| hop |
hop-type device resource resourceType |
|
| hop |
hop-type device resource resourceType |
|
| hop |
hop-type device resource resourceType |
|
| hop |
hop-type device resource resourceType |
|
| hop |
hop-type device resource resourceType |
|
| hop |
hop-type device resource resourceType |
|
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| network-topology |
a-to-z z-to-a |
network-topology defines the ordered a-to-z and z-to-a topology in terms of network model entities: tp-id and link-id |
| route_info |
subroute_id previous_ids |
|
| route_info |
subroute_id previous_ids |
|
| route_info |
subroute_id previous_ids |
|
| route_info |
subroute_id previous_ids |
|
| route_info |
subroute_id previous_ids |
|
| route_info |
subroute_id previous_ids |
|
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |
| topology |
aToZ zToA |
Topology reports the individual hops along the service in the A to Z direction and Z to A directions. This includes both ports internal to a device and those
at its edge that are available for externally connections. It includes both physical and logical ports.
Physical ports are ordered with the logical ports that run over them as follows:
a. On ingress to a node/card, physical then logical
b. On egress to a node/card, logical then physical |