IBM6611-MIB: View SNMP OID List / Download MIB

The cylink Status table. This table contains information about the current state of the Cylink CSUs attached to the system.

An entry in the cylink Status table.

An index value that uniquely identifies a cylink system interface. The interface identified by a particular value of this index is the same interface as identified by the same value in an ifIndex object instance.

The current state of the link. The meanings of the values are: cylinkNotConnected(1) The link is not physically connected to the CSU. This may be due to loss of input circuit or loss of output circuit. cylinkNoInput(2) The input circuit is not connected. cylinkNoOutput(3) The output circuit is not connected. cylinkConnected(4) The link is connected to the CSU. Enumeration: 'cylinkNoOutput': 3, 'cylinkNoInput': 2, 'cylinkConnected': 4, 'cylinkNotConnected': 1.

The loopback mode of the link. The meaning of values are: cylinkNoLoopback(1) The link is not in loopback mode. cylinkNearEndLoopback(2) The link has been placed in loopback mode at the near end: data is being looped back within the local CSU. cylinkFarEndLoopback(3) The link has been placed in loopback mode at the far end: data is being looped across the link to the remote CSU and back. Enumeration: 'cylinkFarEndLoopback': 3, 'cylinkNearEndLoopback': 2, 'cylinkNoLoopback': 1.

The Quasi-Random Signal Sequence test mode of the CSU. The value of the meanings are: cylinkNoQRSS(1) The CSU is not in QRSS mode. cylinkQRSSMaster(2) The CSU is transmitting a QRSS test pattern. cylinkQRSSSlave(3) The CSU is receiving a QRSS test pattern. Enumeration: 'cylinkQRSSSlave': 3, 'cylinkQRSSMaster': 2, 'cylinkNoQRSS': 1.

The cylink Configuration table. This table contains information about the configuration of the Cylink CSUs attached to the system.

An entry in the cylink Configuration table.

The index value which uniquely identifies the CSU to which this entry is applicable. The CSU identified by a particular value of this index is the same CSU as identified by the same value in a cylinkIndex object instance.

The manufacturer's serial number of this CSU.

The version number of the microcode running in the CSU.

The DTE framing selected (D4, or ESF). Framing conversion is automatically performed at both ends if the DTE is D4 framed and the network interface is ESF framed. Enumeration: 'cylinkDTEFramingESF': 2, 'cylinkDTEFramingD4': 1.

The network framing selected (D4, or ESF). Framing conversion is automatically performed at both ends if the DTE is D4 framed and the network interface is ESF framed. Enumeration: 'cylinkNetworkFramingESF': 2, 'cylinkNetworkFramingD4': 1.

The DTE DS-1 mode selected (B8ZS, or AMI). Enumeration: 'cylinkDTEDS1ModeB8ZS': 1, 'cylinkDTEDS1ModeAMI': 2.

The network DS-1 mode selected (B8ZS, or AMI). Enumeration: 'cylinkNetworkDS1ModeB8ZS': 1, 'cylinkNetworkDS1ModeAMI': 2.

The component selected for Ones Density Responsibility (DTE, or CSU. Enumeration: 'cylinkOnesResponsibilityDTE': 1, 'cylinkOnesResponsibilityACSU': 2.

The Ones Density Control selected (LSB 24, D4 FRM, or ESF DL). Enumeration: 'cylinkOnesControlLSB24': 1, 'cylinkOnesControlESFDL': 3, 'cylinkOnesControlD4FRM': 2.

The Consecutive Zero Control selected (15, or 80). This determines the the maximum number of consecutive zeros allowed in the data stream before a one is forced. Enumeration: 'cylinkZeroProtection15': 2, 'cylinkZeroProtection80': 1.

The transmit clock source selected for NRZ DIUs (network, DTE, an external clock, or the CSU's internal clock). Enumeration: 'cylinkClockSourceNetwork': 1, 'cylinkClockSourceDTE': 2, 'cylinkClockSourceInternal': 4, 'cylinkClockSourceExternal': 3.

The external clock frequency selected (56 kHz, 256 kHz, 1.344 MHz, 1.544 MHz). Enumeration: 'cylinkClockFreq-1-544MHz': 4, 'cylinkClockFreq-56kHz': 1, 'cylinkClockFreq-1-344MHz': 3, 'cylinkClockFreq-256kHz': 2.

The transmit clock backup source selected for NRZ DIUs (network, DTE, an external clock, or the CSU's internal clock). Enumeration: 'cylinkClockBackupDTE': 2, 'cylinkClockBackupNetwork': 1, 'cylinkClockBackupExternal': 3, 'cylinkClockBackupInternal': 4.

The DIU frequency selected for NRZ DIUs (767 kbps, 1.244 Mbps, 1.528 Mbps, 1.536 Mbps). Enumeration: 'cylinkDIUFreq-768kbps': 1, 'cylinkDIUFreq-1-344Mbps': 2, 'cylinkDIUFreq-1-536Mbps': 4, 'cylinkDIUFreq-1-528Mbps': 3.

The DIU transmit timing selected for NRZ DIUs (Send Timing, or Terminal Timing). Enumeration: 'cylinkDIUTimingTT': 1, 'cylinkDIUTimingST': 2.

The DIU dial-out capability selected (polled, tone, or pulse). Enumeration: 'cylinkDialoutCapabilityPulse': 3, 'cylinkDialoutCapabilityPolled': 1, 'cylinkDialoutCapabilityTone': 2.

The mininum time, in minutes, between successful CSU-to-NMS connections to report alarm conditions.

The primary telephone number used by by the CSU to contact the NMS.

The secondary telephone number used by by the CSU to contact the NMS.

The interval, in minutes, that the CSU will insert duplicate messages in the alarm queue for persistant alarm conditions.

The threshold, in seconds, for the errored second value in the current 15-minute interval.

The state of the CSU secondary contact (open or closed). Enumeration: 'cylinkSecondaryContactOpen': 1, 'cylinkSecondaryContactClosed': 2.

A table containing the average main processor load over each minute for the last 60 minutes.

An entry in the main processor load table.

Indicates the number of minutes ago that this entry contains main processor load information for.

The main processor load averaged over one minute. The load is given as a percentage. For example, 25% is 25.

A table containing software vital product data information.

An entry for a piece of software installed on this router.

A unique value for each entry in this table.

The name of this software product.

If this entry represents a PTF, this object contains the name of the PTF. Otherwise this object contains a string of zero length.

The version identifier for this piece of software.

The release identifier for this piece of software.

The modification level identifier for this piece of software.

The fix level identifier for this piece of software.

The state of the action in swvpdAction being performed on this software. Enumeration: 'cancelled': 4, 'broken': 3, 'complete': 1, 'pending': 2, 'unknown': 5.

The action being performed on this software. Enumeration: 'unknown': 6, 'commit': 2, 'decommit': 4, 'cleanup': 5, 'reject': 3, 'apply': 1.

An indication of which part of the system this software is installed on. The values correspond to the following paths: root(1) /etc/objrepos usr(2) /usr/lib/objrepos share(3) /usr/share/lib/objrepos Enumeration: 'share': 3, 'root': 1, 'usr': 2.

A string indicating the date and time that the action in swvpdAction was performed on this software.

When read, an active 6611 will return the value running(1). To force a shutdown, without a subsequent re-ipl of the 6611, this value should be set to shutdown-noipl(2). To recyle the 6611, (i.e.- shutdown with a subsequent re-ipl), and use the currently installed configuration, this variable should be set to shutdown-ipl-local(4). Enumeration: 'shutdown-ipl-local': 4, 'shutdown-noipl': 2, 'running': 1.

Number of kernel MBUFs currently in use.

Kbytes of MBUFs currently allocated to the network.

Percentage of total MBUFs available that are currently allocated to the network

Number of MBUF requests that were denied due to lack of resources.

Number of MBUF requests that were delayed due to lack of resources.

Total number of paging space pages available on the 6611. A page is defined as 4096 bytes, so for example, an ibmsysPageSpaceTotal value of 12288 equals 12288 * 4096 = 50331648 bytes of paging space.

Total number of paging space pages currently in use on the 6611. A page is defined as 4096 bytes, so for example, an ibmsysPageSpaceInUse value of 8839 equals 8839 * 4096 = 36204544 bytes of paging space in use.

Total number of real memory frames available on the 6611. A frame is defined as 4096 bytes, so for example, an ibmsysRealMemSize value of 4096 equals 4096 * 4096 = 16777216 bytes of real memory.

Total number of real memory frames currently in use on the 6611. A frame is defined as 4096 bytes, so for example, an ibmsysRealMemInUse value of 4025 equals 4025 * 4096 = 16486400 bytes of real memory in use.

Total number of real memory frames currently free on the 6611. A frame is defined as 4096 bytes, so for example, an ibmsysRealMemFree value of 71 equals 71 * 4096 = 290816 bytes of real memory free.

Number of IBM enterprise specific traps generated by this node.

Number of traps throttled since last trap.

