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xPnniAssociativeNameTable

The xPnniAssociativeNameTable contains attributes that bind node names to PNNI Node IDs. There is a single row in this table for each PNNI node in the network. Default names are node1, node2, ... until the administrator specifically configures a different ...

xPnniNameEntry

An entry in the table, containing information about a PNNI node in this network.

xPnniNodeIndex

The index into the associative name table. This index also corresponds to entries in the nodal map table.

xPnniNodeId

The value of the 22-byte node ID which a switching system uses to represent itself in the peer-group.

xPnniNodeName

The ASCII text string which represents this node. The default node name has the value NODE_n where n is 1..65535.

xPnniAddressFilterTable

The xPnniAddressFilterTable contains attributes that allow an administrator to configure address filters for security. Address filters are specified by the following: the LGN to which the filter applies; their direction (in, out or both); their addresses ...

xPnniAddressFilterEntry

An entry in the table, containing information about a filter in this switching system.

xPnniFiltIndex

The index into the PNNI Filter Table.

xPnniFiltNodeLevel

The level of the node within this switching system. Note that filters may be defined for any level. If a node at a specific level is disabled, then corresponding filters become inactive until the node is re-enabled.

xPnniFiltSrcPrefLen

The length (in bits) of the source prefix.

xPnniFiltSrcPrefix

The source prefix to be filtered.

xPnniFiltDestPrefLen

The length (in bits) of the destination prefix.

xPnniFiltDestPrefix

The destination prefix to be filtered.

xPnniFiltCallType

The call type indicates if the filter is to be applied to point to point calls, point to multi-point calls (add parties), or to both.

xPnniFiltCallSrvCls

The service class (if any) which this filter is active for. If the service class is CBR, then the xPnniFiltCallMtrcConstrnt field below must be set to PCR. If the service class is ABR, then the xPnniFiltCallMtrcConstrnt field below must be set to Min-CR. ...

xPnniFiltCallMtrcConstrnt

A metric constraint that is used with xPnniFiltCallSrvCls.

xPnniFiltCallMtrcThresh

A metric threshold value that is used with xPnniFiltCallSrvCls. The value 0 is only valid if the xPnniFiltCallSrvCls is none-specified.

xPnniFiltTrapThresh

A threshold which when this number of filter hits are encountered, will cause a trap to be sent to all trap-clients. The value of 0 causes traps to be inhibited.

xPnniFiltSrcExceptionCriteria

The criteria used to cause exceptions to the source address filters. If the value is none-specified, then the fields: xPnniFiltSrcExceptionLen and xPnniFiltSrcException are ignored. If this value is all-addrs-pass-except or no-addrs-pass-except, then the ...

xPnniFiltSrcExceptionLen

The length (in bits) of the exception address prefix attribute: xPnniFiltSrcException.

xPnniFiltSrcException

The ATM Address Prefix of the source address exception.

xPnniFiltDestExceptionCriteria

The criteria used to cause exceptions to the destination address filters. If the value is none-specified, then the fields: xPnniFiltDestExceptionLen and xPnniFiltDestException are ignored. If this value is all-addrs-pass-except or no-addrs-pass-except, th ...

xPnniFiltDestExceptionLen

The length (in bits) of the exception address prefix attribute: xPnniFiltDestException.

xPnniFiltDestException

The ATM Address Prefix of the destination address exception.

xPnniFiltDeniedHitCount

A counter specifying how many times this filter was activated. Writing a 0 value to this field will cause this counter to be reset for this filter.

xPnniFiltExceptionHitCount

A counter specifying how many times this filter was activated but an exception was permitted. Writing a 0 value to this field will cause this counter to be reset for this filter.

xPnniFiltTODStartHr

The hour of the day (using a 24 hour clock) when the filter is to be activated.

xPnniFiltTODStartMin

The minute of the hour when the filter is to be activated.

xPnniFiltTODStartSec

The second of the minute when the filter is to be activated.

xPnniFiltTODStopHr

The hour of the day (using a 24 hour clock) when the filter is to be de-activated.

xPnniFiltTODStopMin

The minute of the hour when the filter is to be de-activated.

xPnniFiltTODStopSec

The second of the minute when the filter is to be de-activated.

xPnniNumIAdj

The number of adjacencies registered via ILMI in PNNIs lowest nodes adjacency table in this switching system.

xPnniIAdjTable

The xPnniIAdjTable stores records of adjacencies which ILMI has registered with the lowest level PNNI node in this network. There is a single row in this table for each adjacency which ILMI has registered.

xPnniIAdjEntry

An entry in the table, containing information about a PNNI logical node in this switching system.

xPnniIAdjIndex

A value assigned to an ILMI client registered via ILMI in this switching system that uniquely identifies it in the PNNI ILMI adjacency table.

xPnniIAdjAtmAddress

This adjacency's ATM End System Address.

xPnniIAdjSlot

The slot in which this adjacency is physically connected to this switching system.

xPnniIAdjPort

The port in the slot which this adjacency is physically connected to this switching system.

xPnniIAdjInst

The instance identifier on the slot port pair which this adjacency is physically connected to this switching system. In the event that this is not a tunnel, this value will be zero.

xPnniIAdjCsmPPort

The unique port id which PNNI has bound to this physical slot, port, and instance tuple.

xPnniIAdjAdvertised

Indicates if this ILMI client is advertised by this switching system. Note that if this value is False, the summary address may be used by remote nodes to still reach this ILMI client if xPnniIAdjSummarized is set to True (below).

