WAN-MIB: View SNMP OID List / Download MIB

The mib for controlling WAN-related features of WAN access devices.

Internal Wan Port configuration table. Each entry in the table specifies the configuration of an internal port, connecting the WAN blade to the host switch.

Table of port configuration entries.

The Id of the group in which the port to be configured resides.

The Id of the port to be configured.

This parameter defines the port speed: ethernet(1) and fastEthernet(2). Enumeration: 'ethernet': 1, 'notSupported': 255, 'fastEthernet': 2.

The flow control mode of the port when operated in full duplex: halfDuplex(1) - Half duplex connection, standard mode for segment fullDuplexNoPause(2) - Full duplex connection without exchanging flow control packets fullDuplexProprietaryFC(3) - Full duplex connection with AVAYA's proprietary flow control frames exchanged fullDuplexISL(4) - Full duplex connection with ISL proprietary protocol control words for VLAN & priority exchanged, ISL = Inter-Switch-Link fullDuplexFlowControlISL(5) - Full duplex connection with both ISL proprietary protocol control words and flow control frames exchanged fullDuplexAsymTxPause(6) - Full duplex connection with STD 802.3x flow control frames sent from this port, but flow control packets received on it are not processed fullDuplexSymPause(7) - Full duplex connection with STD 802.3x flow control frames exchanged fullDuplexAsymRxPause(8) - Full duplex connection with no flow control frames sent from this port, but STD 802.3x flow control 0frames received on it are processed. For Giga ports, when auto-negotiation is enabled, the flow control mode is set internally according to auto-negotiation resolution; and access to this item is read-only. Enumeration: 'notSupported': 255, 'fullDuplexSymPause': 7, 'halfDuplex': 1.

This object define if the Auto Sense /Auto Negotiation process is enable(1) or disable (2) for modules that don't support the Auto Snese mode please define the notSupported option.. Enumeration: 'enable': 1, 'notSupported': 255, 'disable': 2.

This item defines the VLAN operation mode of the port: perPortOnly(1) - indicates that all received packets are mapped to the VLAN, defined on the port, and packets are transmitted in untagged format; dot1QTagging(2) - indicates that all received packets are mapped to VLANs according to 802.1Q standard. All transmitted packets are tagged according to the standard 802.1Q tagging; plusTagging(3) - indicates that all packets recieved and transmitted on that port are tagged according to Lannet_s PlusTagging scheme. This mode is used when inter-VLAN bridging should be supported; islTagging(4) - indicates that all packets recieved and transmitted on that port are tagged according to the proprietary ISL mode of Lannet; dot1QTaggingButPVID(5) - indicates that all received packets are mapped to VLANs according to 802.1Q standard. All transmitted packets are tagged according to the standard 802.1Q tagging, exluding packets that belong to the port_s VLAN,which are transmitted untagged. Enumeration: 'notSupported': 255, 'dot1QTagging': 2, 'perPortOnly': 1.

VLAN binding mode assigned to this port. static - this port supports only the egress VLAN list as configured manually in its corresponding dot1qVlanStaticEgressPort. This is the default VLAN Binding mode. bindToReceive - this port supports the whole range of 3K VLANs from VLAN ID 1 to 3071. bindToAll - this port supports the egress VLAN IDs for which dot1qVlanStaticTable rows exist. GVRP - this port supports the egress VLAN IDs configured manually in its corresponding dot1qVlanStaticEgressPort as well as VLAN IDs requested by the GVRP link partner. Enumeration: 'bindToReceive': 2, 'bindToAll': 3, 'notSupported': 255, 'static': 1.

An 4096-bit-long bitmask of all vlans supported on a port. For example: A 1 bit in the 10th place means that vlan 10 is supported.

This table is used to quickly assign members to a ds0Bunbdle Its effect is similar as using the ifStack table, only it does it in one go.

An entry in yhr ds0BundleMembers table

A bit mask of timeslots that are part of the channel group identified by ds0BundleIndex. First (leftmost) bit stands for timeslot 0.

The speed factor for this ds0bundle. This can either be 56k or 64k. Enumeration: 'a64kbps': 1, 'a56kbps': 2.