Trap ID of throttled traps. All throttled traps counted by ibmTrapThrottleCount have the this ID.

Number of seconds which must separate consecutive enterprise-specific traps with identical ID in order to not throttle them. If the value of this object is 0, then trap throttling is inactive.

Table of MAC address filtering information.

MAC address filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming MAC address filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the outgoing MAC address filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the incoming filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

For the outgoing filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of MAC address filtering information for incoming frames.

Filtering information for incoming frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

MAC source address to be filtered.

Mask to allow ibmmacAddrFilterInSrcAddress to be used as a range of values.

MAC destination address to be filtered.

Mask to allow ibmmacAddrFilterInDestAddress to be used as a range of values.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of MAC address filtering information for outgoing frames.

Filtering information for outgoing frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

MAC source address to be filtered.

Mask to allow ibmmacAddrFilterOutSrcAddress to be used as a range of values.

MAC destination address to be filtered.

Mask to allow ibmmacAddrFilterOutDestAddress to be used as a range of values.

Type type of entry either sr or tb Enumeration: 'sr': 1, 'tb': 2.

Table of SAP filtering information.

SAP filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming SAP filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the outgoing SAP filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

A bitmap of all possible source SAPs (even) that will be on or off depending on whether or not an incoming frame with that SAP is to be forwarded.

A bitmap of all possible source SAPs (even) that will be on or off depending on whether or not an outgoing frame with that SAP is to be forwarded.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of SNAP filtering information. Note that SNAP filtering only comes into play if packets with source SAP 0xAA are being forwarded.

SNAP filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming SNAP filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

For the outgoing SNAP filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of SNAP type filtering information for incoming frames. Note that the entries in this table only come into play if packets with source SAP 0xAA are being forwarded.

Filtering information for a single SNAP value on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which SNAP value to filter.

Mask to allow ibmsnapFilterInValue to be used as a range of values.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of SNAP filtering information for outgoing frames. Note that the entries in this table only come into play if packets with source SAP 0xAA are being forwarded.

Filtering information for a single SNAP value on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which SNAP values to filter.

Mask to allow ibmsnapFilterOutValue to be used as a range of values.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of ring filtering information.

Ring filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming ring filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the outgoing ring filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the incoming ring filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

For the outgoing ring filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

Table of ring number filtering information for incoming frames.

Filtering information for a single ring number on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which ring number to filter.

Mask to allow ibmringFilterInNumber to be used as a range of values.

Table of ring number filtering information for outgoing frames.

Filtering information for a single ring number on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which ring number to filter.

Mask to allow ibmringFilterOutNumber to be used as a range of values.

Table of hop count filtering information.

Hop count filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Determines what type of incoming frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

The number of hops allowed for incoming frames.

Table of Window filtering information.

Window filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming Window filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the outgoing Window filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the incoming filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

For the outgoing filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of Window filtering information for incoming frames.

Filtering information for incoming frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

String of bytes that will be compared with bytes in the frame.

String of bytes that will be masked with bytes in the contents field.

Determines the starting point where the contents field should be applied. A value of 'MAC' means the base is at the beginning of the destination MAC address field, whereas, a value of 'SAP' means it is applied at the beginning of the destination SAP field.

Number of bytes in the contents field that are used for filtering.

Number of bytes offset into the frame from the offset start point to begin the compare.

A unique identifier associated with this window filter entry.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of Window filtering information for outgoing frames.

Filtering information for outgoing frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

String of bytes that will be compared with bytes in the frame.

String of bytes that will be masked with bytes in the contents field.

Determines the starting point where the contents field should be applied. A value of 'MAC' means the base is at the beginning of the destination MAC address field, whereas, a value of 'SAP' means it is applied at the beginning of the destination SAP field.

Number of bytes in the contents field that are used for filtering.

Number of bytes offset into the frame from the offset start point to begin the compare.

A unique identifier associated with this window filter entry.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of information describing which order the filters are applied for incoming frames.

Filter order information for incoming frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

The priority of when a filter is applied to an incoming frame. A value of 1 signifies that it is applied first.

The name of the filter applied to incoming frames that is associated with the priority, ibmFiltOrderInPriority.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of information describing which order the filters are applied for outgoing frames.

Filter order information for outgoing frames.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

The priority of when a filter is applied to an outgoing frame. A value of 1 signifies that it is applied first.

The name of the filter applied to outgoing frames that is associated with the priority, ibmFiltOrderOutPriority.

The type of entry, either sr or tb. Enumeration: 'sr': 1, 'tb': 2.

Table of routing information field filtering information.

Routing information field filtering information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

For the incoming routing information field filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the outgoing routing information field filter table, determines what type of frames will be filtered. Enumeration: 'filterSRB': 2, 'filterBoth': 3, 'filterARB': 1.

For the incoming routing information filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

For the outgoing routing information field filter table, determines whether the entries are permit or deny entries. Enumeration: 'deny': 1, 'permit': 2.

Number of packets not forwarded, in the incoming direction, because they were filtered out.

Number of packets not forwarded, in the outgoing direction, because they were filtered out.

Table of routing information field filtering information for incoming frames.

Filtering information for a single routing information field on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which ring number to filter.

Mask to allow ibmRIFFilterInRingNumber to be used as a range of values.

Indicates which bridge number to filter.

Mask to allow ibmRIFFilterInBridgeNumber to be used as a range of values.

Indicates which route designators in the routing information field are to be used for filtering. Enumeration: 'allroutedesignators': 3, 'firstroutedesignator': 1, 'nexttolastroutedesignator': 2.

Table of routing information field filtering information for outgoing frames.

Filtering information for a single routing information field on a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

Indicates which ring number to filter.

Mask to allow ibmRIFFilterOutRingNumber to be used as a range of values.

Indicates which bridge number to filter.

Mask to allow ibmRIFFilterOutBridgeNumber to be used as a range of values.

Indicates which route designators in the routing information field are to be used for filtering. Enumeration: 'allroutedesignators': 3, 'firstroutedesignator': 1, 'nexttolastroutedesignator': 2.

The Parameters for the Data Link Connection Management Interface corresponding to any given ifEntry.

The Parameters for the Data Link Connection Management Interface.

The ifIndex value of the corresponding ifEn- try.

This variable states which Data Link Connec- tion Management scheme is active (and by impli- cation, what DLCI it uses) on the Frame Relay interface. Enumeration: 'lmiRev1': 2, 'noLmiConfigured': 1, 'ansiT1-617-B': 4, 'ansiT1-617-D': 3.

This variable states which address format is in use on the Frame Relay interface. Enumeration: 'q921': 1, 'q922': 4, 'q922March90': 2, 'q922November90': 3.

This variable states which address length in octets. In the case of Q922 format, the length indicates the entire length of the address in- cluding the control portion. Enumeration: 'two-octets': 2, 'four-octets': 4, 'three-octets': 3.

This is the number of seconds between succes- sive status enquiry messages.

Number of status enquiry intervals that pass before issuance of a full status enquiry mes- sage.

This is the maximum number of unanswered Status Enquiries the equipment shall accept be- fore declaring the interface down.

This is the maximum number of responses to FULL STATUS or LINK INTEGERITY VERIFICATION messages missed before the device will mark the interface down.

The maximum number of Virtual Circuits allowed for this interface. Usually dictated by the Frame Relay network. In response to a SET, if a value less than zero or higher than the agent's maximal capability is configured, the agent should respond bad- Value

This indicates whether the Frame Relay provid- er offers a Multicast Service. Enumeration: 'broadcast': 2, 'nonBroadcast': 1.

A table containing information about specific Data Link Connection Identifiers and corresponding virtual circuits.

The information regarding a single Data Link Connection Identifier.

The ifIndex Value of the ifEntry this virtual circuit is layered onto.

The Data Link Connection Identifier for this virtual circuit.

Indicates whether the particular virtual cir- cuit is operational. In the absence of a Data Link Connection Management Interface, virtual circuit entries (rows) may be created by set- ting virtual circuit state to active, or delet- ed by changing Circuit state to deleted. Whether or not the row actually disappears is let to the implementation, so this object may actually read as 'invalid' for some arbitrary length of time. It is also legal to set the state of a virtual circuit to inactive to tem- porarily disable a given circuit. Enumeration: 'active': 2, 'inactive': 3, 'invalid': 1.

Number of frames received from the network in- dicating forward congestion since the virtual circuit was created.

Number of frames received from the network in- dicating backward congestion since the virtual circuit was created.

The number of frames sent from this virtual circuit since it was created.

The number of octets sent from this virtual circuit since it was created.

Number of frames received over this virtual circuit since it was created.

Number of octets received over this virtual circuit since it was created.

The time when this virtual circuit was created, whether by the Data Link Connection Management Interface or by a SetRequest. The time value is relative to other times on this interface only.

The time when last there was a change in the virtual circuit state. The time value is relative to other times on this interface only.

This variable indicates the maximum amount of data, in bits, that the network agrees to transfer under normal conditions, during the measurement interval.

