Free in places software for linux

Easiest Edit In Place enables Web (2.0) developers to generate any number of edit in place widgets with only one line of script code.
Using stylesheets and spans, any piece of text can be edited by any type of widget. Easiest Edit In Place features CSS customization and automatic caret positioning.
Main features:
- It requires only 1 line of javascript to make any number of widgets editable.
- Caret positioning. When editing inline, the caret is positioned at the point the user clicked, to make it more intuitive.
- Editor can be anything, from ordinary text input to text areas or custom widgets.
- Everything can be styled using CSS.
Eeip has been tested on Firefox and IE.
Enhancements:
- A bug that could lead to the accidental display of placeholder text when dealing with empty fields in some circumstances was fixed.

Plasmatronics Perl module is a Plasmatronics PL regulator controller.

SYNOPSIS

use Device::Regulator::Plasmatronic;
my $r = Device::Regulator::Plasmatronic;
print "Current state of charge = " . $r->pl_dsoc . "n";

This is an interface library via the serial port to a Plasmatronics Regulator. (http://www.plasmatronics.com.au/)

MAJOR LIMITATIONS

Serial Port

I have to replace the serial port driver - currently I use the unix only version, but I have written

Hard Coded Multiplier

The multiplier used for voltages etc is hard coded (currently 4 = 48 Volt system). This can be read from the system, so I will have to do that as part of the initialisation.

Combined Values

Load and other things combine values from multiple locations to allow for larger numbers. I know that I have got this wrong in a number of places. Work to be done to test these for large numbers (eg: > 25 Amps etc).

Religion::Islam::PrayerTimes is a Perl module that calculates Muslim Prayers Times and Sunrise.

SYNOPSIS

use Religion::Islam::PrayerTimes;

#create new object with default options
my $prayer = Religion::Islam::PrayerTimes->new();

#Juristic Methods:
# 1 = Standard (Imams Shafii, Hanbali, and Maliki),
#2 = Hanafi
#The difference is in the Aser time only
$prayer->JuristicMethod(1);

# Calculation Method
#1: Umm Al-Qura Committee
#2: Muslim World League
#3: Egyptian General Authority of Survey
#4: University Of Islamic Sciences, Karachi
#5: ISNA, Islamic Society of North America
$prayer->CalculationMethod(3);

# Q. What is daylight saving? Ans. Many countries try to adopt their work time by subtracting
# from their clocks one hour in the Fall and Winter seasons.
$prayer->DaylightSaving(1);
#print "DaylightSaving: ". $prayer->DaylightSaving() ."n";

# set the location to clculate prayer times for.
# for Cairo, Egypt:
# http://heavens-above.com/countries.asp
$prayer->PrayerLocation(
Latitude => 30.050,
Longitude => 31.250,
Altitude => 24,
TimeZone => 2
);

my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);
$mon++; $year += 1900;

#Adjust the Gregorian Dates by making sure that the month lengths
#are correct if not so take the extra days to next month or year.
my ($yg0, $mg0, $dg0) = $prayer->GDateAjust($year, $mon, $mday);
# Now calculate the prayer times. Times returns in hours decimal format

#%result = $prayer->PrayerTimes($year, $mon, $mday);
%result = $prayer->PrayerTimes($yg0, $mg0, $dg0);

#print "Fajr: " . $result{Fajr} . "n";
#print "Sunrise: " . $result{Sunrise} . "n";
#print "Zohar: " . $result{Zohar} . "n";
#print "Aser: " . $result{Aser} . "n";
#print "Maghrib: " . $result{Maghrib} . "n";
#print "Isha: " . $result{Isha} . "n";
#print "Fajir Rabita: " . $result{FajirRabita} . "n"; #Fajer using exact Rabita method for places >48
#print "Isha Rabita: " . $result{IshaRabita} . "n"; #Ash using exact Rabita method for places >48
#print "Eid Prayer Time: " . $result{Eid} . "n"; #Eid Prayer Time
#print "n";

# set time mode for 12 or 24 hour for FormatTime function.
$prayer->TimeMode(1);
#print time formated
#print "TimeMode: " . $prayer->TimeMode() ."n";

my ($h, $m, $ap);

($h, $m, $ap) = $prayer->FormatTime($result{Fajr});
print "Fajr: $h:$m $apn";

($h, $m, $ap) = $prayer->FormatTime($result{Sunrise});
print "Sunrise: $h:$m $apn";

($h, $m, $ap) = $prayer->FormatTime($result{Zohar});
print "Zohar: $h:$m $apn";

