Free catholic prayer requests software for linux

Yahoo::Search::Request is a container object for a Yahoo! Search request. (This package is included in, and automatically loaded by, the Yahoo::Search package.)

Package Use

You never need to use this package directly -- it is loaded automatically by Yahoo::Search.

Object Creation

In practice, this class is generally not dealt with explicitly, but rather implicitly via functions in Yahoo::Search such as Query and Links, which build and use a Request object under the hood.

You also have access to the Request object via Request() method of resulting Response and Result objects.

To be clear, Request objects are created by the Request() method of a Search Engine object (Yahoo::Search).

CGI::Request is a parse client request via a CGI interface.

SYNOPSIS

use CGI::Request;

# Simple interface: (combines SendHeaders, new and import_names)

$req = GetRequest($pkg);

print FmtRequest(); # same as: print $req->as_string


# Full Interface:

$req = new CGI::Request; # fetch and parse request

$field_value = $req->param(FieldName);
@selected = $req->param(SelectMultiField);
@keywords = $req->keywords; # from ISINDEX

print $req->as_string; # format Form and CGI variables

# import form fields into a package as perl variables!
$req->import_names(R);
print "$R::FieldName";
print "@R::SelectMultiField";

@value = $req->param_or($fieldname, $default_return_value);

# Access to CGI interface (see CGI::Base)

$cgi_obj = $req->cgi;
$cgi_var = $req->cgi->var("REMOTE_ADDR");


# Other Functions:

CGI::Request::Interface($cgi); # specify alternative CGI

CGI::Request::Debug($level); # log to STDERR (see CGI::Base)


# Cgi-lib compatibility functions
# use CGI::Request qw(:DEFAULT :cgi-lib); to import them

&ReadParse(*input);
&MethGet;
&PrintHeader;
&PrintVariables(%input);

This module implements the CGI::Request object. This object represents a single query / request / submission from a WWW user. The CGI::Request class understands the concept of HTML forms and fields, specifically how to parse a CGI QUERY_STRING.

Jifty::Request is a canonical internal representation of an incoming Jifty request.

This document discusses the ins and outs of getting data from the web browser (or any other source) and figuring out what it means. Most of the time, you wont need to worry about the details, but they are provided below if youre curious.

This class parses the submission and makes it available as a protocol-independent Jifty::Request object.

Each request contains several types of information:

actions

A request may contain one or more actions; these are represented as Jifty::Request::Action objects. Each action request has a moniker, a set of submitted arguments, and an implementation class. By default, all actions that are submitted are run; it is possible to only mark a subset of the submitted actions as "active", and only the active actions will be run. These will eventually become full-fledge Jifty::Action objects.

state variables

State variables are used to pass around bits of information which are needed more than once but not often enough to be stored in the session. Additionally, they are per-browser window, unlike session information.

continuations

Continuations can be called or created during the course of a request, though each request has at most one "current" continuation. See Jifty::Continuation.

(optional) fragments

Fragments are standalone bits of reusable code. They are most commonly used in the context of AJAX, where fragments are the building blocks that can be updated independently. A request is either for a full page, or for multiple independent fragments. See Jifty::Web::PageRegion.

Netdiscover is a network address discovering tool that was developed mainly for those wireless networks without DHCP servers, though it also works on wired networks. It sends ARP requests and sniffs for replies.

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

Fortress is a simple script driven framework for performing security scans. The core of the application is an application which will execute testing scripts written using the embedded LUA scripting engine.

The scripts may perform almost arbitrary operations, including making HTTP requests, conducting port scanning, and taking advantage of several other provided primitives.

easy TicketManager project is a system for managing customer requests (trouble tickets or similar) for a group of users.
Each ticket is assigned to a customer and a carer who is responsible for handling this ticket. Tickets can be organized in folders or by categories and can have notes attached to them.
Enhancements:
- You can manage tickets and define a workflow to handle these items.
- The installer has been improved, as well as the plugin concept.
- The following plugins are shipped and installed automatically: notes management, bookmarks management, and the ticket plugin.