This variable indicates the maximum amount of uncommitted data bits that the network will at- tempt to deliver over the measurement interval. By default, if not configured when creating the entry, the Excess Information Burst Size is set to the value of ifSpeed.

Throughput is the average number of 'Frame Re- lay Information Field' bits transferred per second across a user network interface in one direction, measured over the measurement inter- val. If the configured committed burst rate and throughput are both non-zero, the measurement interval T=ibmfrCircuitCommittedBurst/ibmfrCircuitThroughput. If the configured committed burst rate and throughput are both zero, the measurement in- terval T=ibmfrCircuitExcessBurst/ifSpeed.

A table containing information about Errors on the Frame Relay interface.

The error information for a single frame relay interface.

The ifIndex Value of the corresponding ifEn- try.

The type of error that was last seen on this interface. Enumeration: 'dlcmiUnknownRpt': 9, 'unknownDLCI': 5, 'dlcmiSequenceErr': 8, 'dlcmiUnknownIE': 7, 'illegalDLCI': 4, 'receiveLong': 3, 'receiveShort': 2, 'dlcmiProtoErr': 6, 'unknownError': 1.

An octet string containing as much of the er- ror packet as possible. As a minimum, it must contain the Q.922 Address or as much as was delivered. It is desirable to include all in- formation up to the PDU.

The time at which the error was detected. The time value is relative to other times on this interface only.

The token ring segment number used in all frames passed to or from the IBM 6611 Data Link Switching function.

The type of SNA filtering applied using the ibmdlsLocalFrameFilterTable and ibmdlsRemoteFrameFilterTable. If this field = permit(2), then all filters defined for SNA use the action of permitting frames to be forwarded if they meet the criteria given by the source and destination address values. If this field = deny(1), then all filters defined for SNA use the action of denying frames to be forwarded if they meet the criteria given by the source and destination address values. Enumeration: 'deny': 1, 'permit': 2.

The type of NetBIOS filtering applied using the ibmdlsLocalNameFilterTable and ibmdlsRemoteNameFilterTable. If this field = permit(2), then all filters defined for NetBIOS use the action of permitting frames to be forwarded if they meet the criteria given by the source and destination address values. If this field = deny(1), then all filters defined for NetBIOS use the action of denying frames to be forwarded if they meet the criteria given by the source and destination address values. Enumeration: 'deny': 1, 'permit': 2.

A table of information regarding all routers participating in Data Link Switching.

Information for a single participating router.

The IP address of the router participating in Data Link Switching.

The current state of the remote connection Enumeration: 'notActive': 1, 'active': 2.

The origin of this entry. user(1) indicates that this router is defined via the Configuration Program. system(2) indicates that this router was defined automatically as a result of a connection request from another router. Enumeration: 'user': 1, 'system': 2.

Number of frames received from the partner router.

Number of frames sent to the partner router.

The SNA local frame filter table. This table contains information regarding the filtering of SNA frames received from local LAN segments.

Filter information for a MAC address source-destination pair.

A unique identifier for this filter.

The source MAC address that this filter is applied to.

A mask indicating the bits of the source address considered significant when using the filter. For every bit equal to one in the mask, the same bit in the source address is considered significant.

The destination MAC address that this filter is applied to.

A mask indicating the bits of the destination address considered significant when using the filter. For every bit equal to one in the mask, the same bit in the destination address is considered significant.

The SNA remote frame filter table. This table contains information regarding the filtering of SNA frames received from other participating DLS routers.

Filter information for a MAC address source-destination pair.

A unique identifier for this filter.

The source MAC address that this filter is applied to.

A mask indicating the bits of the source address considered significant when using the filter. For every bit equal to one in the mask, the same bit in the source address is considered significant.

The destination MAC address that this filter is applied to.

A mask indicating the bits of the destination address considered significant when using the filter. For every bit equal to one in the mask, the same bit in the destination address is considered significant.

The NetBIOS local name filter table. This table contains information regarding the filtering of NetBIOS frames received from local LAN segments.

Filter information for a NetBIOS source-destination name pair.

A unique identifier for this filter.

The source NetBIOS name that this filter is applied to.

The destination NetBIOS name that this filter is applied to.

The NetBIOS name filter table. This table contains information regarding the filtering of NetBIOS frames received from other participating DLS routers.

Filter information for a NetBIOS source-destination name pair.

A unique identifier for this filter.

The source NetBIOS name that this filter is applied to.

The destination NetBIOS name that this filter is applied to.

Table of default routers for MAC addresses.

Mapping of a MAC address to a default router.

The destination address that this table entry applies to.

The default router used for reaching the destination address in ibmdlsDefaultDestAddress.

Table of default routers for NetBIOS names.

Mapping of a NetBIOS name to a default router.

The destination NetBIOS name that this table entry applies to.

The default router used for reaching the destination name in ibmdlsDefaultNBDestName.

Table of configuration information on SNA stations attached to this router.

Information on a single SNA station attached to this router.

The value of IfIndex for the port to which this station is attached.

The SDLC address of this station.

The number of SDLC information frames to send to this station before turning the line around to get a response.

The number of contiguous information frame bursts that will be transmitted to this station before declaring a permanent transmission error.

The number of information frame transmissions allowed as a percentage of total information frame transmissions. The specified rate is the maximum rate of retransmissions allowed above which an error log entry will be make.

The number of seconds that the IBM 6611 will wait after requesting a disconnect from the link (DISC) before forcing a disconnect.

The value in bytes of the maximum I-field size (a multiple of 256 plus 9).

The length of time (in tenths of seconds) that the primary station will wait for a response from the secondary station.

The number of times that the primary station will poll the secondary station unsuccessfully before marking the station as not working.

The number of repolls as a percentage of the total polls sent to the secondary station. The specified percentage equals the maximum rate of repolls allowed, above which the IBM 6611 declares that a temporary error has occurred and logs an entry in the system error log.

The number of seconds that the primary station will wait between polls to stations on the slow list.

The token ring physical address used for this station.

The token ring physical address to which this station should be connected. If this information is not available the IBM 6611 Network Processor will return a length of zero for this object.

Table of information on DLS circuits active on this router.

Information on a DLS circuit.

The value of IfIndex for the interface supporting this circuit.

The MAC address of the source of this circuit.

The SAP identifier of the source of this circuit.

The MAC address of the destination of this circuit.

The SAP identifier of the destination of this circuit.

The IP address of the partner router used by this circuit.

The state of the local link station used by this circuit. Enumeration: 'closing': 3, 'inactive': 4, 'opened': 2, 'opening': 1.

The sub-state of the local link station used by this circuit. Enumeration: 'remoteBusy': 5, 'localBusy': 4, 'contacted': 3, 'listening': 2, 'calling': 1.

The routing information field used by the local link portion of this circuit. The routing information field consists of a 2-byte routing control field and up to eight 2-byte route designators.

The number of test commands sent by the local link station used by this circuit.

The number of test commands failed by the local link station used by this circuit.

The number of test commands received by the local link station used by this circuit.

The number of sequenced data packets sent by the local link station used by this circuit.

The number of sequenced data packets resent by the local link station used by this circuit.

The maximum number of contiguous resendings by the local link station used by this circuit.

The number of sequenced data packets received by the local link station used by this circuit.

The number of invalid packets received by the local link station used by this circuit.

The number of data-detected receive errors by the local link station used by this circuit.

The number of data-detected transmit errors by the local link station used by this circuit.

The number of inactivity timeouts received by the local link station used by this circuit.

The number of command polls sent by the local link station used by this circuit.

The number of command repolls sent by the local link station used by this circuit.

The number of continuous repolls sent by the local link station used by this circuit.

The address (ibmdlsCirSrcAddress or ibmdlsCirDestAddress) that is local on this circuit. Enumeration: 'destinationIsLocal': 2, 'sourceIsLocal': 1.

The state of the DLSw circuit connection based upon the progression of events as a logical link station and its associated DLSw connection is brought up or down. Enumeration: 'discontactPending': 4, 'contactPending': 2, 'connected': 5, 'contacted': 3, 'discontacted': 1.

A table containing PPP-link specific control variables for this managed object. An entry in this table is uniquely identified by the ibmpppLinkControlIndex value comprised by said entry.

Management control information about a particular PPP Link.

A unique value for each PPP link. Its value ranges between 1 and the value of ifNumber. The interface identified by a particular value of this index is that identified by the same value of an ifIndex object instance. The value for each link must remain constant at least from one re-initialization of the entity's network management system to the next re-initialization.

Number of bits used in the CRC on this link. See section 3.1, 'Frame Check Sequence (FCS) Field' on page 5 of RFC 1171. Setting this object to a new value will have effect when this link is next restarted. Enumeration: 'ppp-crc-32': 32, 'ppp-crc-16': 16.

The value used for the Restart Timer. It is in units of hundredths of a second. See section 4.3, 'Timers and Counters' on page 20 of RFC 1171.

The Max-Restarts parameter described in section 4.3, 'Timers and Counters' on page 20 of RFC 1171.

