pyworkingdays 0.1

This package let you perform simple date arithmetics on standard datetime.date objects taking into account working days (weekend, holidays).

Python compatibility

The package is continuosly tested on Python 2.7, 3.2, 3.3 and 3.4.

Requirements

python-dateutil

Pros

The API is simple and clear and the implementation is straightforward.

Localization - that is handling holidays for different countries - is built-in and easy to extend.

Cons

The implementation is not very optimized and it is expected to be used for small date deltas.

Currently only italian holidays are implemented, but feel free to send pull requests for your country of interest.

Examples:

Check if a date is a working day

import date
import workingdays

is_today_working = workingdays.is_workingday(date.today())

Add a number of working days to a certain date

import date
import workingdays

two_workingdays_from_today = workingdays.add(date.today(), 2)

Count the number of working days between two dates

import date
import workingdays

workingdays_between_dates = workingdays.diff(date(2015, 3, 27), date(2015, 3, 25))

Compute the next working day starting from a certain date

import date
import workingdays

workingday_after_today = workingdays.next(date.today())

Use a different localization, that is taking into account holidays for a particular country

import date
import workingdays
import workingdays.l10n.it

workingdays.is_workingday = workingdays.l10n.it.is_workingday

workingday_after_today_in_italy = workingdays.next(date.today())

See file test.py in the source directory to have a better idea of the API and the expected results.