Free gs boyz software for linux

GnomeKiSS project is a KiSS paper doll viewer for GNOME.
GnomeKiSS is an implementation of French-KiSS for the GNOME desktop environment, using GNOME, GTK+ and the X Window System. French KiSS is an enhanced KiSS/GS for scriptable dolls, where KiSS is an abbreviation for Kisekae Set System (or something).
GnomeKiSS apparently works on plenty of Linux systems (including Debian GNU/Linux and PLD Linux) and is available as a FreeBSD port. If you dont have one of these Free operating systems I have been told that GnomeKiSS compiles and runs on Mac OS X and Sun Solaris too. It should work on any modern Unix-like system with GNOME installed but obviously I cant test them all.
Enhancements:
- GNOME 2.x conversion aiming at GNOME 2.6 and later
- Many new compiler warnings fixed, e.g. sign and const fixes
- Further changes to event handling to ensure interactivity when stressed
- Fixed snprintf() call to stay strictly within the buffer
- Still warn, but dont ignore objects declared after @EventHandler

Thingamablog is a cross-platform, standalone blogging application that makes authoring and publishing your weblogs almost effortless.
Unlike most blogging solutions, Thingamablog does NOT require a third-party blogging host, a cgi/php enabled web host, or a MySQL database.
In fact, all you need to setup, and manage, a blog with Thingamablog is FTP, SFTP, or network access to a web server.
Main features:
- Set up a blog in minutes via an intuitive wizard
- Maintain multiple blogs
- Effortlessly manage thousands of entries
- Dynamically update blog content
- Write entries offline (Dialup users)
- Publish your blog with a single click
- Read news with an integrated feed reader
- Make posts from your favorite feeds
- Create a unique layout with customizable templates
- Import entries from RSS/Atom feeds
- Set up flexible archiving options
- Organize your entries by category or date
- Save entries as drafts
- Define your own custom template tags
- Syndicate your blog via an RSS or Atom feed
- Ping services like weblogs.com, BlogRolling, and Blo.gs
- And much more...

SURVIVOR is yet another systems monitor.
Does the world need yet another systems monitor? Well, the world has had the Backstreet Boys, N Sync, 98 Degrees, Take That, Boyzone, Westlife, 5ive, O-Town, not to mention New Kids on the Block, All-4-One, Boyz II Men, New Edition, and Menudo, so clearly there is an ability to accept and even appreciate redundancy. Not that one needs to appreciate boy bands to appreciate systems monitoring, and perhaps now would be a good time to underscore that the SURVIVOR project does not endorse or even listen to boy bands.
Differentiating systems monitors can be a lot like differentiating boy bands. At first glance, they all look alike. With careful study, however, they all still look alike, except that some have goatees and others dont. With further study, it is possible to detect different accents, but no matter how far you look you still have a boy band.
In this respect, SURVIVOR is a lot like other systems monitors. It was written because of requirements that dictated the equivalent of a boy band with two Americans, two Brits, and an Australian, two with goatees, three brunettes, and not all of them living in the same town in Florida.
Unlike most boy bands, the core of SURVIVOR is a POSIX-thread based scheduler, responsible for determining when services should be checked and when alerts should be transmitted. The scheduler should be highly scalable, although it has not yet been tested against an entire class B network.
Like almost every other package, check and alert modules may be written in any language. These modules should generally scale quite well, although specifics depend on what the module actually does.
A command line interface, web interface, and two-way messaging gateway are provided.
Unlike most boy bands, SURVIVOR is intended to be a very high quality, feature rich, package. It is unlikely to ever get airtime on TRL.
Enhancements:
- In addition to the usual bugfixes, this stabilization release adds five new check modules, a flap reporting module, and adds various improvements to the command and Web interfaces.
- This is the first release with accompanying RPMs.

CUPS-PDF project is a PDF writer backend for CUPS. It is designed to produce PDF files in a heterogeneous network by providing a PDF printer on the central fileserver.

It will convert files printed to its queue in CUPS to PDF and put them in a per-user-based directory structure. It can execute post-processing scripts, e.g. to allow mailing the results to the user.

Important notes:

CUPS-PDF requires root privileges since it has to modify file ownerships. In recent distributions the "RunAsUser" option in cupsd.conf is set to "Yes" which removes these privileges. Please make sure to set "RunAsUser No" if you want to use CUPS-PDF.

make sure if any of CUPS-PDFs working directories (e.g. output) is a NFS mounted volume it is mounted without root_squash!

CUPS-PDF is known to fail if the gs (GhostScript) binary on a system is compressed by upx (Ultimate Packer for eXecutables).

if you are using SELinux make sure it does not interfere with CUPS-PDF


On MacOSX you will have to use pstopdf instead of AFPL GhostScript (see Readme).

HFM is a font manager for Unix systems. With it you can control the avaliability of fonts in all of the supported applications from a central place. Currently included are modules to support:

* X-Window
* Ghostscript
* TeX

A PostScript module handles PS Fonts. Other fonts remain untouched by this program.

HFM is distributed under the GPL (GNU Public License).