The MRU (Maximum Receive Unit) of this node on the link. See section 2.1, page 2, 'Maximum Receive Unit' of RFC 1172. Changing this object will have effect when the link is next restarted.

What this node believes is the MRU for the node on the other end of the link. See section 2.1, page 2, 'Maximum Receive Unit' of RFC 1172. Changing this object will immediately cause the local node to use the new MRU when transmitting packets. If this number is increased, then the sender MAY elect to use the new MRU. If the MRU is decreased then the sender MUST use the new MRU.

The (ACC) Asynchronous-Control-Character-Map for this node. This is the ACC Map that the node on the other end of the link will use when building a packet to send to this node. See section 2.2, page 3, 'Async-Control- Character-Map' of RFC 1172. The IBM 6611 Network Processor always provides a value of zero for this object.

The (ACC) Asynchronous-Control-Character-Map that this node uses when building a packet to send to the node on the other end of the link. See section 2.2, page 3, 'Async-Control-Character-Map' of RFC 1172. The IBM 6611 Network Processor always provides a value of zero for this object.

The number of times that this node will do a Magic Number Configuration before deciding that the link is looped back. 0 indicates that the node does not do Magic Number Configuration. -1 indicates that it tries forever. Changing this object takes effect the next time that the link is restarted.

See section 4.14 on page 13 of RFC 1171. Reading from this variable will return no-op(1). The IBM 6611 Network Processor always provides a value of no-op(1) for this object. Enumeration: 'close': 2, 'no-op': 1.

A table containing PPP-link status specific information for this managed object. An entry in this table is uniquely identified by the ibmpppLinkStatusIndex value comprised by said entry.

Status information about a particular PPP Link.

A unique value for each PPP link. Its value ranges between 1 and the value of ifNumber. The interface identified by a particular value of this index is that identified by the same value of an ifIndex object instance. The value for each link must remain constant at least from one re-initialization of the entity's network management system to the next re-initialization.

The version of LCP that is being run over this link (per RFC 1171). This value currently must be 1.

The current state of the link automaton. See section 4.1.3. 'State Transition Table' on page 13 of RFC 1171. Enumeration: 'closed': 1, 'ackrecvd': 4, 'acksent': 5, 'closing': 7, 'listen': 2, 'open': 6, 'reqsent': 3.

The immediately previous state of the link automaton. See section 4.1.3. 'State Transition Table' on page 13 of RFC 1171. Enumeration: 'closed': 1, 'ackrecvd': 4, 'acksent': 5, 'closing': 7, 'listen': 2, 'open': 6, 'reqsent': 3.

The value of sysUpTime when the state of the link automaton last changed.

This node's Magic Number. See section 2.4, page 7, 'Magic Number' of RFC 1172.

This is the maximum interval at which this node will transmit Link-Quality-Report Packets. See section 2.5, on page 10 of RFC 1172. This object is in units of microseconds.

This is the maximum interval at which this node expects that the other node will transmit Link-Quality-Report Packets. See section 2.5, on page 10 of RFC 1172. This object is in units of microseconds.

Indicates the Protocol compression that has been configured on the link. Receive-only(1) indicates that this node can receive compressed packets but won't send them. Send-only(2) indicates that this node will send compressed packets but can not receive them. Receive-and-send(3) indicates that the node will send and can receive compressed packets. None(4) indicates that this node will neither send nor receive compressed packets. See section 2.6, on page 11 of RFC 1172. The IBM 6611 Network Processor always provides a value of none(4) for this object. Enumeration: 'send-only': 2, 'receive-only': 1, 'none': 4, 'receive-and-send': 3.

Indicates the Address/Control Field compression that has been configured on the link. Receive-only(1) indicates that this node can receive compressed packets but won't send them. Send-only(2) indicates that this node will send compressed packets but can not receive them. Receive-and- send(3) indicates that the node will send and can receive compressed packets. None(4) indicates that this node will neither send nor receive compressed packets. See section 2.7, on page 13 of RFC 1172. The IBM 6611 Network Processor always provides a value of none(4) for this object. Enumeration: 'send-only': 2, 'receive-only': 1, 'none': 4, 'receive-and-send': 3.

The current value of the Measurements-Valid state variable used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current quality of the link as declared by the nodes Link-Quality Management modules. No effort is made to define good or bad, nor the policy used to determine it. Enumeration: 'bad': 2, 'good': 1.

A reference to MIB definitions specific to the particular physical interface type (e.g. T1) being used by the PPP Link. If the agent is unable to obtain this information, the value of this object will be set to the OBJECT IDENTIFIER { 0 0 }, which is a syntatically valid object identifier, and any conformant implementation of ASN.1 and BER must be able to generate and recognize this value.

A table containing PPP-link specific statistical information for this managed object. An entry in this table is uniquely identified by the ibmpppLinkErrorsIndex value comprised by said entry.

Error information about a particular PPP Link.

A unique value for each PPP link. Its value ranges between 1 and the value of ifNumber. The interface identified by a particular value of this index is that identified by the same value of an ifIndex object instance. The value for each link must remain constant at least from one re-initialization of the entity's network management system to the next re-initialization.

The number of packets received with an incorrect Address Field. See section 3.1, Page 5, 'Address Field' of RFC 1171.

The most recent incorrect address received on this link.

The number of packets received on this link with an incorrect Control Field. See Section 3.1, Page 5, 'Flag Sequence' of RFC 1171.

The most recent incorrect Control Field received on this link.

The most recently received unknown Protocol. An unknown Protocol is one which has a well-formed Protocol number, but which the PPP implementation does not know how to handle.

The number of times that a packet has been received with an invalid Protocol specified in the Protocol Field. An invalid Protocol is one which does not conform to the requirements of section 3.1, page 5 of RFC 1171.

The most recently received invalid Protocol.

The number of received packets that have been discarded because their length exceeded the MRU.

The number of received packets that have been discarded due to having an incorrect CRC.

The number of Configure Request packets that have timed out.

The number of Terminate Request packets that have timed out.

A table containing PPP-link specific statistical information for this managed object. An entry in this table is uniquely identified by the ibmpppLinkQualityIndex value comprised by said entry.

Link Quality Management information about a particular PPP Link.

A unique value for each PPP link. Its value ranges between 1 and the value of ifNumber. The interface identified by a particular value of this index is that identified by the same value of an ifIndex object instance. The value for each link must remain constant at least from one re-initialization of the entity's network management system to the next re-initialization.

The current value of In-Tx-LQRs used in Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the In-Tx-Packets counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the Last-Out-Tx-Packets-Ctr counter used bu Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the In-Tx-Octets counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the Last-Out-Tx-Octets-Counter counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the In-Rx-Packets counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the Last-In-Rx-Packets-Ctr counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the In-Rx-Octets counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

The current value of the Last-In-Rx-Octets-Ctr counter used for Link-Quality Management. See section 3.5, page 19, of RFC 1172.

A table containing specific information for the running of the IP over PPP in this managed object. An entry in this table is uniquely identified by the ibmpppIPLinkNumber value comprised by said entry.

All information pertinant to running the IP over a single PPP link.

The value of ibmpppLinkIndex for the link over which this instance of the IP is being run.

The number of Protocol Reject Messages received when attempting to send an IP packet over the link identified by ibmpppIPLinkNumber.

The number of IP packets received on the link identified by ibmpppIPLinkNumber.

The number of octets received in IP packets received on the link identified by ibmpppIPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

The number of IP packets sent on the link identified by ibmpppIPLinkNumber.

The number of octets all in IP Packets sent on the link identified by ibmpppIPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

A table containing specific information for the running of the IPCP over PPP in this managed object. An entry in this table is uniquely identified by the ibmpppIPCPLinkNumber value comprised by said entry.

All information pertinant to running the IPCP over a single PPP link.

The value of ibmpppLinkIndex for the link over which this instance of the IPCP is being run.

The number of Protocol Reject Messages received when attempting to send an IPCP Packet over the link identified by ibmpppIPCPLinkNumber.

The number of IPCP packets received on the link identified by ibmpppIPCPLinkNumber.

The number of octets received in IPCP packets received on the link identified by ibmpppIPCPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

The number of IPCP packets sent on the link identified by ibmpppIPLinkNumber.

The number of octets all in IPCP packets sent on the link identified by ibmpppIPCPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

The compression type used on this link as defined in section 5.2 of RFC 1172. The numerical values that this object can be are the same as the numerical values that are included in the IPCP compression option configuration packets. The IBM 6611 Network Processor always provides a value of none(1) for this object. Enumeration: 'none': 1, 'van-jacobson-compressed-tcp': 2.

A table containing specific information for the running of LCP over PPP in this managed object. An entry in this table is uniquely identified by the ibmpppLCPLinkNumber value comprised by said entry.

All information pertinant to running LCP over a single PPP link.

The value of ibmpppLinkIndex for the link over which this instance of LCP is being run.

The number of Protocol Reject Messages received when attempting to send an LCP packet over the link identified by ibmpppLCPLinkNumber. This really ought not to happen.

