def test_check_univentionDefaultGroup_membership_after_create(udm):
"""Check default primary group membership after users/user create"""
# from users/user: lookup univentionDefaultGroup
lo = utils.get_ldap_connection()
pos = position(lo.base)
searchResult = lo.search(filter='(objectClass=univentionDefault)',
base='cn=univention,' + pos.getDomain(),
attr=['univentionDefaultGroup'])
if not searchResult or not searchResult[0][1]:
utils.fail(
'Test system is broken: univentionDefaultGroup value not found')
groupdn = searchResult[0][1]['univentionDefaultGroup'][0].decode('utf-8')
# lookup previous members for comparison
searchResult = lo.search(base=groupdn,
scope='base',
attr=['uniqueMember', 'memberUid'])
if not searchResult or not searchResult[0][1]:
utils.fail(
'Test system is broken: univentionDefaultGroup object missing: %s'
% groupdn)
uniqueMember = searchResult[0][1]['uniqueMember']
memberUid = searchResult[0][1]['memberUid']
# now create users/user object
userdn, uid = udm.create_user(primaryGroup=groupdn)
# and check if the object has been added to univentionDefaultGroup
uniqueMember.append(userdn.encode('utf-8'))
memberUid.append(uid.encode('utf-8'))
utils.verify_ldap_object(groupdn, {'uniqueMember': uniqueMember})
utils.verify_ldap_object(groupdn, {'memberUid': memberUid})
def create_without_hooks(self, lo, validate):
if self.exists(lo):
return False
logger.info('Creating %r', self)
if validate:
self.validate(lo)
if self.errors:
raise ValidationError(self.errors.copy())
pos = udm_uldap.position(ucr.get('ldap/base'))
container = self.position
if not container:
logger.error('%r cannot determine a container. Unable to create!',
self)
return False
try:
pos.setDn(container)
udm_obj = udm_modules.get(self._meta.udm_module).object(
None, lo, pos, superordinate=self.get_superordinate(lo))
udm_obj.open()
# here is the real logic
self.do_create(udm_obj, lo)
# get it fresh from the database (needed for udm_obj._exists ...)
self.set_dn(self.dn)
logger.info('%r successfully created', self)
return True
finally:
self.invalidate_cache()
def __init__(self,
userdn=None,
password=None,
host='localhost',
base=None,
start_tls=2,
access=None,
format=None):
self._cached = {}
self._modules = {}
self._policies = {}
self._format = format
self._bc = ConfigRegistry()
self._bc.load()
self.__reverse = {}
if not base:
self._base = self._bc['ldap/base']
else:
self._base = base
self._position = ua_ldap.position(self._base)
if access:
self._access = access
else:
self._access = ua_ldap.access(host=host,
base=self._base,
binddn=userdn,
bindpw=password,
start_tls=start_tls)
ua_modules.update()
def po(self):
"""
Get a LDAP position object for the base DN (ldap/base).
:return: univention.admin.uldap.position object
"""
if not self._po:
self._po = position(self.lo.base)
return self._po
def open_ldap(self):
ldap_host = self.changeset.ucr["ldap/master"]
ldap_base = self.changeset.ucr["ldap/base"]
self.ldap = uldap.access(
host=ldap_host,
base=ldap_base,
binddn=self.binddn,
bindpw=self.bindpwd,
)
self.position = uldap.position(ldap_base)
def get_connection(userdn, password):
port = int(ucr_get('ldap/master/port', '7389'))
host = ucr_get('ldap/master')
base = ucr_get('ldap/base')
lo = base_access(host=host,
port=port,
base=base,
binddn=userdn,
bindpw=password)
lo = access(lo=lo)
pos = position(lo.base)
return lo, pos
def create_roleshare_on_server(role,
school_ou,
share_container_dn,
serverfqdn,
teacher_group=None,
ucr=None,
ldap_user_read=None,
ldap_user_write=None,
ldap_position=None):
if not ucr:
ucr = univention.config_registry.ConfigRegistry()
ucr.load()
if not teacher_group:
teacher_groupname = '-'.join(
(ucs_school_name_i18n(role_teacher), school_ou))
teacher_group = Group(name=teacher_groupname,
school=school_ou).get_udm_object(ldap_user_read)
if not teacher_group:
raise univention.admin.uexceptions.noObject(
'Group not found: %s.' % teacher_groupname)
else:
teacher_groupname = teacher_group['name']
custom_groupname_domainadmins = custom_groupname('Domain Admins')
try:
udm_module_name = 'shares/share'
udm_modules.init(ldap_user_write, ldap_position,
udm_modules.get(udm_module_name))
share_container = udm_uldap.position(share_container_dn)
udm_obj = udm_modules.get(udm_module_name).object(
None, ldap_user_write, share_container)
udm_obj.open()
udm_obj.options = ['samba']
udm_obj['name'] = roleshare_name(role, school_ou, ucr)
udm_obj['path'] = os.path.join('/home',
roleshare_path(role, school_ou, ucr))
udm_obj['host'] = serverfqdn
udm_obj['group'] = teacher_group['gidNumber']
udm_obj['sambaBrowseable'] = "0"
udm_obj['sambaWriteable'] = "0"
udm_obj['sambaValidUsers'] = '@"%s" @"%s"' % (
teacher_groupname, custom_groupname_domainadmins)
udm_obj['sambaCustomSettings'] = [
('admin users', '@"%s" @"%s"' %
(teacher_groupname, custom_groupname_domainadmins))
]
udm_obj.create()
except univention.admin.uexceptions.objectExists as exc:
print 'Object exists: %s' % (exc.args[0], )
