IP-TE-PIB PIB-DEFINITIONS ::= BEGIN 

IMPORTS 

     ibrpib

            FROM TUBS-SMI

     Unsigned32, Integer32, MODULE-IDENTITY, 

     MODULE-COMPLIANCE, OBJECT-TYPE, OBJECT-GROUP,

     TEXTUAL-CONVENTION 

            FROM COPS-PR-SPPI 

     InstanceId, ReferenceId, Prid, TagId 

            FROM COPS-PR-SPPI-TC 

     InetAddress, InetAddressType 

            FROM INET-ADDRESS-MIB 

     Count

            FROM ACCOUNTING-FRAMEWORK-PIB

     TruthValue, TEXTUAL-CONVENTION  

            FROM SNMPv2-TC 

     RoleCombination

            FROM FRAMEWORK-TC-PIB 

     SnmpAdminString 

            FROM SNMP-FRAMEWORK-MIB; 

ipTePib     MODULE-IDENTITY 

     SUBJECT-CATEGORIES { all }     -- IP TE client-type to be  

                                   -- assigned by IANA 

     LAST-UPDATED   "200106180900Z" 

     ORGANIZATION   "France Telecom" 

     CONTACT-INFO   " 

                    Christian Jacquenet 

                    France Telecom R & D 

                    42, rue des Coutures 

                    BP 6243 

                    14066 CAEN CEDEX 04 

                    France 

                    Phone: +33 2 31 75 94 28 

                    E-Mail: christian.jacquenet@francetelecom.com" 

     DESCRIPTION 

            "The PIB module containing a set of policy rule classes 

             that describe IP Traffic Engineering policies to be 

             enforced within and between domains." 

    REVISION        "200111061600Z" 

    DESCRIPTION 

            "Initial version." 

     ::= { ibrpib 23 } -- tbd to be assigned by IANA 

ipTeFwdClasses      OBJECT IDENTIFIER ::= { ipTePib 1 } 

ipTeMetricsClasses  OBJECT IDENTIFIER ::= { ipTePib 2 } 

ipTeStatsClasses    OBJECT IDENTIFIER ::= { ipTePib 3 } 

-- 

-- Forwarding classes. The information contained in these classes 

-- is meant to provide a detailed description of the traffic  

-- engineered routes. One table has been specified so far, but there 

-- is room for depicting specific kinds of routes, like MPLS LSP  

-- paths, for example. 

-- 

-- 

--  

-- The ipTeRouteTable 

-- 

ipTeRouteTable      OBJECT-TYPE 

       SYNTAX        SEQUENCE OF IpTeRouteEntry  

       PIB-ACCESS   notify  

       STATUS        current  

       DESCRIPTION  

             "This table describes the traffic engineered routes 

             that are installed in the forwarding tables of the 

             routers."  

       ::= { ipTeFwdClasses 1 }  

ipTeRouteEntry      OBJECT-TYPE 

       SYNTAX        IpTeRouteEntry  

       STATUS        current  

       DESCRIPTION  

             "A particular traffic engineered route to a particular 

             destination."  

       PIB-INDEX    { ipTeRoutePrid }  

       UNIQUENESS   { ipTeRouteDest,  

                       ipTeRouteMask,  

                       ipTeRoutePhbId, 

                       ipTeRouteNextHopAddress,

                      ipTeRouteNextHopMask }    

       ::= { ipTeRouteTable 1 }  

IpTeRouteEntry ::= SEQUENCE {  

            ipTeRoutePrid                  InstanceId, 

            ipTeRouteDestAddrType          InetAddressType,  

            ipTeRouteDest                  InetAddress,  

            ipTeRouteMask                  Unsigned32,  

            ipTeRouteNextHopAddrType       InetAddressType,        

            ipTeRouteNextHopAddress        InetAddress, 

            ipTeRouteNextHopMask           Unsigned32, 

            ipTeRoutePhbId                 Integer32, 

            ipTeRouteOrigin                 Integer32,   

            ipTeRouteIfIndex               Unsigned32  

}  

ipTeRoutePrid              OBJECT-TYPE 

     SYNTAX                InstanceId 

     STATUS                current 

     DESCRIPTION     

             "An integer index that uniquely identifies this route 

             entry among all the route entries." 

