leaf1_id = hyp_utils.get_hyp_leaf_name(leaf1_hypervisor_name,
leaf1_vpc_name, leaf1_name)
l1_hypervisor_arg = " hypervisor=" + leaf1_hypervisor_name
leaf2_name = connection_data["leaf2_name"]
leaf2_hypervisor_name = connection_data["leaf2_hypervisor_name"]
leaf2_id = hyp_utils.get_hyp_leaf_name(leaf2_hypervisor_name,
leaf2_vpc_name, leaf2_name)
l2_hypervisor_arg = " hypervisor=" + leaf2_hypervisor_name
#connect leaf1 to leaf2 vxlan remote
try:
#c1_ve_h_l2t2
vxlan_tunnel_name_arg = " vxlan_tunnel_name=vxlantun26"
loopback_net = raas_utils.get_new_veth_subnet('loopbacks').split('/')
grep_lo_net = ".".join(loopback_net[0].split('.')[0:-1])
leaf1_lo_ip = raas_utils.get_ns_ip(leaf1_hypervisor_name, leaf1_id,
grep_lo_net)
leaf2_lo_ip = raas_utils.get_ns_ip(leaf2_hypervisor_name, leaf2_id,
grep_lo_net)
try:
# Configure VXLAN on Leaf 1 Transit
leaf1_id_arg = " l_name=" + leaf1_id
l_local_ip_arg = " l_ip=" + leaf1_lo_ip
l_remote_ip_arg = " remote_l_ip=" + leaf2_lo_ip
br_name_arg = " l_br_name=" + leaf1_id + "_br"
spine_name = leaf_data["spine_name"]
if not raas_utils.client_exists_spine(vpc_name,spine_name):
print(spine_name+ " spine does not exist")
exit(1)
spine_id=hyp_utils.get_hyp_spine_name(hypervisor,vpc_name,spine_name)
transit_name = leaf_data["l1_transit_name"]
if not raas_utils.client_exists_l1_transit(transit_name):
print(transit_name+" transit does not exist")
exit(1)
transit_id=hyp_utils.get_hyp_l1_transit_name(hypervisor,transit_name)
try:
network=raas_utils.get_new_veth_subnet('spine_l1t')
subnet = network.split('/')
b_ip = "b_ip="+str(ipaddress.ip_address(subnet[0])+1) + '/' + subnet[1]
dhcp_range = "dhcp_range="+str(ipaddress.ip_address(subnet[0])+2)+','+ \
str(ipaddress.ip_address(subnet[0])+6)
net_name=" s_t_net"+vpc_id + "_net_" + spine_id.split('_')[2]+"_" + transit_id.split('_')[1]
net_arg=" t_s_net=" +net_name
br_arg=" s_t_br=" + vpc_id + "_br_" + spine_id.split('_')[2]+"_" + transit_id.split('_')[1]
veth_1=" ve_l_s=" + vpc_id + "_ve_" + spine_id.split('_')[2]+"_" + transit_id.split('_')[1]
veth_2=" ve_s_l=" + vpc_id + "_ve_" + transit_id.split('_')[1]+"_" + spine_id.split('_')[2]
upper_vm_arg=" t_name="+transit_id
lower_vm_arg=" s_name="+spine_id
extra_vars = constants.ansible_become_pass + net_arg + br_arg + veth_1 + veth_2 + upper_vm_arg + lower_vm_arg + subnet_ip_arg + subnet_range_arg + " " + hypervisor_arg
l1_transit_name = connection_data["l1_transit_name"]
l1_transit_hypervisor_name = connection_data["l1_transit_hypervisor_name"]
l1_transit_id = hyp_utils.get_hyp_l1_transit_name(l1_transit_hypervisor_name,l1_transit_name)
l2_transit_name = connection_data["l2_transit_name"]
l2_transit_hypervisor_name = connection_data["l2_transit_hypervisor_name"]
l2_transit_id = hyp_utils.get_hyp_l2_transit_name(l2_transit_hypervisor_name,l2_transit_name)
if (l1_transit_hypervisor_name == l2_transit_hypervisor_name):
#connect l1 transit to l2 transit local
