ldappr 0.1.5

Wrapper around python-ldap.

Ldappr is a wrapper around python-ldap, meant for quick and easy handling of common administrative tasks concerning your LDAP compliant repository. It is particularly useful in small, one-time scripts to get things done, or interactively within an iPython shell.

Installation

Of course, python-ldap is supposed to be already installed.

pip install ldappr

Connect

import ldappr

# authenticated bind
ldap = ldappr.connect_to('127.0.0.1', 'uid=admin,ou=system', 'secret')

Retrieve objects

When you have a connection, you can search on it. First, specify the seach base.

ldap.search_base = 'ou=users,ou=system'

Then, get one or more objects to manipulate.

# retrieve a single object
user = ldap.get('cn=jdoe')

# retrieve a list of objects
users = ldap.search('objectClass=inetOrgPerson')

Do stuff

Once you got an object, you can easily manipulate it. All changes will immediately reflect in your LDAP repository.

# pretty print the retrieved user
print(user)

# get an attribute value
sn = user.attrs['sn']

# set an attribute value (existing value will be removed)
user.set_value('givenName', 'Jack')

# add a value to a multi-valued attribute
user.add_value('mobile', '0123456789')
user.add_value('mobile', '9876543210')

# remove a value from a multi-valued attribute
user.remove_value('mobile', '9876543210')

Other examples

# anonymous bind
ldap = ldappr.connect_to('127.0.0.1')

# authenticated bind with more options
ldap = ldappr.connect_to('127.0.0.1', 'uid=admin,ou=system', 'secret',
                          protocol='ldaps', port='10636', verify=False,
                          search_base='ou=users,ou=system')

# delete all objects with employeeType manager
for dn in ldap.get_dn('employeeType=manager'):
    ldap.delete(dn)

# set an attribute value for a known dn
ldap.set_value('cn=jdoe,ou=users,ou=system', 'givenName', 'Jack')

# make an LDIF export for all users
with open('export.ldif', 'a') as file:
    for user in ldap.search('objectClass=inetOrgPerson'):
        file.write(user.to_ldif())