Free expiration dates software for linux

DNS Domain Expiration Check is a utility for checking DNS domain expiration dates.

domain-check queries WHOIS data in realtime, and can be integrated with cron to provide e-mail notifications prior to a domain expiring.

The first example will print the expiration date and registrar for daemons.net:

$ domain-check.sh -d daemons.net

Domain Registrar Status Expires Days Left
----------------------------------- ----------------- -------- ----------- ---------
daemons.net INTERCOSMOS MEDIA Valid 13-feb-2006 64


The second example prints the expiration date and registrar for the domains listed in the file "domains":

$ domain-check.sh -f domains

Domain Registrar Status Expires Days Left
----------------------------------- ----------------- -------- ----------- ---------
sun.com NETWORK SOLUTIONS Valid 20-mar-2010 1560
google.com EMARKMONITOR INC. Valid 14-sep-2011 2103
daemons.net INTERCOSMOS MEDIA Valid 13-feb-2006 64
spotch.com GANDI Valid 03-dec-2006 357


The third example will e-mail the address admin@daemons.net with the domains that will expire in 60-days or less:

$ domain-check -a -f domains -q -x 60 -e admin@daemons.net

Fast Date Picker project is a calendar which is easy to integrate into pages that require the users to select a date like on travel sites.
Written in ECMAScript, it responds faster to the users clicks than most of the server-side-based or Java-applet-based date pickers often found on travel sites today.
The calendar can be added to your page any way you want (e.g. as a pop-up window or an expandable

Kalendae project is a tool to convert dates between the modern western calendar (entered using a localized GUI) and the ancient Roman one expressed in Latin.

Leap years are taken into account starting from 10 B.C.

LibHdate is a small C,C++ library for Hebrew calendar and dates, holidays, and reading sequence (parasha).

LibHdate is using the sorce code from Amos Shapirs hdate package fixed and patched by Nadav HarEl.

The Torah reading sequence is from tables by Zvi HarEl.

Installation:

From source:

Untar:

tar -xvzf libhdate-XXX.tar.gz

Configure:

cd libhdate-XXX

configure --prefix=/usr [--enable-examples --enable-python --enable-perl --enable-pascal]
--enable-examples - build and install examples
--enable-python - build and install the python bindings
--enable-perl - build and install the perl bindings
--enable-pascal - build and install the pascal bindings

You will need swig and perl/python devel files.

Build:

make

Install:

make install (as root)

PHP Date Picker Class library will automatically generate the required HTML and JavaScript code that will make a pop-up window appear to let the user choose a date from a calendar. The selected date will be passed to a user-specified control from the calling page.
Every aspect is customizable by modifying a template and a related CSS file. The format in which the date is returned, the default date and time period, and the first day of the week can be selected.
Many thanks to Johan van Ieperen for sending in the dutch translation for the PHP class and for the valuable comments he made for improving usability, to Achim from Germany for finding the bug that would screw up the calendar on certain situations and also thank to Wassilios Meletiadis for sending in the german translation for this PHP class.
Further suggestions, comments and requests are welcommed. Id also really appreciate if you could send me links to the web pages where you are using the class so I can give them as refference and convince more people to use it. Thanks!
Enhancements:
- The selected date and time were not preserved if the month or year were changed.
- Using any date format other than the default would cause all dates to be disabled everywhere.
- A potential problem with selectableYearsRange and selectableTimesRange was fixed.
- The cause of the problem was the fact that PHPs date() function returns a string and therefore date("Y") would return the current date as a string rather than an integer, which made the calendar unusable.

Net::Delicious::Iterator is an iterator class for Net::Delicious thingies.

SYNOPSIS

use Net::Delicious::Iterator;

my @dates = ({...},{...});
my $it = Net::Delicious::Iterator->new("Date",@dates);

while (my $d = $it->next()) {

# Do stuff with $d here
}

NOTES

It isnt really expected that you will instantiate these objects outside of Net::Delicious itself.

PACKAGE METHODS

__PACKAGE__->new($foreign_class,@data)

Returns a Net::Delicious::Iterator object. Woot!

$it->count()

Return the number of available thingies.

$it->next()

Returns the next object in the list of available thingies. Woot!

Class::Date is a perl module, which provides a simple date type for perl.
You can create new Class::Date objects with a constructor from different scalar formats, array refs, and hash refs, and then you can easily manipulate it by the builtin "+" and "-" operators (e.g., $date=date([2001,03,15])+3Y 1s). Relative date types also available.
Enhancements:
- This release adds "ampm" and "meridiam" methods.

App::datetime is a date and time considerations.

Most Enterprise development includes processing of dates and times. There are many date and time modules on CPAN, and choosing the right one can be confusing. There are no special perl data types for dates and times, so some direction is needed.

The short answer is that we recommend the following for most common date and time operations.

Class::Date
Class::Date::Rel

However, other modules are appropriate in certain circumstances. So for the longer answer, read on.

PERL 5 LANGUAGE SUPPORT

The native Perl 5 datetime type is an integer. It is not different from other integers in any way other than how it is used. It represents the number of non-leap seconds since January 1, 1970 UTC (the "Epoch" at GMT). The following internal Perl function gets the current time.

$current_time = time;
$current_time = time();

Other Perl functions that return this "datetime" integer are

($dev, $ino, $mode, $nlink, $uid, $gid, $redev, $size,
$atime, $mtime, $ctime, $blksize, $blocks) = stat($filename);
($dev, $ino, $mode, $nlink, $uid, $gid, $redev, $size,
$atime, $mtime, $ctime, $blksize, $blocks) = lstat($filename);

where $atime, $mtime, and $ctime are the same kind of integers, representing the access time, modification time, and change time of a file.

These $time values may be converted to human-readable form using the following internal perl functions. (See the "perlfunc" man page for more information.)

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

Furthermore, the current time zone needs to be accessed through the environment variable, "TZ".

$timezone = $ENV{TZ};

This leaves the Perl developer with lots of work to do in order to process dates.

Formatting dates for output

Parsing dates on input

Comparing dates

Date math (addition, subtraction)

Other calendar-specific functions (i.e. holidays, days of week, etc)

Numerous modules have been posted to CPAN allowing the Perl developer to accomplish these tasks. However, they have pros and cons related to the following features.

Internationalization

Speed

Portability

Ranges of Dates Supported

Compliance with Perl Styleguide (function naming)