REPEATER-REV4-MIB device MIB details by Enterasys Networks Inc

REPEATER-REV4-MIB file content

The SNMP protocol is used to for conveying information and commands between agents and managing entities. SNMP uses the User Datagram Protocol (UDP) as the transport protocol for passing data between managers and agents. The reasons for using UDP for SNMP are, firstly it has low overheads in comparison to TCP, which uses a 3-way hand shake for connection. Secondly, in congested networks, SNMP over TCP is a bad idea because TCP in order to maintain reliability will flood the network with retransmissions.

Management information (MIB) is represented as a collection of managed objects. These objects together form a virtual information base called MIB. An agent may implement many MIBs, but all agents must implement a particular MIB called MIB-II [16]. This standard defines variables for things such as interface statistics (interface speeds, MTU, octets sent, octets received, etc.) as well as various other things pertaining to the system itself (system location, system contact, etc.). The main goal of MIB-II is to provide general TCP/IP management information.

Use ActiveXperts Network Monitor 2024 to import vendor-specific MIB files, inclusing REPEATER-REV4-MIB.

Vendor:	Enterasys Networks Inc
Mib:	REPEATER-REV4-MIB  [download]  [view objects]
Tool:	ActiveXperts Network Monitor 2024 [download]    (ships with advanced SNMP/MIB tools)

REPEATER-REV4-MIB DEFINITIONS ::= BEGIN

--  repeater-rev4-mib.txt
--  Revision: 2.03.01
--  Part Number: 2170571-01
--  Date: April 17, 1996

--  Cabletron Systems, Inc.
--  35 Industrial Way, P.O. Box 5005
--  Rochester, NH 03867-0505
--  (603) 332-9400
--  support@ctron.com

--  This module provides authoritative definitions for Cabletron's
--  enterprise-specific repeater MIB.
--
--  This module will be extended, as required.
--

--  Cabletron Systems reserves the right to make changes in 
--  specification and other information contained in this document 
--  without prior notice.  The reader should consult Cabletron Systems
--  to determine whether any such changes have been made.
--
--  In no event shall Cabletron Systems be liable for any incidental, 
--  indirect, special, or consequential damages whatsoever (including 
--  but not limited to lost profits) arising out of or related to this
--  document or the information contained in it, even if Cabletron
--  Systems has been advised of, known, or should have known, the 
--  possibility of such damages.
--
--  Cabletron grants vendors, end-users, and other interested parties
--  a non-exclusive license to use this Specification in connection
--  with the management of Cabletron products.

--  Copyright August 94 Cabletron Systems

IMPORTS
        NetworkAddress, Counter
                        FROM  RFC1155-SMI
        DisplayString
                        FROM RFC1213-MIB
        repeaterRev4
                        FROM CTRON-MIB-NAMES
        OBJECT-TYPE
                        FROM RFC-1212;

-- Textual Conventions

--  DisplayString ::= OCTET STRING
--  This data type is used to model textual information taken from
--  the NVT ASCII character set.  By convention, objects with this
--  syntax, unless explicitly stated, are declared as having:
--
--  SIZE (0..255)



-- Repeater Node

-- The following branch in the repeater MIB tree pertains to the repeater
-- as a whole

repeaterrev4    OBJECT IDENTIFIER ::= { repeaterRev4 4 }

-- Repeater Management Object Definitions

rptr            OBJECT IDENTIFIER ::= { repeaterrev4 1 }

rptrMgmt        OBJECT IDENTIFIER ::= { rptr 1 }

-- This section defines the management objects under the Repeater node.
-- The implementation of this group of objects is mandatory.

  
rptrMgmtName     OBJECT-TYPE
SYNTAX      DisplayString (SIZE(20))
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
    "The ASCII name assigned to this network."
 ::= { rptrMgmt 1}

rptrMgmtPortCount        OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
    "Total number of ports residing on this lan segment."
 ::= { rptrMgmt 2}

rptrMgmtPortsEnable      OBJECT-TYPE
SYNTAX      INTEGER {
                noEnable(1),
                enable(2)
                }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Setting this object to Enable will cause all the ports
        residing in this network segment to be enabled.  Setting
        this object to noEnable will have no effect.  When read
        this object will always return noEnable."
 ::= { rptrMgmt 3 }

rptrMgmtPortsOn      OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get the total number of ON ports in this network."
 ::= { rptrMgmt 4 }
                                                                                                                                                                  
rptrMgmtPortsOper        OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get the number of operational ports in this network."
 ::= { rptrMgmt 5 }

rptrMgmtBoardMap     OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get a map of the chassis slots occupied by the boards in
        this network."
 ::= { rptrMgmt 6 }
          
rptrMgmtInterfaceNum    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get the MIBII interface number of this network.  A return of zero will 
        mean this network is not associated with a MIBII interface."
 ::= { rptrMgmt 7 }

rptrMgmtResetCounters   OBJECT-TYPE
SYNTAX  INTEGER {
        normal(1),
        reseStaticCounters(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Setting this OID to 2 will reset the 'rptrPktStats', 'rptrProtocols' 
        and 'rptrFrameSizes' RREV-4 branch static counters. Reading this OID 
        will always return a 1."
 ::= { rptrMgmt 8 }

-- Repeater Packet Statistical Object Definitions

rptrStats               OBJECT IDENTIFIER ::= { rptr 2 }

-- This section defines the packet statistical objects under the
-- Repeater node.
-- The implementation of this group of objects is mandatory.

rptrPktStats            OBJECT IDENTIFIER ::= { rptrStats 1 }


rptrPktStatsPackets     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets."
 ::= { rptrPktStats 1 }

rptrPktStatsBytes       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received bytes."
 ::= { rptrPktStats 2 }

rptrPktStatsColls       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total collisions."
 ::= { rptrPktStats 3 }

rptrPktStatsErrors      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total errors."
 ::= { rptrPktStats 4 }

rptrPktStatsAlign       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total frame alignment errors."
 ::= { rptrPktStats 5 }

rptrPktStatsCRC         OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total CRC errors."
 ::= { rptrPktStats 6 }

rptrPktStatsOOW         OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total out-of-window collisions."
 ::= { rptrPktStats 7 }

rptrPktStatsNoRsc       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "This counter is the number of packets on this network that the
        hardware has processed that the management has either not seen yet,
        in the case of an active network, or has missed missed all
        together, in the case of a once active network."

 ::= { rptrPktStats 8 }

rptrPktStatsBroadcasts  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "This counter is the number of broadcast packets on this network
        that the hardware has processed."
 ::= { rptrPktStats 9 }

rptrPktStatsMulticasts  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "This counter is the number of multicast packets on this network
        that the hardware has processed."
 ::= { rptrPktStats 10 }

-- Repeater Protocol Statistical Object Definitions
-- This section defines the protocol statistical objects under the 
-- Repeater node.   The implementation of this group is optional, but
-- within the group all of the elements are mandatory.

rptrProtocols           OBJECT IDENTIFIER ::= { rptrStats 2 }

rptrProtocolsOSI        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received OSI packets."
 ::= { rptrProtocols 1 }

rptrProtocolsNovell     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received Novell packets."
 ::= { rptrProtocols 2 }

rptrProtocolsBanyan     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received Banyan packets."
 ::= { rptrProtocols 3 }

rptrProtocolsDECNet     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received DECNet packets."
 ::= { rptrProtocols 4 }

rptrProtocolsXNS        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received XNS  packets."
 ::= { rptrProtocols 5 }

rptrProtocolsIP OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received TCP/IP packets."
 ::= { rptrProtocols 6 }

rptrProtocolsCtron      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received CTRON Management packets."
 ::= { rptrProtocols 7 }

rptrProtocolsAppletalk  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received Appletalk packets."
 ::= { rptrProtocols 8 }

rptrProtocolsOther      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received unknown protocol packets."
 ::= { rptrProtocols 9 }


