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|
#####################################################################
#
# testLDAPUserFolder Tests for the LDAPUserFolder
#
# This software is governed by a license. See
# LICENSE.txt for the terms of this license.
#
#####################################################################
__version__='$Revision: 1365 $'[11:-2]
# General Python imports
import unittest
import doctest
import sys
# Zope imports
from AccessControl.SecurityManagement import newSecurityManager
from AccessControl.SecurityManagement import noSecurityManager
import Testing
try:
import Zope2
except ImportError: # BBB: for Zope 2.7
import Zope as Zope2
Zope2.startup()
# LDAPUserFolder package imports
from Products.LDAPUserFolder import manage_addLDAPUserFolder
# Tests imports
from Products.LDAPUserFolder.tests import FakeLDAP
from Products.LDAPUserFolder.tests.base.testcase import LDAPTest
from Products.LDAPUserFolder.tests.config import defaults
from Products.LDAPUserFolder.tests.config import alternates
from Products.LDAPUserFolder.tests.config import user
from Products.LDAPUserFolder.tests.config import user2
from Products.LDAPUserFolder.tests.config import manager_user
dg = defaults.get
ag = alternates.get
ug = user.get
u2g = user2.get
class TestLDAPUserFolder(LDAPTest):
def testLUFInstantiation(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(self.folder.__allow_groups__, self.folder.acl_users)
ae(acl.getProperty('title'), dg('title'))
ae(acl.getProperty('_login_attr'), dg('login_attr'))
ae(acl.getProperty('_uid_attr'), dg('uid_attr'))
ae(acl.getProperty('users_base'), dg('users_base'))
ae(acl.getProperty('users_scope'), dg('users_scope'))
ae(acl.getProperty('_roles'), [dg('roles')])
ae(acl.getProperty('groups_base'), dg('groups_base'))
ae(acl.getProperty('groups_scope'), dg('groups_scope'))
ae(acl.getProperty('_binduid'), dg('binduid'))
ae(acl.getProperty('_bindpwd'), dg('bindpwd'))
ae(acl.getProperty('_binduid_usage'), dg('binduid_usage'))
ae(acl.getProperty('_rdnattr'), dg('rdn_attr'))
ae(acl.getProperty('_local_groups'), not not dg('local_groups'))
ae(acl.getProperty('_implicit_mapping'), not not dg('implicit_mapping'))
ae(acl.getProperty('_pwd_encryption'), dg('encryption'))
ae(acl.getProperty('read_only'), not not dg('read_only'))
ae(len(acl._cache('anonymous').getCache()), 0)
ae(len(acl._cache('authenticated').getCache()), 0)
ae(len(acl.getSchemaConfig().keys()), 2)
ae(len(acl.getSchemaDict()), 2)
ae(len(acl._groups_store), 0)
ae(len(acl.getProperty('additional_groups')), 0)
ae(len(acl.getGroupMappings()), 0)
ae(len(acl.getServers()), 1)
def testAlternateLUFInstantiation(self):
ae = self.assertEqual
self.folder._delObject('acl_users')
manage_addLDAPUserFolder(self.folder)
acl = self.folder.acl_users
host, port = ag('server').split(':')
acl.manage_addServer(host, port=port)
acl.manage_edit( title = ag('title')
, login_attr = ag('login_attr')
, uid_attr = ag('uid_attr')
, users_base = ag('users_base')
, users_scope = ag('users_scope')
, roles= ag('roles')
, groups_base = ag('groups_base')
, groups_scope = ag('groups_scope')
, binduid = ag('binduid')
, bindpwd = ag('bindpwd')
, binduid_usage = ag('binduid_usage')
, rdn_attr = ag('rdn_attr')
, local_groups = ag('local_groups')
, implicit_mapping = ag('implicit_mapping')
, encryption = ag('encryption')
, read_only = ag('read_only')
)
acl = self.folder.acl_users
ae(acl.getProperty('title'), ag('title'))
ae(acl.getProperty('_login_attr'), ag('login_attr'))
ae(acl.getProperty('_uid_attr'), ag('uid_attr'))
ae(acl.getProperty('users_base'), ag('users_base'))
ae(acl.getProperty('users_scope'), ag('users_scope'))
ae(acl.getProperty('_roles'), [x.strip() for x in ag('roles').split(',')])
ae(acl.getProperty('groups_base'), ag('groups_base'))