($h, $m, $ap) = $prayer->FormatTime($result{Aser});
print "Aser: $h:$m $apn";

($h, $m, $ap) = $prayer->FormatTime($result{Maghrib});
print "Maghrib: $h:$m $apn";

($h, $m, $ap) = $prayer->FormatTime($result{Isha});
print "Isha: $h:$m $apn";

#($h, $m, $ap) = $prayer->FormatTime($result{FajirRabita});
#print "Fajir Rabita: $h:$m $apn"; #Fajer using exact Rabita method for places >48

#($h, $m, $ap) = $prayer->FormatTime($result{IshaRabita});
#print "Isha Rabita: $h:$m $apn"; #Ash using exact Rabita method for places >48

#($h, $m, $ap) = $prayer->FormatTime($result{Eid});
#print "Eid Prayer Time: $h:$m $apn"; #Eid Prayer Time

list files package prints to file list of files in a given directory.
Handy if youd like to, say, tell a friend of yours what ebooks you have, and wouldnt feel like typing them all by hand.
Hope you can find it useful.
INSTALLATION
i assume youve got everything in its standard places; otherwise you probably know what to do anyway.
to install for one user
copy listFiles.desktop to ~/.kde/share/apps/konqueror/servicemenus
copy listFiles.sh to /usr/local/bin or elsewhere in the path
to install for all users
copy listFiles.desktop to /usr/share/apps/konqueror/servicemenus
copy listFiles.sh to /usr/local/bin or elsewhere in the path
Enhancements:
- added counting the number of items
- added the possibility to change the place where the listing is written to
- some minor changes to the code

Ugly Poker is a free video poker game for linux.

Ugly Poker is a Free Linux Game of Video Poker that might remind you of your favorite casino video poker machine youve played in Las Vegas or another casino somewhere in the world like gold studded Monaco, on a steamboat near Louisiana, around beautiful Lake Tahoe in Nevada, or Atlantic City on the boardwalk along the Atlantic Ocean.

With Ugly Poker, you can be reminded of those places just mentioned - without leaving your home. Call it ugly and convenient!

Gtk2::Ex::MindMapView::Layout::Balanced is a Perl module with balanced layout for view items.

HEIRARCHY

Gtk2::Ex::MindMapView::Layout::Group
+----Gtk2::Ex::MindMapView::Layout::Balanced

SYNOPSIS

use Gtk2::Ex::MindMapView::Layout::Balanced;

A balanced layout for the mindmap. This module considers the "weight" of each Gtk2::Ex::MindMapView::Item when laying them out. The weight is a measure of the amount of screen real estate taken up by the item.

INTERFACE

new (graph=>$graph)

Instantiates a new balanced layout. This code assigns Gtk2::Ex::MindMapView::Item objects to columns based on their relationships to each other as determined by the Gtk2::Ex::MindMapView::Graph argument.
layout()

Places the items in the balanced layout on the canvas. This code determines the width of the columns in which the Gtk2:Ex::MindMapView::Items are placed, and positions the items appropriately on the canvas.

JourneySat lets you show to your friends and relatives the places youve travelled to. You can combine diary notes, photos and satellite images and embed them into your web site either when youre back home or when youre still on the road.
After writing a diary note and adding the photos of the day, you can find out the exact geographical location of the places youve visited to let your friends see them from a satellite viewpoint, using the images provided by Google Maps TM.
In this way theyll see much more than what can be normally experienced through photos. As a further bonus, you can even specify the locations where you shoot your photos and theyll be marked on the satellite view.
And, well, why limit oneself to documenting travels? You can use JourneySat for anything that you do on the planet Earth.
One more word before directing you to the demo: JourneySat is free software. That means both that it costs no money and that you can modify it as you wish. JourneySat is licensed under the GNU General Public License. Read the terms of the license.
Enhancements:
- Several bugs were fixed in the code and in the documentation.
- The internal API has been completed with the implementation of methods to navigate through and edit the sequences of places and contents.

Tk::Tiler is a scrollable frame with sub-widgets arranged into rows.

SYNOPSIS

use Tk::Tiler;

my $tl = $parent->Scrolled(Tiler, -columns => n, -rows => n);

my $a = $tl->Xxxxx(...);
my $b = $tl->Xxxxx(...);
my $c = $tl->Xxxxx(...);

$tl->Manage($a,$b,$c);

Tiler is derived form Tk::Frame. It is a geometry managing widget which accepts widgets to manage. It places the widgets in a grid with as many widgets as possible in a row. All the "slots" in the grid are the same size, which is determined by the largest managed widget.

The grid may be scrolled vertically.