This textual convention is used to define the state of ifIndex
Persistence for both global as well as interface level.
The global object, cieIfIndexGlobalPersistence can have two
state of ifIndex Persistence i.e. either enable or disable. At
interface level, the object cieIfIndexPersistenceControl can
take all the three values enable/disable/global.
InterfaceIndexList
binary
This textual convention defines the 'ifIndex' for a
set of 64 interfaces in a module.
Each 4 bytes within the value of an object of this
type is combined together to represent the interface
index of a particular port in the module (i.e., each
4 byte group represents the 'ifIndex' of an interface).
The first 4 bytes (byte 1, byte 2, byte 3 and byte 4)
combined represent the 'ifIndex' of an interface.
While the second 4 bytes (byte 5, byte 6, byte 7 and
byte 8) represent the 'ifIndex' for the next interface
in the module, and so on.
If there are only 'n' interfaces in a set of 64
interfaces in the module, then bytes after the '4n'
byte in this object are irrelevant.
InterfaceOperCauseList
binary
This textual convention defines the operational
status cause for a set of 64 interfaces in a module.
The operational status cause of an interface is
represented by the value defined in the textual
convention 'IfOperStatusReason' (defined in CISCO-TC).
Each 2 bytes within the value of an object of this
type is combined together to represent the operational
status cause of a particular interface in the module
(i.e., each 2 byte group represents the
'cieIfOperStatusCause' of an interface).
The first 2 bytes (byte 1 and byte 2) of this object,
represents the operational status cause of an
interface in the module, whose 'ifIndex' is
represented by the corresponding instance of
'cieInterfacesIndex' object in its first 4 bytes.
The next 2 bytes (byte 3 and byte 4) of this object,
represents the operational status cause of an
interface in the module, whose 'ifIndex' is
represented by the corresponding instance of
'cieInterfacesIndex' object in the next 4 bytes
respectively.
If there are only 'n' interfaces in a set of 64
interfaces in the module, then bytes after the
'2n' byte in this object are irrelevant.
InterfaceOperModeList
binary
This textual convention defines the operational mode
for a set of 64 interfaces in a module.
The operational mode of an interface is represented
by the value defined in the textual convention
'InterfaceOperMode' (defined in CISCO-ST-TC).
Each 'byte' within the value of an object of this
type, specifies the operational mode of an interface
in the module.
The first byte (byte 1) represents the operational
mode of an interface in the module, whose 'ifIndex'
is represented by the corresponding instance of
'cieInterfacesIndex' object in its first 4 bytes.
The second byte (byte 2) represents the operational
mode of an interface in the module, whose 'ifIndex'
is represented by the corresponding instance of
'cieInterfacesIndex' object in its second 4 bytes.
If there are only 'n' interfaces in a set of 64
interfaces in the module, then bytes after the 'n'
byte in this object are irrelevant.
InterfaceOwnershipList
binary
This textual convention defines the status for a set of
64 interfaces in a module regarding whether or not each
interface is administratively assigned a name of the current
owner of the interface resource as per the object cieIfOwner,
defined on that interface.
Each 'bit' within the value of an object of this type,
specifies whether the corresponding interface on the module
has been administratively assigned a name of the current
owner of the interface resource. In other words, each bit
represents whether the corresponding interface is 'owned'
or not. This bit is set to 1 if the interface is owned.
It is 0 otherwise.
The first bit (bit 1) in byte 1 represents whether the
interface, whose 'ifIndex' is represented by the corresponding
instance of 'cieInterfacesIndex' object in its first 4 bytes,
is owned or not.
The second byte (byte 2) in byte 2 represents whether the
interface, whose 'ifIndex' is represented by the corresponding
instance of 'cieInterfacesIndex' object in its second 4 bytes,
is owned or not.
If there are only 'n' interfaces in a set of 64 interfaces in
the module, then bits after the 'n' bit in this object are
irrelevant and set to 0.