-- Repeater Frame Size Statistical Object Definitions

rptrFrameSizes          OBJECT IDENTIFIER ::= { rptrStats 3 }

-- This section defines the frame size statistical objects under the 
-- Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrFrameSzRunt         OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size less than
        64 bytes."
 ::= { rptrFrameSizes 1 }

rptrFrameSz64To127      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size between
        64 and 127 bytes."
 ::= { rptrFrameSizes 2 }

rptrFrameSz128To255     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size between
        128 and 255 bytes."
 ::= { rptrFrameSizes 3 }

rptrFrameSz256To511     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size between
        256 and 511 bytes."
 ::= { rptrFrameSizes 4 }

rptrFrameSz512To1023    OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size between
        512 and 1023 bytes."
 ::= { rptrFrameSizes 5 }

rptrFrameSz1024To1518   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size between
        1024 and 1518 bytes."
 ::= { rptrFrameSizes 6 }


rptrFrameSzGiant        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this repeater's total received packets of size greater
        than 1518 bytes."
 ::= { rptrFrameSizes 7 }


-- Repeater Alarm Object Definitions

rptrAlarms              OBJECT IDENTIFIER ::= { rptr 3 }

-- This section defines the alarm objects under the Repeater node.
-- The implementation of this group is optional, but within the group all
-- of the elements are mandatory.

rptrAlarmsTrafEnable    OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether traffic alarms are enabled/disabled.
        Set allows for enabling/disabling of traffic alarms."
 ::= { rptrAlarms 1 }

rptrAlarmsTrafThreshold OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The maximum number of packets that will be allowed before
        an alarm is generated."
 ::= { rptrAlarms 2 }

rptrAlarmsCollEnable    OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether collision alarms are enabled/disabled.
        Set allows for enabling/disabling of collision alarms."
 ::= { rptrAlarms 3 }

rptrAlarmsCollThreshold OBJECT-TYPE
SYNTAX          INTEGER (1..15)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The collision threshold is the maximum number of collisions
        within the time base that will be allowed before an alarm
        is generated."
 ::= { rptrAlarms 4 }

rptrAlarmsErrEnable     OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether error alarms are enabled/disabled.
        Set allows for enabling/disabling of error alarms."
 ::= { rptrAlarms 5 }

rptrAlarmsErrThreshold          OBJECT-TYPE
SYNTAX          INTEGER (1..100)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The percentage of errors per good packet within
        the timebase that will cause an alarm.  The units of this value
        is in seconds."
 ::= { rptrAlarms 6 }

rptrAlarmsErrSource             OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set a bit encoded map of which errors to include in the
        error sum, as follows:

        CRC_errors      -       Bit 0 - Least Significant Bit
        runts           -       Bit 1
        OOW_colls       -       Bit 2
        align_errs      -       Bit 3
        undefined       -       Bit 4
        Giants          -       Bit 5"
 ::= { rptrAlarms 7 }

rptrAlarmsAlarmTimebase   OBJECT-TYPE
SYNTAX      INTEGER (10..999999)
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "The alarm timebase, in seconds."
 ::= { rptrAlarms 8 }

rptrAlarmsBroadEnable   OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether broadcast alarms are enabled/disabled.
        Set allows for enabling/disabling of broadcast alarms."
 ::= { rptrAlarms 9 }

rptrAlarmsBroadThreshold        OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The broadcase threshold represents the maximum number of
        broadcasts that are allowed during the time base before an
        alarm is generated."
 ::= { rptrAlarms 10 }


-- Repeater Redundancy Object Definitions

-- Repeater redundancy as a whole is an optional implementation.
-- However, if any group concerning redundancy is implemented, all
-- of the groups involved in the redundancy implementation must be
-- provided.

rptrRedundancy          OBJECT IDENTIFIER ::= { rptr 4 }

-- This section defines the redundancy objects under the Repeater node.

