path: root/MIBS/cambium/cnmatrix/ARICENT-CFA-MIB

-- Copyright (C) 2006-2012 Aricent Group . All Rights Reserved

   ARICENT-CFA-MIB DEFINITIONS ::= BEGIN
      
   IMPORTS
      MODULE-IDENTITY, OBJECT-TYPE, Counter32,Counter64, 
      enterprises, IpAddress, Unsigned32,
      Integer32, NOTIFICATION-TYPE, TimeTicks    FROM SNMPv2-SMI
      SnmpAdminString                            FROM SNMP-FRAMEWORK-MIB
      ifIndex,InterfaceIndex,ifEntry,ifType      FROM IF-MIB
      VlanId,PortList                            FROM Q-BRIDGE-MIB
      TruthValue, MacAddress, RowStatus,
      TimeStamp, DisplayString, StorageType      FROM SNMPv2-TC;
            
 
--    futuresoftware OBJECT IDENTIFIER ::= { enterprises 2076 }

      fscfa MODULE-IDENTITY
         LAST-UPDATED "202106110000Z" 
         ORGANIZATION "ARICENT COMMUNICATIONS SOFTWARE"
         CONTACT-INFO "support@aricent.com"

         DESCRIPTION
            " The MIB module for CFA. "

         REVISION "202106110000Z" 
         DESCRIPTION
            "Cambium update: added read-only ifMainPrevDesc 
            object to export the previous description for an
            interface."

         REVISION "202005240000Z" 
         DESCRIPTION
            "Cambium update: added read-only ifMainName 
            object to export interface name data that is
            used to configure various tables by the
            management applications."

         REVISION "201908260000Z" 
         DESCRIPTION
            "Cambium update: added ifMainNeighborId to
            support per-interface condensed neighbor
            identification. Defined the ifVlanIpTable
            to support short-cut interface creation and
            IP address configuration."

         REVISION "201209050000Z" 
         DESCRIPTION
            "The revised version of the MIB for CFA
            release 1.1.0.0. "
         REVISION "199912171330Z" 
         DESCRIPTION
            "The first version of the MIB for CFA
            release 1.0.0.0. "
      ::=  { enterprises futuresoftware (2076) 27 } 


      if OBJECT IDENTIFIER ::= { fscfa 1 }

      ff OBJECT IDENTIFIER ::= { fscfa 2 }

      fm OBJECT IDENTIFIER ::= { fscfa 3 }

      traps OBJECT IDENTIFIER ::= { fscfa 4 }

      pa OBJECT IDENTIFIER ::= { fscfa 5 }

-- Cfa If Group
-- This group defines objects for Interface Management.

      ifMaxInterfaces         OBJECT-TYPE
         SYNTAX               InterfaceIndex
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "Specifies the maximum number of interfaces that can
            be present in the system."
         ::= { if 1 }

      ifMaxPhysInterfaces  OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        read-write
         STATUS            deprecated
         DESCRIPTION
            "Specifies the maximum number of physical interfaces 
            that can be present in the system."
         ::= { if 2 }

      ifAvailableIndex     OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        read-only
         STATUS            current
         DESCRIPTION
            "Shows an ifIndex which is available for creation of
            any new virtual (non-physical) interface in the system.
            This ifIndex value can be used for creation of interfaces
            in the ifMainTable or any media-specif MIB. For creation
            of physical interfaces, any free ifIndex between 1 and
            ifMaxPhysInterfaces can be used."
         ::= { if 3 }


-- ifMainTable
-- This table is used for the management of all the interfaces in the
-- system. 
         
      ifMainTable          OBJECT-TYPE
         SYNTAX            SEQUENCE OF IfMainEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "A list of all the interface entries in the system. 
            This table contains objects which are applicable to all
            types of interfaces in the system. This table is a 
            proprietary extension to the standard ifTable and 
            ifXTable. The index to this table has the semantics of
            the MIB-2 ifIndex."
         ::= { if 4 }

      ifMainEntry          OBJECT-TYPE
         SYNTAX            IfMainEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry containing management information applicable
            to a particular interface."
         INDEX { ifMainIndex }
         ::= { ifMainTable 1 }

      IfMainEntry ::=
         SEQUENCE {
            ifMainIndex              InterfaceIndex,
            ifMainType               INTEGER,
            ifMainMtu                Integer32,
            ifMainAdminStatus        INTEGER,
            ifMainOperStatus         INTEGER,
            ifMainEncapType          INTEGER,
            ifMainBrgPortType        INTEGER,
            ifMainRowStatus          RowStatus,
            ifMainSubType            INTEGER, 
            ifMainNetworkType        INTEGER,
            ifMainWanType            INTEGER,
            ifMainDesc               DisplayString,
            ifMainStorageType        StorageType,
            ifMainExtSubType         INTEGER,
            ifMainPortRole           INTEGER,
            ifMainUfdOperStatus      INTEGER,
            ifMainUfdGroupId         Integer32,
            ifMainUfdDownlinkDisabledCount Counter32,
            ifMainUfdDownlinkEnabledCount  Counter32,
            ifMainDesigUplinkStatus        TruthValue,
            ifMainEncapDot1qVlanId   Integer32,
            ifMainNeighborId         SnmpAdminString,
            ifMainName               SnmpAdminString,
            ifMainPrevDesc           DisplayString
            }

      ifMainIndex          OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        read-only 
         STATUS            current
         DESCRIPTION
            "A unique value, greater than zero, for each
            interface. This object is identical to the ifIndex
            of the standard MIB-2 ifTable." 
         ::= { ifMainEntry 1 }

      ifMainType      OBJECT-TYPE
         SYNTAX       INTEGER {
                        rfc877x25(5), -- X.25
                        ethernetCsmacd(6), -- Ethernet/802.3
                        iso88025TokenRing(9), -- Token Ring
                        ppp(23), -- PPP link
                        softwareLoopback(24), -- Loopback Interface
                        frameRelay(32), -- Frame Relay DTE port
                        miox25(38), -- multiprotocol over x.25
                                    -- used for X.25 VCs
                        aal5(49), -- AAL5 over ATM
			propVirtual (53), -- Proprietary Virtual Interface
                        async(84), -- ASYNC
                        frameRelayMPI(92), -- multiprotocol
                                           -- over FR
                                           -- used for FR VCs
                                           -- and sub-interfaces
                        pppMultilinkBundle(108), -- PPP Multilink
                                                 -- Bundle
                        ipOverAtm(114), -- IPoA virtual
                        hdlc(118), -- HDLC port
                        tunnel(131), -- Encapsulation interface   
                        atmSubInterface(134), -- VCs under IPoA
                        l3ipvlan(136), -- Layer3 VLAN interface
                        mplsTunnel (150), -- MPLS Tunnel Virtual Interface
                        ieee8023ad(161), -- Link Aggregation Mib
                        mpls (166), -- MPLS
                        teLink (200), -- TE Link Interface
                        brgPort(209), -- Bridge port used for creating virtual
                                      -- ports in PBB and EVB
                        ifPwType (246), -- Pseudowire interface type 
			            ilan(247), -- Internal-lan 
            			pip (248) -- Virtual (Internal) Provider Instance port 
                        } -- These are the currently supported 
                          -- interfaces. More can be added at a
                          -- later time.
         MAX-ACCESS   read-create
         STATUS       current
         DESCRIPTION
            "The type/protocol of interface. Specification of
            the object is mandatory for all interfaces. This
            value should be specified after the row creation
            in the ifMainTable and before setting any other
            object in this table. Once the type is specified,
            it cannot be changed - the interface should be
            deleted for changing the type of the interface.

            The ethernetCsmacd(6), iso88025TokenRing(9), aal5(49),
            async(84) and hdlc(118) are physical interfaces while
            all other types are virtual or logical interfaces.
            
	    Specific ifIndex ranges are reserved for different interface types.
	    Creation of different types of interfaces is possible only within 
	    their corresponding ifIndex range. So the ifMainType should be 
	    configured corresponding to the  ifIndex range reserved for that 
	    particular interface type.

            For creation of physical interface types, it is mandatory to
            specify the handle to the device driver using the ifAlias
            object of the standard ifXTable before specifying the type.
            This handle could be something like eth1 or /dev/abcd.

	    pip interface type will be used vritual Provider Instance port in 
	    PBB bridge mode. physical PIPs can be created using ethernetCsmacd .

	    Following is the mapping of different port types and there ifmaintype values.
	    
	    External ports
	    --------------
	    Port:	    ifmaintype		Port type
	    -------------------------------------------------------------------
	    CNP- Ctagged         6 - customerNetworkPortCtagged   (9)
	    CNP - Port based	 6 - customerNetworkPortPortBased (2)
	    CNP- Stagged         6 - customerNetworkPortStagged   (3)
	    PNP                  6 - providerNetworkPort          (1)
	    PIP                  6 - providerInstancePort         (11)
	    CBP                  6 - customerBackbonePort         (12)
        UAP                  6 - uplinkAccessPort             (13)

 
	    Internal ports
	    --------------
	    VIP 209 - virtualInstancePort     (10)
	    PIP 248 - providerInstancePort    (11)
	    CBP 209 - customerBackbonePort    (12)
        SBP 209 - stationFacingBridgePort (14)
	
	    brgPort will be used to create virtual PBB ports other than PIPs.
        (ie) brgPort is used to create logical ports VIPs, CBPs and SBPs.

	    The propVirtual type denotes properietary logical interfaces. These
	    type of interfaces can be associated with a {physical interface, 
	    switch instance} for the purpose of sharing the physical interface 
	    to more than one context and thus realising Switch Instance Sharing 
	    of a physical interface."
         ::= { ifMainEntry 2 }

      ifMainMtu            OBJECT-TYPE
         SYNTAX            Integer32
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "The MTU for the interface as shown to the higher
            interface sub-layer (this value should not include
            the encapsulation or header added by the interface).
            If IP is operating over the interface, then this 
            value indicates the IP MTU over this interface.
            
            For changing the MTU of any interface, the interface
            must be brought down first - changing MTU while the
            interface is administratively up is not permitted.
            
            If not specified during interface creation, a default
            value is assigned based on the ifMainType given to
            the particular interface.
            
            While configuring for logical VLAN interfaces, care
            should be taken to, configure this value as the
            lowest of the MTU values of the member ports."
         ::= { ifMainEntry 3 }

      ifMainAdminStatus    OBJECT-TYPE
         SYNTAX            INTEGER {
                              up(1),   -- ready to pass packets
                              down(2),
                              testing(3),   -- in some test mode
                              loopback(4) --loopback mode
                              }
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "The desired state of the interface. This object
            can be set only when the ifMainRowStatus of the
            interface is active. This object has the semantics
            of the ifAdminStatus of the standard ifTable.
            
            The testing(3) state indicates that no operational 
            packets can be passed - this state is not currently
            supported. 
            
            When a managed system initializes, all 
            interfaces start with ifMainAdminStatus in the
            down(2) state, it's a default state also. As a result
            of either explicit management action or per 
            configuration information retained by the managed
            system, ifMainAdminStatus is then changed to
            the up (1) state (or remains in the
            down(2) state)."
         DEFVAL { down } 
         ::= { ifMainEntry 4 }

      ifMainOperStatus     OBJECT-TYPE
         SYNTAX            INTEGER  {
                              up(1),        -- ready to pass packets
                              down(2),
                              testing(3),   -- in some test mode
                              unknown(4),   -- status can not be
                                            -- determined for
                                            -- some reason.
                              dormant(5),
                              notPresent(6), -- some component is
                                             -- missing
                              lowerLayerDown(7) -- down due to state
                                                --  of lower-layer
                                                -- interface(s).
                              }
         MAX-ACCESS        read-only
         STATUS            current
         DESCRIPTION
            "The current operational state of the interface.
            The testing (3) state indicates that no operational
            packets can be passed - this state is not supported
            currently. 
            
            If ifMainAdminStatus is down (2)
            then ifMainOperStatus would be down (2). If
            ifMainAdminStatus is changed to up (1) then
            ifMainOperStatus should change to up (1) if the
            interface is ready to transmit and receive
            work traffic; it should change to dormant (5)
            the interface is waiting for external actions
            (such as a serial line waiting for an incoming
            connection); it should change to lowerLayerDown(7)
            state if it cannot be made up as the interface sub-layer
            below it is down; it should remain in the down (2) state
            if and only if there is a fault that prevents it
            from going to the up (1) state; it should remain in
            the notPresent (6) state if the interface has
            missing (typically, hardware) components.
            
            The status unknown(4) is shown when it is not possible
            to determine the exact status of the interface - e.g.
            the interface sub-layer is performing negotiations - 
            during this period the interface is not up but at the
            same time, it is not a fault condition and hence it
            cannot be shown as down - in such periods the status
            is shown as unknown.
            
            This object has the semantics of the ifOperStatus of the
            standard ifTable."
         ::= { ifMainEntry 5 }

      ifMainEncapType         OBJECT-TYPE
         SYNTAX               INTEGER {
                                 other(1),
                                 nlpid(2), -- NLPID based encap
                                           -- in the case of FR
                                           -- and multiplexed
                                           -- NLPID encap for X.25
                                 nlpidSnap(3), -- NLPID-SNAP based
                                                -- encap in the case
                                                -- of FR and multiplexed
                                                -- NLPID-SNAP encap for
                                                -- X.25.
                                 cudNlpid(4),   -- dedicated NLPID for
                                                -- X.25 only
                                 cudNlpidSnap(5),   -- dedicated
                                                      -- NLPID-SNAP for
                                                      -- X.25 only
                                 llcSnap(6),   -- for ATM VCs only
                                 vcMultiplexed(7),  -- for ATM VCs only
                                 ethernetV2(8) -- for Ethernet interfaces
                                 }
         MAX-ACCESS           read-write
         STATUS               current
         DESCRIPTION
            "The encapsulation type to be used over the interface.

            For Ethernet interfaces, the default encapsulation
            type is ethernetV2(8). The other possible encapsulation
            is llcSnap(6). If other(1) is specified then an
            automatic encapsulation type learning method is used
            in ARP for determining the encapsulation for unicast
            destinations while the multicast and broadcast destinations
            use ethernetV2(8).

            For PPP and MLPPP interfaces, the encapsulation type can
            only be other(1) and this is the default value.

            For FR VCs, the value can be nlpid(2) (for carrying protocols
            which have NLPID) or nlpidSnap(3) (for other protocols). The
            default is nlpid(2) and the types of protocols supported are
            inferred from the stack-layering implemented over the
            interface.

            For X.25 VCs, the value can be nlpid(2) or nlpidSnap(3) 
            (where the VC can carry multiplexed protocol traffic with
            each data packet containing the NLPID or SNAP header) or
            cudNlpid(4) or cudNlpidSnap(5) (where the CUD specifies
            the NLPID of the protocol or SNAP and the data packets do
            not contain these headers - for dedicated VCs). The default 
            is cudNlpid(4).
            
            For ATM VCs, the default is llcSnap(6) but the 
            vcMultiplexed(7) encapsulation is also supported.
				