ae(acl.getProperty('groups_scope'), ag('groups_scope'))
ae(acl.getProperty('_binduid'), ag('binduid'))
ae(acl.getProperty('_bindpwd'), ag('bindpwd'))
ae(acl.getProperty('_binduid_usage'), ag('binduid_usage'))
ae(acl.getProperty('_rdnattr'), ag('rdn_attr'))
ae(acl.getProperty('_local_groups'), not not ag('local_groups'))
ae(acl.getProperty('_implicit_mapping'), not not ag('implicit_mapping'))
ae(acl.getProperty('_pwd_encryption'), ag('encryption'))
ae(acl.getProperty('read_only'), not not ag('read_only'))
def testLDAPDelegateInstantiation(self):
ld = self.folder.acl_users._delegate
ae = self.assertEqual
ae(len(ld.getServers()), 1)
ae(ld.login_attr, dg('login_attr'))
ae(ld.rdn_attr, dg('rdn_attr'))
ae(ld.bind_dn, dg('binduid'))
ae(ld.bind_pwd, dg('bindpwd'))
ae(ld.binduid_usage, dg('binduid_usage'))
ae(ld.u_base, dg('users_base'))
ae(ld.u_classes, ['top', 'person'])
ae(ld.read_only, not not dg('read_only'))
def testLUFEdit(self):
acl = self.folder.acl_users
ae = self.assertEqual
acl.manage_edit( title = ag('title')
, login_attr = ag('login_attr')
, uid_attr = ag('uid_attr')
, users_base = ag('users_base')
, users_scope = ag('users_scope')
, roles = ag('roles')
, groups_base = ag('groups_base')
, groups_scope = ag('groups_scope')
, binduid = ag('binduid')
, bindpwd = ag('bindpwd')
, binduid_usage = ag('binduid_usage')
, rdn_attr = ag('rdn_attr')
, obj_classes = ag('obj_classes')
, local_groups = ag('local_groups')
, implicit_mapping = ag('implicit_mapping')
, encryption = ag('encryption')
, read_only = ag('read_only')
)
ae(acl.getProperty('title'), ag('title'))
ae(acl.getProperty('_login_attr'), ag('login_attr'))
ae(acl.getProperty('_uid_attr'), ag('uid_attr'))
ae(acl.getProperty('users_base'), ag('users_base'))
ae(acl.getProperty('users_scope'), ag('users_scope'))
ae(', '.join(acl.getProperty('_roles')), ag('roles'))
ae(acl.getProperty('groups_base'), ag('groups_base'))
ae(acl.getProperty('groups_scope'), ag('groups_scope'))
ae(acl.getProperty('_binduid'), ag('binduid'))
ae(acl.getProperty('_bindpwd'), ag('bindpwd'))
ae(acl.getProperty('_binduid_usage'), ag('binduid_usage'))
ae(acl.getProperty('_rdnattr'), ag('rdn_attr'))
ae(', '.join(acl.getProperty('_user_objclasses')), ag('obj_classes'))
ae(acl.getProperty('_local_groups'), not not ag('local_groups'))
ae(acl.getProperty('_implicit_mapping'), not not ag('implicit_mapping'))
ae(acl.getProperty('_pwd_encryption'), ag('encryption'))
ae(acl.getProperty('read_only'), not not ag('read_only'))
def testServerManagement(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getServers()), 1)
acl.manage_addServer('ldap.some.com', port=636, use_ssl=1)
ae(len(acl.getServers()), 2)
acl.manage_addServer('localhost')
ae(len(acl.getServers()), 2)
acl.manage_deleteServers([1])
ae(len(acl.getServers()), 1)
acl.manage_deleteServers()
ae(len(acl.getServers()), 1)
def testImplicitMapping(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getGroupMappings()), 0)
have_roles = ['ldap_group', 'some_group']
ae(acl._mapRoles(have_roles), [])
gp = acl.getProperty
ae(gp('_implicit_mapping'), 0)
acl.manage_edit( title = gp('title')
, login_attr = gp('login_attr')
, uid_attr = gp('uid_attr')
, users_base = gp('users_base')
, users_scope = gp('users_scope')
, roles = gp('roles')
, groups_base = gp('groups_base')
, groups_scope = gp('groups_scope')
, binduid = gp('binduid')
, bindpwd = gp('bindpwd')
, binduid_usage = gp('binduid_usage')
, rdn_attr = gp('rdn_attr')
, obj_classes = gp('obj_classes')
, local_groups = gp('local_groups')
, implicit_mapping = 1
, encryption = gp('encryption')
, read_only = gp('read_only')
)
ae(gp('_implicit_mapping'), 1)
mapped_roles = acl._mapRoles(have_roles)
ae(len(mapped_roles), 2)
for role in have_roles:
self.assert_(role in mapped_roles)
