if (path_choice_type == "spine"):
vpc_name = weight_data["vpc_name"]
if not raas_utils.client_exists_vpc(vpc_name):
raas_utils.log_service("VPC does not exist")
exit(1)
node_name = weight_data["node_name"]
path_choice_name = weight_data["path_choice"]
if not raas_utils.check_exists(node_type, node_name, vpc_name) or \
not raas_utils.check_exists(path_choice_type, path_choice_name, vpc_name):
raas_utils.log_service("Either Node does not exists")
exit(1)
if (node_type == "spine"):
node_name_hyp = hyp_utils.get_hyp_spine_name(hypervisor, vpc_name,
node_name)
elif (node_type == "l1_transit"):
node_name_hyp = hyp_utils.get_hyp_l1_transit_name(
hypervisor, node_name)
elif (node_type == "l2_transit"):
node_name_hyp = hyp_utils.get_hyp_l2_transit_name(
hypervisor, node_name)
else:
exit(1)
node_name_hyp_arg = "c_name=" + node_name_hyp
if (path_choice_type == "spine"):
path_choice_name_hyp = hyp_utils.get_hyp_spine_name(
hypervisor, vpc_name, path_choice_name)
elif (path_choice_type == "l1_transit"):
hypervisor_ip = hyp_utils.get_hyp_ip(hypervisor)
vpc_name = advertise_data["vpc_name"]
if not raas_utils.client_exists_vpc(vpc_name):
raas_utils.log_service("VPC does not exist")
exit(1)
spine_name = advertise_data["spine_name"]
l1_transit_name = advertise_data["l1_transit_name"]
if not raas_utils.check_exists("spine", spine_name, vpc_name) or \
not raas_utils.check_exists("l1_transit", l1_transit_name, vpc_name):
raas_utils.log_service("Either Node does not exists")
exit(1)
spine_name_hyp = hyp_utils.get_hyp_spine_name(hypervisor, vpc_name,
spine_name)
l1_transit_name_hyp = hyp_utils.get_hyp_l1_transit_name(
hypervisor, l1_transit_name)
spine_name_hyp_arg = "c_name=" + spine_name_hyp
advertise = advertise_data["networks_advertised"]
advertise_arg = "adv_subnets=" + advertise
client_spine_data = raas_utils.get_client_node_data(
"spine", spine_name, vpc_name)
self_as = str(client_spine_data["self_as"])
self_as_arg = "self_as=" + self_as
client_l1_transit_data = raas_utils.get_client_node_data(
extra_vars = constants.ansible_become_pass + l2_hypervisor_arg + leaf2_id_arg + l_local_ip_arg + l_remote_ip_arg + vxlan_tunnel_name_arg + br_name_arg
raas_utils.run_playbook(
"ansible-playbook logic/subnet/add_vxlan_to_leaf.yml -i logic/inventory/hosts.yml -v --extra-vars '"
+ extra_vars + "'")
except Exception as e:
raas_utils.log_service("Configure VXLAN on leaf 2 subnet failed" +
str(e))
raise
try:
spines_data = raas_utils.get_all_spines(leaf1_vpc_name)
leaf1_loopback_arg = " leaf_loopback=" + leaf1_lo_ip
for spine in spines_data:
spine_id = hyp_utils.get_hyp_spine_name(
leaf1_hypervisor_name, leaf1_vpc_name, spine)
if spine_id is None:
continue
node_name_hyp_arg = "c_name=" + spine_id
spine_self_as = raas_utils.get_client_node_data(
"spine", spine_id, leaf1_vpc_name)["self_as"]
spine_self_as_arg = " spine_self_as=" + str(spine_self_as)
extra_vars = constants.ansible_become_pass + l1_hypervisor_arg + leaf1_loopback_arg + spine_self_as_arg + node_name_hyp_arg
raas_utils.run_playbook(
"ansible-playbook logic/subnet/advertise_leaf_to_spine.yml -i logic/inventory/hosts.yml -v --extra-vars '"
+ extra_vars + "'")
except:
raas_utils.log_service("Advertising routes of leaf 1 failed" +
str(e))
try: