def map_search_criteria(self, criteria):
"""Maps the search criteria from application keys to provider keys
:param criteria: A dict containing search criteria
:return: A dict containing search criteria with mapped keys
"""
mapping = self.settings["mapping"]
return convert_app_data(criteria, mapping)
def map_search_criteria(self, criteria):
"""Maps the search criteria from application keys to provider keys
:param criteria: A dict containing search criteria
:return: A dict containing search criteria with mapped keys
"""
mapping = self.settings['mapping']
return convert_app_data(criteria, mapping)
def __init__(self, *args, **kwargs):
super(LDAPIdentityProvider, self).__init__(*args, **kwargs)
self.set_defaults()
self.ldap_settings.setdefault('gid', 'cn')
self.ldap_settings.setdefault('group_filter', '(objectClass=groupOfNames)')
self.ldap_settings.setdefault('member_of_attr', 'memberOf')
self.ldap_settings.setdefault('ad_group_style', False)
self._attributes = convert_app_data(self.settings['mapping'], {}, self.settings['identity_info_keys']).values()
self._attributes.append(self.ldap_settings['uid'])
def __init__(self, *args, **kwargs):
super(LDAPIdentityProvider, self).__init__(*args, **kwargs)
self.set_defaults()
self.ldap_settings.setdefault('gid', 'cn')
self.ldap_settings.setdefault('group_filter',
'(objectClass=groupOfNames)')
self.ldap_settings.setdefault('member_of_attr', 'memberOf')
self.ldap_settings.setdefault('ad_group_style', False)
self._attributes = convert_app_data(
self.settings['mapping'], {},
self.settings['identity_info_keys']).values()
self._attributes.append(self.ldap_settings['uid'])
def build_search_filter(criteria, type_filter, mapping=None, exact=False):
"""Builds a valid LDAP search filter for retrieving entries.
:param criteria: dict -- Criteria to be ANDed together to build the
filter, if a criterion has many values they will
be ORed together.
:param mapping: dict -- Mapping from criteria to LDAP attributes
:param exact: bool -- Match attributes values exactly if ``True``,
othewise perform substring matching.
:return: str -- Valid LDAP search filter.
"""
assertions = convert_app_data(criteria, mapping or {})
assert_templates = [_build_assert_template(value, exact) for _, value in iteritems(assertions)]
assertions = [(k, v) for k, values in iteritems(assertions) if k and values for v in values]
if not assertions:
return None
filter_template = '(&{}{})'.format("".join(assert_templates), type_filter)
return filter_format(filter_template, (item for assertion in assertions for item in assertion))
def build_search_filter(criteria, type_filter, mapping=None, exact=False):
"""Builds a valid LDAP search filter for retrieving entries.
:param criteria: dict -- Criteria to be ANDed together to build the
filter, if a criterion has many values they will
be ORed together.
:param mapping: dict -- Mapping from criteria to LDAP attributes
:param exact: bool -- Match attributes values exactly if ``True``,
othewise perform substring matching.
:return: str -- Valid LDAP search filter.
"""
assertions = convert_app_data(criteria, mapping or {})
assert_templates = [
_build_assert_template(value, exact)
for _, value in iteritems(assertions)
]
assertions = [(k, v) for k, values in iteritems(assertions) if k and values
for v in values]
if not assertions:
return None
filter_template = '(&{}{})'.format("".join(assert_templates), type_filter)
return filter_format(filter_template, (item for assertion in assertions
for item in assertion))
def _convert_app_data(*args, **kwargs):
return OrderedDict(sorted(convert_app_data(*args, **kwargs).items()))
def test_convert_app_data(app_data, mapping, key_filter, result):
assert convert_app_data(app_data, mapping, key_filter) == result
def test_convert_app_data(app_data, mapping, key_filter, result):
assert convert_app_data(app_data, mapping, key_filter) == result
def _convert_app_data(*args, **kwargs):
return OrderedDict(sorted(convert_app_data(*args, **kwargs).items()))