def __sync_from_db():
_obj = cps_object.CPSObject(module=_KEY, qual='target')
_l = []
cps.db_get(_obj.get(), _l)
for i in _l:
if not __create_acl_entry(i):
print('Failed to create ACL entry for ', i)
def _get_node_group_objs():
# Get all cps/node-group objects
obj = cps_object.CPSObject(qual="target", module="cps/node-group")
node_grp_objs = []
cps.db_get(obj.get(), node_grp_objs)
node_group_objs = []
for r in node_grp_objs:
grp = {}
grp = cps_convert_attr_data(r)
node_group_objs.append(grp)
return node_group_objs
def __get_db_objs():
#load the DB entry list
_db_objs = []
if cps.db_get(
cps_object.CPSObject(module=_KEY, qual='target').get(),
_db_objs) != 0:
print('DB - Can\'t get list of acl config db entries')
return _db_objs
def _get_connection_objs():
# Get all cps/connection-object
obj = cps_object.CPSObject(qual="observed", module="cps/connection-object")
res = []
cps.db_get(obj.get(), res)
conn_objs = {}
for r in res:
conn = {}
conn = cps_convert_attr_data(r)
conn_objs.update({
conn['cps/connection-object/name']: {
"ip": conn['cps/connection-object/addr'],
"tunnel": conn['cps/connection-object/tunnel'],
"timestamp": conn['cps/connection-object/timestamp']
}
})
return conn_objs
def _print_connection_objs(qualifier, mod):
obj = cps_object.CPSObject(qual=qualifier, module=mod)
res = []
cps.db_get(obj.get(), res)
for r in res:
print r