rptrRedund              OBJECT IDENTIFIER ::= { rptrRedundancy 1 }

rptrRedundReset         OBJECT-TYPE
SYNTAX  INTEGER {
        noReset(1),
        reset(2)
        }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "If this object is set to Reset it will cause a reset
         of the redundancy object to occur.  Setting this
         object to NoReset will do nothing. This object will always 
         be read as NoReset."
 ::= { rptrRedund 1 }

rptrRedundPollInterval  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the number of seconds between polls for redundancy."
 ::= { rptrRedund 2 }

rptrRedundTestTOD       OBJECT-TYPE
SYNTAX          DisplayString (SIZE(8))
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the time of day at which the redundant circuits will
        be tested.  The format of the time string is hh:mm:ss."
 ::= { rptrRedund 3 }

rptrRedundPerformTest   OBJECT-TYPE
SYNTAX  INTEGER {
        noTest(1),
        test(2)
        }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "If this object is set to Test it will cause a test of the
        redundant circuits to be performed.  Setting this object to
        NoTest will have no effect.  When read this object will always
        return NoTest."
 ::= { rptrRedund 4 }

rptrRedundMaxCrcts              OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the maximum number of circuits which may exist on this
        network."
 ::= { rptrRedund 5 }

-- Repeater Redundant Circuit Object Definitions

-- This section defines a table of redundant circuit objects under
-- the Repeater node.

rptrRedundCrctTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrRedundCrctEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of redundant circuit objects for this repeater."
 ::= { rptrRedundancy 2 }

rptrRedundCrctEntry     OBJECT-TYPE
SYNTAX          RptrRedundCrctEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of objects for a particular redundant circuit."
INDEX           { rptrRedundCrctId }
 ::= { rptrRedundCrctTable 1 }

RptrRedundCrctEntry ::=
  SEQUENCE {
        rptrRedundCrctId
                INTEGER,
        rptrRedundCrctName
                OCTET STRING,
        rptrRedundCrctRetrys
                INTEGER,
        rptrRedundCrctNumBPs
                INTEGER,
        rptrRedundCrctNumAddr
                INTEGER,
        rptrRedundCrctAddAddr
                NetworkAddress,
        rptrRedundCrctDelAddr
                NetworkAddress,
        rptrRedundCrctEnable
                INTEGER,
        rptrRedundCrctReset
                INTEGER
  }     

rptrRedundCrctId        OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the index for a member circuit in the table of
        redundant circuits."
 ::= { rptrRedundCrctEntry 1 }

rptrRedundCrctName      OBJECT-TYPE
SYNTAX          OCTET STRING
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the name of the indicated circuit."
 ::= { rptrRedundCrctEntry 2 }

rptrRedundCrctRetrys    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the the number of unanswered polls allowed for
        the circuit."
 ::= { rptrRedundCrctEntry 3 }

rptrRedundCrctNumBPs    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get the number of board/port combinations associated with
        the circuit."
 ::= { rptrRedundCrctEntry 4 }

rptrRedundCrctNumAddr   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get the number of IP Addresses associated with the circuit."
 ::= { rptrRedundCrctEntry 5 }

rptrRedundCrctAddAddr   OBJECT-TYPE
SYNTAX          NetworkAddress
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Add an IP Address to the polling list for the indicated circuit."
 ::= { rptrRedundCrctEntry 6 }

rptrRedundCrctDelAddr   OBJECT-TYPE
SYNTAX          NetworkAddress
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Delete an IP Address from the polling list of the indicated
        circuit."
 ::= { rptrRedundCrctEntry 7 }

rptrRedundCrctEnable    OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "If this object is set to Enable, the circuit is enabled.  If
        this object is set to Disable,  the circuit is disbabled.  When
        read, this object returns the state of the object based on the
        last request made."
 ::= { rptrRedundCrctEntry 8 }


rptrRedundCrctReset     OBJECT-TYPE
SYNTAX          INTEGER {
                noReset(1),
                reset(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "If this object is set to Reset, the circuit is reset.  All
        of the circuit's associated boards and ports are returned to
        NOT_USED, any associated IP Addresses are purged from the
        circuit's address list, the name is cleared, and the retry
        count is reset to a default value.  Setting this object to
        NoReset has no effect.  When read, NoReset is always returned."
 ::= { rptrRedundCrctEntry 9 }