            This object is not applicable to other interfaces."
         ::= { ifMainEntry 6 }

      ifMainBrgPortType      OBJECT-TYPE
        SYNTAX      INTEGER {
                             providerNetworkPort           (1),
                             customerNetworkPortPortBased  (2),
                             customerNetworkPortStagged    (3),
                             customerEdgePort              (4),
                             propCustomerEdgePort          (5),
                             propCustomerNetworkPort       (6),
                             propProviderNetworkPort       (7),
                             customerBridgePort            (8),
                             customerNetworkPortCtagged    (9),
			     virtualInstancePort  	   (10),	
			     providerInstancePort	   (11),
			     customerBackbonePort	   (12),
                 uplinkAccessPort          (13),
                 stationFacingBridgePort   (14)

         }
        MAX-ACCESS  read-write
        STATUS      current
        DESCRIPTION
           "The Bridge port type of this specified switch port.
           Bridge Port type can be specified only for switch ports and not for 
           router ports, IVR interfaces and I-LAN Interfaces.

           providerNetworkPort - Port Connected to a single Provider.
           SVLAN Classification is based on only the PVID configured for the 
           port for untagged packets.

           customerNetworkPortPortBased - Port in the S-VLAN component that 
           can transmit or received frames for single customer. 
           All packets received on this port, are mapped to one single service 
           instance identified by the PVID of that Port.
           Acceptable Port Type will be always Admit only Untagged or Priority 
           Tagged Frames on this port.

           customerNetworkPortStagged - Port in the S-VLAN component that 
           can transmit or received frames for single customer. 
           VLAN classification on this interface will be based on the S-tag 
           received or on the PVID of the port. Ingress Filtering will be 
           always enabled on this port.

           customerEdgePort - Port in a Provider Edge Bridge connected to a 
           single customer. Multiple services can be provide on this port.
           The Packets received on this interface will be first classified 
           to a CVLAN. CVLAN classification can be based on the Vid 
           in the C-Tag present in the packet (if it C-tagged packet) or from 
           the pvid of the port. Service instance selection (S-VLAN selection) 
           for a frame is done based on the entry present in the C-VID 
           registration table for the pair (C-VID, reception Port). 
           CustomerEdgePort configuration is allowed only in Provider Edge 
           Bridges.

           propCustomerEdgePort - Port connected to a single customer, where 
           multiple services can be provided based on only Proprietary SVLAN 
           classification tables. S-VLAN classification will not happen based on
           C-VID registration table on this port. propCustomerEdgePort 
           configuration is allowed only in Provider Edge Bridges.

           propCustomerNetworkPort - Port connected to a single customer, where 
           multiple service can be provided based on CVLANs by assigning one of 
           the Proprietary SVLAN classification tables to this port. The 
           services can also be assigned using other proprietary SVLAN 
           classification tables where CVLAN is not the index of the table.

           propProviderNetworkPort - Port connected to a Q-in-Q Bridge located
           inside Provider Network. This port is part of S-VLAN component. 
           If packets to be tagged and sent out of this port will have 0x8100
           as the ether type. Similarly pakcets with standard Q tag (ether type
           as 0x8100) received will be considered as S-Tagged packets. 

           customerBridgePort - Type of the port to be used in customer 
           bridges as well in Provider(Q-in-Q) bridges. This type is not valid 
           in Provider Core bridges as well as Provider Edge bridge. 
	   
	   customerNetworkPortCtagged - Port in the I component that 
           can transmit or received frames for single customer. 
           VLAN classification on this interface will be based on the C-tag 
           received or on the default CVID of the port. Ingress Filtering will be 
           always enabled on this port.
	   
	   virtualInstancePort - A Bridge Port on an I-component in a Backbone Edge Bridge 
	   that provides access to a single backbone service instance.
	   
	   providerInstancePort - The set of Virtual Instance Ports that are supported
	   by a single instance of the ISS.
	   
	   customerBackbonePort	- A Backbone Edge Bridge Port that can receive and transmit
	   I-tagged frames for multiple customers, and assign B-VIDs and translate I-SID on
	   the basis of the received I-SID.

       Edge Virtual Briding (EVB) technology is used in Data Center Networks. 
       The uplinkAccessPort (UAP) and stationFacingBridgePort (SBP) types are 
       applicable when the bridge operates in EVB environment.

       uplinkAccessPort - A port on a Port-mapping S-VLAN component that
       connects an EVB Bridge with an EVB Station.
       
       stationFacingBridgePort - A port that is part of the C-VLAN component of 
       EVB Bridge which has one-to-one relationship with a S-Channel Access Port
       in the port-mapping S-VLAN component. 

           In Customer bridges and in Provider Bridges only customerPort option
           is allowed.

   	   In Provider backbone bridge only customerNetworkPort, providerNetworkPort
	   and customerBackbonePort type of ports are allowed.

           Bridge Port Type cannot be set for a port-channel port, if some 
           physical ports are aggregated in it.
           Also Bridge Port type cannot be set for a port, if part of a 
           port-channel.

           Whenever the Bridge port type changes, the previous configuration 
           associated with the port will be flushed.

           For example. 
           
           whenever CNP(STagged) and PNP port types are changed to any 
           other port type,
             - The unicast entries learnt on this port and 
             - The VID translation table entries associated with the port 
               will be flushed.

           Whenever CEP port type is changed to any other port type,
             - The unicast entries learnt on this port
             - The C-VID registration table entries associated with the port
             - The PEP configuration table entries
             - The service priority regeneration table entries 
             will be flushed.

             Even the vlan membership of the port will be removed when the 
             Pbport type is changed."

         DEFVAL { 8 }
         ::= { ifMainEntry 7 }

      ifMainRowStatus      OBJECT-TYPE
         SYNTAX            RowStatus
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "A RowStatus variable for addition, deletion and in-activation
            of the interfaces. Specification of the object is mandatory
            for all interfaces.
            
            When the status is active, the interface is created and
            ready to use in the respective protocol modules.
            
            When the status is notInService, the interface has not been
            registered with the respective protocol modules and as such
            those modules are not aware of the existence of the interface
            - creation is hence, incomplete. Setting an active interface
            to notInService results in de-registration/deletion of the
            interface from the respective protocol modules and all the
            configurations associated with that interface in those modules
            may be lost.
            
            Deletion of an interface, may affect the status of other
            interfaces which are layered above or below it in the Interface
            Stack (ifStackTable) and may result in other interfaces being
            made notReady or notInService."
         ::= { ifMainEntry 8 }

     ifMainSubType    OBJECT-TYPE
         SYNTAX            INTEGER {
                              extremeEther(251),
                              fastEther(252),
                              gigabitEthernet(253),
                              xlEthernet(254),
                              notApplicable(255)
                           }
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
           "This object stores the subType value of the specified interface.
            Configuration of this object is not mandatory.By default
            Sub type value will be updated based on the hardware link speed.

            For non Ethernet interfaces, the object defaults to notApplicable.
            notApplicable is valid only for non Ethernet interfaces."

         ::= { ifMainEntry 9 }

      ifMainNetworkType      OBJECT-TYPE
         SYNTAX       INTEGER {
                        lan(1), 
                        wan(2) 
                              }
         MAX-ACCESS           read-write
         STATUS               current
         DESCRIPTION
            "This object indicates whether this interface is a 
             WAN or LAN link.
      
             The default value for this object varies according
             to the interface type. All interfaces of type radio (71),
             ieee8023ad (161) and l3ipvlan (136) are LAN interfaces.
             Fast ethernet interfaces are considered LAN interfaces
             while Gigabit ethernet interfaces are considered WAN
             interfaces at start-up.
             Interfaces of any other type are WAN interfaces.
             
             This object can be set only for ethernet interfaces or
             l3ipvlan. For changing the network type of an ethernet 
             interface or l3ipvlan, the interface must be brought 
             down first - changing network type while the interface 
             is administratively up is not permitted."
         ::= { ifMainEntry 10 }
         
      ifMainWanType      OBJECT-TYPE
         SYNTAX       INTEGER {
                        other(0), 
                        private(1), 
                        public(2) 
                              }
         MAX-ACCESS           read-write
         STATUS               current
         DESCRIPTION
            "This object indicates whether this interface is a 
             private or public WAN link.

             This object is applicable only for PPP interfaces and 
             ethernet WAN interfaces. For other interfaces the value
             cannot be set and a get always returns the value OTHER. 

             For PPP and ethernet WAN interfaces the default value is PUBLIC.
             By default, public WAN links, have a default route associated
             with them. When the WAN type is set as PRIVATE, no default route
             is created for this interface. The value OTHER can never be set.

             For changing the type of a WAN interface, the interface
             must be brought down first - changing WAN type while the
             interface is administratively up is not permitted."
             ::= { ifMainEntry 11 }

      ifMainDesc	OBJECT-TYPE
             SYNTAX		DisplayString
             MAX-ACCESS	read-write
             STATUS		current
             DESCRIPTION	
             "A textual string which contains the description about an interface."

             ::= { ifMainEntry 12 }

      ifMainStorageType      OBJECT-TYPE
             SYNTAX	   StorageType
             MAX-ACCESS	   read-create
             STATUS	   current
             DESCRIPTION   
             "The storage type for this conceptual row in the ifMainTable.
             Conceptual rows having the value 'permanent' need not allow 
             write-access to any columnar object in the row.
             only volatile and nonVolatile are allowed for this object"
        DEFVAL { nonVolatile }
             ::= { ifMainEntry 13 }

      ifMainExtSubType    OBJECT-TYPE
             SYNTAX            INTEGER {
                                          sisp(0),
                                          attachmentCircuit(1),
                                          openflow(2)
                                        }
             MAX-ACCESS        read-write
             STATUS            current
             DESCRIPTION
             "This object stores the subType value of the specified interface.
              These sub types are specified for the ifMainType-propVirtual."
  
              ::= { ifMainEntry 14 }

     ifMainPortRole    OBJECT-TYPE
            SYNTAX            INTEGER {
                                         uplink(1),
                                         downlink(2)
                                      }
            MAX-ACCESS        read-write
            STATUS            current
            DESCRIPTION
            "This object is for indicating the port role for each interface.

             A port is termed as uplink port when it is connected to the
             network. 
             
             A port is termed as downlink when it is connected towards host 
             end-points"

            DEFVAL { downlink }
            ::= { ifMainEntry 15 }

      ifMainUfdOperStatus    OBJECT-TYPE
             SYNTAX         INTEGER {
                                     up(1),
                                     down(2),
                                     ufdErrorDisabled(3)
                                    }
             MAX-ACCESS        read-only
             STATUS            current
             DESCRIPTION
             "This object is for indicating the Uplink Failure Detection(UFD) 
             port operational status for each interface. 

             Uplink Failure Detection(UFD) operational status of the uplink 
             port is same as the operational status of the port.
             
             For the downlink ports this object takes a value which is 
             dependent on the combined operational status of the uplink ports
             present in the group to which this port belongs to. 
             
             If all the uplink ports in the Uplink Failure Detection(UFD) group
             are down, the operational status of all the active downlink ports 
             is ufdErrorDisabled and the operational status of 
             all the inactive downlink ports is Down.

             When the interface is not in the group and it's ifMainOperStatus 
             is up, the interface Uplink Failure Detection(UFD) operational 
             status is up.

             When the interface is not in the group and it's ifMainOperStatus 
             is not up, the port Uplink Failure Detection(UFD) operational 
             status is down."
            
             ::= { ifMainEntry 16 }

      ifMainUfdGroupId OBJECT-TYPE
            SYNTAX      Integer32 (0..65535)
            MAX-ACCESS  read-write
            STATUS      current
            DESCRIPTION
            "An identifier that uniquely identifies the group. Each group has
             uplink interfaces to monitor and downlink interfaces to disable.
             The UFD group Id value zero indicates that the port is not
             present in any group. By setting the UFD Group Id value to zero,
             we are deleting the port from the ufd group to which it belongs to."
            ::= { ifMainEntry 17 }

      ifMainUfdDownlinkDisabledCount     OBJECT-TYPE
         SYNTAX            Counter32 
         MAX-ACCESS        read-only
         STATUS            deprecated
         DESCRIPTION
            "A counter which indicates the number of times
            that downlink ports in the group were automatically
            disabled because of all uplink ports failure in the group."
         ::= { ifMainEntry 18 }

      ifMainUfdDownlinkEnabledCount     OBJECT-TYPE
         SYNTAX            Counter32
         MAX-ACCESS        read-only
         STATUS            deprecated
         DESCRIPTION
            "A counter which indicates the number of times
            that downlink ports in the group were automatically
            enabled because of any one uplink ports back to function in the group."
         ::= { ifMainEntry 19 }

ifMainDesigUplinkStatus OBJECT-TYPE
          SYNTAX            TruthValue
          MAX-ACCESS        read-write
          STATUS            current
          DESCRIPTION
             "This object specifies whether this interface is designated uplink 
              or not.
              
              A port is termed as designated uplink when the port is connected
              to the network and it has more preference over all the uplink 
              ports. Broadcast/unknown multicast will use this designated 
              port to reach uplink.
 
              When the status is set to True, the port acts as designated uplink.
              This designated uplink port is used in split horizon feature.
              This object is different from the Uplink Failure Detection (UFD)
              designated uplink port object called ifUfdGroupDesigUplinkPort.
              Where ifUfdGroupDesigUplinkPort is unique per UFD group and in 
              each group the designated uplink port differs in UFD whereas 
              this object is specific for all the available physical interfaces.
            
              This configuration is allowed only on uplink port which is 
              configured through ifMainPortRole.
              Configuring any uplink port as designated uplink port overrides the 
              previous designated uplink port configuration since it is allowed
              to have only one designated uplink port in the system."
          DEFVAL { false }
          ::= { ifMainEntry 20 }

          ifMainEncapDot1qVlanId OBJECT-TYPE
            SYNTAX      Integer32 (0..4094)
            MAX-ACCESS  read-write
            STATUS      current
            DESCRIPTION
           "This object specifies the VLAN identifier assigned  to Layer 3
            Subinterface for association in the porting layer. This object 
            is available only when the interface is set as Layer3 SubInterface."

         DEFVAL { 0 }
         ::= { ifMainEntry 21 }

          ifMainNeighborId OBJECT-TYPE
            SYNTAX      SnmpAdminString (SIZE(0..255))
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
                "A string identifying the device connected to the interface.
                The neighbor ID is derived from LLDP data that is currently 
                associated with the interface."

            DEFVAL { "" }
            ::= { ifMainEntry 22}

          ifMainName OBJECT-TYPE
            SYNTAX      SnmpAdminString (SIZE(0..32))
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
                "A string identifying the device interface that can
                be used to unambiguously identify the interface when 
                configuring interface settings in various tables
                that identify ports by name."

            DEFVAL { "" }
            ::= { ifMainEntry 23}

          ifMainPrevDesc OBJECT-TYPE
            SYNTAX      DisplayString (SIZE (0..255))
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
                "A textual string which contains the previous 
                description for the interface."

            DEFVAL { "" }
            ::= { ifMainEntry 24}

-- ifIpTable
-- This table is used for the management of the interfaces in the
-- system which are registered with IP. 
      
      ifIpTable            OBJECT-TYPE
         SYNTAX            SEQUENCE OF IfIpEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "A list of all the interface entries in the system which
            are registered with IP.
                  
            This table contains objects which are applicable for the
            management of IP over the network interfaces
            in the system. 
               
            This table is a extension to the ifMainTable. 
            The index to this table has the semantics of
            the ifMainIndex of the ifMainTable.
                  
