def __init__(self, props, cfg):
context = LDAPNode(name=cfg.baseDN, props=props)
context.search_filter = cfg.queryFilter
context.search_scope = int(cfg.scope)
context.child_defaults = dict()
context.child_defaults['objectClass'] = cfg.objectClasses
context.child_defaults.update(cfg.defaults)
for oc in cfg.objectClasses:
for key, val in creation_defaults.get(oc, dict()).items():
if key not in context.child_defaults:
context.child_defaults[key] = val
# if cfg.member_relation:
# context.search_relation = cfg.member_relation
self._rdn_attr = cfg.attrmap['rdn']
self._key_attr = cfg.attrmap['id']
if self._key_attr not in cfg.attrmap:
cfg.attrmap[self._key_attr] = self._key_attr
self._login_attr = None
if cfg.attrmap.get('login') \
and cfg.attrmap['login'] != cfg.attrmap['id']:
self._login_attr = cfg.attrmap['login']
self.expiresAttr = getattr(cfg, 'expiresAttr', None)
self.expiresUnit = getattr(cfg, 'expiresUnit', None)
self.principal_attrmap = cfg.attrmap
self.principal_attraliaser = DictAliaser(cfg.attrmap, cfg.strict)
self.context = context
def __init__(self, props, cfg):
context = LDAPNode(name=cfg.baseDN, props=props)
context.search_filter = cfg.queryFilter
context.search_scope = int(cfg.scope)
context.child_defaults = dict()
context.child_defaults['objectClass'] = cfg.objectClasses
if hasattr(cfg, 'defaults'):
context.child_defaults.update(cfg.defaults)
for oc in cfg.objectClasses:
for key, val in creation_defaults.get(oc, dict()).items():
if not key in context.child_defaults:
context.child_defaults[key] = val
# XXX: make these attrs public
context._key_attr = cfg.attrmap['id']
context._rdn_attr = cfg.attrmap['rdn']
#if cfg.member_relation:
# context.search_relation = cfg.member_relation
context._seckey_attrs = ('dn', )
if cfg.attrmap.get('login') \
and cfg.attrmap['login'] != cfg.attrmap['id']:
context._seckey_attrs += (cfg.attrmap['login'], )
context._load_keys()
self.expiresAttr = getattr(cfg, 'expiresAttr', None)
self.expiresUnit = getattr(cfg, 'expiresUnit', None)
self.principal_attrmap = cfg.attrmap
self.principal_attraliaser = DictAliaser(cfg.attrmap, cfg.strict)
self.context = context
def test_DictAliaser(self):
# A dict aliaser takes a dictionary as base for aliasing
da = DictAliaser([('alias1', 'key1'), ('alias2', 'key2')])
self.assertEqual(da.alias('key1'), 'alias1')
self.assertEqual(da.unalias('alias2'), 'key2')
# By default, aliasing is strict, which means that only key/value pairs
# set in aliaser are valid
err = self.expectError(KeyError, da.alias, 'foo')
self.assertEqual(str(err), '\'foo\'')
err = self.expectError(KeyError, da.unalias, 'foo')
self.assertEqual(str(err), '\'foo\'')
# By setting strict to False, inexistent keys are returned as fallback
da = DictAliaser([('alias1', 'key1'), ('alias2', 'key2')],
strict=False)
self.assertEqual(da.alias('foo'), 'foo')
self.assertEqual(da.unalias('foo'), 'foo')
class AliasDict(dict):
aliaser = DictAliaser(data=(('foo', 'f00'), ('bar', 'b4r')))