-- Repeater Redundant Port Object Definitions

-- This section defines a table of redundant port objects under
-- the Repeater node.

rptrRedundPortTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrRedundPortEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of redundant port objects for this repeater."
 ::= { rptrRedundancy 3 }

rptrRedundPortEntry     OBJECT-TYPE
SYNTAX          RptrRedundPortEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A redundant port entry containing objects pertaining to
        a particular redundant port."
INDEX           { rptrRedundPortCrctId, rptrRedundPortId }
 ::= { rptrRedundPortTable 1 }

RptrRedundPortEntry ::=
  SEQUENCE {
        rptrRedundPortId
                INTEGER,
        rptrRedundPortCrctId
                INTEGER,
        rptrRedundPortNum
                INTEGER,
        rptrRedundPortBoardNum
                INTEGER,
        rptrRedundPortType
                INTEGER
  }

rptrRedundPortId                OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "A unique value identifying an element in a sequence of member
        ports which belong to a circuit in the table of redundant
        circuits.  This value is not a port number; rather it is a value
        which goes from 1 to the maximum number of ports which may be
        included in a redundant circuit."
 ::= { rptrRedundPortEntry 1 }

rptrRedundPortCrctId            OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "A unique value identifying a member circuit in the table of
        redundant circuits.  This value is similar to rptrRedundCrctId."
 ::= { rptrRedundPortEntry 2 }

rptrRedundPortNum               OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the port number of a member port belonging to a redundant
        circuit."
 ::= { rptrRedundPortEntry 3 }

rptrRedundPortBoardNum          OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the board number of a member port belonging to a
        redundant circuit."
 ::= { rptrRedundPortEntry 4 }

rptrRedundPortType              OBJECT-TYPE
SYNTAX          INTEGER {
                notUsed(1),
                primary(2),
                backup(3)
                }
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return the state of a port associated with the indicated circuit."
 ::= { rptrRedundPortEntry 5 }


-- Repeater Redundant IP Address Object Definitions

-- This section defines a table of redundant IP Address objects under
-- the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrRedundAddrTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrRedundAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of redundant IP Address objects which belong to a circuit
        for this repeater."
 ::= { rptrRedundancy 4 }

rptrRedundAddrEntry     OBJECT-TYPE
SYNTAX          RptrRedundAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A entry containing objects pertaining to a particular redundant
         IP Address which belongs to a circuit."
INDEX           { rptrRedundAddrCrctId, rptrRedundAddrId }
 ::= { rptrRedundAddrTable 1 }

RptrRedundAddrEntry ::=
  SEQUENCE {
        rptrRedundAddrId
                INTEGER,
        rptrRedundAddrCrctId
                INTEGER,
        rptrRedundAddrIPAddr
                NetworkAddress
  }

rptrRedundAddrId        OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "A unique value identifying an element in a sequence of member
        IP Addresses which belong to a circuit in the table of redundant
        circuits.  This value goes from 1 to the maximum number of IP
        Addresses which may be included in a redundant circuit."
 ::= { rptrRedundAddrEntry 1 }


rptrRedundAddrCrctId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "A unique value identifying a member circuit in the table of
        redundant circuits.  This value is similar to rptrRedundCrctId."
 ::= { rptrRedundAddrEntry 2 }

rptrRedundAddrIPAddr    OBJECT-TYPE
SYNTAX          NetworkAddress
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an IP Address associated with the indicated circuit."

