def get_config(self):
"""
Load the updated server configuration
"""
# Generate a new Django secret for the engine and portal
engine_secret = "'%s'" % rstring(64)
portal_secret = "'%s'" % rstring(64)
# Return the updated server configuration
return {
'server': {
'host': self.input.response.get('api_host'),
'port': self.input.response.get('api_port'),
'secret': engine_secret
},
'db': {
'host': self.input.response.get('db_host'),
'port': self.input.response.get('db_port'),
'user': self.input.response.get('db_user'),
'password': self.input.response.get('db_user_password')
},
'portal': {
'host': self.input.response.get('portal_host'),
'port': self.input.response.get('portal_port'),
'secret': portal_secret
},
'socket': {
'host': self.input.response.get('socket_host'),
'port': self.input.response.get('socket_port'),
'bind_ip': self.input.response.get('socket_bind_ipaddr')
}
}
def get_or_create_user(self, username, ldap_user):
"""
Retrieve or create a user account.
"""
# Extract the user tree
tree = re.compile(r'^.*(ou.*$)').sub(r'\g<1>', ldap_user.dn)
# Extract the group attributes
group_attrs = [x for x in self.map['groups'] if x['tree'].lower() == tree][0]
# Map the user attributes
user_attrs = self._map_user_attrs(ldap_user.attrs, group_attrs)
# Add extra database attributes. Generate a random password (will be changed during authentication)
user_attrs.update({
'from_ldap': True,
'password': rstring()
})
# Look for a default group
def_group = None if not ('default_group' in group_attrs) else group_attrs['default_group']
# Get the user model
user_model = get_user_model()
# Get or create the user model and then return
return user_model.objects.get_or_create(group=def_group, **user_attrs)