The configured device mode. Either all DS1s on the device are e1, t1 or j1. To activate a new selection, perform 'copy running-config startup-config' and reset the device. Enumeration: 'e1': 1, 'j1': 3, 't1': 2.

The current device mode Enumeration: 'e1': 1, 'j1': 3, 't1': 2.

The ifTableXtndTable table.

This table is an extension of the itTable. It contains a row per every row of the ifTable. It is used to perform additional configuration, not available through standard mibs. A row will exist in this table for each row in the ifTable, even if specific configuration object has no meaning for the type of interface for which this row is used.

The index in the ifTable for which this row is providing information.

The IP Address of the peer device on the link identified by this ifIndex. This value is only meaningful for point to point links.

Turns voip-queueing on or off or turn fair-queuing on. Enumeration: 'on': 1, 'fairQ': 3, 'off': 2, 'notRelevant': 255.

Cable length attenuation on this interface. Enumeration: 'short655ft': 9, 'short133ft': 5, 'long15db': 1, 'long0db': 4, 'short266ft': 6, 'short533ft': 8, 'long7dot5db': 3, 'short399ft': 7, 'notSupported': 255, 'long22dot5db': 2.

The gain on this interface. Enumeration: 'notSupported': 255, 'a36': 2, 'a26': 1.

This object is a Read-Write equivalent of ifDescr. It is used to enable users to change the value of ifDescr.

Time, in seconds, between keepalive messages. 0 means keepalive should not be used, or is not supported.

This object is a R/W copy of the ifMtu object from the ifTable. It enables changing of the MTU for interfaces that allow this.

This object is only applicable for rs232-like synchronuos DTE interefaces. It determines whether the transmit clock is inverted.

This object is only applicable for rs232-like synchronuos DTE interefaces. It determines the status of the DTE loopback.

This object is only applicable for rs232-like synchronuos DTE interefaces. This command configures the serial interface to monitor the DSR/CTS signals, instead of DCD signal, as the line up/down indicator.

This object is only applicable for rs232-like synchronuos DTE interefaces. This command sets the bit pattern used to indicate an idle line. Enumeration: 'mark': 2, 'flag': 1, 'space': 3, 'notRelevant': 255.

This object is used to determine the bandwidth of the interface, in Kbps, for interfaces that support it. This information is informational, and does not affect the actual transmission rate.

Applicable only to layer 1 interfaces. The type of the layer 2 interface on top of this Interface. ppp - The Layer 2 interface is PPP frameRelay - The Layer 2 interface is IETF Frame Relay. pppoe - PPPoE-client mode for Ethernet interfaces arpa - non-PPPoE client mode for Ethernet interfaces frameRelayNonIetf - The Layer 2 interface is Frame Relay compliant with Cisco frame relay but not compliant to IETF. interactive - External Modem enabled (for Console & USB-modem interfaces). terminal - External modem disabled (for Console interface) Enumeration: 'arpa': 4, 'frameRelayNonIetf': 5, 'ppp': 1, 'frameRelay': 2, 'notSupported': 255, 'pppoe': 3.

An extension to ifOperStatus, for showing faults and partial faliures, including aggregation of upper layer faults (up to but not including L3). The following Pseudo code describes how the MIB value is calculated for different interfaces: if (AdminStatus is down) { XtndOperStatus= adminDown } else if (OperStatus is testing) { XtndOperStatus = testing } else if (This is a backup interface and its currently in dormant state) { XtndOperStatus= dormantDown } else if (OperStatus = down) { XtndOperStatus = faultDown } else switch interface type { case E1/T1: if (XtndOperStatus of any Channel Group over this I/F is (faultDown or partialDownFault)){ XtndOperStatus = partialDownFault } else XtndOperStatus = up break; case USP or Channel Group: if (XtndOperStatus of FR or PPP I/F over this I/F is (faultDown or partialDownFault)){ XtndOperStatus = partialDownFault } else XtndOperStatus = up break; case FastEthernet or loopback: if (XtndKeepAliveStatus is Down) { XtndOperStatus = keepAliveDown } else XtndOperStatus = up break; case PPP or FabricFastEthernet: XtndOperStatus = up break; case Frame Relay: if (XtndOperStatus of any Sub FR over this I/F is (faultDown or partialDownFault)) { XtndOperStatus = partialDownFault } else XtndOperStatus = up break; case Frame Relay Sub I/F: if (at least one DLCI is up, and at least one is down){ XtndOperStatus = partialDownFault } else XtndOperStatus = up break; case Modem: If (modem is undetected) {XtndOperStatus = modemUndetected} elseif (modem is ready to accept calls){XtndOperStatus = modemReady) elseif (a dialer is dialing the modem) {XtndOperStatus = modemDialing} elseif (modem is connected - incoming call) {XtndOperStatus = modemConnectedDialin} elseif (modem is connected - outgoing call) {XtndOperStatus = modemConnectedDialout} } Enumeration: 'partiallyDownFault': 4, 'modemReady': 9, 'xtndKeepAliveDown': 7, 'modemDialing': 10, 'faultDown': 2, 'modemUndetected': 8, 'testing': 3, 'dormantDown': 6, 'up': 1, 'adminDown': 5, 'modemConnectedDialout': 12, 'modemConnectedDialin': 11, 'notSupported': 255.

