Cisco Cisco Evolved Programmable Network Manager 1.2 Developer's Guide
Fully-qualified Domain Names (FDN)
Cisco EPN Manager RESTConf NBI Guide
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Case 3:
MD/CISCO_EPNM/ME/ME3600X-PAN-3/EQ/name=
MD/CISCO_EPNM/ME/ME3600X-PAN-3/EQ/name=
ME-3600X-24CX-M -
Fixed Module 0
;
partnumber=
ME-3600X-24CX-M
Where:
e.partnumber =
ME-3600X-24CX-MC
(not null)
e.entphysicalIndex = 1002 (numeric)
e.name=
e.name=
ME-3600X-24CX-M - Fixed Module 0
Case 4:
MD/CISCO_EPNM/ME/SMR9-73/EQ/name=
MD/CISCO_EPNM/ME/SMR9-73/EQ/name=
PWR-B
;partnumber=
NCS2006-DC
Where:
e.partnumber =
NCS2006-DC
(not null)
e.entphysicalIndex =
PWR-B
(non-numeric)
ProtocolEndpoint FDN Format
5.3
An object type that is of a subclass of ProtocolEndpoint represents a potential or actual
start, end, or intermediate point of connectivity. For example, IP and Ethernet interfaces
are represented by subclasses of the ProtocolEndpoint.
The table, below, defines the types of end points.
start, end, or intermediate point of connectivity. For example, IP and Ethernet interfaces
are represented by subclasses of the ProtocolEndpoint.
The table, below, defines the types of end points.
Acronym Name
Description
CTP
Connection Termination
Point
Point
Termination for links and subnetwork connections.
FTP
Floating Termination
Point
Point
Termination point not associated with a physical port, such as an Ethernet
Flow Point.
Flow Point.
PTP
Physical Termination
Point
Point
Termination point supported by a port, but not the physical connector
itself, which is a separate object.
itself, which is a separate object.
The format is as follows:
MD/CISCO_EPNM/ME/<me.name>/[CFP]TP/<pe.name>
Where:
<me.name> is the value of the containing ManagedElement’s name attribute
<pe.name> is the value of the protocol endpoint’s name attribute.
<pe.name> is the value of the protocol endpoint’s name attribute.
For example:
MD/CISCO_EPNM/ME/NCS2KE-235-160/CTP/PCHAN-2-19-TX
MD/CISCO_EPNM/ME/NCS2KE-235-160/CTP/PCHAN-2-19-TX