GoldSeeker provides a small formatted data extraction application.
It was built to extract formatted data from HTML files, but can be used with all kind of files.
Its behaviour is defined by a rule-based configuration file. It can process files on the local server, or directly get web pages via http://.
GoldSeeker is still in development, its neither whole nor stable; nevertheless it can already be used for simple extractions.
Use
Edit GSParser.php and set your mysql connection parameters (if you dont want to use database export just comment out the "dbConnect();" line). Check that the include paths are correct, and run sample.php.
GS parameters:
include(GSparser.php);
$gs = new GSParser(config file path, data source path, data source type);
$gs->parse();
?>
Data source type: singleFile for... well, a single file; listOfFiles for an array of filenames; directory for a whole directory. Source path : file path or array of file paths.
Enhancements:
- Corrected some linkVariableValues bugs
- Optional (non-mandatory) variables support
- Added a set of unit tests to avoid further regressions (they also serve as a set of samples)

Pod::HtmlEasy Perl module can generate personalized HTML from PODs. By default the HTML generated is similar to the CPAN site style for module documentation.

SYNOPSIS

Simple usage:

my $podhtml = Pod::HtmlEasy- >new() ;

my $html = $podhtml- >pod2html( test.pod ) ;

print "$htmln" ;

Complete usage:

use Pod::HtmlEasy ;

Create the object and set local events subs:

Note that these are all the events, and examples of how to implement
them. All of these events are, of course, already implemented, so if
the actions provided are adequate, no local subs are required.

The actual implementation of on_head1 is somewhat more complex, to
provide for the detection of the module title and insertion of the
uparrow.

my $podhtml = Pod::HtmlEasy- >new (

on_B = > sub {
my ( $this , $txt ) = @_ ;
return "< b >$txt< /b >" ;
} ,

on_C = > sub {
my ( $this , $txt ) = @_ ;
return "< font face=Courier New >$txt< /font >" ;
} ,

on_E = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s{^&}{}smx;
$txt =~ s{;$}{}smx;
$txt = qq{#$txt} if $txt =~ /^d+$/ ;
return qq{ &$txt;};
} ,

on_F = > sub {
my ( $this , $txt ) = @_ ;
return "< b >< i >$txt< /i >< /b >" ;
} ,

on_I = > sub {
my ( $this , $txt ) = @_ ;
return "< i >$txt< /i >" ;
} ,

on_L = > sub {
my ( $this , $L , $text, $page , $section, $type ) = @_ ;
if ( $type eq pod ) {
$section = defined $section ? "#$section" : ;
$page = unless defined $page;
return "< i >< a href=http://search.cpan.org/perldoc?$page$section >$text< /a >< /i >" ;
}
elsif( $type eq man ) { return "< i >$text< /i >" ;}
elsif( $type eq url ) { return "< a href=$page target=_blank >$text< /a >" ;}
} ,

on_S = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s/n/ /gs ;
return $txt ;
} ,

on_X = > sub { return ; } ,

on_Z = > sub { return ; } ,

on_back = > sub {
my $this = shift ;
return "< /ul >$NL" ;
} ,

on_begin = > sub {
my $this = shift ;
my ( $txt , $a_name ) = @_ ;
$this- >{IN_BEGIN} = 1;
return ;
} ,

on_error = > sub {
my ( $this , $txt ) = @_ ;
return qq{< !-- POD_ERROR: $txt -- >} ;
} ,

on_end = > sub {
my $this = shift ;
my ( $txt , $a_name ) = @_ ;
delete $this- >{IN_BEGIN};
return ;
} ,

on_for = > sub { return ;} ,

on_head1 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h1 >$txt< /h1 >$NL$NL} ;
} ,

on_head2 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h2 >$txt< /h2 >$NL$NL} ;
} ,

on_head3 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h3 >$txt< /h3 >$NL$NL} ;
} ,

on_head4 = > sub {
my ( $this , $txt , $a_name ) = @_ ;
return qq{< a name=$a_name >< /a >< h4 >$txt< /h4 >$NL$NL} ;
} ,

on_include = > sub {
my ( $this , $file ) = @_ ;
return qq{./$file} ;
} ,

on_item = > sub {
my ( $this , $txt ) = @_ ;
return qq{< li >$txt< /li >$NL} ;
} ,

on_index_node_start = > sub {
my ( $this , $txt , $a_name , $has_children ) = @_ ;
my $ret = qq{< li >< a href=#$a_name >$txt< /a >$NL} ;
$ret .= q{$NL< ul >$NL} if $has_children ;
return $ret ;
} ,

on_index_node_end = > sub {
my $this = shift ;
my ( $txt , $a_name , $has_children ) = @_ ;
my $ret = $has_children ? q{< /ul >} : $EMPTY ;
return $ret ;
} ,

on_over = > sub {
my ( $this , $level ) = @_ ;
return qq{< ul >$NL? ;
} ,

on_textblock = > sub {
my ( $this , $txt ) = @_ ;
return if exists $this- >{IN_BEGIN};
return qq{< p >$txt< /p >$NL} ;
} ,

on_uri = > sub {
my ( $this , $uri ) = @_ ;
return qq{< a href=$uri target=_blank >$uri< /a >{ ;
} ,

on_verbatim = > sub {
my ( $this , $txt ) = @_ ;
$txt =~ s{(A$NL)*(A$NL)z}{}gsmx;
return unless length $txt;
return qq{< pre >$txt< /pre >$NL} ;
} ,
) ;

## Convert to HTML:

my $html = $podhtml- >pod2html(test.pod ,
test.html ,
title = > POD::Test ,
body = > { bgcolor = > #CCCCCC } ,
css = > test.css ,
) ;