def lock_resources_used_by_neighbor_v6(neighbor):
locks_name = list()
locks_name.append(LOCK_NEIGHBOR_V6 % neighbor.id)
locks_name.append(LOCK_PEER_GROUP % neighbor.peer_group_id)
locks_name.append(LOCK_ROUTE_MAP % neighbor.peer_group.route_map_in_id)
locks_name.append(LOCK_ROUTE_MAP % neighbor.peer_group.route_map_out_id)
for route_map_entry in neighbor.peer_group.route_map_in.route_map_entries:
locks_name.append(LOCK_ROUTE_MAP_ENTRY % route_map_entry.id)
locks_name.append(LOCK_LIST_CONFIG_BGP %
route_map_entry.list_config_bgp_id)
for route_map_entry in neighbor.peer_group.route_map_out.route_map_entries:
locks_name.append(LOCK_ROUTE_MAP_ENTRY % route_map_entry.id)
locks_name.append(LOCK_LIST_CONFIG_BGP %
route_map_entry.list_config_bgp_id)
# Remove duplicates locks
locks_name = list(set(locks_name))
return create_lock_with_blocking(locks_name)
def lock_resources_used_by_neighbor_v6(neighbor):
locks_name = list()
locks_name.append(LOCK_NEIGHBOR_V6 % neighbor.id)
locks_name.append(LOCK_PEER_GROUP % neighbor.peer_group_id)
locks_name.append(LOCK_ROUTE_MAP % neighbor.peer_group.route_map_in_id)
locks_name.append(LOCK_ROUTE_MAP % neighbor.peer_group.route_map_out_id)
for route_map_entry in neighbor.peer_group.route_map_in.route_map_entries:
locks_name.append(LOCK_ROUTE_MAP_ENTRY %
route_map_entry.id)
locks_name.append(LOCK_LIST_CONFIG_BGP %
route_map_entry.list_config_bgp_id)
for route_map_entry in neighbor.peer_group.route_map_out.route_map_entries:
locks_name.append(LOCK_ROUTE_MAP_ENTRY %
route_map_entry.id)
locks_name.append(LOCK_LIST_CONFIG_BGP %
route_map_entry.list_config_bgp_id)
# Remove duplicates locks
locks_name = list(set(locks_name))
return create_lock_with_blocking(locks_name)
raise ValidationAPIException(e.detail)
except Exception, e:
raise NetworkAPIException(str(e))
else:
# lock network id to prevent multiple requests to same id
locks_name = list()
locks_name.append(LOCK_NETWORK_IPV4 % netv4_obj.id)
locks_name.append(LOCK_VLAN % netv4_obj.vlan.id)
for equipment in routers:
lock_name = LOCK_EQUIPMENT_DEPLOY_CONFIG_NETWORK_SCRIPT % \
(equipment.id)
locks_name.append(lock_name)
locks_list = create_lock_with_blocking(locks_name)
try:
if netv4_obj.active == 0:
return 'Network already not active. Nothing to do.'
# load dict with all equipment attributes
dict_ips = get_dict_v4_to_use_in_configuration_deploy(
user, netv4_obj, routers)
status_deploy = dict()
# TODO implement threads
for equipment in routers:
# generate config file
raise ValidationAPIException(e.detail)
except Exception, e:
raise NetworkAPIException(str(e))
else:
# lock network id to prevent multiple requests to same id
locks_name = list()
locks_name.append(LOCK_NETWORK_IPV4 % netv4_obj.id)
locks_name.append(LOCK_VLAN % netv4_obj.vlan.id)
for equipment in routers:
lock_name = LOCK_EQUIPMENT_DEPLOY_CONFIG_NETWORK_SCRIPT % \
(equipment.id)
locks_name.append(lock_name)
locks_list = create_lock_with_blocking(locks_name)
try:
if netv4_obj.active == 0:
return 'Network already not active. Nothing to do.'
# load dict with all equipment attributes
dict_ips = get_dict_v4_to_use_in_configuration_deploy(
user, netv4_obj, routers)
status_deploy = dict()
# TODO implement threads
for equipment in routers:
# generate config file