            Entries are created automatically in this table for
            any interface sub-layer which is layer below IP using
            the ifStackTable. Similarly, entries are deleted from
            this table when the interface's layering below IP is
            removed."
         ::= { if 5 }

      ifIpEntry            OBJECT-TYPE
         SYNTAX            IfIpEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry containing management information applicable
            to a particular interface over which IP is operating."
         INDEX { ifMainIndex }
         ::= { ifIpTable 1 }

      IfIpEntry ::=
         SEQUENCE {
            ifIpAddrAllocMethod   INTEGER,
            ifIpAddr              IpAddress,
            ifIpSubnetMask        IpAddress,
            ifIpBroadcastAddr     IpAddress,
            ifIpForwardingEnable  TruthValue,
            ifIpAddrAllocProtocol INTEGER,
            ifIpDestMacAddress    MacAddress,
            ifIpUnnumAssocIPIf    InterfaceIndex,
            ifIpIntfStatsEnable   TruthValue,
            ifIpPortVlanId        Integer32
            }

      ifIpAddrAllocMethod  OBJECT-TYPE
         SYNTAX            INTEGER {
                              manual(1),  -- To be set by Manager
                              negotiation(2), -- obtained from peer
                              dynamic(3),
			      none(4)  -- none of the above
                              } -- Currently only
                                -- these method possible.
         MAX-ACCESS        read-write 
         STATUS            current
         DESCRIPTION
            "The mechanism to be used for allocation of IP
            address for this interface. 
            
            The value negotiation can be used only for PPP
            and MLPPP interfaces which support obtaining of
            IP addresses through negotiation.

            The dynamic(3) option takes an IP 
            address dynamically from the available 
            server (dhcp/bootp/rarp) according to the
            protocol specified in ifIpAddrAllocProtocol. 

            If the method specified is manual and the IP 
            address is not provided (then the interface   
            would be treated as a un-numbered interface."
         DEFVAL { none }
         ::= { ifIpEntry 1 }

      ifIpAddr             OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write 
         STATUS            current
         DESCRIPTION
            "Specifies the IP address given to this
            interface. The specification of this object is
            mandatory for all network interfaces (Ethernet,
            FR VC, IPoA interface, PPP link - not under MP,
            MP interface and X.25 VC). If the interface is
            not a network interface then the default value
            of 0.0.0.0 is assigned and the interface is
            treated as a un-numbered interface by IP."
         DEFVAL { '00000000'H } 
         ::= { ifIpEntry 2 }

      ifIpSubnetMask       OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write 
         STATUS            current
         DESCRIPTION
            "Specifies the IP Subnet Mask for this
            interface. The value should be specified only
            for network interfaces and any valid VLSM is
            accepted. 
            
            If not specified, this object takes the default
            subnet mask value based on the class of the IP
            address configured for the interface."
         ::= { ifIpEntry 3 }

      ifIpBroadcastAddr    OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the IP broadcast address for this
            interface. The value should be specified only
            for network interfaces and any valid broadcast
            address based on a valid VLSM is accepted. 
            
            If not specified, this object takes the default
            value based on the class of the IP
            address configured for the interface."
         ::= { ifIpEntry 4 }

      ifIpForwardingEnable OBJECT-TYPE
         SYNTAX            TruthValue
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies whether IP forwarding is enable on
            this interface. Disabling IP forwarding on an
            interface will result in packets which are to
            be forwarded on that interface being dropped
            and ICMP error messages being generated for the
            packets."
         DEFVAL { true } 
         ::= { ifIpEntry 5 }

      ifIpAddrAllocProtocol  OBJECT-TYPE
         SYNTAX              INTEGER {
                                rarp(1),
                                dhcp(2)
                              } 
         MAX-ACCESS        read-write 
         STATUS            current
         DESCRIPTION
           "Specifies the protocol to be used to obtain
            IP address for this interface.  This object is
            valid only when ifIpAddrAllocMethod is set to
            dynamic (3). 

	    When ifIpAddrAllocMethod option is dhcp(2)
	    dhcp-client tries for dynamic IP address from 
	    server for maximum number of retries. If couldn't
	    able to receive any IP address, then sets back to 
	    default IP address.

            Currently rarp (1) option is not
            supported. The assigned value will be effective
            only when the interface admin status changes"
         DEFVAL { dhcp }
         ::= { ifIpEntry 6 }
  
         ifIpDestMacAddress   OBJECT-TYPE
         SYNTAX            MacAddress
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "The unicast Peer MacAddress for unnumbered interface.
            This Object needs to be configured mandatorily for proper
            forwarding of IP packets over unnumbered interfaces.This object
            needs to be set to avoid ARP resolution failure on corresponding 
            interfaces. For MPLS-TP networks, MacAddress can be unicast or
            multicast (01:00:5E:90:00:00) Mac Address."
         ::= { ifIpEntry 7 }
 
         ifIpUnnumAssocIPIf OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "This object stores the interface index of the interface associated
             with the unnumbered interface. The source IP addresses used over
             the Unnumbered interface in relation to the destination IP address
             are borrowed from the associated interface."
         ::= { ifIpEntry 8 }

       ifIpIntfStatsEnable OBJECT-TYPE
         SYNTAX            TruthValue
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "This object specifies whether statistics collection is enabled on the IP 
             interface. 
             
             When the status is set to True, statistics collection will be started on the IP interface. 
             Retrieval of statistics on the L3 interface is possible only when the status is 
             set to True.
             
             When the status is set to False, statistics collection will be stopped on the IP interface. 
             Retrieval of statistics on the L3 interface is not be possible when the status is 
             set to False."
         DEFVAL { false }
         ::= { ifIpEntry 9 }

       ifIpPortVlanId OBJECT-TYPE
         SYNTAX            Integer32 (0..4094)
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
           "This object specifies the VLAN identifier assigned  to router-ports
            for association in the porting layer. This object is meant for the
            chipsets when the porting layer demands VLAN identifier association
            to realize router ports. This object is available only when the
            physical interface is set as router-port.

            The default value 0 is applicable for L3 VLAN interfaces and for
            chipsets that do not support this MIB feature"
         DEFVAL { 0 }
         ::= { ifIpEntry 10 }
 
-- ifWanTable
-- This table is used for specification of media specific configuration
-- parameters which are applicable to WAN interfaces.
      
      ifWanTable           OBJECT-TYPE
         SYNTAX            SEQUENCE OF IfWanEntry
         MAX-ACCESS        not-accessible
         STATUS            deprecated
         DESCRIPTION
            "A list of all the WAN interfaces in the system.
                  
            This table contains objects which are applicable for the
            management of WAN interfaces like PPP, MP bundle and
            FR/X.25/ATM VCs in the system.
               
            This table is a extension to the ifMainTable. 
            The index to this table has the semantics of
            the ifMainIndex of the ifMainTable.
                  
            Entries are created automatically in this table when
            any WAN interface is created in the ifMainTable. The 
            ppp(23), miox25(38), frameRelayMPI(92), 
            pppMultilinkBundle(108) and atmSubInterface(134)
            interfaces have entries in this table. The entries
            in this table are deleted when the interfaces are
            deleted from the ifMainTable."
         ::= { if 6 }

      ifWanEntry           OBJECT-TYPE
         SYNTAX            IfWanEntry
         MAX-ACCESS        not-accessible
         STATUS            deprecated
         DESCRIPTION
            "An entry containing management information applicable
            to a WAN interface."
         INDEX { ifMainIndex }
         ::= { ifWanTable 1 }

      IfWanEntry ::=
         SEQUENCE {
            ifWanInterfaceType      INTEGER,
            ifWanConnectionType     INTEGER,
            ifWanVirtualPathId      Integer32,
            ifWanVirtualCircuitId   Integer32,
            ifWanPeerMediaAddress   OCTET STRING,
            ifWanSustainedSpeed     Integer32,
            ifWanPeakSpeed          Integer32,
            ifWanMaxBurstSize       Integer32,
            ifWanIpQosProfileIndex  Integer32,
            ifWanIdleTimeout        Integer32,
            ifWanPeerIpAddr         IpAddress,
            ifWanRtpHdrComprEnable  TruthValue,
            ifWanPersistence        INTEGER
            }

      ifWanInterfaceType   OBJECT-TYPE
         SYNTAX            INTEGER {
                              ppp(23), -- PPP link
                              miox25(38), -- multiprotocol over x.25
                                          -- used for X.25 VCs
                              frameRelayMPI(92), -- multiprotocol
                                                 -- over FR
                                                 -- used for FR VCs
                                                 -- and sub-interfaces
                              pppMultilinkBundle(108), -- PPP Multilink
                                                       -- Bundle
                              atmSubInterface(134) -- VCs under IPoA
                                                   -- for QoS purpose
                              } 
         MAX-ACCESS        read-only
         STATUS            deprecated
         DESCRIPTION
            "The type of the WAN interface. This is
            same as if MIB-2 ifType and ifMainType."
         ::= { ifWanEntry 1 }

      ifWanConnectionType  OBJECT-TYPE
         SYNTAX            INTEGER {
                              other(0),
                              permanent(1),
                              switched(2)
                              }
         MAX-ACCESS        read-write
         STATUS            deprecated
         DESCRIPTION
            "The type of WAN connection. This object
            will not be applicable to PPP and MLPPP
            interfaces and will have the value other(0).
            For all other interfaces the default value
            is permanent(1). 
            
            It is possible to pre-configure a SVC through
            this table. The actual SVC establishment may
            take place when there is data to be sent or
            through some other system policy."
         ::= { ifWanEntry 2 }

      ifWanVirtualPathId   OBJECT-TYPE
         SYNTAX            Integer32
         MAX-ACCESS        read-write
         STATUS            deprecated
         DESCRIPTION
            "The VPI for ATM VCs. This object
            will not be applicable to other
            interfaces and will have the value 0."
         DEFVAL { 0 } 
         ::= { ifWanEntry 3 }

      ifWanVirtualCircuitId   OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The VCI for ATM VCs, DLCI for Frame Relay VCs and
            the channel identifier for X.25 VCs.

            For SVCs this object is read-only, the value will be 
            assigned after the SVC establishment.
            
            This object will not be applicable to PPP and
            MLPPP interfaces and will have the value 0."
         DEFVAL { 0 } 
         ::= { ifWanEntry 4 }

      ifWanPeerMediaAddress   OBJECT-TYPE
         SYNTAX               OCTET STRING (SIZE (0..40))
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The Media Address of the peer to whom this 
            connection is to be established.
            
            For ATM VCs this can be in E.164, NSAP or either of these along
            with the subaddress. For Frame Relay VCs this is in
            E.164 and for X.25 VCs it is in X.121 format.

            For SVCs this object is mandatory, for PVCs it is
            optional.
            
            This object will not be applicable to PPP and
            MLPPP interfaces and will have the value 0."
         ::= { ifWanEntry 5 }

      ifWanSustainedSpeed     OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The sustained or minimum gauranteed speed of
            the interface. This is semantically similar to
            the CIR for FR and SCR for ATM. The value to be
            assigned is the CIR or SCR as the case may be.
            This value is used by IP-QoS.

            For PPP links this object should be given the value
            of the speed of the lower link. For MP this value
            is the sum of the speed of all the lower PPP links.

            If the value is not specified then the system default 
            values are taken based on the type of the interface."
         ::= { ifWanEntry 6 }

      ifWanPeakSpeed          OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The maximum speed available on the interface. 
            This is semantically similar to the CIR+EIR for FR
            and PCR for ATM. This value is used by IP-QoS.

            For PPP links this object should be given the value
            of the speed of the lower link. For MP this value
            is the sum of the speed of all the lower PPP links.

            If the value is not specified then the ifWanSustatinedSpeed
            values are taken as the peak speed values."
         ::= { ifWanEntry 7 }

      ifWanMaxBurstSize       OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The maximum burst size in bytes that the interface
            can sustain. This is semantically similar to the Bc for FR
            and MBS for ATM. This value is used by IP-QoS.

            For PPP links this object should be given the value
            of the speed of the lower link. For MP this value
            is the sum of the speed of all the lower PPP links.

            If the value is not specified then the system default
            values are taken based on the type of interface."
         ::= { ifWanEntry 8 }

      ifWanIpQosProfileIndex  OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The index of an IP-QoS profile which is configured
            in the IP-QoS MIB. Assigning the index of the profile
            results in instantiation of that profile for the
            interface. 

            This object is optional and may be specified only for
            assigning an IP-QoS profile - if not specified then no
            profile is applied to this interface - default value
            is then the invalid index 0."
         DEFVAL { 0 }
         ::= { ifWanEntry 9 }

      ifWanIdleTimeout        OBJECT-TYPE
         SYNTAX               Integer32
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The minimum duration (in seconds) to wait before
            disconnecting an idle established circuit/interface. (a
            default value of 0 where not required) Specification
            of the object is optional for all interfaces; if not
            specified the system default value is assumed on the basis
            of the IfType specified."
         DEFVAL { 0 }
         ::= { ifWanEntry 10 }

      ifWanPeerIpAddr         OBJECT-TYPE
         SYNTAX               IpAddress
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The IP address of the peer to whom this interface is
            established with. Specification of this value is optional
            for all interfaces.
            
            For PPP and MLPPP interfaces, this value if specified
            is used during IPCP negotiation for assigning IP address
            to the peer. This object stores the configured peer IP
            address and this object is not updated with the actual
            IP address of the peer.
            
            For other interfaces, this value is either configured
            for peers who do not have InARP support or this object
            is instantiated after the peer IP address is obtained 
            after InARP."
         DEFVAL { '00000000'H }
         ::= { ifWanEntry 11 }

      ifWanRtpHdrComprEnable  OBJECT-TYPE
         SYNTAX               TruthValue
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "Enable or disable the RTP header compression on the
            WAN interface. This object is writable for only those
            interface which are registered with IP. If the RTP
            header compression negotiation with the peer fails then
            this object is reset to false."
         DEFVAL { false }
         ::= { ifWanEntry 12 }

      ifWanPersistence        OBJECT-TYPE
         SYNTAX               INTEGER {
                                 other(1),
                                 demand(2)
                                 }
         MAX-ACCESS           read-write
         STATUS               deprecated
         DESCRIPTION
            "The persistence of the WAN interface in the system.
             
             Demand(2) circuits are pre-configured but are opened only 
             when there is some data to be sent (these interfaces are 
             administratively UP, but operationally DORMANT and they are 
             made UP dynamically whenever there is any data to be sent 
             over the interface). The demand circuit configuration 
             continues to persist in the system.

