SAM-O element to
VMware Smart Assurance
object mapping

For each Domain Manager, Mapping of SAM-O Elements to objects shows how Alcatel-Lucent 5620 SAM-O interface elements are mapped to
VMware Smart Assurance
objects, and indicates where these objects are displayed.
Mapping of SAM-O Elements to
VMware Smart Assurance
objects
VMware Smart Assurance
Object
SAM-O Class
Displayed in 5620 SAM EMS Console
IP AM/PM
Cable
equipment.PhysicalLink
Manage > Equipment > Physical Link
Card
equipment.BaseCard
equipment.DaughterCard
equipment.ProcessorCard
Manage > Equipment > Card
CardRedundancyGroup
equipment.ProcessorCard (
one for each pair
)
Manage > Equipment > Card > Processor Card
Chassis
Derived from
equipment.Card
Number equals to Manage > Equipment > Network Element
Fan (PM only)
equipment.FanTray
Manage > Equipment > Fan Tray
Interface
equipment.PhysicalPort
Manage > Equipment > Port > Physical Port
rtr.NetworkInterface
Manage > Routing Instances > Network Interface
sonetEquipment.Sts1Channel
sonetEquipment.Sts3Channel
sonetEquipment.Sts12Channel
sonetEquipment.Sts48Channel
sonetEquipment.Sts192Channel
sonetEquipment.Tu3Channel
tdmequipment.DS0ChannelGroup
tdmequipment.DS1E1Channel
tdmequipment.DS3E3Channel
Manage > Equipment > Port > Logical Port > Channel, and
Manage > Equipment > Port > Logical Port > Interface
ies.L3AccessInterface
vprn.L3AccessInterface
Manage > Services > AccessInterface > L3 Access Interface
vll.L2AccessInterface
apipe.L2AccessInterface
epipe.L2AccessInterface
fpipe.L2AccessInterface
ipipe.L2AccessInterface
vpls.L2AccessInterface
Manage > Services > AccessInterface > L2 Access Interface
IP
-
Manage > Routing Instances > IP Addresses, and
Manage > Routing Instances > Router Site > RoutingInstanceSite > Routing Instance
IPNetwork
-
-
MAC
-
-
Memory
equipment.FlashMemory
Manage > Equipment > Flash Memory
NetworkAdapterRedundancyGroup
lag.Interface
Manage > Equipment > Port > Logical Port > Port Group > LAG
NetworkConnection
Derived from
mpls.CrossConnect
ospf.Neighbor
pim.Groups
svt.Tunnel
-
PowerSupply
equipment.PowerSupplyTray
Manage > Equipment > Power Supply Tray
Processor
equipment.Processor
Manage > Equipment > Card > Processor Card, or
Manage > Equipment > Processor
Router/Switch
netw.NetworkElement
Managed > Equipment > Network Element
SNMPAgent
netw.NetworkElement
Managed > Equipment > Network Element
MPLS
Forwarder
vll.Site
apipe.Site
epipe.Site
fpipe.Site
ipipe.Site
Manage > Services > Site (Service Management) > Site (vll)
vpls.Site
Manage > Services > Site (Service Management) > AbstractSite (vpls) > Site (vpls)
ForwarderEndpoint
.