acl.manage_edit( title = gp('title')
, login_attr = gp('login_attr')
, uid_attr = gp('uid_attr')
, users_base = gp('users_base')
, users_scope = gp('users_scope')
, roles = gp('roles')
, groups_base = gp('groups_base')
, groups_scope = gp('groups_scope')
, binduid = gp('binduid')
, bindpwd = gp('bindpwd')
, binduid_usage = gp('binduid_usage')
, rdn_attr = gp('rdn_attr')
, obj_classes = gp('obj_classes')
, local_groups = gp('local_groups')
, implicit_mapping = 0
, encryption = gp('encryption')
, read_only = gp('read_only')
)
ae(gp('_implicit_mapping'), 0)
def testGroupMapping(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getGroupMappings()), 0)
have_roles = ['ldap_group', 'some_group']
ae(acl._mapRoles(have_roles), [])
acl.manage_addGroupMapping('ldap_group', 'Manager')
ae(len(acl.getGroupMappings()), 1)
roles = acl._mapRoles(have_roles)
ae(len(roles), 1)
self.assert_('Manager' in roles)
acl.manage_deleteGroupMappings('unknown')
ae(len(acl.getGroupMappings()), 1)
acl.manage_deleteGroupMappings(['ldap_group'])
ae(len(acl.getGroupMappings()), 0)
ae(acl._mapRoles(have_roles), [])
def testLDAPSchema(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getLDAPSchema()), 2)
ae(len(acl.getSchemaDict()), 2)
acl.manage_addLDAPSchemaItem( 'mail'
, 'Email'
, ''
, 'public'
)
ae(len(acl.getLDAPSchema()), 3)
ae(len(acl.getSchemaDict()), 3)
cur_schema = acl.getSchemaConfig()
self.assert_('mail' in cur_schema.keys())
acl.manage_addLDAPSchemaItem( 'cn'
, 'exists'
, ''
, 'exists'
)
ae(len(acl.getLDAPSchema()), 3)
ae(len(acl.getSchemaDict()), 3)
acl.manage_deleteLDAPSchemaItems(['cn', 'unknown', 'mail'])
ae(len(acl.getLDAPSchema()), 1)
ae(len(acl.getSchemaDict()), 1)
cur_schema = acl.getSchemaConfig()
self.assert_('mail' not in cur_schema.keys())
self.assert_('cn' not in cur_schema.keys())
def testSchemaMappedAttrs(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getMappedUserAttrs()), 0)
acl.manage_addLDAPSchemaItem( 'mail'
, 'Email'
, ''
, 'public'
)
ae(len(acl.getMappedUserAttrs()), 1)
ae(acl.getMappedUserAttrs(), (('mail', 'public'),))
acl.manage_deleteLDAPSchemaItems(['mail'])
ae(len(acl.getMappedUserAttrs()), 0)
def testSchemaMultivaluedAttrs(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getMultivaluedUserAttrs()), 0)
acl.manage_addLDAPSchemaItem( 'mail'
, 'Email'
, 'yes'
, 'public'
)
ae(len(acl.getMultivaluedUserAttrs()), 1)
ae(acl.getMultivaluedUserAttrs(), ('mail',))
def testAddUser(self):
acl = self.folder.acl_users
ae=self.assertEqual
for role in ug('user_roles'):
acl.manage_addGroup(role)
acl.manage_addGroupMapping(role, role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(msg.split(' ')[0] == 'ALREADY_EXISTS')
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
for role in ug('user_roles'):
self.assert_(role in user_ob.getRoles())
for role in acl.getProperty('_roles'):
self.assert_(role in user_ob.getRoles())
ae(user_ob.getProperty('cn'), ug('cn'))
ae(user_ob.getProperty('sn'), ug('sn'))
ae(user_ob.getId(), ug(acl.getProperty('_uid_attr')))
ae(user_ob.getUserName(), ug(acl.getProperty('_login_attr')))
def testAddUserReadOnly(self):
acl = self.folder.acl_users
acl.read_only = 1
acl._delegate.read_only = 1
ae=self.assertEqual
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(msg)
user_ob = acl.getUser(ug('cn'))
ae(user_ob, None)
def testGetUser(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_ob = acl.getUserByDN(user_ob.getUserDN())
self.assertNotEqual(user_ob, None)
user_ob = acl.getUserById(ug(acl.getProperty('_uid_attr')))
self.assertNotEqual(user_ob, None)
self.assertEqual(len(acl.getUserNames()), 1)
def testGetUserWrongObjectclasses(self):
acl = self.folder.acl_users
for role in u2g('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user2)
self.assert_(not msg)
