def add_user_data_for_person(self, person, force=False):
"""
Creates a line of user data for the passed person. If force is not
true, the data will only be created if the person has not been
provisioned. Returns True for valid users, False otherwise.
"""
if person.uwregid in self.invalid_users:
return False
try:
valid_net_id(person.uwnetid)
except UserPolicyException as err:
self.invalid_users[person.uwregid] = True
self.logger.info("Skip user %s: %s" % (person.uwregid, err))
return False
if force is True:
self.data.add(UserCSV(person))
else:
user = User.objects.add_user(person)
if user.provisioned_date is None:
if (self.data.add(UserCSV(person)) and user.queue_id is None):
user.queue_id = self.queue_id
user.save()
return True
def add_user_data_for_person(self, person, force=False):
"""
Creates a line of user data for the passed person. If force is not
true, the data will only be created if the person has not been
provisioned. Returns True for valid users, False otherwise.
"""
if person.uwregid in self.invalid_users:
return False
try:
valid_net_id(person.uwnetid)
except UserPolicyException as err:
self.invalid_users[person.uwregid] = True
self.logger.info("Skip user {}: {}".format(person.uwregid, err))
return False
if force is True:
self.data.add(UserCSV(person))
else:
user = User.objects.get_user(person)
if user.provisioned_date is None:
if (self.data.add(UserCSV(person)) and user.queue_id is None):
user.queue_id = self.queue_id
user.save()
return True
def _valid_member(login_id):
try:
valid_net_id(login_id)
return 1
except UserPolicyException:
try:
valid_gmail_id(login_id)
return 1
except UserPolicyException:
pass
return 0
def get_sis_import_members():
valid_members = {}
group_id = getattr(settings, 'SIS_IMPORT_USERS')
for member in GWS().get_effective_members(group_id):
try:
if member.is_uwnetid():
valid_net_id(member.name)
valid_members[member.name] = member
except UserPolicyException:
pass
return list(valid_members.values())
def get_sis_import_members():
gws = GWS()
valid_members = {}
for group_id in getattr(settings, "SIS_IMPORT_GROUPS", []):
for member in gws.get_effective_members(group_id):
try:
if member.is_uwnetid():
valid_net_id(member.name)
valid_members[member.name] = member
except UserPolicyException as err:
pass
return valid_members.values()
def _get_members(group_id):
valid_members = {}
invalid_members = {}
member_group_ids = []
try:
valid_group_id(group_id)
for member in gws.get_members(group_id):
try:
if member.is_uwnetid():
valid_net_id(member.name)
valid_members[member.name] = member
elif member.is_eppn():
valid_gmail_id(member.name)
valid_members[member.name] = member
elif member.is_group():
(valid_sub, invalid_sub,
member_subgroups) = _get_members(member.name)
valid_members.update(valid_sub)
invalid_members.update(invalid_sub)
member_group_ids += [member.name] + member_subgroups
except (UserPolicyException, GroupPolicyException) as err:
member.error = err
invalid_members[member.name] = member
except DataFailureException as err:
# Group not found or access denied is ok
if err.status == 404:
raise GroupNotFoundException(
"Group not found: {}".format(group_id))
elif err.status == 401:
raise GroupUnauthorizedException(
"Group not permitted for {}: {}".format(
gws.act_as, group_id))
else:
raise
except GroupPolicyException as err:
raise
except RecursionError as err:
logger.info("Error: {}, Group: {}, Member groups: {}".format(
err, group_id, member_group_ids))
raise
return (valid_members, invalid_members, member_group_ids)
def _update_group(self, group, member, is_deleted):
if member.is_group():
self._update_group_member_group(group, member.name, is_deleted)
elif member.is_uwnetid() or member.is_eppn():
try:
if member.name not in self._valid_members:
if member.is_uwnetid():
valid_net_id(member.name)
elif member.is_eppn():
valid_gmail_id(member.name)
self._valid_members.append(member.name)
self._update_group_member(group, member, is_deleted)
except UserPolicyException:
self._log.info('%s IGNORE invalid user %s' % (
log_prefix, member.name))
else:
self._log.info('%s IGNORE member type %s (%s)' % (
log_prefix, member.member_type, member.name))
def _get_members(group_id):
valid_members = {}
invalid_members = {}
member_group_ids = []
try:
valid_group_id(group_id)
for member in gws.get_members(group_id):
try:
if member.is_uwnetid():
valid_net_id(member.name)
valid_members[member.name] = member
elif member.is_eppn():
valid_gmail_id(member.name)
valid_members[member.name] = member
elif member.is_group():
(valid_sub, invalid_sub, member_subgroups) = _get_members(member.name)
valid_members.update(valid_sub)
invalid_members.update(invalid_sub)
member_group_ids += [member.name] + member_subgroups
except (UserPolicyException, GroupPolicyException) as err:
member.error = err
invalid_members[member.name] = member
except DataFailureException as err:
# Group not found or access denied is ok
if err.status == 404:
raise GroupNotFoundException("Group not found: %s" % group_id)
elif err.status == 401:
raise GroupUnauthorizedException("Group not permitted for %s: %s" % (gws.actas, group_id))
else:
raise
except GroupPolicyException as err:
raise
return (valid_members, invalid_members, member_group_ids)
def _valid_member(net_id):
try:
valid_net_id(net_id)
return True
except UserPolicyException:
return False
def netid_from_request(data):
netid = data.get('net_id', '').strip().lower()
valid_net_id(netid)
return netid
def netid_from_request(data):
netid = data.get('net_id', '').strip().lower()
valid_net_id(netid)
return netid