svt.MeshSdpBinding
svt.SdpBinding
svt.SpokeSdpBinding
Manage > Services > SdpBinding, or
Manage > MPLS Objects > SdpBinding
LdpAdjacency
ldp.TargetedPeer (
one for each pair
)
-
LdpProtocolEndpoint
ldp.Interface
ldp.TargetedPeer
Manage > Routing Instances > RouterTerminatingInterface > RouterTerminatingNonIpInterface > LDP Interface, and
Application > Navigation Tree > Network (
Expand LDP in each Routing Instance to check the TargetedPeers
)
LSP
mpls.LspPath
Manage > LSPs > Static + Dynamic
LSPHop
mpls.CrossConnect
Manage > MPLS Objects > In Segment, and
Manage > MPLS Objects > Out Segment
MPLSService
Mpls.Interface
vprn.Site
Manage > MPLS Objects > MPLS (Path/Routing Management: MPLS)
PseudoWire
Derived from
svt.MeshSdpBinding
svt.SdpBinding
svt.SpokeSdpBinding
-
VPN
vll.Vll
apipe.Apipe
epipe.Epipe
fpipe.Fpipe
ipipe.Ipipe
vpls.Vpls
vprn.Site
Manage > Services > Service (Service Management)
VRF
vprn.Site
Manage > Services > Site (Service Management) > Site (vprn)
BGP
AutonomousSystem
Derived from
rtr.VirtualRouter
Application > Navigation Tree > Network (
For each BGP instance, right click Property and check the “S Properties” tab
)
BGPCluster
Derived from
bgp.Peer
-
BGPProtocolEndpoint
bgp.Peer
Application > Navigation Tree > Network (
Expand to examine all BGP peers in each routing instance
)
BGPService
rtr.VirtualRouter
Manage > Routing Instances > RouterSite > RoutingInstanceSite > Routing Instance (
Use filter “BGP Enabled” equal to true
)
BGPSession
bgp.Peer (
One for each pair
)
Application > Navigation Tree > Network (
Expand to examine each pair of BGP peers
)
Confederation
Derived from
rtr.VirtualRouter
-
OSPF
OSPFArea
Derived from
ospf.AreaSite
Application > Navigation Tree > OSPF (
Only those with routing instances created
)
OSPFAreaConfiguration
ospf.AreaSite
Manage > Routing Instances > RouterSite > SubProtocolSite > AreaSite (Routing Management OSPF)
OSPFInterface
ospf.Interface
Manage > Routing Instances > RouterTerminatingInterface > RouterTerminatingIpInterface > OSPF Interface (
Use filter “Interface Class” equals “Numbered”
)
OSPFNeighborEndpoint
ospf.Neighbor
Application > Navigation Tree > OSPF (
Expand all the way to see each resulting Neighbor
)
OSPFNeighborRelationship
ospf.Neighbor (
One for each pair
)
Application > Navigation Tree > OSPF (
Expand all the way to see each pair of Neighbors
)
OSPFNetwork
-
-
OSPFService
ospf.Site
Manage > Routing Instances > RouterSite > ProtocolSite > OSPF
OSPFVirtualInterface
ospf.VirtualLink
Application > Navigation Tree > OSPF (
Expand to see each VirtualLink
)
OSPFVirtualLink
ospf.VirtualNeighbor (
One for each pair
)
Application > Navigation Tree > OSPF (
Expand to see each pair of VirtualNeighbors
)
OSPFVirtualNeighborEndpoint
ospf.VirtualNeighbor
Application > Navigation Tree > OSPF (
Expand to see each resulting VirtualNeighbor
)
IS-IS
ISISArea
isis.Area
Application >Navigation Tree >ISIS
ISISInterface
isis.Interface
Application >Navigation Tree >ISIS >IS-IS Interface
ISISNeighborEndpoint
isis.Adjacency
Application > Navigation Tree > ISIS > IS-IS Interface (Expand the IS-IS Interface)
ISISService
isis.Site
Application > Navigation Tree > ISIS > Area Member
MCAST
IGMPInterface
igmp.Interface
Manage > Routing Instances > RouterTerminatingInterface > RouterTerminatingNonIpInterface > IGMP Interface
IGMPNetwork
igmp.IfGroup
Application > Navigation Tree > Network (
For each IGMP Instance, click Property and check the “Multicast Group/Source” tab
)
MulticastGroup
Derived from
pim.RPSet
Application > Navigation Tree > Network (
For each PIM Instance, click Property >Groups and check distinct “Group Address”
)
MulticastService
igmp.Site
pim.Site
Manage > Routing Instances > RouterSite > ProtocolSite > IGMP, or
Manage > Routing Instances > RouterSite > ProtocolSite > PIM
MulticastSource
Derived from
pim.Group
Application > Navigation Tree > Network (
For each IGMP Instance, right click Property > Multicast Group/Source and check all instances with “Source” equal to “.0.0.0”)
MulticastTree
-
-
PIMHop
Derived from
pim.Group
-
PIMInterface
pim.Interface
Manage > Routing Instances > RouterTerminatingInterface > RouterTerminatingNonIpInterface > PIM Interface
PIMSourceG
pim.Group (SourceG)
Application > Navigation Tree > Network (
For each PIM Instance, click Property > Groups and check instances with “Source Type” equal to “SG”
)
PIMStarG
pim.Group (StarG)
Application > Navigation Tree > Network (
For each PIM Instance, click Property > Groups and check all with “Source Type” equal to “StarG”)