Free ez country software for linux

Locale::SubCountry is a Perl module that can convert state, province, county etc. names to/from code.

SYNOPSIS

my $country_code = GB;
my $UK = new Locale::SubCountry($country_code);
if ( not $UK )
{
die "Invalid code $country_coden";
}
elsif ( $UK->has_sub_countries )
{
print($UK->full_name(DGY),"n"); # Dumfries and Galloway
print($UK->regional_division(DGY),"n"); # CT (Scotland)
}

my $australia = new Locale::SubCountry(AUSTRALIA);
print($australia->country,"n"); # AUSTRALIA
print($australia->country_code,"n"); # AU

if ( $australia->has_sub_countries )
{
print($australia->code(New South Wales ),"n"); # NSW
print($australia->full_name(S.A.),"n"); # South Australia
my $upper_case = 1;
print($australia->full_name(Qld,$upper_case),"n"); # QUEENSLAND
print($australia->category(NSW),"n"); # state
print($australia->FIPS10_4_code(ACT),"n"); # 01
print($australia->ISO3166_2_code(02),"n"); # NSW

my @aus_state_names = $australia->all_full_names;
my @aus_code_names = $australia->all_codes;
my %aus_states_keyed_by_code = $australia->code_full_name_hash;
my %aus_states_keyed_by_name = $australia->full_name_code_hash;

foreach my $code ( sort keys %aus_states_keyed_by_code )
{
printf("%-3s : %sn",$code,$aus_states_keyed_by_code{$code});
}
}

# Methods for country codes and names

my $world = new Locale::SubCountry::World;
my @all_countries = $world->all_full_names;
my @all_country_codes = $world->all_codes;

my %all_countries_keyed_by_name = $world->full_name_code_hash;
my %all_country_keyed_by_code = $world->code_full_name_hash;

This module allows you to convert the full name for a countries administrative region to the code commonly used for postal addressing. The reverse lookup can also be done. Sub country codes are defined in "ISO 3166-2:1998, Codes for the representation of names of countries and their subdivisions".

Sub countries are termed as states in the US and Australia, provinces in Canada and counties in the UK and Ireland.

Names and ISO 3166-2 codes for all sub countries in a country can be returned as either a hash or an array.

Names and ISO 3166-1 codes for all countries in the world can be returned as either a hash or an array.

ISO 3166-2 codes can be converted to FIPS 10-4 codes. The reverse lookup can also be done.

eZ components project is an enterprise-ready, general-purpose PHP platform.
As a collection of high-quality independent building blocks for PHP application development, eZ components will both speed up development and reduce risks.
An application can use one or more components easily, as they all adhere to the same naming conventions and follow the same structure.
All components are based on PHP 5.1, except for the ones that require the new Unicode support that will be available from PHP 6 on.
Main features:
- Designed for enterprise PHP application development
- Open source and licensed under the New BSD license
- Clear IP rights
- Thoroughly documented
- Developed, supported and maintained by eZ systems
As the developers of eZ publish, one of the largest enterprise PHP applications in the world, eZ systems has over several years been developing enterprise PHP applications.
During the development of eZ publish eZ systems has been writing all the needed general libraries itself instead of reusing existing libraries. Quite a few other PHP projects are also doing the same. There are several reasons for this, like lack of documentation, quality of code, lacking functionality, unclear IP rights or inconsistencies between the libraries. eZ systems has the experience and resources to make such a product as well as the need for it.
The eZ components are developed with interoperatibility and a clean design in mind, allowing its users more flexibility and freedom, while keeping a consistent and well documented API. It is thouroughly documented, New BSD licensed with clear IP rights and available free of charge.
eZ systems has a dedicated team of professional developers for developing, maintaining and supporting eZ components. This will ensure that eZ components will be an active project for the future, making them a safe choice for PHP application developers to rely on.
Enhancements:
- The Graph component renders statistical data into 2-D and 3-D charts and graphs like bar, pie, and line charts.
- The SignalSlot component implements a kind of Subject-Observer pattern for object-oriented application design.
- Designed after Qts Signals and Slots mechanism, it gives you a handy tool for inter- and intra-object communication.
- The Url component conveniently extracts data from URLs and similarly creates URLs.
- This mechanism is commonly used in controller parts of a Model-View-Controller (MVC) implementation.

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.

Beat Clock is a simple internet Beat Clock.

Internet time or Beat time is a system developed by Swatch (the watch company) where you devide the day into 1000 beats and use these units to messure the passage of time.

All Beat clocks display the same time dispite local times zones. GMT+1 is used as the reference zone. People can use beat time to help cordinate events with people that may span many times zones or political time zones without having to know what the local time is.

This can be most usfull if you dont know if someone elses country follows a form of Daylight Savings.