# Adding a new user will always add it with the object classes set
# on the Configure tab. Need to do some more or less nasty munging
# to put the undesirable object classes on this user!
acl.manage_addLDAPSchemaItem( 'objectClass'
, multivalued='1'
)
user_ob = acl.getUser(u2g(acl.getProperty('_login_attr')))
ob_class_string = ';'.join(u2g('objectClasses'))
acl.manage_editUser( user_ob.getUserDN()
, REQUEST=None
, kwargs={ 'objectClass' : ob_class_string }
)
user_ob = acl.getUser(u2g(acl.getProperty('_login_attr')))
self.assertEqual(user_ob, None)
user_ob = acl.getUserById(u2g(acl.getProperty('_uid_attr')))
self.assertEqual(user_ob, None)
results = acl.findUser('cn', u2g('cn'))
self.assertEqual(len(results), 0)
def testFindUser(self):
# test finding a user with specific or wildcard match on one attribute
acl = self.folder.acl_users
for role in u2g('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user2)
self.assert_(not msg)
key = acl.getProperty('_login_attr')
user_cn = u2g(key)
crippled_cn = user_cn[:-1]
# Search on a bogus attribute, must return error result
result = acl.findUser('foobarkey', 'baz')
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('sn'), 'Error')
# Search on valid attribute with invalid term, must return empty result
result = acl.findUser(key, 'invalid_cn')
self.assertEquals(len(result), 0)
# Search with wildcard - both user_cn and crippled_cn must return
# the data for user2.
result = acl.findUser(key, user_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.findUser(key, crippled_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
# Repeat the previous two searches by asking for the friendly name
# assigned to the cn ("Canonical Name")
result = acl.findUser('Canonical Name', user_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.findUser('Canonical Name', crippled_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
# Test the mapped public name by putting one into the schema
# by force, then asking for it
acl._ldapschema['cn']['public_name'] = 'Comic Name'
result = acl.findUser('Comic Name', user_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.findUser('Comic Name', crippled_cn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
# Now we ask for exact matches. Only user_cn returns results.
result = acl.findUser(key, user_cn, exact_match=True)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.findUser(key, crippled_cn, exact_match=True)
self.assertEquals(len(result), 0)
def testSearchGroups(self):
# test finding a group with specific or wildcard match on
# multiple attributes
acl = self.folder.acl_users
# let's create some users
msg = acl.manage_addUser(REQUEST=None, kwargs=user2)
self.assert_(not msg)
# and put them in groups that match the uniqueMember shortcut in FakeLDAP
ldapconn = acl._delegate.connect()
group_cn = 'group1'
crippled_cn = group_cn[:-1]
group_description = 'a description'
ldapconn.add_s("cn=" + group_cn + "," + dg('groups_base'),
dict(objectClass=['groupOfUniqueNames', 'top'],
uniqueMember=['cn=test2,' + dg('users_base')],
description=[group_description],
mail=['group1@example.com'],
).items())
# now let's check these groups work
u = acl.getUser('test2')
self.failIf('Manager' in u.getRoles())
acl.manage_addGroupMapping(group_cn, 'Manager')
u = acl.getUser('test2')
self.failIf('Manager' not in u.getRoles())
# ok, so now we can try group searches by attributes
# Search on a bogus attribute, must return error result
result = acl.searchGroups(foobarkey='baz')
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('cn'), 'n/a')
# Search on valid attribute with invalid term, must return empty result
result = acl.searchGroups(cn='invalid_cn', description=group_description)
self.assertEquals(len(result), 0, result)