try:
hypervisor_arg = "hypervisor="+l1_transit_hypervisor_name
hypervisors_data = hyp_utils.get_hypervisors_data()
hypervisor_ip = hyp_utils.get_hyp_ip(l1_transit_hypervisor_name)
network=raas_utils.get_new_veth_subnet('l1t_l2t')
subnet = network.split('/')
l1t_ip = str(ipaddress.ip_address(subnet[0])+1) + '/' + subnet[1]
l2t_ip = str(ipaddress.ip_address(subnet[0])+2) + '/' + subnet[1]
l1t_ip_arg = " ns1_ip=" + l1t_ip
l2t_ip_arg = " ns2_ip=" + l2t_ip
veth_1=" ve_ns1_ns2=c" + cid + "ve" + l1_transit_id.split('_')[1] + l2_transit_id.split('_')[1]
veth_2=" ve_ns2_ns1=c" + cid + "ve" + l2_transit_id.split('_')[1] + l1_transit_id.split('_')[1]
l2_transit_id_arg=" ns2="+l2_transit_id
l1_transit_id_arg=" ns1="+l1_transit_id
extra_vars = constants.ansible_become_pass + l1t_ip_arg + l2t_ip_arg + \
veth_1 + veth_2 + l1_transit_id_arg + l2_transit_id_arg + " " + hypervisor_arg
raas_utils.run_playbook("ansible-playbook logic/misc/connect_ns_ns.yml -i logic/inventory/hosts.yml -v --extra-vars '"+extra_vars+"'")
hyp_utils.write_l1_transit_id(l1id+1, hypervisor)
hyp_utils.hyp_add_l1_transit(hypervisor, l1_transit_name, l1_transit_name_ansible)
raas_utils.client_add_l1_transit(hypervisor, l1_transit_name, l1_transit_capacity, str(self_as))
except Exception as e:
raas_utils.log_service("create l1_transit failed deleting transit"+ str(e))
raas_utils.log_client("create l1_transit failed....aborting")
raas_utils.run_playbook("ansible-playbook logic/misc/delete_container.yml -i logic/inventory/hosts.yml -v --extra-vars '"+extra_vars+"'")
raise
#configure transit
try:
t_name_arg = "t_name="+l1_transit_name_ansible
t_loopback_ip = raas_utils.get_new_veth_subnet('loopbacks')
t_loopback_ip_arg = "t_loopback_ip="+str(t_loopback_ip)
network=raas_utils.get_new_veth_subnet('l1t_h')
subnet = network.split('/')
t_h_ip = str(ipaddress.ip_address(subnet[0])+1) + '/' + subnet[1]
t_h_ip_arg = "t_h_ip="+t_h_ip
h_t_ip = str(ipaddress.ip_address(subnet[0])+2) + '/' + subnet[1]
h_t_ip_arg = "h_t_ip="+h_t_ip
c_hyp_id = l1_transit_name_ansible.split('_')[0]
t_hyp_id = l1_transit_name_ansible.split('_')[1]
ve_t_h_arg = "ve_t_h=" + c_hyp_id + '_ve_' + t_hyp_id + '_h'
c_ram_arg = " c_ram="+"1G"
#create container
try:
extra_vars = constants.ansible_become_pass + " " + \
leaf_name_hyp_arg + " " + hypervisor_arg + " " + c_vcpu_arg + c_ram_arg
raas_utils.run_playbook("ansible-playbook logic/misc/create_container.yml -i logic/inventory/hosts.yml -v --extra-vars '"+extra_vars+"'")
except Exception as e:
raas_utils.log_client("Container creation failed......aborting")
raas_utils.log_service("create container failed "+ str(e))
raise
l_name_arg = "l_name=" + leaf_name_hyp
t_loopback_ip = raas_utils.get_new_veth_subnet('loopbacks')
t_loopback_ip_arg = "t_loopback_ip="+str(t_loopback_ip)
extra_vars = constants.ansible_become_pass + " " + \
l_name_arg + " " + " " + l_br_arg + " " + \
hypervisor_arg + " " + t_loopback_ip_arg