     ::= { ipTeRouteEntry 1 } 

ipTeRouteDestAddrType       OBJECT-TYPE 

     SYNTAX                InetAddressType 

     STATUS                current 

     DESCRIPTION 

             "The address type enumeration value ([16]) used to 

             specify the type of a route's destination IP address." 

    ::= { ipTeRouteEntry 2 } 

ipTeRouteDest       OBJECT-TYPE 

     SYNTAX         InetAddress  

     STATUS         current  

     DESCRIPTION  

             "The IP address to match against the packet's 

             destination address."  

     ::= { ipTeRouteEntry 3 }  

ipTeRouteMask       OBJECT-TYPE 

     SYNTAX         Unsigned32 (0..128)  

     STATUS         current  

     DESCRIPTION  

             "Indicates the length of a mask for the matching of the 

             destination IP address. Masks are constructed by 

             setting bits in sequence from the most-significant bit 

             downwards for ipTeRouteMask bits length. All other bits 

             in the mask, up to the number needed to fill the length 

             of the address ipTeRouteDest are cleared to zero.  A 

             zero bit in the mask then means that the corresponding 

             bit in the address always matches."

     ::= { ipTeRouteEntry 4 }  

ipTeRouteNextHopAddrType    OBJECT-TYPE 

     SYNTAX                InetAddressType 

     STATUS                current 

     DESCRIPTION 

             "The address type enumeration value used to specify the 

             type of the next hop's IP address." 

    ::= { ipTeRouteEntry 5 } 

ipTeRouteNextHopAddress     OBJECT-TYPE 

     SYNTAX                 InetAddress  

     STATUS                 current  

     DESCRIPTION  

             "On remote routes, the address of the next router en 

             route; Otherwise, 0.0.0.0."  

     ::= { ipTeRouteEntry 6 }  

ipTeRouteNextHopMask        OBJECT-TYPE 

     SYNTAX                Unsigned32 (0..128)  

     STATUS                current  

     DESCRIPTION  

             "Indicates the length of a mask for the matching of the 

             next hop's IP address. Masks are constructed by setting 

             bits in sequence from the most-significant bit 

             downwards for ipTeRouteNextHopMask bits length. All 

             other bits in the mask, up to the number needed to fill 

             the length of the address ipTeRouteNextHop are cleared 

             to zero.  A zero bit in the mask then means that the 

             corresponding bit in the address always matches." 

     ::= { ipTeRouteEntry 7 }  

ipTeRoutePhbId      OBJECT-TYPE 

     SYNTAX          Integer32 (-1 | 0..63) 

     STATUS          current  

     DESCRIPTION  

             "The binary encoding that uniquely identifies a Per Hop 

             Behaviour (PHB, [17]) or a set of PHBs associated to 

             the DiffServ Code Point (DSCP, [15]) marking of the IP 

             datagrams that will be conveyed along this traffic 

             engineered route. A value of -1 indicates that a 

             specific PHB ID value has not been defined, and thus, 

             all PHB ID values are considered a match." 

     ::= { ipTeRouteEntry 8 }  

ipTeRouteOrigin     OBJECT-TYPE 

     SYNTAX INTEGER { 

                    ospf (0),

                    is-is (1),

                    bgp (2),

                    static (3),

                    other (4)

            } 

     STATUS         current 

     DESCRIPTION     

             "The value indicates the origin of the route. Either 

             the route has been computed by OSPF, by IS-IS, 

             announced by BGP4, is static, or else." 

     ::= { ipTeRouteEntry 9 } 

ipTeRouteIfIndex    OBJECT-TYPE 

     SYNTAX          Unsigned32 (0..65535)  

     STATUS          current  

     DESCRIPTION  

             "The ifIndex value that identifies the local interface 

             through which the next hop of this route is 

             accessible."  

     ::= { ipTeRouteEntry 10 } 

-- 

-- 

-- Traffic engineering metrics classes.  

-- 

-- The information stored in the following tables is meant to provide 

-- the description of the metric values that will be taken into  

-- account by intra- and inter-domain routing protocols for the  

-- computation and the selection of traffic-engineered routes. So  

-- far, two tables have been identified: one which is based upon the 

-- traffic engineering extensions of OSPF, the other which is based  

-- upon the contents of a specific BGP4 attribute. Next versions of  

-- the draft will include IS-IS specific information, as well as  

-- extensions of the BGP4-specific provisioning information for the  

-- "basic" enforcement of a BGP4 routing policy. 