             Alll other WAN interface which do not fall under the above
             categories are to be configured as other(1) which is the
             default value."
         DEFVAL { other }
         ::= { ifWanEntry 13 }


-- ifAutoCktProfileTable
-- This table is used for the specification of the automatic circuit 
-- profile for the WAN interface in the system.
         
      ifAutoCktProfileTable   OBJECT-TYPE
         SYNTAX               SEQUENCE OF IfAutoProfileEntry
         MAX-ACCESS           not-accessible
         STATUS               deprecated
         DESCRIPTION
            "A list of all the automatic circuit profiles in the system. 
            This table contains objects which are useful for configuration
            of an automatic circuit profile for a given interface.
            The profile specified here is used for the configuration of
            all the incoming calls on the specified interface. The new
            interfaces are assigned MIB-2 ifIndex upon creation. The
            interface is deleted once the circuit is closed."
         ::= { if 7 }

      ifAutoProfileEntry   OBJECT-TYPE
         SYNTAX            IfAutoProfileEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry containing information applicable
            to an automatic circuit profile for an interface."
         INDEX { ifAutoProfileIfIndex }
         ::= { ifAutoCktProfileTable 1 }

      IfAutoProfileEntry ::=
         SEQUENCE {
            ifAutoProfileIfIndex             InterfaceIndex,
            ifAutoProfileIfType              INTEGER,
            ifAutoProfileIpAddrAllocMethod   INTEGER,
            ifAutoProfileDefIpSubnetMask     IpAddress,
            ifAutoProfileDefIpBroadcastAddr  IpAddress,
            ifAutoProfileIdleTimeout         Integer32,
            ifAutoProfileEncapType           INTEGER,
            ifAutoProfileIpQosProfileIndex   Integer32,
            ifAutoProfileRowStatus           RowStatus
            }

      ifAutoProfileIfIndex OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        not-accessible
         STATUS            deprecated
         DESCRIPTION
            "The MIB-2 ifIndex of the interface for which
            this automatic circuit profile is applicable.
            All incoming calls on this interface will be
            handled/configured according to this profile."
         ::= { ifAutoProfileEntry 1 }

      ifAutoProfileIfType  OBJECT-TYPE
         SYNTAX            INTEGER {
                              rfc877x25(5), -- X.25
                              frameRelay(32), -- Frame Relay DTE port
                              aal5(49), -- AAL5 over ATM
                              ipOverAtm(114) -- IPoA virtual
                              } 
         MAX-ACCESS        read-only
         STATUS            deprecated
         DESCRIPTION
            "The type of the WAN interface. This is
            same as if MIB-2 ifType and ifMainType."
         ::= { ifAutoProfileEntry 2 }

      ifAutoProfileIpAddrAllocMethod   OBJECT-TYPE
         SYNTAX                        INTEGER {
                                          other(1),  -- obtained by other 
                                                     -- means or not required
                                          negotiation(2), -- obtained from peer
                                          localAddressPool(3)
                                          }   -- Currently only
                                             -- these method possible.
         MAX-ACCESS                    read-create
         STATUS                        deprecated
         DESCRIPTION
            "The mechanism to be used for allocation of IP
            address for this interface. 
            
            The value negotiation can be used only if PPP
            or MLPPP interfaces are to run over the automatic
            circuits.

            The localAddressPool(3) option takes an IP 
            address dynamically from the IP address pool
            specified by the ifAutoProfileIpAddrPoolIndex.

            If the method specified is other(1) then either
            the IP address is not required or is obtained 
            by some other method."
         DEFVAL { other }
         ::= { ifAutoProfileEntry 3 }

      ifAutoProfileDefIpSubnetMask  OBJECT-TYPE
         SYNTAX                     IpAddress
         MAX-ACCESS                 read-create
         STATUS                     deprecated
         DESCRIPTION
            "Specifies the default IP Subnet Mask for this
            profile. The value should be specified only
            for network interfaces and any valid VLSM is
            accepted. 
            
            If not specified, this object takes the default
            subnet mask value based on the class of the IP
            address configured for the interface."
         ::= { ifAutoProfileEntry 4 }

      ifAutoProfileDefIpBroadcastAddr  OBJECT-TYPE
         SYNTAX                        IpAddress
         MAX-ACCESS                    read-create
         STATUS                        deprecated
         DESCRIPTION
            "Specifies the default IP broadcast address for this
            interface. Any valid broadcast
            address based on a valid VLSM is accepted. 
            
            If not specified, this object takes the default
            value based on the class of the IP
            address configured for the interface."
         ::= { ifAutoProfileEntry 5 }

      ifAutoProfileIdleTimeout   OBJECT-TYPE
         SYNTAX                  Integer32
         MAX-ACCESS              read-create
         STATUS                  deprecated
         DESCRIPTION
            "The minimum duration (in seconds) to wait before
            disconnecting an idle automatic circuit. Specification
            of the object is mandatory."
         ::= { ifAutoProfileEntry 6 }

      ifAutoProfileEncapType  OBJECT-TYPE
         SYNTAX               INTEGER {
                                 other(1),
                                 nlpid(2), -- NLPID based encap
                                           -- in the case of FR
                                           -- and multiplexed
                                           -- NLPID encap for X.25
                                 nlpidSnap(3), -- NLPID-SNAP based
                                                -- encap in the case
                                                -- of FR and multiplexed
                                                -- NLPID-SNAP encap for
                                                -- X.25.
                                 cudNlpid(4),   -- dedicated NLPID for
                                                -- X.25 only
                                 cudNlpidSnap(5),   -- dedicated
                                                      -- NLPID-SNAP for
                                                      -- X.25 only
                                 llcSnap(6),   -- for ATM VCs only
                                 vcMultiplexed(7)   -- for ATM VCs only
                                 }
         MAX-ACCESS           read-create
         STATUS               deprecated
         DESCRIPTION
            "The encapsulation type to be used over the automatic 
            circuit.

            For FR interface, the value can be nlpid(2) (for carrying protocols
            which have NLPID) or nlpidSnap(3) (for other protocols). The
            default is nlpid(2) and the types of protocols supported are
            inferred from the stack-layering implemented over the
            interface.

            For X.25 interface, the value can be nlpid(2) or nlpidSnap(3) 
            (where the VC can carry multiplexed protocol traffic with
            each data packet containing the NLPID or SNAP header) or
            cudNlpid(4) or cudNlpidSnap(5) (where the CUD specifies
            the NLPID of the protocol or SNAP and the data packets do
            not contain these headers - for dedicated VCs). The default 
            is cudNlpid(4).
            
            For ATM interface, the default is llcSnap(6) but the 
            vcMultiplexed(7) encapsulation is also supported."
         ::= { ifAutoProfileEntry 7 }

      ifAutoProfileIpQosProfileIndex   OBJECT-TYPE
         SYNTAX                        Integer32
         MAX-ACCESS                    read-create
         STATUS                        deprecated
         DESCRIPTION
            "The index of an IP-QoS profile which is configured
            in the IP-QoS MIB. Assigning the index of the profile
            results in instantiation of that profile for any
            automatic circuit which is instantiated based on this
            profile (and a corresponding profile is instantiated
            in the IP-QoS table also).

            This object is optional and may be specified only for
            assigning an IP-QoS profile - if not specified then no
            profile is applied to this interface - default value
            is then the invalid index 0."
         DEFVAL { 0 }
         ::= { ifAutoProfileEntry 8 }

      ifAutoProfileRowStatus  OBJECT-TYPE
         SYNTAX               RowStatus
         MAX-ACCESS           read-create
         STATUS               deprecated
         DESCRIPTION
            "A RowStatus object for creation of automatic circuit
            profile on a per interface basis.
            
            It is necessary to create the parent FR,X.25 or ATM/IPoA
            interface before creating the automatic circuit profile
            for that interface.
            
            The profile is deleted once the parent interface is 
            deleted from the system.

            Setting this object to notInService for an active profile
            will result in the profile being not applied to any new
            automatic circuit, but the existing circuits would not
            be affected. Similarly, deleting a profile would not affect
            existing circuits which have used that profile."
         ::= { ifAutoProfileEntry 9 }


-- ifIvrTable
-- This table is used for the Inter VLAN Routing related 
-- configurations for each interface such as converting Bridged interfaces
-- to Routed interfaces and vice-versa.

      ifIvrTable              OBJECT-TYPE
         SYNTAX               SEQUENCE OF IfIvrEntry
         MAX-ACCESS           not-accessible
         STATUS               current
         DESCRIPTION
            "A list of all the interfaces in the system with IVR related
            configurations.

            This table is an extension to the ifMainTable. The index to 
            this table has the semantics of the ifMainIndex of the 
            ifMainTable."
         ::= { if 8 }

      ifIvrEntry           OBJECT-TYPE
         SYNTAX            IfIvrEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry containing IVR-related information applicable
            to a interface."
         INDEX { ifMainIndex }
         ::= { ifIvrTable 1 }
         
      IfIvrEntry ::=
         SEQUENCE {
            ifIvrBridgedIface
               TruthValue
            }

      ifIvrBridgedIface     OBJECT-TYPE
         SYNTAX            TruthValue 
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Indicates if this interface is a Bridged interface
            or not. 
            A value of 'TRUE' indicates that this interface is 
            a Bridged interface and is capable of performing 
            bridging of packets through this interface.
            A value of 'FALSE' indicates that this 
            interface is a Routed interface and is capable of
            performing routing of packets through this interface." 
         ::= { ifIvrEntry 1 }

-- Added the following two scalars for setting or resetting the VLAN
-- List for the management interface.

       ifSetMgmtVlanList OBJECT-TYPE
       SYNTAX     OCTET STRING (SIZE (0..512))
       MAX-ACCESS read-write
       STATUS     current
       DESCRIPTION
           "A string of octets containing one bit per VLAN. The
           first octet corresponds to VLANs with VlanId values
           1 through 8; the second octet to VLANs 9 through
           16 etc.  The most significant bit of each octet
           corresponds to the lowest VlanId value in that octet.
           This is the set of vlans configured by management to associate 
           with the management interface." 
           ::= { if 9 }
       
       ifResetMgmtVlanList OBJECT-TYPE
       SYNTAX     OCTET STRING (SIZE (0..512))
       MAX-ACCESS read-write
       STATUS     current
       DESCRIPTION
           "A string of octets containing one bit per VLAN. The
           first octet corresponds to VLANs with VlanId values
           1 through 8; the second octet to VLANs 9 through
           16 etc.  The most significant bit of each octet
           corresponds to the lowest VlanId value in that octet.
           This is the set of vlans configured by management to dis-associate 
           from the management interface.
           Get operation is not allowed for this object."

           ::= { if 10 }

-- ifSecondaryIpAddressTable
-- This table is to configure secondary ip address over the interfaces
-- registered with IP. 
      
      ifSecondaryIpAddressTable  OBJECT-TYPE
         SYNTAX            SEQUENCE OF IfSecondaryIpAddressEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "A list of secondary IP addresses configured over the 
            interfaces registered with IP.
                  
            This table is a extension to the ifMainTable. 
            The index to this table has the semantics of
            the ifMainIndex of the ifMainTable.
            
            Secondary IpAddress configuration should not override the 
            primary ip address configured for any of the interface
            
            Updation of entries in this table are not allowd when 
            RowStatus is active"
                  
         ::= { if 11 }

      ifSecondaryIpAddressEntry       OBJECT-TYPE
         SYNTAX            IfSecondaryIpAddressEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry contains the information associated with the
            secondary(additional) ip address configured to a particular 
            interface."
         INDEX { ifMainIndex , ifSecondaryIpAddress}
         ::= { ifSecondaryIpAddressTable 1 }

      IfSecondaryIpAddressEntry ::=
         SEQUENCE {
            ifSecondaryIpAddress       IpAddress,
            ifSecondaryIpSubnetMask    IpAddress,
            ifSecondaryIpBroadcastAddr IpAddress,
            ifSecondaryIpRowStatus     RowStatus
            }

      ifSecondaryIpAddress         OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        not-accessible 
         STATUS            current
         DESCRIPTION
            "Specifies the Secondary IP address associated with the 
            interface"
         ::= {ifSecondaryIpAddressEntry  1 }

      ifSecondaryIpSubnetMask     OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write 
         STATUS            current
         DESCRIPTION
            "Specifies the IP Subnet Mask associted with the
            secondary ip address configuration. The value should be 
            specified only for network interfaces and any valid 
            VLSM is accepted. 
            
            If not specified, this object takes the default
            subnet mask value based on the class of the IP
            address configured for the interface."
         ::= { ifSecondaryIpAddressEntry 2 }

      ifSecondaryIpBroadcastAddr    OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the IP broadcast address associated with
            the configured secondary IP address. The value should be 
            specified only for network interfaces and any valid 
            broadcast address based on a valid VLSM is accepted. 
            
            If not specified, this object takes the default
            value based on the class of the IP
            address configured for the interface."
         ::= { ifSecondaryIpAddressEntry 3 }

      ifSecondaryIpRowStatus OBJECT-TYPE
         SYNTAX            RowStatus
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "This object is used to manage creation and deletion of rows
             in this table."
         ::= { ifSecondaryIpAddressEntry 4 }

-- ----------------------------------------------------------------------------
-- ifMainExtTable
-- This table is used for the additional management of the interfaces in the
-- system. 
-- ----------------------------------------------------------------------------

ifMainExtTable OBJECT-TYPE
   SYNTAX      SEQUENCE OF IfMainExtEntry
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "This table is an extension to the ifMainTable."
   ::= { if 12 }

ifMainExtEntry OBJECT-TYPE
   SYNTAX      IfMainExtEntry 
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "An entry containing additional management information
       applicable to a particular interface."
  AUGMENTS    { ifMainEntry }
    ::= { ifMainExtTable 1 }

IfMainExtEntry ::=
   SEQUENCE {
      ifMainExtMacAddress           MacAddress,
      ifMainExtSysSpecificPortID    Unsigned32,
      ifMainExtInterfaceType        INTEGER,
      ifMainExtPortSecState         INTEGER,
      ifMainExtInPkts               Counter32,
      ifMainExtLinkUpEnabledStatus  INTEGER,
      ifMainExtLinkUpDelayTimer     Unsigned32,
      ifMainExtLinkUpRemainingTime Unsigned32

   }

      ifMainExtMacAddress     OBJECT-TYPE
         SYNTAX            MacAddress 
         MAX-ACCESS        read-create 
         STATUS            current
         DESCRIPTION
            "The unicast MacAddress for each interface.
            The Macaddress can be set only when ifMainAdminStatus for the 
            interface is down(2). The object is valid only for 
            interfaces that have the ifMainType set as ethernetCsmacd(6) or 
            ieee8023ad(161). 
            Configuration of this object is not mandatory. If this object is
            not configured, the default Macaddress for the interface is obtained
            from the system."
         ::= { ifMainExtEntry 8 }

       ifMainExtSysSpecificPortID    OBJECT-TYPE
         SYNTAX                     Unsigned32
         MAX-ACCESS                 read-write
         STATUS                     current
         DESCRIPTION
            "System specific index configured for the port. 
             It provides a different numbering space other than the 
             IfIndex to identify ports. 
             Valid range for this object is from 1 to 16384.
             The value 0 is not allowed to be set. On reading the object 
             0 is returned only if no other value has been configured."
         DEFVAL { 0 }
         ::= { ifMainExtEntry 9 }

      ifMainExtInterfaceType OBJECT-TYPE
         SYNTAX      INTEGER {
      	    frontpanelport        (1),
      	    backplaneport         (2)
         }
         MAX-ACCESS  read-write
         STATUS      current
         DESCRIPTION
            "This object reflects the usage of this interface, whether it is a 
        	frontpanel interface or a backplane interface used for interswitching
        	in distributed environments.

        	frontpanelport - 
        	The interface behaves as a normal interface visible to the management
        	and other protocols.

        	backplaneport - 
        	This port operates as back plane interface in the system enabling
        	communication across the line cards present in the system.  This
        	interface will be masked from the management control for all the
        	protocol related operations. This can be used in distributed 
        	environments wherein protocols are ran over every individual line 
        	cards to achieve better CPU utilization and performance. Proprietary 
        	PDU and tailored control PDU flow out of this interface to keep the 
        	system information intact across the line cards present in the system. 
        	This can be enabled only over the physical interface and not over any 
        	other interface."

        DEFVAL { 1 }
        ::= { ifMainExtEntry 10}

      ifMainExtPortSecState OBJECT-TYPE
         SYNTAX        INTEGER {
                            untrusted (0),
                            trusted (1)
         }
         MAX-ACCESS  read-write
         STATUS      current
         DESCRIPTION
           "The interface port security state says whether the port is connected
           to trusted hosts or not. If a port is trusted, the packets coming
           on that ports will also be trusted. By default all the ports will be
           untrusted. If the interface is part of a port channel it cannot be set."