Determines what roles an interface can play in a backup relation. This should be filled per interface, according to its capabilities. primaryAndBackup - the interface can be play both the primary and the backup roles. primaryOnly - the interface can only play the primary role. backupOnly - the interface can only play the backup role. notSupported - the interface can play no role in a backup relation. Enumeration: 'backupOnly': 3, 'notSupported': 255, 'primaryOnly': 2, 'primaryAndBackUp': 1.

The ifIndex of the backup interface for this primary interface. 0 if no backup is defined. The agent will not permit setting this value, if: The intreface is not capable of the primary role, OR The supplied backup index does not point to an interface capable of the backup role, which is not currently in a backup role.

The delay (in Secs) that a primary interface must be inactive before its backup interface is activated. Configurable on the primary interface only.

The delay (in Secs) between the primary coming back to life and its activation and de-activation of its backup interface. The value '-1' means that the primary is never re-activated and the backup is never de-activated. Configurable on the primary interface only.

On a backup interface, this will point to the primary interface. '0' means no primary interface.

This command sets the carrier delay on a serial interface in seconds. If a link goes down and comes back up before the carrier delay timer expires, the down state is effectively filtered, and the switch is not aware that a link-down event occurred.

Determines the period in seconds for deactivating DTR signal when the serial line is inactive.

Determines the interval in milliseconds DTR signal is held inactive when the serial line is inactive.

Determines interval (in secs) for exponential averages calculations for an interface. Must be a multiple of 30.

Expoential Average of the Number of bits received per second calculated for the interval specified in ifTableXtndLoadInterval. The exponentail average smooths peaks while correctly showing current trends. Calculated as follows: RateSample= (bitsLast - bitCurrent)/5 where bitCurrent = number of bits received, sampled every 5 seconds. new_ifTableXtndInputRate = (old_ifTableXtndInputRate - RateSample) *exp( -5/LoadInterval) + RateSample

Expoential Average of the Number of bits sent per second calculated for the interval specified in ifTableXtndLoadInterval. The exponentail average smooths peaks while correctly showing current trends. Calculated as follows: RateSample= (bitsLast - bitCurrent)/5 where bitCurrent = number of bits sent, sampled every 5 seconds. new_ifTableXtndOutputRate = (old_ifTableXtndOutputRate - RateSample) *exp( -5/LoadInterval) + RateSample

Expoential Average of the Input Load calculated for the interval specified in ifTableXtndLoadInterval. Load is expressed a a number in the range 1 to 255. 255 = 100% utilization (input bits per second equal the interface speed). 1 = 0% utilization. The exponentail average smooths peaks while correctly showing current trends. Calculated as follows: RateSample= int((bitsLast - bitCurrent)/(5*ifSpeed))*254 +1 where bitCurrent = number of bits received, sampled every 5 seconds. new_ifTableXtndInputLoad = (old_ifTableXtndInputLoad - RateSample) *exp( -5/LoadInterval) + RateSample

