Print the text of all elements
description
=> [ string() => sub { push @out, xvalue } ],
],

Vars => {
"id" => [ string => "12a" ],
},
);

WARNING: Beta code alert.

A SAX2 filter that dispatches SAX events based on "EventPath" patterns as the SAX events arrive. The SAX events are not buffered or converted to an in-memory document representation like a DOM tree. This provides for low lag operation because the actions associated with each pattern are executed as soon as possible, usually in an elements start_element() event method.

This differs from traditional XML pattern matching tools like XPath and XSLT (which is XPath-based) which require the entire document to be built in memory (as a "DOM tree") before queries can be executed. In SAX terms, this means that they have to build a DOM tree from SAX events and delay pattern matching until the end_document() event method is called.

XML::XSLT::Wrapper is a consistent interface to XSLT processors.

SYNOPSIS

use XML::XSLT::Wrapper;
my $xslt = XML::XSLT::Wrapper->new(
ProcessorList => [libxslt, sablotron],
)

$result = $xslt->transform(
XMLFile => $xml_filename
XSLFile => $xsl_filename
#OR: XMLString => $xml_string
#OR: XSLString => $xsl_string
#OR: xml => $xml_filename_or_string,
#OR: xsl => $xsl_filename_or_string,
XSLParams => { COMEIN => knock knock,
GOAWAY => conk conk },
);

$result = $xslt->transform(
OutFile => $output_filename,
XMLFile => $xml_filename
XSLFile => $xsl_filename
XSLParams => [ COMEIN, knock knock,
GOAWAY, conk conk ],
);


# NB: The pre_parsing interface is likely to change:
%pre_parsed = $xslt->pre_parse(
XSLFile => $xsl_filename
);
$pre_parsed{$processor}{xsl} = $parsed_xsl;

foreach (@xml_files) {
$result = $xslt->transform(
XSLParsed = $parsed_xsl;
OutFile => $output_filename,
XMLFile => $_,
XSLParams => [ COMEIN, knock knock,
GOAWAY, conk conk ],
);
}
See also examples/*.pl, t/*.t and Driver/*.pm in the distribution directory.

Provides a consistent interface to various XSLT processors. Tries each of a supplied list of processors in turn until one performs a successful transform. If no list is given, tries all the processors it knows until one works. Does its best to fail gracefully whenever a processor does not work for some reason.
Can return the result of the transform as a string, or write it to a specified file.
For those processors which can accept parameters to an XSLT stylesheet, XML::XSLT::Wrapper can accept these as hash of name-value pairs, or as an array of [name, value, name, value, ...]

On completion, returns: - if it has written an output file - the result string if it has succeeded but not written an output file - undef if it has failed

Currently knows how to use XML::LibXSLT, XML::Xalan, XML::Sablotron, XML::XSLT as well as the Java processors XT and Saxon. You need to set your CLASSPATH environment variable first for the Java processors, or pass it to the transform in a JavaClassPath hash element. In a future version, there will be a parameter to turn off support for the Java processors. The XML::Sablotron Ive tested with is 0.52.

gnormalize is an audio converter, a front end to normalize, an encoder/decoder, a ripper, a metadata (tag) editor and a cd player. gnormalize uses gtk2-perl under GNU/Linux.
gnormalize decodes the MP3/MP4/MPC/OGG/APE/FLAC file to WAV, then normalizes the WAV to a targeted volume level and re-encodes it. Moreover, gnormalize can extract Audio CD track and output as various popular audio formats (MP3, MP4, MPC, OGG, APE, FLAC, WAV) with fast speed and high quality. gnormalize can also convert audio format between MP3, MP4, MPC, OGG, APE and FLAC with high fidelity, which meets your need to play and collect audio files. It can change the encoding and Metadata (tag) properties of final normalized files.
gnormalize can be used to adjust the volume of audio files to a standard volume level, where different recording levels on different albums can cause the volume to vary greatly from song to song.
gnormalize is an alternative for replaygain, because "there is no consistent standard by which to define the appropriate replay gain which mp3 encoders and players agree on, and no automatic way to set the volume adjustment for each track".
Main features:
- Convert from/to MP3, MP4, MPC, OGG, APE, FLAC and WAV;
- Support for LAME, FAAC, OGGENC, MPPENC, FLAC and MAC encoders;
- Support for LAME, FAAD, OGGDEC, MPPDEC, FLAC and MAC decoders;
- Rip audio CDs utilizing cdparanoia or cdda2wav;
- Play audio CDs utilizing cdcd or Audio::CD or cdplay;
- Support normalization with adjustable sensibility;
- Can normalize/convert files recursively into the directory;
- Edit and get MetaData like artist, title, album, ... ;
- Get MetaInfo like bitrate, time, frequency, ... ;
- Includes mppenc, mppdec;
- Read the CDDB entry for an audio CD with CDDB_get;
- Translation to English and Portuguese (Brasil).

Unicode::Collate is a Unicode Collation Algorithm.

SYNOPSIS

use Unicode::Collate;

#construct
$Collator = Unicode::Collate->new(%tailoring);

#sort
@sorted = $Collator->sort(@not_sorted);

#compare
$result = $Collator->cmp($a, $b); # returns 1, 0, or -1.

# If %tailoring is false (i.e. empty),
# $Collator should do the default collation.

This module is an implementation of Unicode Technical Standard #10 (a.k.a. UTS #10) - Unicode Collation Algorithm (a.k.a. UCA).

Constructor and Tailoring

The new method returns a collator object.

$Collator = Unicode::Collate->new(
UCA_Version => $UCA_Version,
alternate => $alternate, # deprecated: use of variable is recommended.
backwards => $levelNumber, # or @levelNumbers
entry => $element,
hangul_terminator => $term_primary_weight,
ignoreName => qr/$ignoreName/,
ignoreChar => qr/$ignoreChar/,
katakana_before_hiragana => $bool,
level => $collationLevel,
normalization => $normalization_form,
overrideCJK => &overrideCJK,
overrideHangul => &overrideHangul,
preprocess => &preprocess,
rearrange => @charList,
table => $filename,
undefName => qr/$undefName/,
undefChar => qr/$undefChar/,
upper_before_lower => $bool,
variable => $variable,
);