         DEFVAL { trusted }
         ::={ ifMainExtEntry 11 }

      ifMainExtInPkts  OBJECT-TYPE
         SYNTAX        Counter32
         MAX-ACCESS    read-only
         STATUS        current
         DESCRIPTION
          "Total number of packets received on this interface. This includes the
           total of Unicast, Multicast and Broadcast packets received on a interface."

         ::={ ifMainExtEntry 12 }

        ifMainExtLinkUpEnabledStatus    OBJECT-TYPE
         SYNTAX                     INTEGER  { enabled(1), disabled(2) }
         MAX-ACCESS                 read-write
         STATUS                     current
         DESCRIPTION
           "This enables or disables Link Up Delay functionality in this port. 
            A value of  'enabled'(1) indicates  that, operational status of the 
            link is suspended for a configured delay time 'ifMainExtLinkUpDelayTimer'.
            A value of 'disabled' (2) indicates  that  the operational status of the
            link is not delayed and indicated to the higher layers immediately."

         DEFVAL  { disabled }
            ::= { ifMainExtEntry 13}

       ifMainExtLinkUpDelayTimer    OBJECT-TYPE
         SYNTAX                     Unsigned32
         UNITS                      "seconds"
         MAX-ACCESS                 read-write
         STATUS                     current
         DESCRIPTION
            "This configures the delay timer for the link up enabled interface.
             It takes the timer value (in seconds) minimum value as 1 and 
             maximum value as 1000."

         DEFVAL { 2 }
         ::= { ifMainExtEntry 14}

       ifMainExtLinkUpRemainingTime    OBJECT-TYPE
         SYNTAX                         Unsigned32
         MAX-ACCESS                     read-only
         STATUS                         current
         DESCRIPTION
            "This object is for displaying the pending time left 
             for the link Operation Status to be made UP."

         ::= { ifMainExtEntry 15}
-- ----------------------------------------------------------------------------
-- CFA Custom TLV Table
-- ----------------------------------------------------------------------------

ifCustTLVTable OBJECT-TYPE
   SYNTAX      SEQUENCE OF IfCustTLVEntry
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "This table allows generic TLV data to be configured per-port.
       It may be used to store any port-specific information that 
       is required by any application."
          
   ::= { if 13 }

ifCustTLVEntry OBJECT-TYPE
   SYNTAX      IfCustTLVEntry
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "Entry about the TLV information"
   INDEX { ifMainIndex, ifCustTLVType }
   ::= { ifCustTLVTable 1 }

IfCustTLVEntry ::=
   SEQUENCE {
      ifCustTLVType       Unsigned32,
      ifCustTLVLength     Unsigned32,
      ifCustTLVValue      DisplayString,
      ifCustTLVRowStatus  RowStatus
   }

ifCustTLVType  OBJECT-TYPE
   SYNTAX      Unsigned32
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "Type of the TLV Information."
   ::= { ifCustTLVEntry 1 }

ifCustTLVLength  OBJECT-TYPE
   SYNTAX      Unsigned32
   MAX-ACCESS  read-create
   STATUS      current
   DESCRIPTION
      "Length of the TLV Information. 
       Specification of this object is mandatory for ifCustTLVRowStatus to
       be made active. Length should be configured after the row creation in 
       ifCustTLVTable and before configuring the ifCustTLVValue. 
       The value 0 is not allowed to be set."
   ::= { ifCustTLVEntry 2 }

ifCustTLVValue OBJECT-TYPE
   SYNTAX      DisplayString
   MAX-ACCESS  read-create
   STATUS      current
   DESCRIPTION
      "Value of the TLV Information. The default value is 0."
   ::= { ifCustTLVEntry 3 }

ifCustTLVRowStatus OBJECT-TYPE
   SYNTAX      RowStatus
   MAX-ACCESS  read-create
   STATUS      current
   DESCRIPTION
      "RowStatus of the Corresponding Entry."
   ::= { ifCustTLVEntry 4 }
   
-- ----------------------------------------------------------------------------
-- CFA Custom OpaqueAttributes Table
-- ----------------------------------------------------------------------------

ifCustOpaqueAttrTable OBJECT-TYPE
   SYNTAX      SEQUENCE OF IfCustOpaqueAttrEntry
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "This table allows generic integer attributes to be configured 
       per-port. These attributes will be opaque from ISS's point of 
       view and will not be processed/understood by ISS."
   ::= { if 14 }

ifCustOpaqueAttrEntry OBJECT-TYPE
   SYNTAX      IfCustOpaqueAttrEntry
   MAX-ACCESS  not-accessible
   STATUS      current
   DESCRIPTION
      "Entry for every opaque attribute on each port."
   INDEX { ifMainIndex, ifCustOpaqueAttributeID }
   ::= { ifCustOpaqueAttrTable 1 }

IfCustOpaqueAttrEntry ::=
   SEQUENCE {
      ifCustOpaqueAttributeID      INTEGER,
      ifCustOpaqueAttribute        Unsigned32,
      ifCustOpaqueRowStatus        RowStatus        
   }

ifCustOpaqueAttributeID  OBJECT-TYPE
   SYNTAX           INTEGER{
                       opaqueAttr1 (1), 
                       opaqueAttr2 (2), 
                       opaqueAttr3 (3), 
                       opaqueAttr4 (4)
                       } 
   MAX-ACCESS       not-accessible
   STATUS           current
   DESCRIPTION
      "OpaqueAttribute ID  configured on the port. Four opaque attributes are
       supported on each port"
   ::= { ifCustOpaqueAttrEntry 1 }

ifCustOpaqueAttribute OBJECT-TYPE
   SYNTAX                Unsigned32
   MAX-ACCESS            read-create
   STATUS                current
   DESCRIPTION
      "Value for the Opaque attribute.This value can be altered when 
      ifCustOpaqueRowStatus is ACTIVE."
   DEFVAL { 0 }
   ::= { ifCustOpaqueAttrEntry 2 }


ifCustOpaqueRowStatus OBJECT-TYPE
   SYNTAX                RowStatus
   MAX-ACCESS            read-create
   STATUS                current
   DESCRIPTION
      "RowStatus of the Corresponding Entry. NOT_IN_SERVICE value is not
      supported."
   ::= { ifCustOpaqueAttrEntry 3 }

-- ===========================================================
-- I-LAN Interface configuration table
-- ===========================================================

ifBridgeILanIfTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF IfBridgeILanIfEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
         "This table is used to read the status of an I-Lan interface
         created from Iftable. An I-LAN Interface is
          used to create internal connections between bridge ports in a
          802.1 device.  An I-LAN Interfaces can be directly associated
          with a set of bridge ports.  An I-LAN Interfaces can also be
          used as a stacking interface to relate other interfaces before
          association to bridge ports.

          For example, an I-LAN interface can be created to link traffic
          between a PIP and a CBP.  This involves creation of an interface
          of type iLan with a corresponding entry made in the ifTable. 
          
          The IfIndex corresponding to the ILAN is put in the IlanifTable.
          A CBP is created in a B Component of IfType internal and  CBP 
          related IfEntry is stacked upon the IfEntry of the I-LAN using 
          the IfStackTable.  Similarly, a PIP is created in a I Component
          of IfType internal and  PIP related IfEntry is stacked upon the
          IfEntry of the I-LAN using the IfStackTable. 
          Finally, a VIP is created with ifType internal on the I-Component
          and is associated with the PIP, thus completing the path from 
          the I-Component's MAC relay to the CBP on the B-Component.

          Entries in this table must be persistent over power up
          restart/reboot."
    ::= { if 15 }

ifBridgeILanIfEntry OBJECT-TYPE
    SYNTAX      IfBridgeILanIfEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "Each entry consists of a Status to get the I-Lan interface status"
    INDEX       { ifIndex }
    ::= { ifBridgeILanIfTable 1 }

IfBridgeILanIfEntry ::=
    SEQUENCE {
        ifBridgeILanIfStatus
            INTEGER
    }

ifBridgeILanIfStatus OBJECT-TYPE
    SYNTAX      INTEGER
                {
                       active (1),
                       outOfService (2)
                }
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object is used to read the status of an I-Lan interface
         created from Iftable."
    ::= { ifBridgeILanIfEntry 1 }
-- ======================================================
-- IfType Protocol Deny Table.
-- ======================================================
ifTypeProtoDenyTable    OBJECT-TYPE
    SYNTAX              SEQUENCE OF IfTypeProtoDenyEntry
    MAX-ACCESS          not-accessible
    STATUS              current
    DESCRIPTION
    "A table to configure the interface types and bridge port types accessible 
    to various protocol(s). This table will indicate whether
    a particular type of interface is to be created or be visible
    in the given protocol module. An entry in this table will cause the 
    particular type of interface to be denied from being accessed by the 
    protocol i.e. the particular type of interface will not be created
    (i.e. visible) in the given protocol." 
    ::= { if 16 }

ifTypeProtoDenyEntry    OBJECT-TYPE
    SYNTAX              IfTypeProtoDenyEntry
    MAX-ACCESS          not-accessible
    STATUS              current
    DESCRIPTION
    "Each entry in this table will give the interface type and bridge port type 
    that will not be accessible to the protocol for the mentioned context.
    Only valid and allowed combinations of ifTypeProtoDenyMainType and
    ifTypeProtoDenyBrgPortType must be configured by the administrator."
    INDEX { ifTypeProtoDenyContextId, ifTypeProtoDenyMainType, 
            ifTypeProtoDenyBrgPortType, ifTypeProtoDenyProtocol }
    ::= { ifTypeProtoDenyTable 1 }

IfTypeProtoDenyEntry    ::= 
    SEQUENCE {
        ifTypeProtoDenyContextId    Unsigned32,
        ifTypeProtoDenyMainType     INTEGER,
        ifTypeProtoDenyBrgPortType  INTEGER,
        ifTypeProtoDenyProtocol     INTEGER,
        ifTypeProtoDenyRowStatus    RowStatus
        }

ifTypeProtoDenyContextId    OBJECT-TYPE
    SYNTAX                  Unsigned32 (0..255)
    MAX-ACCESS              not-accessible
    STATUS                  current
    DESCRIPTION
    "Identifies a virtual context in which to deny access of the given interface 
    type and bridge port type to a protocol."
    ::= { ifTypeProtoDenyEntry 1 }

ifTypeProtoDenyMainType OBJECT-TYPE
   SYNTAX               INTEGER {
                          ethernetCsmacd(6), -- Ethernet/802.3
                          propVirtual (53), -- Proprietary Virtual Interface
                          ieee8023ad(161), -- Link Aggregation Mib
                          brgPort(209), -- Bridge port used for creating virtual ports in PBB
  	                      pip (248) -- Virtual (Internal) Provider Instance port 

                          } -- These are the currently supported 
                            -- interfaces. More can be added at a
                            -- later time.
   MAX-ACCESS           not-accessible
   STATUS               current
   DESCRIPTION
   "This object type refers to the ifMainType.
    The interface types that are currently supported by this table are 
    ethernetCsmacd(6), propVirtual(53), ieee8023ad(161), brgPort(209) and 
    pip(248)." 
    ::= { ifTypeProtoDenyEntry 2 }

ifTypeProtoDenyBrgPortType  OBJECT-TYPE
    SYNTAX                  INTEGER {
                              providerNetworkPort           (1),
                              customerNetworkPortPortBased  (2),
                              customerNetworkPortStagged    (3),
                              customerEdgePort              (4),
                              propCustomerEdgePort          (5),
                              propCustomerNetworkPort       (6),
                              propProviderNetworkPort       (7),
                              customerBridgePort            (8),
                              customerNetworkPortCtagged    (9),
						      virtualInstancePort  	       (10),	
						      providerInstancePort	       (11),
						      customerBackbonePort	       (12)
                            }
    MAX-ACCESS              not-accessible
    STATUS                  current
    DESCRIPTION
    "This object type refers to ifMainBrgPortType."
    ::= { ifTypeProtoDenyEntry 3 }

ifTypeProtoDenyProtocol     OBJECT-TYPE
    SYNTAX                  INTEGER {
                                pnac(1),
                                la(2),
                                xstp(3),
                                vlan(4),
                                garp(5),
                                mrp(6),
                                pbb(7),
                                ecfm(8),
                                elmi(9),
                                snoop(10),
                                lldp(11),
                                bridge(12),
                                qos(13)
                            }
    MAX-ACCESS              not-accessible
    STATUS                  current
    DESCRIPTION
    "Identifies the protocol for which the corresponding interface type and 
    bridge port type will not be accessible/visible."
    ::= {ifTypeProtoDenyEntry 4 }

ifTypeProtoDenyRowStatus    OBJECT-TYPE
    SYNTAX                  RowStatus
    MAX-ACCESS              read-write
    STATUS                  current
    DESCRIPTION
    "Indicates the status of the row. Valid values are 'createAndGo' and
    'destroy'. A row can be created in this table by assigning the value 
    'createAndGo' for the status object which will cause the entry to become 
    active. An 'active' entry will identify the interface type and bridge port 
    type that will not be acccessible to the specified protocol for the context. 
    In other words, interfaces of the given interface type and bridge port 
    type will not be visible/created in the given protocol.
    An 'active' row can be deleted by assigning the value 'destroy' to 
    the status. Once the entry is destroyed then all the interfaces of the 
    specified interface type and bridge port type will be accessible to the 
    specified protocol for the context."
    ::= {ifTypeProtoDenyEntry 5 }

-- Debug Trace SCALAR object
ifmDebug OBJECT-TYPE 
   SYNTAX      Unsigned32 (0..4294967295)
   MAX-ACCESS  read-write 
   STATUS      current 
   DESCRIPTION 
      "Enables the tracing in the selected submodule in CFA. A 32 bit 
      integer is used to store the Tracing level in the specified module.
       Different Tracing Levels -
         BIT 0 - Initialisation and Shutdown Trace.
         BIT 1 - Management trace.
         BIT 2 - Data path trace.
         BIT 3 - Control Plane trace.
         BIT 4 - Packet Dump.
         BIT 5 - OS Resource trace.
         BIT 6 - All Failure trace (All failures including Packet Validation)
         BIT 7 - Buffer Trace.

       Different submodule tracing.
        BIT 25 - ENET packet dump.
        BIT 26 - IP packet dump.
        BIT 27 - ARP packet dump.
        BIT 28 - Exit Trace used during intialization.
        BIT 29 - Error messages.

       The remaining bits are reserved. The combination of levels and 
       submodules are allowed i.e. Tracing can be allowed at all failure 
       and data path level in All submodules by setting the BIT 
       appropriately.
       For Example, setting the debug value to the following bit stream, 
          00000000000000010000000000000100 will enable data path trace 
       prints in CFA module. Multiple submodules and multiple levels can
       be combined by setting the corresponding bits.
       For Example, setting the debug value to the following bit stream,
          00000000000000110000000000001100 will enable data path and 
       control plane trace prints in CFA and CFA Priority modules.
       