xPnniIAdjSummarized

Indicates if this ILMI client is summarized by this switching system. Note that if this value is True, other nodes in the peer group will route to this node's advertised port of 1. Calls terminating at end-systems attached to this node will then be vector ...

xPnniIAdjLearned

This field contains a timestamp of when ILMI registered this adjacency with PNNI.

xPnniRtstTable

The xPnniRtstTable is a single-row table which returns the results of a route test requested by a remote mgmt station. The route test parameters are specified in the INDEX.

xPnniRtstEntry

An entry in the route test table, containing information about a route lookup request.

xPnniRtstClass

The class the route request is to use.

xPnniRtstType

This index specifies the type of call which may be either point to point or point to multi-point.

xPnniRtstDest

The destination address. This may be specified by the user as an address prefix, but the SNMP manager must pad this out to 20 octets.

xPnniRtstError

Indicates if an error has occurred and if so, the nature of the error. If this is set to success, then no error occurred and the rest of the row contains useful information.

xPnniRtstFlags

If error is set to success, this flag indicates the nature of the route lookup confirmation. If this flag is set to dtlAdded, then the route request resulted in a DTL being allocated for this request. In this case, the xPnniRtstOutboundPort, xPnniRtstHopC ...

xPnniRtstOutboundPort

If error is set to success, this indicates the outbound port of the route lookup confirmation. If this is set to 0, then this indicates the call was placed to this switching system's xPnniNodeIndex. If this is set to 1, then this indicates the call was pl ...

xPnniRtstVPI

If error is set to success, and xPnniRtstFlags is set to directEreach, then this indicates the vpi (if set by the user) used to route the call.

xPnniRtstE164

If error is set to success, and xPnniRtstFlags is set to directEreach, then this indicates the E.164 address (if set by the user) used to route the call.

xPnniRtstE164len

If error is set to success, and xPnniRtstFlags is set to directEreach, then this indicates the number of significant octets used in the above E.164 address.

xPnniRtstHopCount

If error is set to success, and xPnniRtstFlags is set to dtlAdded, then this indicates the number of hops in the xPnniRtstDTL.

xPnniRtstDTL

If error is set to success, and xPnniRtstFlags is set to dtlAdded, then this indicates the DTL generated by the route lookup function in the switching system. Note that this is a complete DTL meaning that the DTL IE header is also present. It has enough r ...

xPnniRtstCurPointer

If error is set to success, and xPnniRtstFlags is set to dtlAdded, then this indicates the offset (in bytes) into xPnniRtstDTL of the curPtr.

xPnniTrcBufSiz

A value indicating the size of the trace capture buffer.

xPnniTrcBufTrigger

A value indicating action on buffer capacity reached.

xPnniTrcBufControl

A value indicating a control action on trace.

xPnniTrcNodeIndex

This variable indicates the node index within this switching system to be traced.

xPnniTrcTable

The xPnniITrcTable stores records of captured frames from both the AAL-SAP as well as signalled RCCs. There is a single row in this table for each adjacency which ILMI has registered.

xPnniTrcEntry

An entry in the analyzer table, containing information about a PNNI received by a node in this switching system.

xPnniTrcFrameIndex

An index selecting a particular frame.

xPnniTrcFrameFrag

A fragment within a captured frame.

xPnniTrcDirection

Indicates whether the frame was transmitted or received.

xPnniTrcSlot

Indicates the physical slot where the frame was transmitted or received.

xPnniTrcPort

Indicates the physical port where the frame was transmitted or received.

xPnniTrcCsmPPort

Indicates the advertised PNNI port ID where the frame was transmitted or received. This is used primarily for signaled RCCs.

xPnniTrcFrType

Indicates the type of frame as specified in the ATM-Forum PNNI V1.0 Specification, Section 5.14.4, Table 5-21.

xPnniTrcFrLen

Indicates the overall frame length.

xPnniTrcLearned

Indicates the timestamp of when the frame was either transmitted or received.

xPnniTrcFrame

Contains the raw frame contents.

xPnniAliasTable

This table stores address (prefix) bindings for Display purposes.

xPnniAliasEntry

An entry in the alias table containing information about a binding between PNNI address, nodeId or address prefix and a text string. When referring to a nodeId, this is called a domain name.

xPnniAliasIndex

An index selecting a particular name-binding.

xPnniAliasName

The name to be bound to the prefix.

xPnniAliasPrefLen

An length (in bits) of the prefix binding. A Prefix length of 176 bits (22 Octets) implies a node ID. A length of 160 bits implies an ATM Address.

xPnniAliasPrefixBinding

The prefix binding.

xPnniTrapPnPortId

On a trap condition, this identifies the port-related variable.

xPnniTrapRouteAddrAddress

On a trap condition, this identifies the address prefix-related variable.

xPnniTrapRouteAddrPrefixLength

On a trap condition, this identifies the address prefix length related variable.

xPnniTrapFiltIndex

On a trap condition, this identifies the filter index variable.

xPnniTrapNeighborId

On a Neighbor trap condition, this identifies the neighbor node Id-related variable.

xPnniTrapNodeId

On a trap condition, this identifies the local node ID variable which specifies the level and LGN or lowest level node.

xPnniTrapNodeDownReason

On a trap condition, this identifies the reason a node has gone down. A value of LocalUiAdmin specifies that a user on the MPM's Console or Modem Port has caused the action via a UI Shell:phalt command. A value of RemoteTelnet indicates that a user logged ...

xPnniTrapNodeDownRemoteIPAddr

If the above variable: xPnniTrapNodeDownReason indicates a value of either RemoteTelnet or then this variable indicates the remote IP Address of the entity causing the action.