Free discount codes software for linux

IP::Country is a tool for fast lookup of country codes from IP addresses. Finding out the country of a client using only the IP address can be difficult.

Looking up the domain name associated with that address can provide some help, but many IP address are not reverse mapped to any useful domain, and the most common domain (.com) offers no help when looking for country.

IP::Country module comes bundled with a database of countries where various IP addresses have been assigned. Although the country of assignment will probably be the country associated with a large ISP rather than the client herself, this is probably good enough for most log analysis applications, and under test has proved to be as accurate as reverse-DNS and WHOIS lookup.

Telephony::CountryDialingCodes is a Perl module that can convert international dialing codes to country codes and vice versa.

SYNOPSIS

# Usage method 1 (using object methods):
use Telephony::CountryDialingCodes;
my $o = new Telephony::CountryDialingCodes();
my $country_code = NL;
print "The dialing access code for country $country_code is " . $o->dialing_code($country_code) . "n";
my $dialing_code = 1;
my @country_codes = $o->country_codes($dialing_code);
print "The country code(s) for dialing access code $dialing_code is/are: " . join(,,@country_codes) . "n";


# Usage method 2 (using class methods):
use Telephony::CountryDialingCodes;
my $country_code = NL;
print "The dialing access code for country $country_code is " . Telephony::CountryDialingCodes->dialing_code($country_code) . "n";
my $dialing_code = 1;
my @country_codes = Telephony::CountryDialingCodes->country_codes($dialing_code);
print "The country code(s) for dialing access code $dialing_code is/are: " . join(,,@country_codes) . "n";

# Extracting an intl dialing code from an intl phone number:
use Telephony::CountryDialingCodes;
my $o = new Telephony::CountryDialingCodes();
my $dialing_code = $o->extract_dialing_code(+521234567890);
# $dialing_code will contain 52.

This class exports a method for determining a countrys international dialing code, and another method for doing the reverse: i.e. determining the country code(s) that belong(s) to a given international dialing code.

You can call these methods as class methods or you can create an object and call these methods as object methods. The difference is that if you call them in object context that the internal lookup tables are freed when the object is destroyed, otherwise if you call the methods in class context, then the internal lookup tables are global and will persist for the lifespan of the current process. Its not really a big deal which approach you choose, so for the sake of style, use the object method approach if you have no clue which is better.

Diet Tracker is a set of Perl codes to help you keep track of your diet progress. Diet Tracker uses a MySQl database to store and display your weight variations and calorie intake as you progress in your diet.
This software was inspired by Jeremy Zawodnys Excel spreadsheet that does almost the same thing. I wanted a web version that was simple and meant for single user and not finding any, wrote one.
Main features:
- Web based
- Track calorie intake per day
- Graphs to track weight and intake history
- Moving average calculation to even out jitters
- Automatic BMI calculation
- Clean interface

Resistor Color Code Calculator project calculates the value of a resistor (an electronic component).

The colors on the resistor are input into the program, and the result displays the resistance value of the resistor.

This is much easier than memorizing rhymes to remember colors.

Geography::Countries is a Perl module with 2-letter, 3-letter, and numerical codes for countries.

SYNOPSIS

use Geography::Countries;

$country = country DE; # Germany
@list = country 666; # (PM, SPM, 666,
# Saint Pierre and Miquelon, 1)

This module maps country names, and their 2-letter, 3-letter and numerical codes, as defined by the ISO-3166 maintenance agency [1], and defined by the UNSD.

The country subroutine.

This subroutine is exported by default. It takes a 2-letter, 3-letter or numerical code, or a country name as argument. In scalar context, it will return the country name, in list context, it will return a list consisting of the 2-letter code, the 3-letter code, the numerical code, the country name, and a flag, which is explained below. Note that not all countries have all 3 codes; if a code is unknown, the undefined value is returned.