-- 

-- 

-- 

-- The ospfTeMetricsTable 

-- 

ospfTeMetricsTable  OBJECT-TYPE 

     SYNTAX         SEQUENCE OF OspfTeMetricsEntry  

     PIB-ACCESS     install-notify  

     STATUS          current  

     DESCRIPTION  

             "This class describes the link and traffic engineering 

             metrics that will be used by OSPF for TE route 

             calculation purposes."  

       ::= { ipTeMetricsClasses 1 }  

ospfTeMetricsEntry  OBJECT-TYPE  

     SYNTAX          OspfTeMetricsEntry  

     STATUS          current  

     DESCRIPTION  

             "The collection of OSPF metrics assigned to the router 

             on a per interface and per DSCP basis."  

     PIB-INDEX      { ospfTeMetricsPrid }  

     UNIQUENESS     { ospfTeMetricsIfMetricValue,  

                       ospfTeMetricsDscpValue,  

                       ospfTeMetricsSubTlvLinkType, 

                       ospfTeMetricsSubTlvLinkId, 

                       ospfTeMetricsSubTlvLocalIfAddress, 

                       ospfTeMetricsSubTlvRemoteIfAddress, 

                       ospfTeMetricsSubTlvTeMetric, 

                       ospfTeMetricsSubTlvMaxBandwidth, 

                       ospfTeMetricsSubTlvMaxRsvBandwidth, 

                       ospfTeMetricsSubTlvUnrsvBandwidth, 

                       ospfTeMetricsIfIndex }  

     ::= { ospfTeMetricsTable 1 }  

OspfTeMetricsEntry ::= SEQUENCE {  

            ospfTeMetricsPrid                      InstanceId,  

            ospfTeMetricsIfMetricValue            Unsigned32,  

            ospfTeMetricsDscpValue                Integer32, 

            ospfTeMetricsTopTlvAddressType        InetAddressType, 

            ospfTeMetricsTopTlvRouterAddress       InetAddress, 

            ospfTeMetricsTopTlvRouterAddrMask      Unsigned32,  

            ospfTeMetricsSubTlvLinkType           INTEGER, 

            ospfTeMetricsSubTlvLinkIdAddressType   InetAddressType, 

            ospfTeMetricsSubTlvLinkId             InetAddress, 

            ospfTeMetricsSubTlvLinkIdMask         Unsigned32, 

            ospfTeMetricsSubTlvLocalIfAddressType  InetAddressType, 

            ospfTeMetricsSubTlvLocalIfAddress      InetAddress, 

            ospfTeMetricsSubTlvLocalIfAddrMask     Unsigned32, 

            ospfTeMetricsSubTlvRemoteIfAddressType InetAddressType, 

            ospfTeMetricsSubTlvRemoteIfAddress     InetAddress, 

            ospfTeMetricsSubTlvRemoteIfAddrMask    Unsigned32, 

            ospfTeMetricsSubTlvTeMetric           Unsigned32,     

            ospfTeMetricsSubTlvMaxBandwidth        Unsigned32,     

            ospfTeMetricsSubTlvMaxRsvBandwidth     Unsigned32,     

            ospfTeMetricsSubTlvUnrsvBandwidth      Unsigned32,        

            ospfTeMetricsIfIndex                  Unsigned32  

     }  

ospfTeMetricsPrid          OBJECT-TYPE 

     SYNTAX                InstanceId 

     STATUS                current 

     DESCRIPTION     

        "An integer index that uniquely identifies this instance of 

        the ospfTeMetrics class." 

     ::= { ospfTeMetricsEntry 1 } 

ospfTeMetricsIfMetricValue          OBJECT-TYPE  

     SYNTAX         Unsigned32 (1..65535)  

     STATUS         current  

     DESCRIPTION  

         "The link metric assigned on a per-DSCP and per-interface 

         basis, as defined in this instance of the 

         ospfTeMetricsTable."  

