Lightweight and fast implementation of recurrence rules for PHP (RFC 5545), to easily work with recurring dates and events (such as in a calendar). This library is heavily based on python-dateutil.
use RRule\RRule;
$rrule = new RRule([
'FREQ' => 'MONTHLY',
'INTERVAL' => 1,
'DTSTART' => '2015-06-01',
'COUNT' => 6
]);
foreach ( $rrule as $occurrence ) {
echo $occurrence->format('D d M Y'),"\n";
}
// will output:
// Mon 01 Jun 2015
// Wed 01 Jul 2015
// Sat 01 Aug 2015
// Tue 01 Sep 2015
// Thu 01 Oct 2015
// Sun 01 Nov 2015
echo $rrule->humanReadable(),"\n";
// monthly on the 1st of the month, starting from 01/06/2015, 6 times
Complete doc is available in the wiki.
- PHP >= 5.3
- intl extension is recommended for
humanReadable()
but not strictly required
The recommended way is to install the lib through Composer.
Just add this to your composer.json
file (change the version by the release you want, or use dev-master for the development version):
{
"require": {
"rlanvin/php-rrule": "1.*"
}
}
Then run composer install
or composer update
.
Or just run composer require "rlanvin/php-rrule" "1.*"
for it to be automatically installed and included in your composer.json
Now you can use the autoloader, and you will have access to the library:
<?php
require 'vendor/autoload.php';
- Download the latest release
- Put the files in a folder that is autoloaded, or
inclure
orrequire
them
Complete doc is available in the wiki.
Feel free to contribute! Just create a new issue or a new pull request.
I started this library because I wasn't happy with the existing implementations in PHP, so I thought it would be a good learning project to port the python-dateutil rrule implementation into PHP.
The Python lib was a bit difficult to understand because the algorithms
are not commented and the variables are very opaque (I'm looking at
you lno1wkst
). I tried to comment and explain as much of the algorithm as possible
in this PHP port, so feel free to check the code if you're interested.
The lib differs from the python version in various aspects, notably in the respect of the RFC. This version is a bit strictier and will not accept many non-compliant combinations of rule parts, that the python version otherwise accepts. There are also some additional features in this version.
This library is released under the MIT License.