The number of LCP packets received on the link identified by ibmpppLCPLinkNumber.

The number of octets received in LCP packets received on the link identified by ibmpppLCPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

The number of LCP packets sent on the link identified by ibmpppLCPLinkNumber.

The number of octets all in LCP packets sent on the link identified by ibmpppLCPLinkNumber. Only octets in the PPP Information Field are counted. Octets inserted for transparency are not counted. Padding octets are not counted.

Number of Configuration Request packets sent on this link.

Number of Configuration Request packets received on this link.

Number of Configuration Acknowledge packets sent on this link.

Number of Configuration Acknowledge packets received on this link.

Number of Configuration NAK packets sent on this link.

Number of Configuration NAK packets received on this link.

Number of Configuration Reject packets sent on this link.

Number of Configuration Reject packets received on this link.

Number of Terminate Request packets sent on this link.

Number of Terminate Request packets received on this link.

Number of Terminate Acknowledge packets sent on this link.

Number of Terminate Acknowledge packets received on this link.

Number of Code Reject packets sent on this link.

Number of Code Reject packets received on this link.

Number of Echo Request packets sent on this link.

Number of Echo Request packets received on this link.

Number of Echo Reply packets sent on this link.

Number of Echo Reply packets received on this link.

Number of Discard Request packets sent on this link.

Number of Discard Request packets received on this link.

Indicates if this node is acting as an XNS router. Enumeration: 'forwarding': 1, 'not-forwarding': 2.

The table of XNS configuration information gathered on a per-interface basis.

XNS configuration information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

The status of the XNS protocol stack on this interface. Enumeration: 'active': 1, 'inactive': 2.

Indicates the type of checksumming being done by IDP. Enumeration: 'header': 2, 'off': 1, 'packet': 3.

Indicates if this port is originating error protocol packets. Enumeration: 'active': 1, 'suppressed': 2.

Indicates if this port will use the hardware to loopback locally addressed packets or return the packet to the system via a software loopback. Enumeration: 'hardware-loopback-active': 2, 'software-loopback-active': 1.

Total number of IDP datagrams received.

Number of IDP broadcast datagrams received.

Number of IDP multicast datagrams received.

Number of incoming IDP datagrams discarded due to lack of resources.

Number of IDP datagrams generated by local IDP user protocols. This counter does not include any datagrams counted in ibmxnsidpForwDatagrams.

Number of IDP broadcast datagrams generated by local IDP user protocols. This counter does not include any datagrams counted in ibmxnsidpForwDatagrams.

Number of IDP multicast datagrams generated by local IDP user protocols. This counter does not include any datagrams counted in ibmxnsidpForwDatagrams.

Number of IDP datagrams for which an attempt was made to forward.

Total number of outgoing IDP datagrams discarded.

Number of outgoing IDP datagrams discarded because no route was available to the specified destination.

Number of routing entries discarded even though they were valid.

Number of IDP datagrams forwarded to the system due to zeronet broadcast.

Number of IDP datagrams with len < the size of an IDP header.

Number of IDP datagrams with number of bytes in the packet less than the number of bytes specified in the IDP header field.

Number of IDP datagrams with a bad checksum

Number of IDP datagrams with TTL value > IDP maximum hopcount of 16.

Number of Error packets generated because an IDP datagram was dropped for unspecified reasons.

Number of Error packets generated because an IDP datagram was dropped due a bad checksum.

Number of Error packets generated because an IDP datagram was dropped due to an unreachable host.

Number of Error packets generated because an IDP datagram was dropped because its time-to-live counter had expired.

Number of Error packets generated because an IDP datagram was dropped because it was too large to be forwarded through this node.

Number of Error packets generated because an IDP datagram was dropped due to lack of resources.

Number of Error packets generated for congestion warnings.

Number of Error packets generated for congestion discards.

Number of error packets that would have been generated, except that the faulted datagram had one of the following conditions: - was sent as link layer broadcast - NS destination was broadcast - NS source was 0, loopback, or broadcast

Total number of error packets generated.

The XNS Address Table.

An entry in the XNS address table.

The XNS address to which this entry's addressing information pertains.

The interface index which identifies the interface to which this entry is applicable.

The XNS Route Table.

An entry in the XNS route table.

The desination network of this route.

The index value which identifies the local interface through which the next hop of this route should be reached.

The XNS network address of the next hop of this route.

The hop count to the destination.

Reference counter for this route.

The XNS Filter Table.

An entry in the XNS filter table.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

A unique integer identifying this filter entry for this interface.

An octet string representing the IDP header information required by this filter entry. Incoming IDP packets will be bitwise ANDed with the value of ibmxnsFilterMask, and if the result is equal to the value of this object, the packet will be filtered according to the value of ibmxnsFilterType. The structure of an IDP header is as follows: BIT16 checksum BIT16 length BIT8 transport control (ie. hop count) BIT8 packet type BIT32 destination network address BIT48 destination host address BIT16 destination socket BIT32 source network address BIT48 source host address BIT16 source socket

An octet string indicating the parts of the IDP header relevant to this filter entry. This mask will be bitwise ANDed with the IDP packet; if the result is equal to the value of ibmxnsFilterValue, the packet will be filtered according to the value of ibmxnsFilterType.

Determines whether this filter is a deny entry or a permit entry. Enumeration: 'deny': 1, 'permit': 2.

Indicates the relational association desired if filtering is being done based on hop count. If filtering is not being done based on hop count (that is, if the hop count portion of ibmxnsFilterMask is 0) the value of this object will be none(1). Enumeration: 'none': 1, 'less-than': 2, 'greater-than-equal': 5, 'equal': 4, 'greater-than': 6, 'less-than-equal': 3.

Usage count for this filter entry.

Indicates if this node is acting as an IPX router. Enumeration: 'forwarding': 1, 'not-forwarding': 2.

The table of IPX configuration information gathered on a per-interface basis.

IPX configuration information for a single interface.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

The status of the IPX protocol stack on this interface. Enumeration: 'active': 1, 'inactive': 2.

Indicates the type of checksumming being done by IDP. Enumeration: 'header': 2, 'off': 1, 'packet': 3.

Indicates if this port will use the hardware to loopback locally addressed packets or return the packet to the system via a software loopback. Enumeration: 'hardware-loopback-active': 2, 'software-loopback-active': 1.

Total number of IDP datagrams received.

Number of IDP broadcast datagrams received.

Number of incoming IDP datagrams discarded due to lack of resources.

Number of incoming IDP datagrams discarded because the network portion of the address did not match the configured address for this host.

Number of IDP datagrams generated by local IDP user protocols. This counter does not include any datagrams counted in ibmipxidpForwDatagrams.

Number of IDP broadcast datagrams generated by local IDP user protocols. This counter does not include any datagrams counted in ibmipxidpForwDatagrams.

Number of IDP datagrams for which an attempt was made to forward.

Total number of outgoing IDP datagrams discarded.

Number of outgoing IDP datagrams discarded because no route was available to the specified destination.

Number of routing entries discarded even though they were valid.

Number of IDP datagrams forwarded to the system due to zeronet broadcast.

Number of IDP datagrams with len < the size of an IDP header.

Number of IDP datagrams with number of bytes in the packet less than the number of bytes specified in the IDP header field.

Number of IDP datagrams with a bad checksum

Number of IDP datagrams with TTL value > IDP maximum hopcount of 16.

The IPX Address Table.

An entry in the IPX address table.

The IPX address to which this entry's addressing information pertains.

The interface index which identifies the interface to which this entry is applicable.

The IPX Route Table.

An entry in the IPX route table.

The desination network of this route.

The index value which identifies the local interface through which the next hop of this route should be reached.

The IPX network address of the next hop of this route.

The hop count to the destination.

Reference counter for this route.

The IPX Filter Table.

An entry in the IPX filter table.

The value of this object identifies the interface for which this entry contains management information. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

A unique integer identifying this filter entry for this interface.

An octet string representing the IDP header information required by this filter entry. Incoming IDP packets will be bitwise ANDed with the value of ibmipxFilterMask, and if the result is equal to the value of this object, the packet will be filtered according to the value of ibmipxFilterType. The structure of an IDP header is as follows: BIT16 checksum BIT16 length BIT8 transport control (ie. hop count) BIT8 packet type BIT32 destination network address BIT48 destination host address BIT16 destination socket BIT32 source network address BIT48 source host address BIT16 source socket

An octet string indicating the parts of the IDP header relevant to this filter entry. This mask will be bitwise ANDed with the IDP packet; if the result is equal to the value of ibmipxFilterValue, the packet will be filtered according to the value of ibmipxFilterType.

Determines whether this filter is a deny entry or a permit entry. Enumeration: 'deny': 1, 'permit': 2.

Indicates the relational association desired if filtering is being done based on hop count. If filtering is not being done based on hop count (that is, if the hop count portion of ibmipxFilterMask is 0) the value of this object will be none(1). Enumeration: 'none': 1, 'less-than': 2, 'greater-than-equal': 5, 'equal': 4, 'greater-than': 6, 'less-than-equal': 3.