     ::= { ospfTeMetricsEntry 2 }  

ospfTeMetricsDscpValue              OBJECT-TYPE 

     SYNTAX         Integer32 (-1 | 0..63) 

     STATUS         current  

     DESCRIPTION     

        "The DSCP value associated to the link metric value, as 

        defined in the ospfTeMetricsIfMetricValue object. A value of 

        -1 indicates that a specific DSCP value has not been defined 

        and thus all DSCP values are considered a match." 

     ::= { ospfTeMetricsEntry 3 } 

ospfTeMetricsTopTlvAddressType      OBJECT-TYPE 

     SYNTAX         InetAddressType 

     STATUS         current 

     DESCRIPTION 

        "The address type enumeration value used to specify the IP 

        address of the advertising router. This IP address is always 

        reachable, and is typically implemented as a 'loopback'

        address." 

     ::= { ospfTeMetricsEntry 4 }  

ospfTeMetricsTopTlvRouterAddress    OBJECT-TYPE  

     SYNTAX        InetAddress  

     STATUS        current  

     DESCRIPTION     

        "The IP address (typically a 'loopback' address) of the 

        advertising router." 

     ::= { ospfTeMetricsEntry 5 } 

ospfTeMetricsTopTlvRouterAddrMask   OBJECT-TYPE     

     SYNTAX        Unsigned32 (0..128)  

     STATUS        current  

     DESCRIPTION  

        "Indicates the length of a mask for the matching of the 

        advertising router's IP address. Masks are constructed by 

        setting bits in sequence from the most-significant bit 

        downwards for ospfTeMetricsTopTlvRouterAddrMask bits length. 

        All other bits in the mask, up to the number needed to fill 

        the length of the address ospfTeMetricsTopTlvRouterAddress 

        are cleared to zero.  A zero bit in the mask then means that 

        the corresponding bit in the address always matches."  

     ::= { ospfTeMetricsEntry 6 } 

ospfTeMetricsSubTlvLinkType         OBJECT-TYPE  

     SYNTAX        INTEGER { 

                           point-to-Point (1),

                           multiaccess (2)  

                    } 

     STATUS        current  

     DESCRIPTION     

        "The type of the link, either point-to-point or multi-

        access, as defined in [8]."  

     ::= { ospfTeMetricsEntry 7 } 

ospfTeMetricsSubTlvLinkIdAddressType OBJECT-TYPE 

     SYNTAX         InetAddressType 

     STATUS         current 

     DESCRIPTION 

        "The address type enumeration value used to identify the 

        other end of the link, described as an IP address." 

     ::= { ospfTeMetricsEntry 8 }  

ospfTeMetricsSubTlvLinkId           OBJECT-TYPE  

     SYNTAX         InetAddress  

     STATUS         current  

     DESCRIPTION     

        "The identification of the other end of the link, described 

        as an IP address."  

     ::= { ospfTeMetricsEntry 9 } 

ospfTeMetricsSubTlvLinkIdMask         OBJECT-TYPE 

     SYNTAX        Unsigned32 (0..128)  

     STATUS        current  

     DESCRIPTION  

         "Indicates the length of a mask for the matching of the 

         other end of the link, described as an IP address. Masks 

         are constructed by setting bits in sequence from the most-

         significant bit downwards for ospfTeMetricsSubTlvLinkMask 

         bits length. All other bits in the mask, up to the number 

         needed to fill the length of the address 

         ospfTeMetricsSubTlvLinkId are cleared to zero.  A zero bit 

         in the mask then means that the corresponding bit in the 

         address always matches."  

     ::= { ospfTeMetricsEntry 10 } 

ospfTeMetricsSubTlvLocalIfAddressType       OBJECT-TYPE 

     SYNTAX         InetAddressType 

     STATUS         current 

     DESCRIPTION 

        "The address type enumeration value used to specify the IP 

        address of the interface corresponding to this instance of 

        the ospfTeMetricsSubTlvLinkType object." 

     ::= { ospfTeMetricsEntry 11 } 

ospfTeMetricsSubTlvLocalIfAddress           OBJECT-TYPE  

     SYNTAX         InetAddress  

     STATUS         current  

     DESCRIPTION     

        "Specifies the IP address of the interface of the 

        advertising router which is connected to the link described 

        as an instance of the ospfTeMetricsSubTlvLinkType object."  

