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diff --git a/contrib/hooks/multimail/post-receive.example b/contrib/hooks/multimail/post-receive.example
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-#! /usr/bin/env python
-
-"""Example post-receive hook based on git-multimail.
-
-The simplest way to use git-multimail is to use the script
-git_multimail.py directly as a post-receive hook, and to configure it
-using Git's configuration files and command-line parameters.  You can
-also write your own Python wrapper for more advanced configurability,
-using git_multimail.py as a Python module.
-
-This script is a simple example of such a post-receive hook.  It is
-intended to be customized before use; see the comments in the script
-to help you get started.
-
-Using git-multimail as a Python module as done here provides more
-flexibility.  It has the following advantages:
-
-* The tool's behavior can be customized using arbitrary Python code,
-  without having to edit git_multimail.py.
-
-* Configuration settings can be read from other sources; for example,
-  user names and email addresses could be read from LDAP or from a
-  database.  Or the settings can even be hardcoded in the importing
-  Python script, if this is preferred.
-
-This script is a very basic example of how to use git_multimail.py as
-a module.  The comments below explain some of the points at which the
-script's behavior could be changed or customized.
-
-"""
-
-import sys
-
-# If necessary, add the path to the directory containing
-# git_multimail.py to the Python path as follows.  (This is not
-# necessary if git_multimail.py is in the same directory as this
-# script):
-
-#LIBDIR = 'path/to/directory/containing/module'
-#sys.path.insert(0, LIBDIR)
-
-import git_multimail
-
-# It is possible to modify the output templates here; e.g.:
-
-#git_multimail.FOOTER_TEMPLATE = """\
-#
-#-- \n\
-#This email was generated by the wonderful git-multimail tool.
-#"""
-
-
-# Specify which "git config" section contains the configuration for
-# git-multimail:
-config = git_multimail.Config('multimailhook')
-
-# Set some Git configuration variables. Equivalent to passing var=val
-# to "git -c var=val" each time git is called, or to adding the
-# configuration in .git/config (must come before instantiating the
-# environment) :
-#git_multimail.Config.add_config_parameters('multimailhook.commitEmailFormat=html')
-#git_multimail.Config.add_config_parameters(('user.name=foo', 'user.email=foo@example.com'))
-
-# Select the type of environment:
-try:
-    environment = git_multimail.GenericEnvironment(config=config)
-    #environment = git_multimail.GitoliteEnvironment(config=config)
-except git_multimail.ConfigurationException:
-    sys.stderr.write('*** %s\n' % sys.exc_info()[1])
-    sys.exit(1)
-
-
-# Choose the method of sending emails based on the git config:
-mailer = git_multimail.choose_mailer(config, environment)
-
-# Alternatively, you may hardcode the mailer using code like one of
-# the following:
-
-# Use "/usr/sbin/sendmail -oi -t" to send emails.  The envelopesender
-# argument is optional:
-#mailer = git_multimail.SendMailer(
-#    command=['/usr/sbin/sendmail', '-oi', '-t'],
-#    envelopesender='git-repo@example.com',
-#    )
-
-# Use Python's smtplib to send emails.  Both arguments are required.
-#mailer = git_multimail.SMTPMailer(
-#    environment=environment,
-#    envelopesender='git-repo@example.com',
-#    # The smtpserver argument can also include a port number; e.g.,
-#    #     smtpserver='mail.example.com:25'
-#    smtpserver='mail.example.com',
-#    )
-
-# OutputMailer is intended only for testing; it writes the emails to
-# the specified file stream.
-#mailer = git_multimail.OutputMailer(sys.stdout)
-
-
-# Read changes from stdin and send notification emails:
-git_multimail.run_as_post_receive_hook(environment, mailer)