Usage count for this filter entry.

Number of SAP requests received by this entity.

Number of SAP requests sent by this entity.

Number of SAP responses received by this entity.

Number of SAP responses sent by this entity.

Number of incoming SAP packets discarded due to errors.

Number of outgoing SAP packets discarded due to lack of resources.

Table of IPX servers.

Information on a single server.

The type of this server.

The IPX network number of this server.

The IPX host address of this server.

The IPX socket number this server uses to advertise its service.

The name of this server.

The number of seconds since this server entry was updated by the SAP protocol.

The number of network hops required to reach this server.

The interface which is used to reach this server. The value of this object for a particular interface has the same value as the ifIndex object for the same interface.

A unique number identifying servers advertised at the same IPX network and host address.

Number of times a request for this server has been filtered.

Administratively-assigned network name for this node in the format NETID.CPNAME.

Administratively-assigned APPN network identification, which can be from one to eight characters. This ID is used with the control point name to create a fully-qualified control point name.

The block number is the first three digits of the node_id. These 3 hexadecimal digits identify the product and are not configurable.

The ID number is the last 5 digits of the node_id. These 5 hexadecimal digits are administratively defined and combined with the 3 digit block number form the node_id. This node_id is used to identify the local node and is include in APPN alerts as well as being included in XIDs. A unique value is required for connections to SNA sub-area.

Type of APPN node, either network, len, or end node. Enumeration: 'endNode': 2, 'networkNode': 1, 'len': 4.

Time (in hundredths of a second) since this APPN node was initialized.

Indicates whether this node supports negotiable link stations. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports segment reassembly. This is only supported when segment generation is also supported. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports Bind segment reassembly. This will only be supported when Bind segment generation is also supported. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports parallel TGs. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node allows call-in from nodes not defined locally. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports adaptive bind pacing. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports receiving registered characteristics. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this is a gateway node. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports central directory cache. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports route tree cache. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports incremental_tree_update, which is only supported when tree caching is supported. Enumeration: 'yes': 1, 'no': 2.

Route addition resistance is a value that indicates the relative desirability of using this node for intermediate session traffic. The value, which can be any integer 0-255, is used in route computation. The lower the value, the more desirable the node is for intermediate routing.

Indicates whether the node supports intermediate session routing. Enumeration: 'yes': 1, 'no': 2.

Flow reduction sequence numbers (FRSNs) are associated with Topology Database Updates (TDUs) and are unique only within each APPN network node. A TDU can be associated with multiple APPN resources. This object is the last FRSN sent in a topology update to adjacent network nodes.

Indicates whether this end node supports segment generation. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this end node supports mode name to COS name mapping. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this end node supports Locate Cdinit. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the node will register its LUs with the adjacent serving network node: NO - do not register names YES - register names Enumeration: 'yes': 1, 'no': 2.

Indicates whether this node supports send register characteristics, which is only supported when send registered names is also supported. Enumeration: 'yes': 1, 'no': 2.

The Port table describes the configuration and current status of the ports used by APPN. The type of DLC is included in this table as a pointer to the DLC port specific tables.

The Port Name is used as the index to this table.

Administratively-assigned name for this APPN port. The name can be from one to eight characters.

Indicates the current state of this port. Enumeration: 'active': 3, 'inactive': 1, 'pendinact': 4, 'pendactive': 2.

The type of DLC interface, distinguished according to the protocol immediately 'below' this layer. Enumeration: 'tokenRing': 6, 'socket': 4, 'dls': 3, 'other': 1, 'sdlc': 2, 'ethernet': 5.

Identifies the type of line used by this port. Enumeration: 'sharedAccessFacilities': 3, 'leased': 1, 'switched': 2.

Indicates whether Set Initialization Mode (SIM) and Receive Initialization Mode (RIM) are supported. Enumeration: 'yes': 1, 'no': 2.

Initial role for LSs activated through this port, where 'abm' indicates asynchronous balance mode. Enumeration: 'abm': 4, 'primary': 1, 'negotiable': 3, 'secondary': 2.

Maximum Basic Transmission Size (BTU) that a link station on this port can receive.

Maximum number of I-frames that can be received by the XID sender before an acknowledgement is received.

The total number of successfull XIDs that have occurred on all defined link stations on this port since the last time this port was started.

The total number of unsuccessfull XIDs that have occurred on all defined link stations on this port since the last time this port was started.

The total number of successfull XIDs that have occurred on all dynamic link stations on this port since the last time this port was started.

The total number of unsuccessfull XIDs that have occurred on all dynamic link stations on this port since the last time this port was started.

Identifies the port specific OBJECT IDENTIFIER that can provide additional information.

Port table (TCP/IP specific).

The IP Name is used as the index to this table.

Administratively-assigned name for this APPN port. The name can be from one to eight characters.

Local TCP/IP port number.

Port table (DLS specific).

The DLS Name is used as the index to this table.

Administratively-assigned name for this APPN DLS port. The name can be from one to eight characters.

Local DLS MAC address.

Local DLS Sap address.

Port table (Token Ring specific).

The TR Name is used as the index to this table.

Administratively-assigned name for this APPN port. The name can be from one to eight characters.

Local Token Ring MAC address.

Local Token Ring Sap address.

Port table generic DLC trace table.

The Port name and a dynamic integer are the index to this table.

The Port name associated with this this trace table entry.

This index value is updated every time a new trace entry is created which provides a means to retrieve only the updated entries and also provides a simple method of correlating the entries. The table will wrap when the table is full, which will result in previous entries being written over. The mangement station can over come this by retrieving the table using this index to retrieve only the new table entries.

The type of DLC interface, distinguished according to the protocol immediately 'below' this layer. Enumeration: 'tokenRing': 6, 'socket': 4, 'dls': 3, 'other': 1, 'sdlc': 2, 'ethernet': 5.

Local address in format described below: other = free form DisplayString ip = ld.ld.ld.ld/2d tr = lx:lx:lx:lx:lx:lx.lx dlsw = lx:lx:lx:lx:lx:lx.lx ethernet = lx:lx:lx:lx:lx:lx.lx

Remote Address in the format described below: other = free form DisplayString ip = ld.ld.ld.ld/2d tr = lx:lx:lx:lx:lx:lx.lx dlsw = lx:lx:lx:lx:lx:lx.lx ethernet = lx:lx:lx:lx:lx:lx.lx

Indicates the type of trace record entry Enumeration: 'confirm': 4, 'unknown': 2, 'request': 3, 'other': 1, 'indication': 5, 'response': 6.

Indicates the command type of the trace entry. Enumeration: 'iamOkay': 29, 'haltLsNow': 25, 'trRestartLs': 6016, 'trMibLsFrame': 6028, 'ipRespAck': 2005, 'ipContedFrame': 2009, 'ipNetBioSnr': 2019, 'contedFrame': 9, 'respFrame': 2, 'ipExitBusy': 2013, 'xidFrame': 7, 'ipLsRestarted': 2017, 'ipHaltLsNow': 2025, 'trLsHalted': 6015, 'haltFrame': 14, 'trXidFrame': 6007, 'ipIamOkay': 2029, 'trTestRsp': 6024, 'trCurFrame': 6003, 'trHaltFrame': 6014, 'trContedFrame': 6009, 'dlsTestReq': 4122, 'ipRespFrame': 2002, 'restartLs': 16, 'trLsRestarted': 6017, 'trNetdFrame': 6021, 'ipCurFrame': 2003, 'ipTestRsp': 2024, 'trGnetFrame': 6020, 'lsRestarted': 17, 'ipLsHalted': 2015, 'trContFrame': 6008, 'trExitBusy': 6013, 'trNetBioAnq': 6026, 'trNetBioSnr': 6019, 'trNetBioSnq': 6018, 'trNetBioAnr': 6027, 'icrFrame': 4, 'trRespFrame': 6002, 'lsHalted': 15, 'trIFrame': 6010, 'contFrame': 8, 'ipEnterBusy': 2012, 'testRsp': 24, 'ipOobFrame': 2022, 'ipIFrame': 2010, 'mibLsFrame': 28, 'ipIcrFrame': 2004, 'ipNetBioSnq': 2018, 'ipHaltFrame': 2014, 'alterSap': 23, 'ipContFrame': 2008, 'dlsTestRsp': 4123, 'trRespAck': 6005, 'dlsIpm': 4124, 'trEnterBusy': 6012, 'trIcrFrame': 6004, 'ipTestFrame': 2001, 'trDgrmFrame': 6006, 'enterBusy': 12, 'ipGnetFrame': 2020, 'respAck': 5, 'trTestFrame': 6001, 'gnetFrame': 20, 'netdFrame': 21, 'ipRestartLs': 2016, 'curFrame': 3, 'testFrame': 1, 'trAlterSap': 6023, 'trHaltLsNow': 6025, 'iFrame': 10, 'ipNetdFrame': 2021, 'ipNetBioAnq': 2026, 'oobFrame': 22, 'ipMibLsFrame': 2028, 'dgrmFrame': 6, 'trIamOkay': 6029, 'netBioSnr': 19, 'netBioSnq': 18, 'ipAlterSap': 2023, 'ipXidFrame': 2007, 'ipNetBioAnr': 2027, 'exitBusy': 13, 'netBioAnq': 26, 'netBioAnr': 27, 'ipDgrmFrame': 2006, 'trOobFrame': 6022.