     ::= { ospfTeMetricsEntry 12 } 

ospfTeMetricsSubTlvLocalIfAddrMask          OBJECT-TYPE 

     SYNTAX        Unsigned32 (0..128)  

     STATUS        current  

     DESCRIPTION  

        "Indicates the length of a mask for the matching of the IP 

        address of the interface corresponding to this instance of 

        the ospfTeMetricsSubTlvLinkType object. Masks are 

        constructed by setting bits in sequence from the most-

        significant bit downwards for 

        ospfTeMetricsSubTlvLocalIfAddrMask bits length. All other 

        bits in the mask, up to the number needed to fill the length 

        of the address ospfTeMetricsSubTlvLocalIfAddress are cleared 

        to zero.  A zero bit in the mask then means that the 

        corresponding bit in the address always matches."  

     ::= { ospfTeMetricsEntry 13 } 

ospfTeMetricsSubTlvRemoteIfAddressType      OBJECT-TYPE 

     SYNTAX         InetAddressType 

     STATUS         current 

     DESCRIPTION 

        "The address type enumeration value used to specify the IP 

        address(es) of the neighbour's interface corresponding to 

        this instance of the ospfTeMetricsSubTlvLinkType object." 

     ::= { ospfTeMetricsEntry 14 } 

ospfTeMetricsSubTlvRemoteIfAddress   OBJECT-TYPE  

     SYNTAX         InetAddress  

     STATUS         current  

     DESCRIPTION     

        "Specifies the IP address of the neighbour's interface that 

        is attached to this instance of the 

        ospfTeMetricsSubTlvLinkType object."  

     ::= { ospfTeMetricsEntry 15 } 

ospfTeMetricsSubTlvRemoteIfAddrMask  OBJECT-TYPE  

     SYNTAX        Unsigned32 (0..128)  

     STATUS        current  

     DESCRIPTION  

        "Indicates the length of a mask for the matching of the IP 

        address of the neighbor's interface corresponding to this 

        instance of the ospfTeMetricsSubTlvLinkType object. Masks 

        are constructed by setting bits in sequence from the most-

        significant bit downwards for 

        ospfTeMetricSubTlvRemoteIfAddrMaskbits length. All other 

        bits in the mask, up to the number needed to fill the length 

        of the address ospfTeMetricSubTlvRemoteIfAddress are cleared 

        to zero.  A zero bit in the mask then means that the 

        corresponding bit in the address always matches."  

     ::= { ospfTeMetricsEntry 16 } 

ospfTeMetricsSubTlvTeMetric          OBJECT-TYPE  

     SYNTAX         Unsigned32 (1..65535) 

     STATUS         current  

     DESCRIPTION     

        "The link metric that has been assigned for traffic 

        engineering purposes. This metric may be different from the 

        ospfTeMetricsLinkMetricValue object of the ospfTeMetrics 

        class."  

     ::= { ospfTeMetricsEntry 17 } 

ospfTeMetricsSubTlvMaxBandwidth     OBJECT-TYPE

     SYNTAX          Unsigned32 (0..4294967295) 

     UNITS          "bytes per second" 

     STATUS          current  

     DESCRIPTION     

        "Specifies the maximum bandwidth that can be used on this 

        instance of the ospfTeMetricsSubTlvLinkType object in this 

        direction (from the advertising router), expressed in bytes 

        per second."  

     ::= { ospfTeMetricsEntry 18 } 

ospfTeMetricsSubTlvMaxRsvBandwidth   OBJECT-TYPE  

     SYNTAX         Unsigned32 (0..4294967295) 

     UNITS          "bytes per second" 

     STATUS          current  

     DESCRIPTION     

        "Specifies the maximum bandwidth that may be reserved on 

        this instance of the ospfTeMetricsSubTlvLinkType object in 

        this direction (from the advertising router), expressed in 

        bytes per second."  

     ::= { ospfTeMetricsEntry 19 } 

ospfTeMetricsSubTlvUnrsvBandwidth    OBJECT-TYPE  

     SYNTAX         Unsigned32 (0..4294967295) 

     UNITS          "bytes per second" 

     STATUS         current  

     DESCRIPTION     

        "Specifies the amount of bandwidth that has not been 

        reserved on this instance of the ospfTeMetricsSubTlvLinkType 

        object in this direction yet (from the advertising router), 

        expressed in bytes per second."  