 ::= { rptrRedundAddrEntry 3 }


-- Repeater Source Address List Object Definitions
-- Repeater Source Addressing List as a whole is an optional implementation.
-- However, if any group of source addressing objects is implemented, the
-- entire set of source addressing object groups must be implemented.

rptrSourceAddress       OBJECT IDENTIFIER ::= { rptr 5 }

-- This section defines a table of Source Address List objects under the
-- Repeater node.

rptrSrcAddrListTable    OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrSrcAddrListEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "This table defines the source address list that is defined at
        the repeater level."
 ::= { rptrSourceAddress 1 }

rptrSrcAddrListEntry    OBJECT-TYPE
SYNTAX          RptrSrcAddrListEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines a specific source address object."
INDEX           { rptrSrcAddrListId }
 ::= { rptrSrcAddrListTable 1 }

RptrSrcAddrListEntry ::=
  SEQUENCE {
        rptrSrcAddrListId
                INTEGER,
        rptrSrcAddrAddressList
                OCTET STRING
  }

rptrSrcAddrListId               OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index into a table of source address seen by this
        repeater."
 ::= { rptrSrcAddrListEntry 1 }

rptrSrcAddrAddressList          OBJECT-TYPE
SYNTAX          OCTET STRING (SIZE(6))
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns a source address seen by this repeater."
 ::= { rptrSrcAddrListEntry 2 }


-- Repeater Source Address Source Object Definitions

-- This section defines a table of Source Address Source objects under
-- the Repeater node.

rptrSrcAddrSrcTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrSrcAddrSrcTableEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "This table defines the list of all source addresses that have been
        seen."
 ::= { rptrSourceAddress 2 }

rptrSrcAddrSrcTableEntry        OBJECT-TYPE
SYNTAX          RptrSrcAddrSrcTableEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Describes a particular source address source entry."
INDEX           { rptrSrcAddrSrcTableEntryId }
 ::= { rptrSrcAddrSrcTable 1 }

RptrSrcAddrSrcTableEntry ::=
  SEQUENCE {
        rptrSrcAddrSrcTableEntryId
                OCTET STRING,
        rptrSrcAddrSrcTableEntryPort
                INTEGER,
        rptrSrcAddrSrcTableEntryPortGroup
                INTEGER
  }

rptrSrcAddrSrcTableEntryId      OBJECT-TYPE
SYNTAX          OCTET STRING (SIZE(6))
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the source address to which this table's information
        pertains."
 ::= { rptrSrcAddrSrcTableEntry 1 }

rptrSrcAddrSrcTableEntryPort    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the port# of the port that sourced the source address."
 ::= { rptrSrcAddrSrcTableEntry 2 }

rptrSrcAddrSrcTableEntryPortGroup       OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the port group# of the port that sourced the source address."
 ::= { rptrSrcAddrSrcTableEntry 3 }


-- Repeater Source Address Source Object Definitions

-- This section defines a table of Source Address Source objects under
-- the Repeater node.

rptrSrcAddrMgmt OBJECT IDENTIFIER ::= { rptrSourceAddress 3 }

rptrSrcAddrMgmtSrcAgeInterval   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set source addressing ageing interval."
 ::= { rptrSrcAddrMgmt 1 }

rptrSrcAddrMgmtPortLock OBJECT-TYPE
SYNTAX          INTEGER {
                unlock(1),
                lock(2),
                portMisMatch(3)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Setting this object to Lock will activate the network port
        security lock.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
 ::= { rptrSrcAddrMgmt 2 }

rptrSrcAddrMgmtActiveUsers      OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get the number of active users on this network."
 ::= { rptrSrcAddrMgmt 3 }

rptrSrcAddrMgmtHashType OBJECT-TYPE
SYNTAX  INTEGER {
                noDecHash(1),
                decHash(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Defines the type of hashing that will be used for source address
        management.  In a DEC-NET environment or a combination fo DEC-NET
        and non DEC-NET users where source address hash access is a concern
        a value of decHash(2) may yield better results.  For non DEC-NET
        users a value of noDecHash(1) is preferred."
DEFVAL { noDecHash }
::= { rptrSrcAddrMgmt 4 }