# Search with wildcard - both user_cn and crippled_cn must return
# the data for user2.
result = acl.searchGroups(cn=group_cn, description=group_description)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('cn'), group_cn)
result = acl.searchGroups(cn=crippled_cn, description=group_description)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('cn'), group_cn)
# Now we ask for exact matches. Only group_cn returns results.
result = acl.searchGroups(cn=group_cn, description=group_description, exact_match=True)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('cn'), group_cn)
result = acl.searchGroups( cn=crippled_cn
, description=group_description
, exact_match=True
)
self.assertEquals(len(result), 0)
def testSearchUsers(self):
# test finding a user with specific or wildcard match on
# multiple attributes
acl = self.folder.acl_users
for role in u2g('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user2)
self.assert_(not msg)
key = acl.getProperty('_login_attr')
user_cn = u2g(key)
crippled_cn = user_cn[:-1]
user_sn = u2g('sn')
crippled_sn = user_sn[:-1]
# Search on a bogus attribute, must return error result
result = acl.searchUsers(foobarkey='baz')
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get('sn'), 'Error')
# Search on valid attribute with invalid term, must return empty result
result = acl.searchUsers(cn='invalid_cn', sn=user_sn)
self.assertEquals(len(result), 0)
# Search with wildcard - both user_cn and crippled_cn must return
# the data for user2.
result = acl.searchUsers(cn=user_cn, sn=user_sn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.searchUsers(cn=crippled_cn, sn=crippled_sn)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
# Now we ask for exact matches. Only user_cn returns results.
result = acl.searchUsers(cn=user_cn, sn=user_sn, exact_match=True)
self.assertEquals(len(result), 1)
self.assertEquals(result[0].get(key), user_cn)
result = acl.searchUsers( cn=crippled_cn
, sn=crippled_sn
, exact_match=True
)
self.assertEquals(len(result), 0)
def testGetUserNames(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
expected = [`x` for x in range(100)]
expected.sort()
for name in expected:
u = user.copy()
u['cn'] = name
u['sn'] = name
msg = acl.manage_addUser(REQUEST=None, kwargs=u)
self.assert_(not msg)
userlist = acl.getUserNames()
self.assertEqual(userlist, tuple(expected))
def testUserIds(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
expected = [`x` for x in range(100)]
expected.sort()
for name in expected:
u = user.copy()
u['cn'] = name
u['sn'] = name
msg = acl.manage_addUser(REQUEST=None, kwargs=u)
self.assert_(not msg)
userlist = acl.getUserIds()
self.assertEqual(userlist, tuple(expected))
def testUserIdsAndNames(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
expected = [(`x`, `x`) for x in range(100)]
expected.sort()
for name in expected:
u = user.copy()
u['cn'] = name[0]
u['sn'] = name[1]
msg = acl.manage_addUser(REQUEST=None, kwargs=u)
self.assert_(not msg)
userlist = acl.getUserIdsAndNames()
self.assertEqual(userlist, tuple(expected))
def testAuthenticateUser(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.authenticate( ug(acl.getProperty('_login_attr'))
, ug('user_pw')
, {}
)
self.assertNotEqual(user_ob, None)
user_ob = acl.authenticate( ug(acl.getProperty('_login_attr'))
, ''
, {}
)
self.assertEqual(user_ob, None)
user_ob = acl.authenticate( ug(acl.getProperty('_login_attr'))
, 'falsepassword'
, {}
)
self.assertEqual(user_ob, None)
def testDeleteUser(self):
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
msg = acl.manage_addUser(REQUEST=None, kwargs=manager_user)
self.assert_(not msg)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertNotEqual(mgr_ob, None)
newSecurityManager({}, mgr_ob)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
acl.manage_deleteUsers([user_dn])
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertEqual(user_ob, None)
self.assertEqual(acl.getGroups(dn=user_dn), [])
noSecurityManager()
def testDeleteUserReadOnly(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