     ::= { ospfTeMetricsEntry 20 } 

ospfTeMetricsIfIndex                 OBJECT-TYPE  

     SYNTAX         Unsigned32 (0..65535)  

     STATUS         current  

     DESCRIPTION  

        "The ifIndex value that identifies the local interface that 

        has been assigned a (set of) metrics."  

     ::= { ospfTeMetricsEntry 21 } 

-- 

-- The bgpTeTable 

-- 

bgpTeTable          OBJECT-TYPE 

     SYNTAX         SEQUENCE OF BgpTeEntry  

     PIB-ACCESS     install-notify  

     STATUS          current  

     DESCRIPTION  

             "This class describes the QoS information that MAY be 

             conveyed in BGP4 UPDATE messages for the purpose of 

             enforcing an inter-domain traffic engineering policy."  

       ::= { ipTeMetricsClasses 2 }  

bgpTeEntry          OBJECT-TYPE  

     SYNTAX          BgpTeEntry  

     STATUS          current  

     DESCRIPTION  

             "The collection of QoS information to be exchanged by 

             BGP peers, as far as the announcement of traffic 

             engineered routes between domains is concerned."  

     PIB-INDEX      { bgpTePrid }  

     UNIQUENESS     { bgpTeNlriAddress, 

                      bgpTeNextHopAddress, 

                      bgpTeReservedRate, 

                      bgpTeAvailableRate, 

                      bgpTeLossRate, 

                      bgpTePhbId, 

                      bgpTeMinOneWayDelay, 

                      bgpTeMaxOneWayDelay, 

                      bgpTeAverageOneWayDelay, 

                      bgpTeInterPacketDelay }  

     ::= { bgpTeTable 1 } 

BgpTeEntry ::= SEQUENCE {  

            bgpTePrid                       InstanceId, 

            bgpTeNlriAddressType           InetAddressType, 

            bgpTeNlriAddress               InetAddress, 

            bgpTeNlriAddressMask           Unsigned32, 

            bgpTeNextHopAddressType        InetAddressType, 

            bgpTeNextHopAddress            InetAddress, 

            bgpTeNextHopMask               Unsigned32, 

            bgpTeReservedRate              Unsigned32,  

            bgpTeAvailableRate             Unsigned32, 

            bgpTeLossRate                  Unsigned32, 

            bgpTePhbId                     Integer32,      

            bgpTeMinOneWayDelay            Unsigned32, 

            bgpTeMaxOneWayDelay            Unsigned32,  

            bgpTeAverageOneWayDelay         Unsigned32, 

            bgpTeInterPacketDelay          Unsigned32 

     }  

bgpTePrid                  OBJECT-TYPE 

     SYNTAX                InstanceId 

     STATUS                current 

     DESCRIPTION     

         "An integer index that uniquely identifies this instance of 

         the bgpTe class." 

     ::= { bgpTeEntry 1 } 

bgpTeNlriAddressType        OBJECT-TYPE 

     SYNTAX                InetAddressType 

     STATUS                current 

     DESCRIPTION 

             "The address type enumeration value ([18]) used to 

             specify the type of a route's destination IP address." 

    ::= { bgpTeEntry 2 } 

bgpTeNlriAddress           OBJECT-TYPE 

     SYNTAX                InetAddress  

     STATUS                current  

     DESCRIPTION  

             "The IP address to match against the NLRI field of the 

             QOS_NLRI attribute of the BGP4 UPDATE message."  

     ::= { bgpTeEntry 3 }  

bgpTeNlriAddressMask        OBJECT-TYPE 

     SYNTAX                Unsigned32 (0..128)  

     STATUS                current  

     DESCRIPTION  

             "Indicates the length of a mask for the matching of the 

             NLRI field of the QOS_NLRI attribute of the BGP4 UPDATE 

             message. Masks are constructed by setting bits in 

             sequence from the most-significant bit downwards for 

             bgpTeNlriMask bits length. All other bits in the mask, 

             up to the number needed to fill the length of the 

             address bgpTeNlri are cleared to zero.  A zero bit in 

             the mask then means that the corresponding bit in the 

             address always matches."