Expoential Average of the Output Load calculated for the interval specified in ifTableXtndLoadInterval. Load is expressed a a number in the range 1 to 255. 255 = 100% utilization (input bits per second equal the interface speed). 1 = 0% utilization. The exponentail average smooths peaks while correctly showing current trends. Calculated as follows: RateSample= int((bitsLast - bitCurrent)/(5*ifSpeed))*254 +1 where bitCurrent = number of bits sent, sampled every 5 seconds. new_ifTableXtndOutputLoad = (old_ifTableXtndOutputLoad - RateSample) *exp( -5/LoadInterval) + RateSample

Expoential Average of the Reliability of an interface calculated for the interval specified in ifTableXtndLoadInterval. Reliability is expressed a a number in the range 1 to 255. 255 = Fully Reliable interface. 1 = Interface is extremly un reliable. The exponentail average smooths peaks while correctly showing current trends. RateSample is calculated every 5 seconds as follows: If (OperStatus is down and Admin status is Up) RateSample =1 else RateSample = 255 new_ifTableXtndReliability = (old_ifTableXtndReliability - RateSample) *exp( -5/LoadInterval) + RateSample

This item controls a traffic shaper on the interface. Its value is the shaping rate in bits per seconds. When zero, the shaper is disabled

Dynamic CAC Bearer Bandwidth Limit in kilo-bits-per-seconds. This item equals -1 when dynamic CAC is not configured.

If more than one interface with configured BBL is up, the gateway reports the BBL of the interface with the highest activation priority value. If N active interfaces shares the same highest CAC activation priority. The gateway's RBBL is equals N multiple by the lowest BBL value in this interface group. If the activation priority is unspecified, it receives the default value (5). .

Dynamic CAC status of the interface. Enumeration: 'active': 2, 'notActive': 3, 'notSupported': 255, 'notConfigured': 1, 'activeECMP': 4.

Supported Application on this Interface. If 0 value - Not supported else supported. Bit 0 - Unknown Application. Bit 1 - Support of Next Hop Interface in Policy Based Routing Application.

This item controls whether the DF (don't fragment) bit of incoming packets is copied to the external IPSec header Enumeration: 'clear': 1, 'notSupported': 255, 'copy': 2.

Set the minimal PMTU for IPSec tunnels.

An additional configuration string for the interface. init-string - for modem interfaces

PPP-IPCP DNS option request. Configuration whether during the PPP-IPCP negotiation the DNS option will be requested. Default: Disable. The DNS information gathered will be used by the DNS resolver to resolve hostnames. 1 - enable 2 - disable 255 - notSupported, this Mib item related only to PPP-IPCP interfaces. Other interfaces which are not PPP-IPCP, will return this value. Enumeration: 'enable': 1, 'notSupported': 255, 'disable': 2.

Bind the status of this interface to an object-tracker by specifying the ID of the object-tracker (avstrTrackerId in AVAYA-SAA-TRACK-MIB). A value of 0 means that interface is not bound to any object-tracker. A value of 0xffffffff is notSupported feature for the relevant interface.

This object determines / indicates whether Frame-Relay Traffic-Shaping is enabled (on) or disabled (off) for this interface. This object can be set only for interfaces, but not for sub-interfaces. This object is applicable only for interfaces which ifTableXtndEncapsulation is Frame-Relay (i.e. frameRelay, frameRelayNonIetf).

Extended type is, currently, required for modem interfaces Enumeration: 'usrSporsterModem': 2, 'notSupported': 255, 'multitechIsdnModem': 4, 'nullModem': 1, 'multitechZbaModem': 3.

The Extended Keepalive Parameters Table.

This table contains the extended keepalive parameters. The Table is per interface. Although for the first phase it will be relevant for WAN Fast Ethernet Port. But may be available in the future for interface. The keepalive on specific interface may bring it to line protocol down according the results. The main idea is to check certain IP that if not responding then the link/route may be down and therefore the interface is bring to line protocol down. In this case there still be sent extended keepalive packets in order to check whether the line protocol is up.

The index in the ifTable for which this row is providing information.

The type of the extended keepalive. icmpPing(1),tcpConnect(2),httpGet(3) Default is IcmpPing. Enumeration: 'icmpPing': 1, 'httpGet': 3, 'tcpConnect': 2.

Timeout in seconds to wait for a reply. Applicable to non-TCP tests such as ICMP Echo, UDP. Default 1second.

The number of successful extended keepalive necessary to determine that the next hop router is operational.