acl.read_only = 1
acl._delegate.read_only = 1
acl.manage_deleteUsers([user_dn])
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
self.assertNotEqual(acl.getGroups(dn=user_dn), [])
def testEditUser(self):
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
msg = acl.manage_editUser(user_dn, kwargs={'sn' : 'New'})
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertEqual(user_ob.getProperty('sn'), 'New')
def testEditUserMultivalueHandling(self):
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
msg = acl.manage_editUser(user_dn, kwargs={'sn' : 'New; Lastname'})
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertEqual(user_ob.getProperty('sn'), 'New; Lastname')
def testEditUserReadOnly(self):
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
acl.read_only = 1
acl._delegate.read_only = 1
msg = acl.manage_editUser(user_dn, kwargs={'sn' : 'New'})
self.assert_(msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertEqual(user_ob.getProperty('sn'), ug('sn'))
def testEditUserPassword(self):
conn = FakeLDAP.initialize('')
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
res = conn.search_s(user_ob.getUserDN(), scope=FakeLDAP.SCOPE_BASE)
old_pw = res[0][1]['userPassword'][0]
acl.manage_editUserPassword(user_dn, 'newpass')
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
res = conn.search_s(user_ob.getUserDN(), scope=FakeLDAP.SCOPE_BASE)
new_pw = res[0][1]['userPassword'][0]
self.assertNotEqual(old_pw, new_pw)
def testEditUserPasswordReadOnly(self):
conn = FakeLDAP.initialize('')
acl = self.folder.acl_users
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
res = conn.search_s(user_ob.getUserDN(), scope=FakeLDAP.SCOPE_BASE)
old_pw = res[0][1]['userPassword'][0]
acl.read_only = 1
acl._delegate.read_only = 1
acl.manage_editUserPassword(user_dn, 'newpass')
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
res = conn.search_s(user_ob.getUserDN(), scope=FakeLDAP.SCOPE_BASE)
new_pw = res[0][1]['userPassword'][0]
self.assertEqual(old_pw, new_pw)
def testEditUserRoles(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
acl.manage_addGroupMapping(role, role)
new_role = 'Privileged'
acl.manage_addGroup(new_role)
acl.manage_addGroupMapping(new_role, new_role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
self.assert_(new_role not in user_ob.getRoles())
user_dn = user_ob.getUserDN()
acl.manage_editUserRoles(user_dn, ['Manager', new_role])
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
self.assert_(new_role in user_ob.getRoles())
def testEditUserRolesReadOnly(self):
acl = self.folder.acl_users
for role in ug('user_roles'):
acl.manage_addGroup(role)
new_role = 'Privileged'
acl.manage_addGroup(new_role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
self.assert_(new_role not in user_ob.getRoles())
user_dn = user_ob.getUserDN()
acl._delegate.read_only = 1
acl.manage_editUserPassword(user_dn, 'newpass')
acl.manage_editUserRoles(user_dn, ['Manager', new_role])
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
self.assert_(new_role not in user_ob.getRoles())
def testUserMappedAttrs(self):
acl = self.folder.acl_users
ae = self.assertEqual
ae(len(acl.getMappedUserAttrs()), 0)
acl.manage_addLDAPSchemaItem( 'mail'
, 'Email'
, ''
, 'email'
)
for role in ug('user_roles'):
acl.manage_addGroup(role)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertEqual(ug('mail'), user_ob.getProperty('mail'))
self.assertEqual(ug('mail'), user_ob.getProperty('email'))
def testModRDN(self):
acl = self.folder.acl_users
ae = self.assertEqual
for role in ug('user_roles'):
acl.manage_addGroup(role)
acl.manage_addGroupMapping(role, role)
msg = acl.manage_addUser(REQUEST=None, kwargs=manager_user)
self.assert_(not msg)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertNotEqual(mgr_ob, None)
newSecurityManager({}, mgr_ob)
msg = acl.manage_addUser(REQUEST=None, kwargs=user)
self.assert_(not msg)
user_ob = acl.getUser(ug(acl.getProperty('_login_attr')))
self.assertNotEqual(user_ob, None)
user_dn = user_ob.getUserDN()
msg = acl.manage_editUser(user_dn, kwargs={'cn' : 'new'})