There are 3 categories of countries. The largest category are the current countries. Then there is a small set of countries that no longer exist. The final set consists of areas consisting of multiple countries, like Africa. No 2-letter or 3-letter codes are available for the second two sets. (ISO 3166-3 [3] defines 4 letter codes for the set of countries that no longer exist, but the author of this module was unable to get her hands on that standard.) By default, country only returns countries from the first set, but this can be changed by giving country an optional second argument.
The module optionally exports the constants CNT_F_REGULAR, CNT_F_OLD, CNT_F_REGION and CNT_F_ANY. These constants can also be important all at once by using the tag :FLAGS.

CNT_F_ANY is just the binary or of the three other flags. The second argument of country should be the binary or of a subset of the flags CNT_F_REGULAR, CNT_F_OLD, and CNT_F_REGION - if no, or a false, second argument is given, CNT_F_REGULAR is assumed. If CNT_F_REGULAR is set, regular (current) countries will be returned; if CNT_F_OLD is set, old, no longer existing, countries will be returned, while CNT_F_REGION is used in case a region (not necessarely) a country might be returned. If country is used in list context, the fifth returned element is one of CNT_F_REGULAR, CNT_F_OLD and CNT_F_REGION, indicating whether the result is a regular country, an old country, or a region.

In list context, country returns a 5 element list. To avoid having to remember which element is in which index, the constants CNT_I_CODE2, CNT_I_CODE3, CNT_I_NUMCODE, CNT_I_COUNTRY and CNT_I_FLAG can be imported. Those constants contain the indices of the 2-letter code, the 3-letter code, the numerical code, the country, and the flag explained above, respectively. All index constants can be imported by using the :INDICES tag.

The code2, code3, numcode and countries routines.
All known 2-letter codes, 3-letter codes, numerical codes and country names can be returned by the routines code2, code3, numcode and countries. None of these methods is exported by default; all need to be imported if one wants to use them. The tag :LISTS imports them all. In scalar context, the number of known codes or countries is returned.

DBD::ADO::Const is a Perl module for ADO Constants.

SYNOPSIS

use DBD::ADO::Const();

$ = "n";

my $Enums = DBD::ADO::Const->Enums;

for my $Enum ( sort keys %$Enums )
{
print $Enum;
for my $Const ( sort keys %{$Enums->{$Enum}} )
{
printf " %-35s 0x%Xn", $Const, $Enums->{$Enum}{$Const};
}
}

In the OLE type library, many constants are defined as members of enums. Its easy to lookup DBD::ADO constants by name, e.g.:

$ado_consts->{adChar} == 129

Unfortunately, Win32::OLE::Const does not preserve the namespace of the enums. Its a matter of taste, but I think

$ado_consts->{DataTypeEnum}{adChar} == 129

makes the code more self-documenting.

Furthermore, many DBD::ADO methods return numeric codes. Transforming these codes into human readable strings requires an inverse lookup by value. Building the reverse hash for e.g. all datatypes requires that datatype constants can be distinguished from other constants, i.e. we need the namespace preserved.

The Enums() method of this package return a hash of hashes for exactly this purpose.

GNU Barcode is a tool to convert text strings to printed bars. GNU barcode supports a variety of standard codes to represent the textual strings and creates postscript output.
Main features:
- Available as both a library and an executable program
- Supports UPC, EAN, ISBN, CODE39 and other encoding standards
- Postscript and Encapsulated Postscript output
- Accepts sizes and positions as inches, centimeters, millimeters
- Can create tables of barcodes (to print labels on sticker pages)

Tamil Converters is a package containing five programs that convert Tamil text from ISCII to Unicode, Unicode to ISCII, ITRANS to ISCII, ITRANS to ISCII, and TSCII to Unicode.
All five programs provide fairly extensive checking of their input for errors and untranslatable codes. The ITRANS used is, by default, extended to include codes for the Tamil digits and to include HZ escapes (as defined in RFC 1843) that delimit the Tamil portion.
This allows processing of mixed Tamil and ASCII text. The extensions and use of HZ escapes can be disabled by command-line switches.
Enhancements:
- Several programs inadvertently omitted from the previous version of the package are now included.
- Several errors in the Makefile have been fixed.