Proposal -1:
we will use the vserver to update the pod information in AAI (no.of pods = no.of vservers).
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{
"vserver-id":"example-vserver-id-val-54206",
"vserver-name":"POD-NAME",
"vserver-name2":"profile-name",
"prov-status":"NAMESPACE",
"vserver-selflink":"example-vserver-selflink-val-53168",
"in-maint":true,
"is-closed-loop-disabled":true,
"volumes":{
"volume":[
{
"volume-id":"example-volume-id-val-71602",
"volume-selflink":"example-volume-selflink-val-80626"
}
]
},
"l-interfaces":{
"l-interface":[
{
"interface-name":"example-interface-name-val-29637",
"interface-role":"example-interface-role-val-49763",
"v6-wan-link-ip":"example-v6-wan-link-ip-val-73419",
"selflink":"example-selflink-val-83045",
"interface-id":"example-interface-id-val-17917",
"macaddr":"example-macaddr-val-71542",
"network-name":"example-network-name-val-2842",
"management-option":"example-management-option-val-16536",
"interface-description":"example-interface-description-val-85643",
"is-port-mirrored":true,
"in-maint":true,
"prov-status":"example-prov-status-val-73622",
"is-ip-unnumbered":true,
"allowed-address-pairs":"example-allowed-address-pairs-val-92267",
"vlans":{
"vlan":[
{
"vlan-interface":"example-vlan-interface-val-54497",
"vlan-id-inner":70918078,
"vlan-id-outer":61012074,
"speed-value":"example-speed-value-val-12296",
"speed-units":"example-speed-units-val-84452",
"vlan-description":"example-vlan-description-val-13828",
"backdoor-connection":"example-backdoor-connection-val-63476",
"vpn-key":"example-vpn-key-val-54149",
"orchestration-status":"example-orchestration-status-val-66103",
"in-maint":true,
"prov-status":"example-prov-status-val-60754",
"is-ip-unnumbered":true,
"is-private":true,
"l3-interface-ipv4-address-list":[
{
"l3-interface-ipv4-address":"example-l3-interface-ipv4-address-val-25332",
"l3-interface-ipv4-prefix-length":44948626,
"vlan-id-inner":90390215,
"vlan-id-outer":59415181,
"is-floating":true,
"neutron-network-id":"example-neutron-network-id-val-49439",
"neutron-subnet-id":"example-neutron-subnet-id-val-17490"
}
],
"l3-interface-ipv6-address-list":[
{
"l3-interface-ipv6-address":"example-l3-interface-ipv6-address-val-65463",
"l3-interface-ipv6-prefix-length":28285864,
"vlan-id-inner":68853321,
"vlan-id-outer":36358258,
"is-floating":true,
"neutron-network-id":"example-neutron-network-id-val-85239",
"neutron-subnet-id":"example-neutron-subnet-id-val-11639"
}
]
}
]
},
"sriov-vfs":{
"sriov-vf":[
{
"pci-id":"example-pci-id-val-68804",
"vf-vlan-filter":"example-vf-vlan-filter-val-66686",
"vf-mac-filter":"example-vf-mac-filter-val-4844",
"vf-vlan-strip":true,
"vf-vlan-anti-spoof-check":true,
"vf-mac-anti-spoof-check":true,
"vf-mirrors":"example-vf-mirrors-val-62994",
"vf-broadcast-allow":true,
"vf-unknown-multicast-allow":true,
"vf-unknown-unicast-allow":true,
"vf-insert-stag":true,
"vf-link-status":"example-vf-link-status-val-61210",
"neutron-network-id":"example-neutron-network-id-val-92364"
}
]
},
"l-interfaces":{
"l-interface":[
{
"interface-name":"example-interface-name-val-24756",
"interface-role":"example-interface-role-val-99880",
"v6-wan-link-ip":"example-v6-wan-link-ip-val-83433",
"selflink":"example-selflink-val-37078",
"interface-id":"example-interface-id-val-30028",
"macaddr":"example-macaddr-val-48581",
"network-name":"example-network-name-val-66290",
"management-option":"example-management-option-val-75756",
"interface-description":"example-interface-description-val-12906",
"is-port-mirrored":true,
"in-maint":true,
"prov-status":"example-prov-status-val-34593",
"is-ip-unnumbered":true,
"allowed-address-pairs":"example-allowed-address-pairs-val-55176",
"admin-status":"example-admin-status-val-64707"
}
]
},
"l3-interface-ipv4-address-list":[
{
"l3-interface-ipv4-address":"IP_Address",
"l3-interface-ipv4-prefix-length":"PORT",
"vlan-id-inner":17112845,
"vlan-id-outer":77792568,
"is-floating":true,
"neutron-network-id":"example-neutron-network-id-val-60469",
"neutron-subnet-id":"example-neutron-subnet-id-val-22212"
}
],
"l3-interface-ipv6-address-list":[
{
"l3-interface-ipv6-address":"example-l3-interface-ipv6-address-val-99899",
"l3-interface-ipv6-prefix-length":78690445,
"vlan-id-inner":66245854,
"vlan-id-outer":11258712,
"is-floating":true,
"neutron-network-id":"example-neutron-network-id-val-57495",
"neutron-subnet-id":"example-neutron-subnet-id-val-2203"
}
],
"admin-status":"example-admin-status-val-39685"
}
]
}
}
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Proposal-2:
Pod names are not fixed. They will always change whenever the pod gets restarted. Remember pods are *NOT* like VMs.
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So, a dynamically generated port will be allocated on the public_IP.
Observations from vFW Closed-loop:
That example has 2 parts:
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- The other part of the vFW closed loop example is the connection made so that APPC can configure the Packet Generator in response to policy. So far, I have mimicked the steps used by the integration robot testing – and set up the APPC netconf mount to the Packet Generator manually. The 3 specific data items needed were: vnf-id, IP address and Port number. In my initial test case, the IP address was the IP of the Node and the Port was the Node Port of a Service (which will be added to the example). (see https://wiki.onap.org/display/DW/Setting+up+Closed+Loop+for+K8S+vFW+-+initial+pass#SettingupClosedLoopforK8SvFW-initialpass-SettingupaServicethePacketGeneratornetconfmount )
- If I’m following Kiran’s proposal-2 point then eventually, we’d use a Public IP:Port instead of the node values I used.
- For the service, the vserver object could be the service name.
- Once the netconf mount is done, ONAP just needs to know the vnf-id (I believe – response to policy worked without AAI having any IP info). So, while I manually performed the netconf mount, if ONAP has the ability to automatically perform the netconf mount, then AAI will need the appropriate information.
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Also, one other thought, as Kiran proposal-2 mentions, the pod name can change – so if pod is used as vserver name, then you’d want some process to update AAI. Maybe we need to make our sample vFW VES events send something a little less volatile then pod name.
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