user_ob = acl.getUser('new')
ae(user_ob.getProperty('cn'), 'new')
ae(user_ob.getId(), 'new')
new_dn = 'cn=new,%s' % acl.getProperty('users_base')
ae(user_ob.getUserDN(), new_dn)
for role in ug('user_roles'):
self.assert_(role in user_ob.getRoles())
for role in acl.getProperty('_roles'):
self.assert_(role in user_ob.getRoles())
noSecurityManager()
def testSetUserProperty(self):
acl = self.folder.acl_users
ae = self.assertEqual
msg = acl.manage_addUser(REQUEST=None, kwargs=manager_user)
self.assert_(not msg)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertNotEqual(mgr_ob, None)
self.assertEqual( mgr_ob.getProperty('sn')
, manager_user.get('sn')
)
acl.manage_setUserProperty( mgr_ob.getUserDN()
, 'sn'
, 'NewLastName'
)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertEqual( mgr_ob.getProperty('sn')
, 'NewLastName'
)
def testSetUserPropertyMultivalueHandling(self):
acl = self.folder.acl_users
ae = self.assertEqual
msg = acl.manage_addUser(REQUEST=None, kwargs=manager_user)
self.assert_(not msg)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertNotEqual(mgr_ob, None)
self.assertEqual( mgr_ob.getProperty('sn')
, manager_user.get('sn')
)
acl.manage_setUserProperty( mgr_ob.getUserDN()
, 'sn'
, 'NewLastName; Secondlastname'
)
mgr_ob = acl.getUser(manager_user.get(acl.getProperty('_login_attr')))
self.assertEqual( mgr_ob.getProperty('sn')
, 'NewLastName; Secondlastname'
)
def testGetAttributesOfAllObjects(self):
# Test the resilience of the getAttributesOfAllUsers method
# Even if problems are encountered, the resultset should have
# keys for each attribute asked for.
acl = self.folder.acl_users
# I'm adding a user to prevent a log message from the LDAPUserFolder
# about not finding any users under Zope 2.8.x
acl.manage_addUser(REQUEST=None, kwargs=manager_user)
search_string = '(objectClass=*)'
attributes = ['foobar', 'baz']
res = acl.getAttributesOfAllObjects( acl.getProperty('users_base')
, acl.getProperty('users_scope')
, search_string
, attributes
)
for attr in attributes:
self.failUnless(res.has_key(attr))
def testGroupLifecycle_nonutf8(self):
# http://www.dataflake.org/tracker/issue_00527
# Make sure groups with non-UTF8/non-ASCII characters can be
# added and deleted.
groupid = 'gr\xc3\xbcppe' # Latin-1 Umlaut-U
acl = self.folder.acl_users
# Add the group with the odd character in it
acl.manage_addGroup(groupid)
all_groups = acl.getGroups()
# Only one group record should exist, the one we just entered
self.failUnless(len(all_groups) == 1)
self.failUnless(all_groups[0][0] == groupid)
# Now delete the group. The DN we get back from getGroups will have been
# recoded into whatever is set in utils.py (normally latin-1). Due to
# a lack of encoding into UTF-8 in the deletion code, the deletion
# would fail silently and the group would still exist.
group_dn = all_groups[0][1]
acl.manage_deleteGroups(dns=[group_dn])
self.failUnless(len(acl.getGroups()) == 0)
def testGroupsWithCharactersNeedingEscaping(self):
# http://www.dataflake.org/tracker/issue_00507
# Make sure groups with hash characters can be
# added, deleted and used
groupid = '#APPLIKATIONEN LAUFWERK(a)#'
acl = self.folder.acl_users
# Add the group with the odd character in it
acl.manage_addGroup(groupid)
all_groups = acl.getGroups()
# Only one group record should exist, the one we just entered
self.failUnless(len(all_groups) == 1)
self.failUnless(all_groups[0][0] == groupid)
# Now delete the group.
group_dn = all_groups[0][1]
# XXX Shortcoming in FakeLDAP: DNs are not "unescaped", meaning escaping
# done during insertion will be retained in the real record, unlike
# a real LDAP server which will store and return unescaped DNs.
group_dn = group_dn.replace('\\', '')
acl.manage_deleteGroups(dns=[group_dn])
self.failUnless(len(acl.getGroups()) == 0)
def test_suite():
suite = unittest.TestSuite()
suite.addTest(doctest.DocTestSuite(FakeLDAP))
suite.addTest(unittest.makeSuite(TestLDAPUserFolder))
return suite
if __name__ == '__main__':
unittest.main(defaultTest='test_suite')
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