     ::= { bgpTeEntry 4 }  

bgpTeNextHopAddressType     OBJECT-TYPE 

     SYNTAX                InetAddressType 

     STATUS                current 

     DESCRIPTION 

             "The address type enumeration value used to specify the 

             type of the next hop's IP address." 

    ::= { bgpTeEntry 5 } 

bgpTeNextHopAddress         OBJECT-TYPE 

     SYNTAX                 InetAddress  

     STATUS                 current  

     DESCRIPTION  

             "On remote routes, the address of the next router en 

             route; Otherwise, 0.0.0.0."  

     ::= { bgpTeEntry 6 }  

bgpTeNextHopMask           OBJECT-TYPE 

     SYNTAX                Unsigned32 (0..128)  

     STATUS                current  

     DESCRIPTION  

        "Indicates the length of a mask for the matching of the next 

        hop's IP address. Masks are constructed by setting bits in 

        sequence from the most-significant bit downwards for 

        bgpTeNextHopMask bits length. All other bits in the mask, up 

        to the number needed to fill the length of the address 

        bgpTeNextHopAddress are cleared to zero.  A zero bit in the 

        mask then means that the corresponding bit in the address 

        always matches." 

     ::= { bgpTeEntry 7 } 

bgpTeReservedRate          OBJECT-TYPE  

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "kilobits per second" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the reserved rate that cannot be used on this 

        instance of the bgpTeNlriAddress object in this direction 

        (from the advertising BGP peer), expressed in kilobits per 

        second."  

     ::= { bgpTeEntry 8 } 

bgpTeAvailableRate         OBJECT-TYPE  

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "kilobits per second" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the available rate that may be reserved on this 

        instance of the bgpTeNlriAddress object in this direction 

        (from the advertising BGP peer), expressed in kilobits per 

        second."  

     ::= { bgpTeEntry 9 } 

bgpTeLossRate              OBJECT-TYPE  

     SYNTAX                 Unsigned32 (0..4294967295) 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the packet loss ratio that has been observed on 

        this route instantiated by the bgpTeNlriAddress object."  

     ::= { bgpTeEntry 10 }  

bgpTePhbId                 OBJECT-TYPE 

     SYNTAX                 Integer32 (-1 | 0..63) 

     STATUS                 current  

     DESCRIPTION  

             "The binary encoding that uniquely identifies a Per Hop 

             Behaviour (PHB) or a set of PHBs associated to the 

             DiffServ Code Point marking of the IP datagrams that 

             are to be conveyed along this traffic engineered route. 

             A value of -1 indicates that a specific PHB ID value 

             has not been defined, and thus, all PHB ID values are 

             considered a match." 

     ::= { bgpTeEntry 11 } 

bgpTeMinOneWayDelay        OBJECT-TYPE 

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "milliseconds" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the minimum one-way delay that has been observed 

        on this route instantiated by the bgpTeNlriAddress object, 

        expressed in milliseconds."  

     ::= { bgpTeEntry 12 } 

bgpTeMaxOneWayDelay        OBJECT-TYPE 

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "milliseconds" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the maximum one-way delay that has been observed 

        on this route instantiated by the bgpTeNlriAddress object, 

        expressed in milliseconds."  

     ::= { bgpTeEntry 13 } 

bgpTeAverageOneWayDelay     OBJECT-TYPE 

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "milliseconds" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the average one-way delay that has been observed 

        on this route instantiated by the bgpTeNlriAddress object, 

        expressed in milliseconds."  

     ::= { bgpTeEntry 14 } 

bgpTeInterPacketDelay       OBJECT-TYPE 

     SYNTAX                 Unsigned32 (0..4294967295) 

     UNITS                 "milliseconds" 

     STATUS                 current  

     DESCRIPTION     

        "Specifies the inter-packet delay variation that has been 

        observed on this route instantiated by the bgpTeNlriAddress 

        object."  

     ::= { bgpTeEntry 15 } 

-- 

-- Traffic engineering statistics classes. The information contained 

-- in the yet-to-be defined tables aim at reporting statistics about 

-- COPS control traffic, engineered traffic and potential errors. The 

-- next version of the draft will provide a first table that will be 

-- based upon the use of the "count" clause. 

-- 

-- 

END