Beat Clock is my creation and it is my wish that it be protected with all rights entitled to me as its creator. Use of Beat Clock is at the users expense. Dont blame me if something goes wrong. I make all the best effort to correct all bugs but I do not guaranty that Beat Clock is perfect. No human designed system is perfect. Errors will happen so use at your own risk (please notify me of bugs so I can improve the software).

EZ Red Skin Fix is a script-fu based on a technique by lylejk of dpreview.com that can be used to improve skin that has a reddish tint.

lafontaine project is a graphical logo interpreter.
It was made for educational use.
Main features:
- the interface is easy to apprehend,
- there is a specific Logo language version for each country,
- Lafontaine is highly portable (by using the gtk library)

RIR to DNS converter is a tool to convert Regional Internet Registry data to a DNS country lookup zone. You can use it to build your own DNS zone for looking up country codes from IP addresses.

It uses data directly from RIPE, ARIN, APNIC, LACNIC, and AFRINIC. The data can be updated on a schedule of your choosing.

The input data comes from:

ftp://ftp.afrinic.net/pub/stats/afrinic/delegated-afrinic-latest
ftp://ftp.apnic.net/pub/stats/apnic/delegated-apnic-latest
ftp://ftp.arin.net/pub/stats/arin/delegated-arin-latest
ftp://ftp.ripe.net/pub/stats/ripencc/delegated-ripencc-latest
ftp://ftp.lacnic.net/pub/stats/lacnic/delegated-lacnic-latest

The input data format is described in:

http://www.apnic.net/db/rir-stats-format.html

The output is a BIND 9 zone file that can be used to look up country codes
in a similar fashion to in-addr.arpa. For example, to find out what country
203.30.47.58 is:

host 58.47.30.203.rir.example.com
58.47.30.203.rir.example.com has address 127.0.65.86

where 65 and 85 are ASCII for A and U, which means 203.30.47.58 is
in Australia (AU).

HOW TO USE IT

Just feed it the above delegated- -latest files into stdin and it will
spit out the zone file to stdout. The zone file will only have the IP addresses,
so you could $INCLUDE it into a zone file that contains NS records, SOA, $ORIGIN,
etc.

WHY USE IT

You dont need the resolution of MaxMinds GeoIP database, but you do want
something that is free and you want it kept up to date on a schedule that
you decide.

You could use this to block or tag email based on countries, block or redirect
visitors to your website based on end-user country, and so on. Be very
careful about blocking mail this way, though, as you may block legitimate
email. Instead of blocking outright, use it in a SpamAssassin rule to add
something to the spam level, based on where the email comes from.

HOW IT WORKS

The RIR files contain ranges of IP addresses, and indicate what CC each range is allocated to. At the simplest level, rir2dns just sorts the ranges then iterates
through the IPs in each range and generates a reverse-dns-style A record that
represents the country code.

HOW IT WORKS - IN DETAIL

Rather than iterate through each IP address, the program tries to skip through
entire classes at a time (256 IPs, 65536 IPs, etc). Rather than iterate
through each IP, the loop iterates through classes or IP ranges (whichever are
smaller at the loop control), using control-breaks to accummulate neighbouring
ranges where possible so that entire classes that are in the same country dont
generate huge numbers of records.

Firstly, IPs are considered to be 4-digit numbers, but in base-256. In other
words, each octet is dealt with as if it were a single base-256 digit. This
turns out to be convenient because optimisations of large chunks of IP space can be done by looking for places where least-significant base-256 digits are zero.

Next, IP ranges are broken down into the following sub-ranges:

Optional individual IP addresses (ie: 4 octets)
Optional A-class ranges (ie: 3 octets)
Optional B-class ranges (ie: 2 octets)
Optional C-class ranges (ie: 1 octet)
Optional B-class ranges (ie: 2 octets)
Optional A-class ranges (ie: 3 octets)
Optional individual IP addresses (ie: 4 octets)

Considering that there is a pattern here, Im sure theres an elegant way to
handle breaking this down into two loops (one reducing the octets and one
increasing the octets), but I cant be bothered, so Ill break it down into
seven loops. Kind of hard-coded, but at least its simple.

For ease of processing, the IP addresses are actually converted to 32-bit numbers, then back again. This simplifies mathematics and looping through ranges.

Thats pretty much it, really...

Note that currently there are about 80,000 RIR records between all five
registries. This takes about 35 seconds on a 2.4GHz P4 to process, and
generates a 26MB file with around 3/4 million lines (RRs). This causes BIND
to use about 100MB or so of memory, and on a slow machine will probably cause it to take too long to reply, while it searches the zone. That size zone can
take a minute or two to load, which is quite a while.

Basic algorithm:

Read & process RIR data:

Read RIR ranges
Sort RIR ranges by start IP address
Glue together contiguous ranges of the same country

For each range

Generate the IPs at the start of the range

Generate the A-classes at the start of the range

Generate the B-classes at the start of the range

Generate the C-classes in the middle of the range

Generate the B-classes at the end of the range

Generate the A-classes at the end of the range

Generate the IPs at the end of the range