if (dhcp_flag):
extra_vars += l_ip_arg + " " + dhcp_range_arg
#create bridge (with or without dhcp decided by extra_vars)
try:
raas_utils.run_playbook("ansible-playbook logic/subnet/create_bridge.yml -i logic/inventory/hosts.yml -v --extra-vars '"+extra_vars+"'")
except Exception as e:
raas_utils.log_client("create bridge failed.....aborting")
raas_utils.log_service("create bridge failed "+ str(e))
l1_transit_name = connection_data["l1_transit_name"]
l1_transit_hypervisor_name = connection_data["l1_transit_hypervisor_name"]
l1_transit_id = hyp_utils.get_hyp_l1_transit_name(l1_transit_hypervisor_name,l1_transit_name)
l1_hypervisor_arg = " hypervisor=" + l1_transit_hypervisor_name
l2_transit_name = connection_data["l2_transit_name"]
l2_transit_hypervisor_name = connection_data["l2_transit_hypervisor_name"]
l2_transit_id = hyp_utils.get_hyp_l2_transit_name(l2_transit_hypervisor_name,l2_transit_name)
l2_hypervisor_arg = " hypervisor=" + l2_transit_hypervisor_name
if (l1_transit_hypervisor_name == l2_transit_hypervisor_name):
#connect l1 transit to l2 transit local
try:
network=raas_utils.get_new_veth_subnet('l1t_l2t')
subnet = network.split('/')
l1t_ip = str(ipaddress.ip_address(subnet[0])+1) + '/' + subnet[1]
l2t_ip = str(ipaddress.ip_address(subnet[0])+2) + '/' + subnet[1]
l1t_ip_arg = " ns1_ip=" + l1t_ip
l2t_ip_arg = " ns2_ip=" + l2t_ip
veth_1=" ve_ns1_ns2=c" + cid + "ve" + l1_transit_id.split('_')[1] + l2_transit_id.split('_')[1]
veth_2=" ve_ns2_ns1=c" + cid + "ve" + l2_transit_id.split('_')[1] + l1_transit_id.split('_')[1]
l2_transit_id_arg=" ns2="+l2_transit_id
l1_transit_id_arg=" ns1="+l1_transit_id
extra_vars = constants.ansible_become_pass + l1t_ip_arg + l2t_ip_arg + \
veth_1 + veth_2 + l1_transit_id_arg + l2_transit_id_arg + " " + l1_hypervisor_arg
raas_utils.run_playbook("ansible-playbook logic/misc/connect_ns_ns.yml -i logic/inventory/hosts.yml -v --extra-vars '"+extra_vars+"'")
#connect to available spines
try:
spines_data = raas_utils.get_all_spines(vpc_name)
#l_s_net,l_s_br,ve_l_s,ve_s_l,s_name,l_name,subnet_ip,subnet_range
#e.g. c1_br_l1_s1,c1_net_l1_s1,c1_ve_l1_s1,c1_ve_s1_l1,
spine_ips = []
ssh_common_args = " --ssh-common-args='-o ProxyCommand=\"ssh -i " + constants.ssh_file + " ece792@" + hypervisor_ip + " " +\
"-W %h:%p\"'"
for spine in spines_data:
spine_id = hyp_utils.get_hyp_spine_name(
hypervisor, vpc_name, spine)
network = raas_utils.get_new_veth_subnet('lns_spine')
subnet = network.split('/')
b_ip = str(ipaddress.ip_address(subnet[0]) +
1) + '/' + subnet[1]
dhcp_range = str(ipaddress.ip_address(subnet[0])+2)+','+ \
str(ipaddress.ip_address(subnet[0])+6)
net_name = vpc_id + "_net_l" + str(lid) + "_" + spine_id.split(
'_')[2]
l_s_net_arg = " l_s_net=" + net_name
br_name = vpc_id + "_br_l" + str(lid) + "_" + spine_id.split(
'_')[2]
l_s_br_arg = " l_s_br=" + br_name
ve_l_s = vpc_id + "_ve_l" + str(lid) + "_" + spine_id.split(
'_')[2]