Enumeration: 'useWan': 4, 'notApplicable': 2, 'other': 1, 'useLan': 5, 'useUnknown': 3.

This table contains detail information about the link station configuration and current status.

This table is indexed by the link station name.

Administratively-assigned name for the link station. The name can be from one to eight characters.

Administratively-assigned name for the port. The name can be from one to eight characters.

The type of DLC interface, distinguished according to the protocol immediately 'below' this layer. Enumeration: 'tokenRing': 6, 'socket': 4, 'dls': 3, 'other': 1, 'sdlc': 2, 'ethernet': 5.

Identifies whether this resource is a dynamic link station. Dynamic link stations are created when adjacent nodes that have not been locally defined establish a connection with this node. Enumeration: 'yes': 1, 'no': 2.

State of this link station. Enumeration: 'active': 3, 'inactive': 1, 'pendinact': 4, 'pendactive': 2.

Fully-qualified name of the adjacent node for this link station. The name can be from three to seventeen characters. Format is netid.cpname.

Number associated with the TG to this link station.

Indicates whether the link station is a limited resource. If it is, the TG is deactivated when there are no sessions. Enumeration: 'yes': 1, 'no': 2.

Indicates whether this link station will be used for connections to down-level or migration partners. Enumeration: 'yes': 1, 'no': 2.

The block number is the first three digits of the node_id. These 3 hexideimal digits identify the product and are not configurable.

The ID number is the last 5 digits of the node_id. These 5 hexadecimal digits are administratively defined and combined with the 3 digit block number form the node_id. This node_id is used to identify the local node and is include in APPN alerts as well as being included in XIDs. A unique value is required for connections to SNA sub-area.

Indicates whether CP-CP sessions are supported by this link station. Enumeration: 'yes': 1, 'no': 2.

Numeric value between 0 and 32767 inclusive indicating the desired pacing window size for BINDs on this TG. The number is significant only when fixed bind pacing is being performed.

Numeric value between 0 and 32767 inclusive indicating the desired number of bytes in a Basic Transmission Unit (BTU) that can be sent on this TG. This is an administratively assigned value.

The effective capacity is an integer value that indicates the kilo bits per second. It is derived from the link bandwidth and maximum load factor with the range of 0 thru 603,979,776. This is an administratively assigned value associated with the TG using this link station.

Cost per connect time: a value representing the relative cost per unit of time to use the TG. Range is from 0, which means no cost, to 255, which indicates maximum cost. This is an administratively assigned value associated with the TG using this link station.

Relative cost of transmitting a byte over this link. Range is from 0 (lowest cost) to 255. This is an administratively assigned value associated with the TG using this link station.

The security is represented as an integer with a range of 1 thru 255 with the most common values enumerated as defined above. This is an administratively assigned value associated with the TG using this link station. Enumeration: 'guardedRadiation': 192, 'guardedConduit': 128, 'encrypted': 160, 'undergroundCable': 64, 'publicSwitchedNetwork': 32, 'secureConduit': 96, 'nonsecure': 1.

Relative amount of time that it takes for a signal to travel the length of the logical link. This time is represented in micro seconds, with some of the more common values enumerated. This is an administratively assigned value associated with the TG using this link station. Enumeration: 'terrestrial': 9216, 'maximum': 2013265920, 'long': 294912, 'minimum': 1, 'negligible': 384, 'packet': 147456.

First user-defined TG characteristic for this TG with a range of 0-255. This is an administratively assigned value associated with the TG using this link station.

Second user-defined TG characteristic for this TG with a range of 0-255. This is an administratively assigned value associated with the TG using this link station.

Third user-defined TG characteristic for this TG with a range of 0-255. This is an administratively assigned value associated with the TG using this link station.

Number of XID bytes received.

Number of message (I-frame) bytes received.

Number of XID frames received.

Number of message (I-frame) frames received.

Number of XID bytes sent.

Number of message (I-frame) bytes sent.

Number of XID frames sent.

Number of message (I-frame) frames sent.

Number of responses returned from adjacent link station. A response should be returned for each test frame sent by this node. Test frames are sent to adjacent nodes periodically to verify connectivity and to measure that actual round trip time, that is the time the test frame is sent until the response is received.

The time that it took for the last test signal to be sent and returned from this link station to the adjacent links station. This time is represented in milliseconds.

The longest time it took for a test signal to be sent and returned from this link station to the adjacent links station. This time is represented in milliseconds .

The shortest time it took for a test signal to be sent and returned from this link station to the adjacent links station. This time is represented in milliseconds.

The time (since system up in hundredth of seconds) when the longest delay occurred. This time can be used to identify when this high water mark occurred in relation to the last initialization of the APPN node.

The total number of successful XIDs that have occurred on this link station since the time it was started.

The total number of unsuccessful XIDs that have occurred on this link station since the time it was started.

Identifies the DLC specific OBJECT IDENTIFIER that can provide additional information.

State of this link station. Enumeration: 'pendRcvConnInd': 12, 'sentConnRsp': 14, 'sentSetMode': 5, 'sentDestroyTg': 9, 'pendXidExch': 3, 'sentDeactAsOrd': 7, 'sentReqOpnstn': 2, 'sentActAs': 4, 'sentDiscOrd': 8, 'sentConnReq': 11, 'sentCreateTg': 10, 'inactive': 1, 'pendSendConnRsp': 13, 'active': 6, 'pendDeact': 15.

The time (in hundredth of seconds) this link station has been active the last time since the time APPN was initialized.

The time (in hundredth of seconds) this link station has been in the active state. A zero value indicates the link station has never been active.

The time (in hundredth of seconds) the link station is in the current state.

Link station table (TCP/IP specific).

The IP Name is used as the index to this table.

Administratively-assigned name for this link station. The name can be from one to eight characters.

State of this link station. Enumeration: 'active': 3, 'inactive': 1, 'pendinact': 4, 'pendactive': 2.

Local IP address.

Local TCP/IP port number. The default listening port will be administratively assigned and will dynamically change if this node initiates a session with adjacent node.

Remote IP address.

Remote TCP/IP port number.

Ls Table (DLS specific).

The DLS Name is used as the index to this table.

Administratively-assigned name for this link station. The name can be from one to eight characters.

State of this link station. Enumeration: 'active': 3, 'inactive': 1, 'pendinact': 4, 'pendactive': 2.

Local MAC address.

Local SAP address.

Remote MAC address.

Remote SAP address.

Ls Table (Token Ring specific).

The TR Name is used as the index to this table.

Administratively-assigned name for this link station. The name can be from one to eight characters.

State of this link station. Enumeration: 'active': 3, 'inactive': 1, 'pendinact': 4, 'pendactive': 2.

Local MAC address.

Local SAP address.

Remote MAC address.

Remote SAP address.

This table contains information related to exceptional and potential exceptional conditions that occur during the activation, XID exchange, and termination of the connection.

This table is indexed by the LsStatusIndex, which is an integer that is continuously updated until it eventually wraps. This provides the management station the ability to retrieve only the updates to the table by using the standard GET NEXT.

Table index. The value of the index begins at zero and is incremented up to a maximum value of 2**31-1 (2,147,483,647) before wrapping.

Time (in hundreds of a second) since this node was last initialized.

Administratively-assigned name for this link station.

Administratively-assigned fully-qualified name of the adjacent node partner. This will be provided when the adjacent node has been defined at this node or when the XID sequence has proceeded far enough to to identify the adjacent node. A blank CP name will indicate the name is unknown.

Adjacent Node id

Number associated with the TG to this link station with a range from 0 to 256. A value of 256 indicates the tg number has not been negotiated and is unknown at this time.

The error sense code associated with the start sequence of activation of a link up to the beginning of the XID sequence.

Indicates whether NOF will retry the start request to activate the link. Enumeration: 'noretry': 2, 'retry': 1.

The sense code associated with the termination of the link connection to adjacent node. This includes all sense information included in the disconnect recieved from the lower layer DLCs and also sense information indicating the link termination originated by upper layer APPN components.

The error sense code associated with the rejection of the XID.

The error sense code adjacent node returned to this node indicating the reason the XID was rejected.

This identifies the actual byte in the XID that caused the error. The value of zero (0) indicates that the variable has no meaning. Enumeration: 'na': 1000.

This identifies the actual bit within the error byte of the XID. This only has meaning when the byte in error is greater than zero. Enumeration: 'na': 8.