The number of unsuccessful extedned keepalive necessary to determine that the next hop router is not operational.

The extended keepliave interval in seconds

The Source IP address to use. Default is the primary IP address of the interface. Setting the address 0.0.0.0 will reset the xtndKeepAliveSrcIPAddr to the primary IP interface address

The IP address that it status shall be checked.

The next Hop MAC, Valid for Ethernet Interfaces.

The Status of the extended KeepAlive. I.e. whether the current extended KeepAlive succeeded. 1 - up 2 - down 3 - disable Enumeration: 'down': 2, 'disable': 3, 'up': 1.

Extended KeepAlive Mode. 1 - enable 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This table extends the standard frDlcmiTable, which models RFR I/Fs. Entries are created by the agent for Frame Relay I/Fs, and are deleted when those entries are deleted.

Each Entry corresponds to a Frame Relay Interface. Entries are created & deleted automatically by the agent, when ifTableXtndEncapsulation of the underlying Layer 1 Interface is changed.

The ifIndex assigned to The Frame Relay interface is calculated by a known formula, which is agent-type specific.

Enable/disable automatic detection (By sending all supported keepalives) of the Local Management Interface (LMI) on the Frame Relay Interface.

This table is used to create/associate/delete A Virtual Channel (DLCI) with a specific Frame Relay Sub Interface. When an entry is created in this table: If the DLCI is the same as that of a dynamic frCircuit leraned on the Frame Relay Interface layered bellow the Sub Interface specified by the entry then: - The DLCI's status is changed to Static Else - A new static DLCI is created. In both cases, the static DLCI is assigned to the specified Frame Relay Sub Interface.

An Entry represent a Virtual Channel available on a specific Frame Relay Interface.

Description.

The virtual channel identifier.

The role of the VC in this interface. primary - the state of this VC determines the operStatus of the interface. For point to point interfaces, the agent will not permit more than one primary to exist. A sub interface for which no primary is defined will be down. priority6to7 - This VC handles high priority (forwarding class 6 to 7)traffic. If this VC does not exists, the sub interface will send all traffic through the primary VC (no priority-dlci-group) In point to point interfaces, only one such VC can be configured. priority4to5 - This VC handles Medium priority (forwarding class 4 to 5)traffic. If this VC does not exists, the sub interface will send all traffic through the primary VC (no priority-dlci-group) In point to point interfaces, only one such VC can be configured. priority2to3 - This VC handles Normal priority (forwarding class 2 to 3)traffic. If this VC does not exists, the sub interface will send all traffic through the primary VC (no priority-dlci-group) In point to point interfaces, only one such VC can be configured. priority0to1 - This VC handles Low priority (forwarding class 0 to 1)traffic. If this VC does not exists, the sub interface will send all traffic through the primary VC (no priority-dlci-group) In point to point interfaces, only one such VC can be configured. Enumeration: 'priority2to3': 3, 'priority6to7': 1, 'priority4to5': 2, 'priority0to1': 4, 'primary': 100.

Used to create/associate/delete a DLCI to a Sub FrameRelay Interface. Note that the frStaticCircuitDLCIrole defines limitations on creation and deletion of DLCIs. The notInService state will not be implemented.

A pointer to a 'map-class frame-relay' entry applicable for this row. A 'map-class frame-relay' is an entry in the frMapClassTable. The value of this object must be identical to the value of the desired entry's frMapClassName in the frMapClassTable. NOTES: 1. This object can only a point to an existing entry. Trying to set this object to a value that does not pertain to an existing entry in frMapClassTable shall fail. 2. An entry in the frMapClassTable can be deleted only when it is not pointed to by any entry in this table (frStaticCircuitTable). 3. The map-class is activated only when the containing interface has Frame-Relay Traffic-Shaping enables. See description of ifTableXtndFrTrafficShaping for details about FRTS. 4. The frMapClassTable contains a persistent, non-deletable default entry, by the name 'default'.

A Frame Relay Sub Interface is the Layer 2 interface to which Layer 3 (IP) Interfaces are assigned. This Logical Interface is hinted at but not modeled by the RFC2115 Frame-Relay DTE MIB. This table manages the creation/deletion of Frame Relay Sub I/Fs. Entries are created by the Creator of a sub-I/F.