       Note : BIT0 is the least significant bit and BIT31 is the most
       significant bit."
   ::= { if 17 }

-- ifIvrMappingTable
-- Mapping of multiple Vlans to IVR interfaces.

      ifIvrMappingTable  	OBJECT-TYPE
         SYNTAX               SEQUENCE OF IfIvrMappingEntry
         MAX-ACCESS           not-accessible
         STATUS               current
         DESCRIPTION
           "This table is used to configure the list of vlans to be 
            associated for an IVR interface.
            The primary Index to this table can only be a IVR interface."
         ::= { if 18 }

      ifIvrMappingEntry    OBJECT-TYPE
         SYNTAX            IfIvrMappingEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "Each entry in this table gives an assoicated vlan to an IVR 
             interface."
         INDEX { ifMainIndex, ifIvrAssociatedVlan }
         ::= { ifIvrMappingTable 1 }
 
      IfIvrMappingEntry ::=
         SEQUENCE {
                ifIvrAssociatedVlan 	        VlanId,
        	ifIvrMappingRowStatus		RowStatus
            }

      ifIvrAssociatedVlan OBJECT-TYPE
         SYNTAX            VlanId
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "This object specifies one of the associated VLANs for a given
             IVR interface. Vlan Id associated with an IVR interface during
             IVR interface creation, should not be configured as 
             ifIvrAssociatedVlan for that IVR interface.
             ifIvrAssociatedVlan and the primary vlan (vlan associated with 
             IVR during IVR creation) for an IVR interface should be in the 
             same Layer 2 context."
         ::= { ifIvrMappingEntry 1 }

      ifIvrMappingRowStatus   OBJECT-TYPE
         SYNTAX            	RowStatus
         MAX-ACCESS        	read-create
         STATUS            	current
         DESCRIPTION
            "Denotes the Row Status for port isolation table entry.
             Only 'CreateAndGo' and 'destroy' values are allowed for this
             object. 'CreateAndWait' and 'notInService' values are not allowed.
             Example:
                To add vlans 2, 3 as associated vlans to an IVR interface with
                interface index as 10 in this table, the following sequence 
                to be followed:
        
                   1. Set the ifIvrMappingRowStatus as 'CreateAndGo' for the
                      entry with index 
                      (ifMainIndex = 10, ifIvrAssociatedVlan = 2)
                   2. Set the ifIvrMappingRowStatus as 'CreateAndGo' for the
                      entry with index 
                      (ifMainIndex = 10, ifIvrAssociatedVlan = 3)
        
                To delete vlan 3 from the list of associated vlans for an IVR 
                interface with IfIndex = 10 ports, do the following:
                      Set the ifIvrMappingRowStatus as 'destroy' for the
                      entry with index 
                      (ifMainIndex = 10, ifIvrAssociatedVlan = 3)."
         ::= { ifIvrMappingEntry 2 }

-- Cfa Ff Group
-- This group defines objects for Management of the Fast Forwarding
-- feature of the CFA.

      ffFastForwardingEnable     OBJECT-TYPE
         SYNTAX                  TruthValue
         MAX-ACCESS              read-write
         STATUS                  deprecated 
         DESCRIPTION
            "This object permits the enabling and disabling of 
            the Fast Forwarding feature in the router. Setting of 
            this variable to TRUE(1) enables fast-forwarding and 
            setting it to FALSE(2) disables it."
         DEFVAL { false } 
         ::= { ff 1 }

      ffCacheSize                OBJECT-TYPE
         SYNTAX                  Integer32 (10..65535)
         MAX-ACCESS              read-write
         STATUS                  deprecated 
         DESCRIPTION
            "This object permits the resizing of the Host
            Cache. This object can be changed only when
            the Fast Forwarding Mechanism is disabled.
            For changing the Cache Size, The Fast-Forwarding
            Mechanism should be disabled first (this will
            result in loss of all current entries in the 
            cache) and then enabled again after specifying
            the new size."
         ::= { ff 2 }

      ffIpChecksumValidationEnable     OBJECT-TYPE
         SYNTAX                        TruthValue
         MAX-ACCESS                    read-write
         STATUS                        deprecated 
         DESCRIPTION
            "This object permits the enabling and disabling of
            the validation of the IP Checksum for incoming 
            IP packets. Setting of this variable to TRUE(1) enables 
            the checksum validation and setting it to FALSE(2) 
            disables it."
         DEFVAL { true } 
         ::= { ff 3 }

      ffCachePurgeCount    OBJECT-TYPE
         SYNTAX            Counter32
         MAX-ACCESS        read-only
         STATUS            deprecated 
         DESCRIPTION
            "A counter which indicates the number of times the
            entries in the Host Cache Table were purged due 
            to cache overflow."
         ::= { ff 4 }

      ffCacheLastPurgeTime       OBJECT-TYPE
         SYNTAX                  TimeStamp
         MAX-ACCESS              read-only
         STATUS                  deprecated 
         DESCRIPTION
            "Indicates the SysUpTime when the last purging of
            entries in the Host Cache Table took place."
         ::= { ff 5 }

      ffStaticEntryInvalidTrapEnable   OBJECT-TYPE
         SYNTAX                        TruthValue
         MAX-ACCESS                    read-write
         STATUS                        deprecated 
         DESCRIPTION
            "Permits enabling and disabling of the generation of 
            ffStaticEntryInvalid SNMP Enterprise Trap when a static
            entry becomes invalid. When its value is TRUE(1), the 
            trap is generated when a static entry become invalid."
         DEFVAL { true } 
         ::= { ff 6 }

      ffCurrentStaticEntryInvalidCount    OBJECT-TYPE
         SYNTAX                           Counter32
         MAX-ACCESS                       read-only
         STATUS                           deprecated 
         DESCRIPTION
            "A counter which indicates the number of static
            entries in the Host Cache Table that are 
            currently invalid."
         ::= { ff 7 }

      ffTotalEntryCount                   OBJECT-TYPE
         SYNTAX                           Counter32
         MAX-ACCESS                       read-only
         STATUS                           deprecated 
         DESCRIPTION
            "A counter which indicates the total number of
            entries in the Host Cache Table."
         ::= { ff 8 }

      ffStaticEntryCount                  OBJECT-TYPE
         SYNTAX                           Counter32
         MAX-ACCESS                       read-only
         STATUS                           deprecated 
         DESCRIPTION
            "A counter which indicates the number of static
            entries in the Host Cache Table."
         ::= { ff 9 }

      ffTotalPktsFastForwarded            OBJECT-TYPE
         SYNTAX                           Counter32
         MAX-ACCESS                       read-only
         STATUS                           deprecated 
         DESCRIPTION
            "A counter which indicates the number of packets
            that were successfully fast-forwarded by the
            host cache mechanism."
         ::= { ff 10 }

-- ffTable
-- This table shows the current status of the Host Cache in the
-- system. 

      ffHostCacheTable     OBJECT-TYPE
         SYNTAX            SEQUENCE OF FfHostCacheEntry
         MAX-ACCESS        not-accessible
         STATUS            deprecated 
         DESCRIPTION
            "This table has entries corresponding to the current 
            entries in the Host Cache. The entries in this table
            can be added, deleted or modified."
         ::= { ff 11 }

      ffHostCacheEntry     OBJECT-TYPE
         SYNTAX            FfHostCacheEntry
         MAX-ACCESS        not-accessible
         STATUS            deprecated 
         DESCRIPTION
            "An Entry consisting of all the information 
            about an entry in the Host Cache."
         INDEX { ffHostCacheDestAddr }
         ::= { ffHostCacheTable 1 }

      FfHostCacheEntry ::=
         SEQUENCE {
            ffHostCacheDestAddr              IpAddress,
            ffHostCacheNextHopAddr           IpAddress,
            ffHostCacheIfIndex               InterfaceIndex,
            ffHostCacheNextHopMediaAddr      OCTET STRING,
            ffHostCacheHits                  Counter32,
            ffHostCacheLastHitTime           TimeStamp,
            ffHostCacheEntryType             INTEGER,
            ffHostCacheRowStatus             RowStatus
            }

      ffHostCacheDestAddr        OBJECT-TYPE
         SYNTAX                  IpAddress
         MAX-ACCESS              not-accessible 
         STATUS                  deprecated 
         DESCRIPTION
            "The IP address of the destination host. "
         ::= { ffHostCacheEntry 1 }

      ffHostCacheNextHopAddr     OBJECT-TYPE
         SYNTAX                  IpAddress
         MAX-ACCESS              read-create
         STATUS                  deprecated 
         DESCRIPTION
            "The IP address of the next-hop to which a packet 
            for this host are forwarded. This could be same as 
            ffHostCacheDestAddr if the next-hop is the end-host 
            as well. 
               
            When creating a static entry, this object 
            should be set with the IP address of the next-hop 
            (router) for a host which is not directly connected 
            to our system and with the IP address of the host 
            itself for a host which is directly connected to us.
               
            A set on this object for an entry whose 
            ffHostCacheEntryType is dynamic is not permitted."
         ::= { ffHostCacheEntry 2 }

      ffHostCacheIfIndex         OBJECT-TYPE
         SYNTAX                  InterfaceIndex
         MAX-ACCESS              read-create
         STATUS                  deprecated 
         DESCRIPTION
            "Identifies the MIB-2 ifIndex of the outgoing
            interface over which packets to this host are sent.
            When creating a static entry, this object should be
            set with the ifIndex of our network interface 
            for reaching the specified next-hop. 
               
            It is mandatory to specify the next-hop IP address
            using the ffHostCacheNextHopAddr before setting this
            value. The specified ifIndex should be that of an
            interface which is registered with IP.
               
            A set on this object for an entry
            whose ffHostCacheEntryType is dynamic is not 
            permitted."
         ::= { ffHostCacheEntry 3 }

      ffHostCacheNextHopMediaAddr      OBJECT-TYPE
         SYNTAX                        OCTET STRING (SIZE (0..6))
         MAX-ACCESS                    read-create
         STATUS                        deprecated 
         DESCRIPTION
            "Provides the media address of the next-hop
            to which the packet for this host is to be sent to.

            It is mandatory to specify the next-hop IP address
            and the outgoing ifIndex using the 
            ffHostCacheNextHopAddr and ffHostCacheIfIndex
            respectively before setting this value.

            This object must be specified for hosts, which are
            reached through the interfaces of ethernetCsmacd(6) 
            and iso88025TokenRing(9) type. The value for such 
            interfaces would be the MAC address as per the
            representation used for the particular media.
               
            For interfaces of type ppp(23) and 
            pppMultilinkBundle(108), this object must have the
            default value 0. 
                  
            For virtual circuit interfaces (type miox25(38) and 
            frameRelayMPI(92)), this object must have the MIB-2
            ifIndex assigned to the respective virtual circuit.
                     
            For virtual interfaces (type ipOverAtm(114) and
            frameRelay(32)), this object MAY be used to (optionally)
            specify the MIB-2 ifIndex assigned to the outgoing
            virtual circuit. If not specified the value would be
            obtained automatically from the respective modules.
            
            A set on this object for an entry whose 
            ffHostCacheEntryType is dynamic is not permitted."
         ::= { ffHostCacheEntry 4 }

      ffHostCacheHits      OBJECT-TYPE
         SYNTAX            Counter32
         MAX-ACCESS        read-only
         STATUS            deprecated 
         DESCRIPTION
            "Indicates the total number of packets fast-
            forwarded to this host."
         ::= { ffHostCacheEntry 5 }

      ffHostCacheLastHitTime     OBJECT-TYPE
         SYNTAX                  TimeStamp
         MAX-ACCESS              read-only
         STATUS                  deprecated 
         DESCRIPTION
            "Indicates the SysUpTime when the last packet
            was fast-forwarded to this host."
         ::= { ffHostCacheEntry 6 }

      ffHostCacheEntryType       OBJECT-TYPE
         SYNTAX                  INTEGER {
                                    static(1),
                                    dynamic (2)
                                    }
         MAX-ACCESS              read-create
         STATUS                  deprecated 
         DESCRIPTION
            "An object, which indicates the type of this Host Cache 
            entry. 
               
            A static entry is an entry created by the Network 
            Manager and is not purged by the system. Such entries
            would be invalidated due to route or other changes
            but will continue to remain in the Host Cache.
               
            Dynamic entries are those entries which have been learnt by 
            the system and which can be purged in the event of 
            a cache overflow or invalidation due to route or other
            changes. 
               
            All entries created through SNMP must set this object to 
            static otherwise." 
         DEFVAL { static } 
         ::= { ffHostCacheEntry 7 }

      ffHostCacheRowStatus       OBJECT-TYPE
         SYNTAX                  RowStatus
         MAX-ACCESS              read-create
         STATUS                  deprecated 
         DESCRIPTION
            "A RowStatus object for addition/deletion of Host
            Cache entries. It also indicates the status of the
            entry. 
               
            Set action is not allowed for notInService(2). An entry,
            which has become invalid due to a route failure or 
            address resolution failure, would have the status 
            'notInService'. 
               
            An entry for a host for which the link layer 
            information can be cached but the information is 
            not currently available would have the status 'notReady'.
               
            All active entries with all possible information 
            complete would have the value 'active'."
         ::= { ffHostCacheEntry 8 }


-- Cfa Fm Group
-- This group defines objects for Fault Management features.

      fmMemoryResourceTrapEnable    OBJECT-TYPE
         SYNTAX                     TruthValue
         MAX-ACCESS                 read-write
         STATUS                     deprecated 
         DESCRIPTION
            "Permits the enabling and disabling of 
            fmLowMemoryResource Trap when a memory 
            allocation failure is encountered in the 
            module."
         DEFVAL { true }
         ::= { fm 1 }

      fmTimersResourceTrapEnable    OBJECT-TYPE
         SYNTAX                     TruthValue
         MAX-ACCESS                 read-write
         STATUS                     deprecated 
         DESCRIPTION
            "Permits the enabling and disabling of 
            fmLowTimerResource Trap when a request 
            for a timer fails in the module."
         DEFVAL { true }
         ::= { fm 2 }
 
      fmTracingEnable           OBJECT-TYPE
         SYNTAX                 Integer32
         MAX-ACCESS             read-write
         STATUS                 deprecated 
         DESCRIPTION
            "Permits the enabling and disabling of 
            the generation of the log/trace messages
            throughout the module. This object acts
            as a Tracing Level Flag and specifies
            the level of trace or log to be enabled in 
            the module."
         DEFVAL { 0 }
         ::= { fm 3 }

      fmMemAllocFailCount    OBJECT-TYPE
         SYNTAX              Counter32
         MAX-ACCESS          read-only
         STATUS              current
         DESCRIPTION
            "Maintains a count of the number of times
            when a failure was encountered while memory
            allocation operation in the module."
         ::= { fm 4 }

      fmTimerReqFailCount    OBJECT-TYPE
         SYNTAX              Counter32
         MAX-ACCESS          read-only
         STATUS              current
         DESCRIPTION
            "Maintains a count of the number of times
            when a failure was encountered while requesting
            a timer in the module."
         ::= { fm 5 }


  -- Notifications or Traps

      trapPrefix  OBJECT IDENTIFIER ::= { traps 0 }

      fmLowTimerResource       NOTIFICATION-TYPE
         OBJECTS {
            fmTimerReqFailCount   
            }
         STATUS                    deprecated 
         DESCRIPTION
            "This trap is generated whenever there is a failure in
            a timer related operation in the module.
               
