CiiRAEntry¶

Enum Classes

class CISCOIETFISISMIB::CiiRATable::CiiRAEntry¶

Bases: Entity

Class Hierarchy : CISCOIETFISISMIB CiiRATable CiiRAEntry

This class represents state data.

Each entry defines a Reachable Address to a NSAP or

Address Prefix.

ciicircindex(key)¶

type: int

range: 1..2147483647

refers to: ciicircindex

config: False

ciiraindex(key)¶

The identifier for this ciiRAEntry. This value must be unique amongst all Reachable Addresses on the same parent Circuit. This object follows the index and ManualOrAutomatic behaviors

type: int

range: 1..2000000000

config: False

ciiraexiststate¶

The existence state of this Reachable Address. This object follows the ManualOrAutomatic behaviors

type: RowStatus

config: False

ciiraadminstate¶

The administrative state of the Reachable Address. This object follows the CiiAdminState and ManualOrAutomatic behaviors

type: CiiAdminState

config: False

ciiraaddrprefix¶

The destination of this Reachable Address. This is an Address Prefix. This object follows the replaceOnlyWhileDisabled and ManualOrAutomatic behaviors

type: std::string

length: 0..20

config: False

ciiramaptype¶

The type of mapping to be employed to ascertain the SNPA Address which should be used in forwarding PDUs for this Reachable Address prefix. This object follows the ManualOrAutomatic behavior. The following values of mapping type are defined: none: The mapping is null because the neighbor SNPA is implicit by nature of the subnetwork (e.g. a point-to-point linkage). explicit: The subnetwork addresses in the object ciiRASNPAAddress is to be used. extractIDI: The SNPA is embedded in the IDI of the destination NSAP Address. The mapping algorithm extracts the SNPA to be used according to the format and encoding rules of ISO8473/Add2. This SNPA extraction algorithm can be used in conjunction with Reachable Address prefixes from the X.121, F.69, E.163 and E.164 addressing subdomains. extractDSP: All, or a suffix, of the SNPA is embedded in the DSP of the destination address. This SNPA extraction algorithm extracts the embedded subnetwork addressing information by performing a logical AND of the ciiRASNPAMask object value with the destination address. The part of the SNPA extracted from the destination NSAP is appended to the ciiRASNPAPrefix object value to form the next hop subnetwork addressing information

type: CiiRAMapType

config: False

ciirametric¶

The metric value for reaching the specified prefix over this circuit. This object follows the ManualOrAutomatic behavior

type: int

range: 0..63

config: False

ciirametrictype¶

Indicates whether the metric is internal or external. This object follows the ManualOrAutomatic behavior

type: CiiMetricType

config: False

ciirasnpaaddress¶

The SNPA Address to which a PDU may be forwarded in order to reach a destination which matches the address prefix of the Reachable Address. This object follows the ManualOrAutomatic behavior

type: std::string

length: 0..20

config: False

ciirasnpamask¶

A bit mask with 1 bits indicating the positions in the effective destination address from which embedded SNPA information is to be extracted. For the extraction the first octet of the ciiRASNPAMask object value is aligned with the first octet (AFI) of the NSAP Address. If the ciiRASNPAMask object value and NSAP Address are of different lengths, the shorter of the two is logically padded with zeros before performing the extraction. This object follows the ManualOrAutomatic behavior

type: std::string

length: 0..20

config: False

ciirasnpaprefix¶

A fixed SNPA prefix for use when the ciiRAMapType is extractDSP. The SNPA Address to use is formed by concatenating the fixed SNPA prefix with a variable SNPA part that is extracted from the effective destination address. For Reachable Address prefixes in which the entire SNPA is embedded in the DSP the SNPA Prefix shall be null. This object follows the ManualOrAutomatic behavior

type: std::string

length: 0..20

config: False

ciiratype¶

The type of Reachable address. Those of type manual are created by the network manager. Those of type automatic are created through propagation of routing information from another routing protocol (eg. IDRP).

type: CiiRAType

config: False