An Entry in this table defines a Frame Relay Sub Interface of a specific type, defined over a specific Frame Relay Interface. Note that although the MIB model allow for two SubFR I/Fs to have the same ifIndex and have different Frame Relay I/Fs or FR types, the agent will allow only a single suc interface - the first one defined.

The ifIndex of the Frame Relay Interface this Sub Interface is created over.

The ifIndex of the Sub Interface. Note that the Mnagement station must select a sub interface number in the permissible range (which is agent-type dependent.) Agent Type ifIndex Range ========== ============= X330WAN 8000-8999

The Type of the Sub Interface. point2point - A Point to Point Interface. Point2multiPoint - Point to multi-point interface. Enumeration: 'point2point': 1, 'point2multiPoint': 2.

Creation/Deletion of a Frame Relay Sub Interface over a Frame Relay Interface. The Agent will refuse to delete a Sub Interface if there are IP Interfaces associated with it.

This table contains the 'map-class frame-relay' entries in the system. A 'map-class frame-relay' entry is a collection of QoS-related parameters that can be attached to a Frame-Relay DLCI. An entry in this table can be attached to a DLCI by setting the value of frStaticCircuitMapClass in frStaticCircuitTable to the value of the frMapClassName of an entry in this table. An entry in this table can be deleted only when it is not pointed to by any entry in frStaticCircuitTable. Trying to delete an entry that does not correspond to that shall fail. This table contains a default entry that can be modified, but cannot be deleted. The value of frMapClassName for that entry is 'default'.

An entry in the table, which represents a 'frame-relay map-class' object.

The name of the map-class, which is also the only index component of this table. NOTE: This object can only contain a lower-case string! Trying to use upper-case characters on creation shall result in a failure.

The output Commited Burst size, in bits. Valid range is 300-39999999.

The output Excess Burst size, in bits. Valid range is 0-39999999.

The Committed Information Rate, in bits per second. Valid range is 1000-39999999.

Disable or enable FRF.12 fragmentation, and determine fragment size: The reserved value zero means FRF.12 fragmentation is disabled. A value larger then zero means FRF.12 fragmentation is enabled, and the fragment size in bytes is equal to the value of this object.

This object is used to create a new row or destroy an existing row in the manner described in the definition of the RowStatus textual convention. The value of this object has no effect on whether other objects in this conceptual row can be modified. Use createAndGo (not createAndWait) to create this row.

This table is used for configuring Dialer interfaces.

The ifIndex of the modem interface

The current state of the dialer finit-state-machine Enumeration: 'maxAttemptsDisabled': 4, 'waitForDCD': 7, 'waitForIPCP': 10, 'initModem': 1, 'preDialReset': 5, 'waitForConnect': 6, 'hangUp': 8, 'idle': 2, 'connected': 11, 'persistentDelay': 9, 'waiting4Modem': 3.

The number of seconds between persistent dial attempts (zero= no persistent dialing)

The interval between persistent (non-DDR) dial attempts. Zero means no persistent dialing

The time (in seconds) the dialer is disabled after it exhausts its consecutive dial attempts quota (wanDialerPersistentMaxAttempts). Zero means that the dialer is disabled until the dialing the current dial trigger disappears.

The dial strings list usage order where: sequential(1) : The dialer starts from the beginning of the list when there is a new reason to dial (dial trigger. roundRobin(2): The dialer use the dialing string that is right after the last one dialed. lastSuccessful(3) : If the previous dial attempt was successful, the dialer starts with its dial strings. Enumeration: 'roundRobin': 2, 'sequential': 1, 'lastSuccessful': 3.

The 1st dial string in the list(NULL=unconfigured)

The 2nd dial string in the list(NULL=unconfigured)

The 3rd dial string in the list(NULL=unconfigured)

The 4th dial string in the list(NULL=unconfigured)

The 5th dial string in the list(NULL=unconfigured)

The last used display string

The maximum time (in seconds) the dialer waits from dialing until PPP/IPCP is up.

The minimum delay (in seconds) from boot to persitent dialing.

Mib objects for controlling the fabric port, connecting a LAN switch to its WAN router.

Mib object that belong to the WAN router.

The host module should only support the host module group.

The wan router blade should support the wan router blade group.