            This trap is generated only when the value of the 
            fmTimersResouceTrapEnable object is TRUE(1)."
         ::= { trapPrefix 1 }

      fmLowBufferResource         NOTIFICATION-TYPE
         OBJECTS {
            fmMemAllocFailCount
            }
         STATUS                  deprecated 
         DESCRIPTION
            "This trap is generated when a memory allocation 
            failure occurs in the module. This 
            trap is generated only when the value of the 
            fmMemoryResourceTrapEnable object is TRUE(1)."
         ::= { trapPrefix 2 }

      ffStaticEntryInvalid       NOTIFICATION-TYPE
         OBJECTS {
            ffHostCacheIfIndex,
            ffHostCacheEntryType 
            }
         STATUS                  deprecated 
         DESCRIPTION
            "This trap is generated when a static entry
            in the ffHostCacheTable becomes invalid
            due to a route deletion or address resolution failure. This 
            trap is generated only when the value of the 
            ffStaticEntryInvalidTrapEnable object is TRUE (1)."
         ::= { trapPrefix 3 }

      ifCreated       NOTIFICATION-TYPE
         OBJECTS {
            ifMainIndex
            }
         STATUS                  current 
         DESCRIPTION
            "This trap is generated when interface Row Status
            is Active or interface is created."
         ::= { trapPrefix 4 }

      ifDeleted       NOTIFICATION-TYPE
         OBJECTS {
            ifMainIndex
            }
         STATUS                  current 
         DESCRIPTION
            "This trap is generated when interface Row Status
            is Destroy or interface is deleted."
         ::= { trapPrefix 5 }


      ifUfdEnabled       NOTIFICATION-TYPE
         OBJECTS {
            ifMainIndex,
            ifMainUfdOperStatus
            }
         STATUS                  current
         DESCRIPTION
            "This trap is generated when the interface's Uplink Failure 
             Detection(UFD) operational status is moved from UFD error
             disabled to Up state"
         ::= { trapPrefix 6 }

      ifUfdErrorDisabled       NOTIFICATION-TYPE
         OBJECTS {
            ifMainIndex,
            ifMainUfdOperStatus
            }
         STATUS                  current
         DESCRIPTION
            "This trap is generated when the interface's Uplink Failure 
             Detection(UFD) operational status is moved from Up to UFD 
             error disabled state"
         ::= { trapPrefix 7 }

           -- Implementation of the of 64 bit Error Counters


          ifHCErrorTable    OBJECT-TYPE
          SYNTAX      SEQUENCE OF IfHCErrorEntry
          MAX-ACCESS  not-accessible
          STATUS      current
          DESCRIPTION
          "A list of interface entries.  The number of entries is
          given by the value of ifNumber.  This table contains
          additional objects for the interface table."
          ::= { if 19 }

          ifHCErrorEntry        OBJECT-TYPE
          SYNTAX      IfHCErrorEntry
          MAX-ACCESS  not-accessible
          STATUS      current
          DESCRIPTION
          "An entry containing additional management information
          applicable to a particular interface."
          AUGMENTS    { ifEntry }
          ::= { ifHCErrorTable 1 }


          IfHCErrorEntry ::=
          SEQUENCE {
           
              ifHCInDiscards            Counter64,
              ifHCInErrors              Counter64,
              ifHCInUnknownProtos       Counter64,
              ifHCOutDiscards           Counter64,
              ifHCOutErrors             Counter64
          }


          ifHCInDiscards OBJECT-TYPE
            SYNTAX      Counter64
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
             "The number of inbound packets which were chosen to be
              discarded even though no errors had been detected to prevent
              their being deliverable to a higher-layer protocol.  One
              possible reason for discarding such a packet could be to
              free up buffer space.

              Discontinuities in the value of this counter can occur at
              re-initialization of the management system, and at other
              times as indicated by the value of  ifCounterDiscontinuityTime.
              This object is a 64-bit version of ifInDiscards"
               ::= { ifHCErrorEntry 1 }

          ifHCInErrors OBJECT-TYPE

             SYNTAX      Counter64
             MAX-ACCESS  read-only
             STATUS      current
             DESCRIPTION
              "For packet-oriented interfaces, the number of inbound
               packets that contained errors preventing them from being
               deliverable to a higher-layer protocol.  For character-
               oriented or fixed-length interfaces, the number of inbound
               transmission units that contained errors preventing them
               from being deliverable to a higher-layer protocol.

               Discontinuities in the value of this counter can occur at
               re-initialization of the management system, and at other
               times as indicated by the value of ifCounterDiscontinuityTime.
               This object is a 64-bit version of ifInErrors"
                ::= { ifHCErrorEntry 2 }

           ifHCInUnknownProtos OBJECT-TYPE
        
            SYNTAX      Counter64
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
             "For packet-oriented interfaces, the number of packets
              received via the interface which were discarded because of
              an unknown or unsupported protocol.  For character-oriented
              or fixed-length interfaces that support protocol
              multiplexing the number of transmission units received via
              the interface which were discarded because of an unknown or
              unsupported protocol.  For any interface that does not
              support protocol multiplexing, this counter will always be
              0.
              Discontinuities in the value of this counter can occur at
              re-initialization of the management system, and at other
              times as indicated by the value of  ifCounterDiscontinuityTime.
              This object is a 64-bit version of ifInUnknownProtos"
               ::= {ifHCErrorEntry 3 }

           ifHCOutDiscards OBJECT-TYPE
             SYNTAX      Counter64
             MAX-ACCESS  read-only
             STATUS      current
             DESCRIPTION
              "The number of outbound packets which were chosen to be
               discarded even though no errors had been detected to prevent
               their being transmitted.  One possible reason for discarding
               such a packet could be to free up buffer space.

               Discontinuities in the value of this counter can occur at
               re-initialization of the management system, and at other
               times as indicated by the value of ifCounterDiscontinuityTime.
               This object is a 64-bit version of ifOutDiscards"
               ::= { ifHCErrorEntry 4 }

           ifHCOutErrors OBJECT-TYPE
            SYNTAX      Counter64
            MAX-ACCESS  read-only
            STATUS      current
            DESCRIPTION
             "For packet-oriented interfaces, the number of outbound
              packets that could not be transmitted because of errors.
              For character-oriented or fixed-length interfaces, the
              number of outbound transmission units that could not be
              transmitted because of errors.

              Discontinuities in the value of this counter can occur at
              re-initialization of the management system, and at other
              times as indicated by the value of  ifCounterDiscontinuityTime.
              This object is a 64-bit version of ifHCOutErrors"
              ::= { ifHCErrorEntry 5}

       ifSecurityBridging		OBJECT-TYPE
       SYNTAX			        INTEGER {
                                enabled(1),
		                        disabled(2)
	                                   }           
       MAX-ACCESS		read-write
       STATUS			current
       DESCRIPTION
       "Enables or Disables Security for Bridged Packets globally."
       DEFVAL  { disabled }
       ::=	{ if 20 }

       ifSetSecVlanList OBJECT-TYPE
       SYNTAX     OCTET STRING (SIZE (0..512))
       MAX-ACCESS read-write
       STATUS     current
       DESCRIPTION
           "A string of octets containing one bit per VLAN. The
           first octet corresponds to VLANs with VlanId values
           1 through 8; the second octet to VLANs 9 through
           16 etc.  The most significant bit of each octet
           corresponds to the lowest VlanId value in that octet.
           Packets Bridged on these VLAN's should be Secured"
           ::= { if 21 }
       
       ifResetSecVlanList OBJECT-TYPE
       SYNTAX     OCTET STRING (SIZE (0..512))
       MAX-ACCESS read-write
       STATUS     current
       DESCRIPTION
           "A string of octets containing one bit per VLAN. The
           first octet corresponds to VLANs with VlanId values
           1 through 8; the second octet to VLANs 9 through
           16 etc.  The most significant bit of each octet
           corresponds to the lowest VlanId value in that octet.
           This is the set of vlans  to dis-associate security
           for Packets Bridged on these VLAN's"

           ::= { if 22 }

       ifSecIvrIfIndex  OBJECT-TYPE
       SYNTAX           Integer32
       MAX-ACCESS       read-write
       STATUS           current
       DESCRIPTION
       "An Integer which Indicates the IfIndex of IVR Interface used in 
       Security Processing of Bridged Traffic "
       ::= {if 23}

-- ifAvailableIndexTable Table
-- This is to get the next available index for a given iftype

    ifAvailableIndexTable   OBJECT-TYPE
       SYNTAX   SEQUENCE OF IfAvailableIndexEntry
       MAX-ACCESS   not-accessible
       STATUS       current
       DESCRIPTION 
           "This table returns the next available free interface
            index for the given interface type"
       ::= {if 24}

    ifAvailableIndexEntry   OBJECT-TYPE
       SYNTAX            IfAvailableIndexEntry
       MAX-ACCESS        not-accessible
       STATUS            current 
       DESCRIPTION 
        "This is an entry in the ifAvailableFreeIndex Table"
       INDEX { ifType }
       ::= { ifAvailableIndexTable 1 }

    IfAvailableIndexEntry ::=
       SEQUENCE{
            ifAvailableFreeIndex  InterfaceIndex
            }

    ifAvailableFreeIndex          OBJECT-TYPE
      SYNTAX            InterfaceIndex
      MAX-ACCESS        read-only 
      STATUS            current
      DESCRIPTION
       "This is the next available free interfac index for a given ifType"
      ::= { ifAvailableIndexEntry 1 }


-- Cfa Packet Analyser Group
-- This group defines objects for Packet Analyser

-- This table is used for analysing the incoming packet and to increment  
-- the counter if pattern is matching as per given input
         
    fsPacketAnalyserTable          OBJECT-TYPE
        SYNTAX                     SEQUENCE OF FsPacketAnalyserTable
        MAX-ACCESS                 not-accessible
        STATUS                     current
        DESCRIPTION
             " This table is used by the Packet Analyser for 
               Pattern matching on particular ports"
        ::= { pa 1 }

    fsPacketAnalyserEntry           OBJECT-TYPE
         SYNTAX                     FsPacketAnalyserTable
         MAX-ACCESS                 not-accessible
         STATUS                     current
         DESCRIPTION
            "An entry containing Pattern matching information 
            used by the Packet analyser"
         INDEX { fsPacketAnalyserIndex }
         ::= { fsPacketAnalyserTable 1 }

    FsPacketAnalyserTable ::=
        SEQUENCE {
            fsPacketAnalyserIndex        Unsigned32,
            fsPacketAnalyserWatchValue   DisplayString,
            fsPacketAnalyserWatchMask    DisplayString,
            fsPacketAnalyserWatchPorts   PortList,
            fsPacketAnalyserMatchPorts   PortList,
            fsPacketAnalyserCounter      Counter32,
            fsPacketAnalyserTime         TimeTicks,
            fsPacketAnalyserCreateTime   TimeTicks,
            fsPacketAnalyserStatus       RowStatus
            }

    fsPacketAnalyserIndex   OBJECT-TYPE
        SYNTAX               Unsigned32
        MAX-ACCESS           not-accessible
        STATUS               current
        DESCRIPTION
            " An arbitrary integer value, greater than zero,
              which uniquely identifies a pattern to be matched"
        ::= { fsPacketAnalyserEntry 1 }

    fsPacketAnalyserWatchValue   OBJECT-TYPE
        SYNTAX               DisplayString (SIZE (0..1600))
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            " This represents the pattern which is to be matched  
              in the packet to be analysed by the packet analyser"
        ::= { fsPacketAnalyserEntry 2 }

    fsPacketAnalyserWatchMask    OBJECT-TYPE
        SYNTAX               DisplayString (SIZE (0..1600))
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            " The mask for the pattern to be matched by the packet analyser"  
        ::= { fsPacketAnalyserEntry 3 }

    fsPacketAnalyserWatchPorts   OBJECT-TYPE
        SYNTAX               PortList
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            " Specifies the complete set of ports over which the pattern is
              to be matched by the packet analyser"
        ::= { fsPacketAnalyserEntry 4 }

    fsPacketAnalyserMatchPorts OBJECT-TYPE
        SYNTAX               PortList
        MAX-ACCESS           read-only
        STATUS               current
        DESCRIPTION
            " Specifies the complete set of ports over which the pattern is 
              matched by the packet analyser"
        ::= { fsPacketAnalyserEntry 5 }

    fsPacketAnalyserCounter  OBJECT-TYPE
        SYNTAX                Counter32
        MAX-ACCESS            read-only
        STATUS                current
        DESCRIPTION
            " Number of times the pattern was matched over the watched ports"
        ::= { fsPacketAnalyserEntry 6 }

    fsPacketAnalyserTime    OBJECT-TYPE
        SYNTAX                TimeTicks
        MAX-ACCESS            read-only
        STATUS                current
        DESCRIPTION
            " The value of sysUpTime when the pattern was last matched"
        ::= { fsPacketAnalyserEntry 7 }

    fsPacketAnalyserCreateTime    OBJECT-TYPE
        SYNTAX                TimeTicks
        MAX-ACCESS            read-only
        STATUS                current
        DESCRIPTION
            " The value of sysUpTime when the system was initiated"
        ::= { fsPacketAnalyserEntry 8 }

    fsPacketAnalyserStatus   OBJECT-TYPE
        SYNTAX                RowStatus
        MAX-ACCESS            read-write
        STATUS                current
        DESCRIPTION
            " Specifies the Row Status for the entry in this table"
        ::= { fsPacketAnalyserEntry 9 }

    fsPacketTransmitterTable          OBJECT-TYPE
        SYNTAX                     SEQUENCE OF FsPacketTransmitterTable
        MAX-ACCESS                 not-accessible
        STATUS                     current
        DESCRIPTION
             " This table is used by the Packet Transmitter for 
               sending the packets on particular ports"
        ::= { pa 2 }

    fsPacketTransmitterEntry           OBJECT-TYPE
         SYNTAX                     FsPacketTransmitterTable
         MAX-ACCESS                 not-accessible
         STATUS                     current
         DESCRIPTION
            "An entry containing Packet information 
            used by the Packet Transmitter"
         INDEX { fsPacketTransmitterIndex }
         ::= { fsPacketTransmitterTable 1 }

    FsPacketTransmitterTable ::=
        SEQUENCE {
            fsPacketTransmitterIndex        Unsigned32,
            fsPacketTransmitterValue        DisplayString,
            fsPacketTransmitterPort         PortList,
            fsPacketTransmitterInterval     TimeTicks,
            fsPacketTransmitterCount        Unsigned32,
            fsPacketTransmitterStatus       RowStatus
            }

    fsPacketTransmitterIndex   OBJECT-TYPE
        SYNTAX               Unsigned32
        MAX-ACCESS           not-accessible
        STATUS               current
        DESCRIPTION
            " An arbitrary integer value, greater than zero,
              which uniquely identifies a packet to be sent"
        ::= { fsPacketTransmitterEntry 1 }

    fsPacketTransmitterValue   OBJECT-TYPE
        SYNTAX               DisplayString (SIZE (0..1600))
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            " This represents the pattern which is to be sent  
              through the given port by the packet transmitter"
        ::= { fsPacketTransmitterEntry 2 }

    fsPacketTransmitterPort   OBJECT-TYPE
        SYNTAX               PortList
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            " Specifies the port over which the packet is to be sent by 
            the packet transmitter"
        ::= { fsPacketTransmitterEntry 3 }

    fsPacketTransmitterInterval  OBJECT-TYPE
        SYNTAX                TimeTicks
        MAX-ACCESS            read-write
        STATUS                current
        DESCRIPTION
            " The Time interval for sending the packet over the port in seconds"
        ::= { fsPacketTransmitterEntry 4 }

    fsPacketTransmitterCount  OBJECT-TYPE
        SYNTAX                Unsigned32
        MAX-ACCESS            read-write
        STATUS                current
        DESCRIPTION
            " Number of packet to be sent over the ports "
        ::= { fsPacketTransmitterEntry 5 }

    fsPacketTransmitterStatus   OBJECT-TYPE
        SYNTAX                RowStatus
        MAX-ACCESS            read-write
        STATUS                current
        DESCRIPTION
            " Specifies the Row Status for the entry in this table"
        ::= { fsPacketTransmitterEntry 6 }

-- ifACTable
-- This table is used for the Attachment Circuit related
-- configurations.

      ifACTable              OBJECT-TYPE
         SYNTAX               SEQUENCE OF IfACEntry
         MAX-ACCESS           not-accessible
         STATUS               current
         DESCRIPTION
            "A list of Attachment Circuit interface related
            configurations. Attachment Circuit is a virtual interface
            that is a  combination of physical port and customer vlan
            identifier or it is a virtual interface that contains
            underlying physical port alone.