This identifies DLC type that was being used when error occurred. This also is used to the format of the local and remote address provided. other = free form DisplayString ip = ld.ld.ld.ld/2d tr = lx:lx:lx:lx:lx:lx.lx dlsw = lx:lx:lx:lx:lx:lx.lx ethernet = lx:lx:lx:lx:lx:lx.lx Enumeration: 'socket': 4, 'tr': 6, 'dls': 3, 'other': 1, 'sdlc': 2, 'ethernet': 5.

This contains a displayable string that identifies the DLC type and appropriate address. See DlcType above for details of the format.

This contains a displayable string that identifies the DLC type and appropriate address. See DlcType above for details of the format.

Total number of messages delivered to the APPN SNMP sub-agent.

Total number of GET requests delivered to the APPN SNMP sub-agent.

Total number of GETNEXT requests delivered to the APPN SNMP sub-agent.

Total number of SET requests delivered to the APPN SNMP sub-agent.

Total number of VARIABLES included in both GET and GETNEXT requests to the APPN SNMP sub-agent.

Total number of VARIBLES included in all GET requests to the APPN SNMP sub-agent.

Total number of VARIABLES included in all GETNEXT requests to the APPN SNMP sub-agent.

Total number of VARIBLES included in all SET requests to the APPN SNMP sub-agent.

Total number of VARIABLES that could not be found by the APPN SNMP sub-agent.

Total number of undefined errors that occurred processing SNMP request to the APPN SNMP sub-agent.

Size of the shared storage segment, as obtained by storage management from the underlying operating system.

Number of bytes in the segment that are currently allocated to process.

Allocation threshold beyond which storage management considers the storage resources to be constrained.

Allocation threshold beyond which storage management considers the storage resources to be critically constrained.

The current number of successfull XIDs that have occurred on all defined link stations since the last time this node was initialized.

The current number of unsuccessfull XIDs that have occurred on all defined link stations since the last time this node was initialized.

The current number of successfull XIDs that have occurred on all dynamic link stations since the last time this node was initialized.

The current number of unsuccessfull XIDs that have occurred on all dynamic link stations since the last time this node was initialized.

Maximum number of nodes allowed in the APPN topology database This administratively assigned value must be equal to or greater than the maximum total number of end nodes and network nodes. If the number of nodes exceeds this value, APPN will issue an Alert and the node can no longer participate as a network node.

Current number of nodes in this node's topology database. If this value exceeds the maximum number of nodes allowed (NnTopoMaxNodes), APPN alert CPDB002 is issued.

Total number of TDUs received from all adjacent NN since last initialization.

Total number of TDUs built by this node to be sent to all adjacent NN since last initialization.

Total number of topology node updates received by this node with a RSN less than the current RSN. Both even and odd RSN are included in this count. These TDUs are not errors, but result when TDUs are broadcast to all adjacent network nodes. No update to this node's topology database occurs, but this node will send a TDU with it's higher RSN to the adjacent node that sent this low RSN.

Total number of topology node updates received by this node with a RSN equal to the current RSN. Both even and odd RSN are included in this count. These TDUs are not errors, but result when TDUs are broadcast to all adjacent network nodes. No update to this node's topology database occurs.

Total number of topology node updates received by this node with a RSN greater than the current RSN. This results in updating this nodes topology and broadcasting a TDU to all adjacent network nodes. It is not required to send a TDU to the sender of this update because that node already has the update.

Total number of topology node updates received by this node with an odd RSN greater than the current RSN. These updates represent a topology inconsistency detected by one of the APPN network nodes. This results in updating this nodes topology and broadcasting a TDU to all adjacent network nodes.

Total number of topology Node records built as a result of internally detected node state changes that affect APPN topology and routing. Updates are sent via TDUs to all adjacent network nodes.

Total number of topology node records inconsistencies detected by this node. This occurs when this node attempts to update its topology database and detects a data inconsistency. This node will create a TDU with the current RSN incremented to the next odd number and broadcast it to all adjacent NNs.

Total number of topology node records built for this node's resource due to timer updates. Updates are sent via TDUs to all adjacent network nodes. These updates insure other network nodes do not delete this node's resources from their topology database.

Total number of topology node records purged from this node's topology database. This occurs when a node has not been updated in a specified amount of time. The owning node is responsible for broadcasting updates for its resource that it wants kept in the network topology.

Total number of topology TG updates received by this node with a RSN less than the current RSN. Both even and odd RSN are included in this count. These TDUs are not errors, but result when TDUs are broadcast to all adjacent network nodes. No update to this node's topology database occurs, but this node will send a TDU with it's higher RSN to the sender of the low RSN.

Total number of topology TG updates received by this node with a RSN equal to the current RSN. Both even and odd RSN are included in this count. These TDUs are not errors, but result when TDUs are broadcast to all adjacent network nodes. No update to this node's topology database occurs.

Total number of topology TG updates received by this node with a RSN greater than the current RSN. This results in updating this nodes topology and broadcasting the update to all adjacent network nodes.

Total number of topology TG updates received by this node with an odd RSN greater than the current RSN. These updates represent a topology inconsistency detected by one of the APPN network nodes. This results in updating this nodes topology and broadcasting a TDU to all adjacent network nodes.

Total number of topology TG records built as a result of internally detected node state changes that affect APPN topology and routing. Updates are sent via TDUs to all adjacent network nodes.

Total number of topology TG records inconsistencies detected by this node. This occurs when this node attempts to update its topology database and detects a data inconsistency. This node will create a TDU with the current RSN incremented to the next odd number and broadcast it to all adjacent NNs.

Total number of topology TG records built for this node's resource due to timer updates. Updates are sent via TDUs to all adjacent network nodes. These updates insure other network nodes do not delete this node's resources from their topology database.

Total number of topology TG records purged from this node's topology database. This occurs when a TG has not been updated in a specified amount of time. The owning node is responsible for broadcasting updates for its resource that it wants to keep in the network topology.

Number of routes calculated for all class of services since the last initialization.

Number of route requests for all class of services that could not be calculated since last initialization.

Table containing an entry for every Class of Service that it has calculated a route for.

The Class of Service name is the index for this table.

The Class of Service for the route.

Number of routes tree caches built for this Class of Service since the last initialization.

Number of routes calculated since last initialization.

Number of route requests that could not be calculated since last initialization.

Table containing an entry for every node. The information kept in this table is the last FRSN sent and received, the status of the CP-CP sessions, and a gauge that indicates the number of outstanding TDUs.

The adjacent node name is the index for this table.

An administratively-assigned fully-qualified name of this node's adjacent network node.

Indicates the state of CP-CP sessions between this node and adjacent network and end nodes. Incative indicates no CP-CP sessions exists between this node and the adjacent node. Active indicates CP-CP sessons are active using both the ConWinner and ConLoser sessions. The session initiated by this node is refered to as the ConWinner session and is used by this node to send to the adjacent node. The ConLoserr session is initiated by the adjacent node and is used by this node to receive from the adjacent node. Enumeration: 'active': 1, 'conWinnerActive': 3, 'conLoserActive': 2, 'inactive': 4.

Number of out of sequence Topology Database Updates (TDUs). In a quiesced state, this value is zero. In normal operation, the value varies depending on the network environment.

Flow reduction sequence numbers (FRSNs) are associated with Topology Database Updates (TDUs) and are unique only within each APPN network node. A TDU can be associated with multiple APPN resources. This FRSN indicates the last TDU sent to this adjacent node.

Flow reduction sequence numbers (FRSNs) are associated with Topology Database Updates (TDUs) and are unique only within each APPN network node. A TDU can be associated with multiple APPN resources. This FRSN indicates the last TDU received from this adjacent node.

Portion of the APPN routing table that describes all of the APPN network nodes and virtual nodes known to this node.

The fully-qualified node name is used to index this table.

Administratively-assigned network name that is locally defined at each network node in the format NETID.CPNAME.

Flow reduction sequence numbers (FRSNs) are associated with Topology Database Updates (TDUs) and are unique only within each APPN network node. A TDU can be associated with multiple APPN resources. This FRSN indicates the last time this resource was updated at this node.

Number of days before deletion of this network node entry. Range is 0-31.

Type of APPN node. Enumeration: 'virtualnode': 3, 'networknode': 1.

Resource sequence number that is assigned and controlled by the network node that owns this resource. This is always an even 32-bit number unless an error has occurred.

Route addition resistance indicates the relative desirability of using this node for intermediate session traffic. The value, which can be any integer 0-255, is used in route computation. The lower the value, the more desirable the node is for intermediate routing.

Indicates whether this node is congested. This node is not be included in route selection by other nodes when this congestion exists. Enumeration: 'yes': 1, 'no': 2.

Indicates whether intermediate session routing resources are depleted. This node is not included in intermediate route selection by other nodes when resources are depleted. Enumeration: 'yes': 1, 'no': 2.

Indicates whether session endpoint resources are depleted. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the node is quiescing. This node is not included in route selection by other nodes when the node is quiescing. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the node provide gateway functions. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the node is central directory. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the node supports intermediate session routing (ISR). Enumeration: 'yes': 1, 'no': 2.