else:
print 'Object created: %s' % _2utf8(udm_obj.dn)
def create(self, lo, validate=True):
logger.info('Creating %r', self)
pos = udm_uldap.position(ucr.get('ldap/base'))
pos.setDn(self.position)
udm_obj = udm_modules.get(self._meta.udm_module).object(None, lo, pos)
udm_obj.open()
udm_obj['name'] = self.name
try:
self.do_create(udm_obj, lo)
except objectExists as exc:
return exc.args[0]
else:
return udm_obj.dn
def get_user_connection(userdn, password):
__init_users_module()
ucr.load()
try:
# open an LDAP connection with the user password and credentials
return udm_uldap.access(
host=ucr.get('ldap/server/name'),
base=ucr.get('ldap/base'),
port=int(ucr.get('ldap/server/port', 7389)),
binddn=userdn,
bindpw=password,
follow_referral=True
), udm_uldap.position(ucr.get('ldap/base'))
except (udm_errors.base, LDAPError) as exc:
CORE.warn('Failed to get ldap connection for UDM user object %s: %s' % (userdn, exc))
return None, None
def __init__( self, userdn = None, password = None, host = 'localhost', base = None, start_tls = 2, access = None, format = True ):
self._cached = {}
self._modules = {}
self._policies = {}
self._format = format
self._bc = ub.baseConfig()
self._bc.load()
self.__reverse = {}
if not base:
self._base = self._bc[ 'ldap/base' ]
else:
self._base = base
self._position = ua_ldap.position( self._base )
if access:
self._access = access
else:
self._access = ua_ldap.access( host = host, base = self._base,
binddn = userdn, bindpw = password, start_tls = start_tls )
ua_modules.update()
self._config = ua_config.config( host = host )
def wrapper_func( *args, **kwargs ): global _ldap_connection, _ldap_position, _user_dn, _password, _licenseCheck if _ldap_connection is not None: MODULE.info( 'Using open LDAP connection for user %s' % _user_dn ) lo = _ldap_connection po = _ldap_position else: MODULE.info( 'Opening LDAP connection for user %s' % _user_dn ) try: lo = udm_uldap.access( host = ucr.get( 'ldap/master' ), base = ucr.get( 'ldap/base' ), binddn = _user_dn, bindpw = _password ) # license check (see also univention.admin.uldap.access.bind()) if not GPLversion: try: _licenseCheck = univention.admin.license.init_select(lo, 'admin') if _licenseCheck in range(1, 5) or _licenseCheck in range(6,12): lo.allow_modify = 0 if _licenseCheck is not None: lo.requireLicense() except univention.admin.uexceptions.licenseInvalid: lo.allow_modify = 0 lo.requireLicense() except univention.admin.uexceptions.licenseNotFound: lo.allow_modify = 0 lo.requireLicense() except univention.admin.uexceptions.licenseExpired: lo.allow_modify = 0 lo.requireLicense() except univention.admin.uexceptions.licenseWrongBaseDn: lo.allow_modify = 0 lo.requireLicense() po = udm_uldap.position( lo.base ) except udm_errors.noObject, e: raise e except LDAPError, e: raise LDAP_ConnectionError( 'Opening LDAP connection failed: %s' % str( e ) )
def _create_new_network(self, forward_zone, reverse_zone, dhcp_service):
ipv4 = self.changeset.new_interfaces.get_default_ipv4_address()
network_position = uldap.position(self.position.getDn())
network_position.setDn("cn=networks,%(ldap/base)s" %
self.changeset.ucr)
network_module = modules.get("networks/network")
modules.init(self.ldap, self.position, network_module)
network = network_module.object(None, self.ldap, network_position)
network.info["name"] = "default"
network.info["network"] = str(ipv4.network)
network.info["netmask"] = str(ipv4.netmask)
if forward_zone:
network.info["dnsEntryZoneForward"] = forward_zone
if reverse_zone:
network.info["dnsEntryZoneReverse"] = reverse_zone
if dhcp_service:
network.info["dhcpEntryZone"] = dhcp_service
self.logger.info("Creating '%s' with '%r'...",
network.position.getDn(), network.info)
if not self.changeset.no_act:
network.create()
kwargs[ 'ldap_connection' ] = lo kwargs[ 'ldap_position' ] = po try: ret = func( *args, **kwargs ) _ldap_connection = lo _ldap_position = po return ret except (udm_errors.ldapSizelimitExceeded, udm_errors.ldapTimeout), e: raise e except ( LDAPError, udm_errors.base ), e: MODULE.info( 'LDAP operation for user %s has failed' % _user_dn ) try: lo = udm_uldap.access( host = ucr.get( 'ldap/master' ), base = ucr.get( 'ldap/base' ), binddn= _user_dn, bindpw = _password ) lo.requireLicense() po = udm_uldap.position( lo.base ) except udm_errors.noObject, e: raise e except ( LDAPError, udm_errors.base ), e: raise LDAP_ConnectionError( 'Opening LDAP connection failed: %s' % str( e ) ) kwargs[ 'ldap_connection' ] = lo kwargs[ 'ldap_position' ] = po try: ret = func( *args, **kwargs ) _ldap_connection = lo _ldap_position = po return ret except (udm_errors.ldapSizelimitExceeded, udm_errors.ldapTimeout), e: raise e except udm_errors.base, e:
def init_udm_module(cls, lo):
if cls._meta.udm_module in cls._initialized_udm_modules:
return
pos = udm_uldap.position(lo.base)
udm_modules.init(lo, pos, udm_modules.get(cls._meta.udm_module))
cls._initialized_udm_modules.append(cls._meta.udm_module)