            This table is an extension to the ifMainTable. The index to
            this table has the semantics of the ifMainIndex of the
            ifMainTable."
         ::= { if 25 }

      ifACEntry           OBJECT-TYPE
         SYNTAX            IfACEntry
         MAX-ACCESS        not-accessible
         STATUS            current
         DESCRIPTION
            "An entry containing AC-related information applicable
            to attachment cirucit interface only."
         INDEX { ifMainIndex }
         ::= { ifACTable 1 }

      IfACEntry ::=
         SEQUENCE {
            ifACPortIdentifier          InterfaceIndex,
            ifACCustomerVlan            VlanId
            }

      ifACPortIdentifier    OBJECT-TYPE
         SYNTAX            InterfaceIndex
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "This is the physical interface on which the attachment
            circuit interface is present. The operational status of the
            attachment circuit interface depends on this port's operational
            status. That is if the operational status of ifACPortIdentifier's
            is UP or DOWN, then the operational status of the AC interface
            will be UP or DOWN respectively."
         ::= { ifACEntry 1 }

      ifACCustomerVlan    OBJECT-TYPE
         SYNTAX            VlanId
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "This is the customer vlan present for the attachment circuit
            interface. This object alone can not determine the attachment
            circuit interface. To determine that, this object should be together
            present with the ifACPortIdentifier.This is the optional paramater."
         ::= { ifACEntry 2 }


     ifUfdSystemControl OBJECT-TYPE
         SYNTAX      INTEGER  { 
                               start(1),
                               shutdown(2)
                              }
         MAX-ACCESS  read-write
         STATUS      current
         DESCRIPTION
          "The administrative system control status of the Uplink Failure 
           Detection(UFD) module.
           The value 'start' (1) indicates that the Uplink Failure
           Detection(UFD) feature should be started in the system and all 
           resources required by Uplink Failure Detection(UFD) module should
           be allocated.
           The value 'shutdown' (2) indicates that the Uplink Failure 
           Detection(UFD) feature should be shutdown in the device and all 
           allocated memory must be released."
         DEFVAL { shutdown }
         ::= { if 26 }


     ifUfdModuleStatus OBJECT-TYPE
         SYNTAX      INTEGER {
                               enabled(1),
                               disabled(2)
                               }
         MAX-ACCESS  read-write
         STATUS      current
         DESCRIPTION
               "This read write objects gives actual status of the Uplink 
                Failure Detection(UFD). 
                When Uplink Failure Detection(UFD) is enabled, UFD starts 
                functioning. When the UFD is disabled all the dynamically 
                allocated memory will be freed and Uplink Failure Detection
                (UFD) stops functioning."
         DEFVAL { disabled }
          ::= { if 27 }

   ifSplitHorizonSysControl OBJECT-TYPE
        SYNTAX      INTEGER  { start(1), shutdown(2) }
        MAX-ACCESS  read-write
        STATUS      current
        DESCRIPTION
              "The administrative system control status               
              requested by management for Split Horizon. 
              The value 'start' (1) indicates  that all 
              resources required for split horizon 
              should be allocated  and Split horizon 
              should be supported in the device on all  
              ports. The value 'shutdown' (2) indicates 
              that Split Horizon should be shutdown in 
              the device on all ports and all allocated 
              memory must be released."
       DEFVAL { shutdown }
        ::= { if 28 }

   ifSplitHorizonModStatus OBJECT-TYPE                                                                                                                                   
      SYNTAX  
      INTEGER  { enabled(1), disabled(2) }                                                                                                                   
      MAX-ACCESS  read-write
      STATUS      current                                                                                                                                             
      DESCRIPTION
           "The administrative module status requested 
           by  management for Split Horizon.This
           enables or disables Split horizon in the        
           system.   A value of  'enabled'(1) indicates 
           that split horizon must be enabled in all the 
           ports in the system.A value of 'disabled' (2) 
           indicates  that split horizon must be 
           disabled in all the ports in the system ."                                                                                   
    DEFVAL  { disabled }
      ::= { if 29 }


-- ifUfdGroupTable
-- This table is used for the Uplink Failure Detection(UFD) Group information

     ifUfdGroupTable  OBJECT-TYPE
        SYNTAX     SEQUENCE OF IfUfdGroupEntry
        MAX-ACCESS not-accessible
        STATUS     current
        DESCRIPTION
             "This table contains a list of all the Uplink Failure Detection
             (UFD).  Group entries in the system.
            
             This table is a extension to the ifMainTable. The index to this 
             table is the group id. Entries are created when the group id is 
             created in this table."
        ::= { if 30 }

    ifUfdGroupEntry OBJECT-TYPE
        SYNTAX     IfUfdGroupEntry
        MAX-ACCESS not-accessible
        STATUS     current
        DESCRIPTION
           "An entry containing group information with
            uplink/downlink port count and status of the group."

        INDEX { ifUfdGroupId }
        ::= { ifUfdGroupTable 1 }

     IfUfdGroupEntry ::=
            SEQUENCE {
                 ifUfdGroupId                Integer32,
                 ifUfdGroupName              DisplayString,
                 ifUfdGroupStatus            INTEGER,
                 ifUfdGroupUplinkPorts       PortList,
                 ifUfdGroupDownlinkPorts     PortList,
                 ifUfdGroupDesigUplinkPort   InterfaceIndex,
                 ifUfdGroupUplinkCount       Integer32,
                 ifUfdGroupDownlinkCount     Integer32,
                 ifUfdGroupRowStatus         RowStatus
                     }

     ifUfdGroupId OBJECT-TYPE
        SYNTAX      Integer32 (1..65535)
        MAX-ACCESS  not-accessible
        STATUS      current
        DESCRIPTION
           "An identifier that uniquely identifies the 
            group Entry in this table."
        ::= { ifUfdGroupEntry 1 }

    ifUfdGroupName    OBJECT-TYPE
       SYNTAX   DisplayString (SIZE (1..32))
       MAX-ACCESS   read-write
       STATUS   current
       DESCRIPTION
           "This object is used to identity the Uplink Failure Detection
           (UFD) Group-name."
         ::= { ifUfdGroupEntry 2 }
 
    ifUfdGroupStatus    OBJECT-TYPE
         SYNTAX            INTEGER {
                                     up(1),
                                     down(2)
                                   }
         MAX-ACCESS        read-only
         STATUS            current
         DESCRIPTION
            "This object for indicating the status of the group.
             The group status can be set 'up' only when any one uplink 
             port is in admin and operationally 'UP' state in the group. 
             The group status can be set 'down' only when all uplink  
             ports within the group is in admin and operationally 'DOWN' or
             none uplink ports assigned in the group."
         DEFVAL { down }
         ::= { ifUfdGroupEntry 3 }

    ifUfdGroupUplinkPorts   OBJECT-TYPE
        SYNTAX               PortList
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            "Specifies the complete set of uplink ports which are mapped with
             group"
        ::= { ifUfdGroupEntry 4 }

    ifUfdGroupDownlinkPorts OBJECT-TYPE
        SYNTAX               PortList
        MAX-ACCESS           read-write
        STATUS               current
        DESCRIPTION
            "Specifies the complete set of downlink ports which are mapped
             with group"
        ::= { ifUfdGroupEntry 5 }

    ifUfdGroupDesigUplinkPort OBJECT-TYPE
        SYNTAX               InterfaceIndex
        MAX-ACCESS           read-write
        STATUS               deprecated
        DESCRIPTION
            "A port is termed as designated uplink when the port is connected
             to the network and it has more preference to a particular set of
             uplink ports.
             
             Broadcast/unknown multicast will use this designated port to 
             reach uplink."

        ::= { ifUfdGroupEntry 6 }

     ifUfdGroupUplinkCount     OBJECT-TYPE
         SYNTAX            Integer32 (1..48)
         MAX-ACCESS        read-only
         STATUS            current
         DESCRIPTION
            "A counter which indicates the number of
            Uplink ports within the group"
         ::= { ifUfdGroupEntry 7 }

     ifUfdGroupDownlinkCount     OBJECT-TYPE
         SYNTAX            Integer32 (1..48)
         MAX-ACCESS        read-only
         STATUS            current
         DESCRIPTION
            "A counter which indicates the number of
             Downlink ports within the group"
         ::= { ifUfdGroupEntry 8 }

     
    ifUfdGroupRowStatus    OBJECT-TYPE
         SYNTAX            RowStatus
         MAX-ACCESS        read-create
         STATUS            current
         DESCRIPTION
            "This object is used to manage creation and deletion of rows
             in this Uplink Failure Detection(UFD) group table."
         ::= { ifUfdGroupEntry 9 }

   ifLinkUpEnabledStatus OBJECT-TYPE                                                                                                                       
      SYNTAX
      INTEGER  { enabled(1), disabled(2) }
      MAX-ACCESS  read-write
      STATUS      current                                                                                                                                    
      DESCRIPTION
           "This enables or disables Link Up Delay functionality in the System.
            A value of  'enabled'(1) indicates  that, operational status of the
            link is suspended for a configured delay time 'ifMainExtLinkUpDelayTimer'.
            A value of 'disabled' (2) indicates  that  the operational status of the
            link is not delayed and indicated to the higher layers immediately."

    DEFVAL  { disabled }
      ::= { if 31 }

-- Secondary IP address configuration for OOB interface for local node and remote node

    ifOOBNode0SecondaryIpAddress        OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the secondary IP address associated with the 
             OOB interface of Node0"
         DEFVAL { '00000000'H }
         ::= { if 32 }

    ifOOBNode0SecondaryIpMask        OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the IP Subnet Mask associted with the
            secondary ip address of OOB interface in node0. 

            If not specified, this object takes the default
            subnet mask value based on the class of the IP
            address configured for the interface."
         ::= { if 33 }



    ifOOBNode1SecondaryIpAddress         OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the secondary IP address associated with the 
             OOB interface of Node1  "

         DEFVAL { '00000000'H }
         ::= { if 34 }

    ifOOBNode1SecondaryIpMask            OBJECT-TYPE
         SYNTAX            IpAddress
         MAX-ACCESS        read-write
         STATUS            current
         DESCRIPTION
            "Specifies the IP Subnet Mask associted with the
            secondary ip address of OOB interface in node1. 

            If not specified, this object takes the default
            subnet mask value based on the class of the IP
            address configured for the interface."
         ::= { if 35 }

--
-- Interface VLAN IP Table support
--

ifVlanIpTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF IfVlanIpEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table contains L3 interface attributes 
        that are used for manipulating entries in 
        various tables. 

        ifVlanIpTable entry creation, modification and 
        deletion results in related actions being 
        performed for the ifMainTable and the ifIpTable. 
        Likewise, data returned through ifVlanIpTable 
        table queries is derived from these tables."

    ::= { if 36 }

ifVlanIpEntry OBJECT-TYPE
    SYNTAX      IfVlanIpEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "Information about the L3 interface settings 
        for a specific VLAN on the device."

    INDEX { ifVlanIpVlanId }
    ::= { ifVlanIpTable 1 }

IfVlanIpEntry ::= SEQUENCE {
    ifVlanIpVlanId           VlanId,
    ifVlanIpIfIndex          InterfaceIndex,
    ifVlanIpAdminStatus      INTEGER,
    ifVlanIpAddrAllocMethod  INTEGER,
    ifVlanIpAddr             IpAddress,
    ifVlanIpSubnetMask       IpAddress,
    ifVlanIpRowStatus        RowStatus
}

ifVlanIpVlanId OBJECT-TYPE
    SYNTAX         VlanId
    MAX-ACCESS     not-accessible
    STATUS         current
    DESCRIPTION
        "VLAN ID for the L3 interface specification."

    ::= { ifVlanIpEntry 1 }

ifVlanIpIfIndex OBJECT-TYPE
    SYNTAX         InterfaceIndex
    MAX-ACCESS     read-only
    STATUS         current
    DESCRIPTION
        "The ifIndex associated with the VLAN ID for
        this L3 interface specification. An ifIndex
        is automatically allocated when a new entry
        is created. The ifIndex and related settings
        are automatically deleted when an entry is
        destroyed."

    ::= { ifVlanIpEntry 2 }

ifVlanIpAdminStatus OBJECT-TYPE
    SYNTAX         INTEGER {
                       enabled(1),
                       disabled(2)
                   }
    MAX-ACCESS     read-create
    STATUS         current
    DESCRIPTION
        "The desired state of the interface. This 
        attribute has similar semantics to the 
        ifAdminStatus object of the standard ifTable."

    DEFVAL { enabled } 
    ::= { ifVlanIpEntry 3 }

ifVlanIpAddrAllocMethod OBJECT-TYPE
    SYNTAX         INTEGER {
                       manual(1),
                       dynamic(2)
                   }
    MAX-ACCESS     read-create
    STATUS         current
    DESCRIPTION
        "The mechanism to be used for allocation of 
        the IPv4 address for this L3 VLAN interface." 
            
    ::= { ifVlanIpEntry 4 }

ifVlanIpAddr OBJECT-TYPE
    SYNTAX         IpAddress
    MAX-ACCESS     read-create
    STATUS         current
    DESCRIPTION
        "Specifies the IPv4 address assigned to 
        this L3 VLAN interface.

        A valid IpAddress value is required when 
        creating a new entry and the associated
        address allocation method is 'manual'. A
        zero IpAddress value is required when
        creating a new entry and the associated
        address allocation method is 'dynamic'."

    ::= { ifVlanIpEntry 5 }

ifVlanIpSubnetMask OBJECT-TYPE
    SYNTAX         IpAddress
    MAX-ACCESS     read-create
    STATUS         current
    DESCRIPTION
        "Specifies the IPv4 address subnet mask
        assigned to this L3 VLAN interface.

        A valid subnet mask value is required when 
        creating a new entry and the associated
        address allocation method is 'manual'. A
        zero subnet mask value is required when
        creating a new entry and the associated
        address allocation method is 'dynamic'."

    ::= { ifVlanIpEntry 6 }

ifVlanIpRowStatus OBJECT-TYPE
    SYNTAX         RowStatus
    MAX-ACCESS     read-create
    STATUS         current
    DESCRIPTION
        "This object allows entries to be created, modified
        and deleted in the ifVlanIpTable. Values 'createAndWait', 
        'active' and 'destroy' are supported for Sets.

        The rowStatus value of the underlying ifMainEntry is
        returned when entry data is queried.

        Entry creation requires data for all read-create
        attributes to be specified with a 'createAndWait' 
        RowStatus value.

        The ifVlanIpAdminStatus is the only value that can
        be modified in an existing entry. This action is 
        performed by specifying the requested admin status
        with a 'active' RowStatus value.

        Table entries are deleted with a 'destroy' RowStatus.
        No other attributes need to be specified for this
        action to be performed."

    ::= { ifVlanIpEntry 10 }

END