-- This section control trap enables and disables at the network level.
-- Setting these objects is equivalent to setting the same value for
-- each port on this network.

rptrTrap        OBJECT IDENTIFIER ::= { rptr 6 }
rptrHwTrapSet   OBJECT IDENTIFIER ::= { rptrTrap 1 }
rptrSaTrapSet   OBJECT IDENTIFIER ::= { rptrTrap 2 }

rptrHwTrapSetLink   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables link traps for this network.  Setting a value
         of disable(1) is equivalent to setting all instances of
         rptrPortHwTrapSetLink to a value of disable(1).  Setting a value of
         enable(2) is equivalent to setting all instances of
         rptrPortHwTrapSetLink to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortHwTrapSetLink for this network are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortHwTrapSetLink for this network are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortHwTrapSetLink for this network are not currently
         set to a value the same value."
::= { rptrHwTrapSet 1 }

rptrHwTrapSetSeg    OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables segmentation traps for this network.  Setting a
         value of disable(1) is equivalent to setting all instances of
         rptrPortHwTrapSetSeg to a value of disable(1).  Setting a value of
         enable(2) is equivalent to setting all instances of
         rptrPortHwTrapSetSeg to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortHwTrapSetSeg for this network are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortHwTrapSetSeg for this network are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortHwTrapSetSeg for this network are not currently
         set to a value the same value."
::= { rptrHwTrapSet 2 }

rptrSaTrapSetSrcaddr   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables source address traps for this network.  Setting
         a value of disable(1) is equivalent to setting all instances of
         rptrPortSaTrapSetSrcaddr to a value of disable(1).  Setting a value of
         enable(2) is equivalent to setting all instances of
         rptrPortSaTrapSetSrcaddr to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortSaTrapSetSrcaddr for this network are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortSaTrapSetSrcaddr for this network are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortSaTrapSetSrcaddr for this network are not currently
         set to a value the same value."
::= { rptrSaTrapSet 1 }

rptrSaSecurity  OBJECT IDENTIFIER ::= { rptr 7 }

rptrSecurityLockState   OBJECT-TYPE
SYNTAX  INTEGER {
        unlock(1),
        lock(2),
        portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Setting this object to Lock will activate the network port
        security lock. 

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrSaSecurity 1 } 
 
rptrSecuritySecureState OBJECT-TYPE
SYNTAX  INTEGER {
        secure(1),
        nonSecure(2),
        portMisMatch(3)
        }
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The status of source address security of the network.  Ports on
        the network that are secure(1), can be locked in order to 
        enable security.  nonSecure(2) ports cannot be locked.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrSaSecurity 2 } 

rptrSecurityLearnState  OBJECT-TYPE
SYNTAX  INTEGER {
        learn(1),
        noLearn(2),
        portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The learn state of the network. This object will only 
        be applied to ports that are unlocked.  If set to learn(1), all 
        addresses are deleted on the ports and learning begins once again.
        If it is set to noLearn(2), learning stops on the port.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrSaSecurity 3 } 

rptrSecurityLearnMode   OBJECT-TYPE
SYNTAX  INTEGER {
        oneTime(1),
        continuous(2),
        portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Get/Set the learn mode of the network.  If set to onetime learn mode
        oneTime(1), each port is capable of learning two addresses and
        securing on both destination and source addresses once they are
        locked.  If set to continuous learn continuous(2), all addresses are
        initially deleted and each port continuously replaces the existing
        secure source address with the latest source address it sees.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrSaSecurity 4 } 



-- Repeater Port Group Node

-- The following branch in the repeater MIB tree pertains to individual
-- Repeater Port Group Node

-- The following branch in the repeater MIB tree pertains to individual
-- groups of repeater ports

rptrPortGroup           OBJECT IDENTIFIER ::= { repeaterrev4 2 }

-- Repeater Port Group Management Object Definitions

-- This section defines a table of Port Group Management objects under
-- the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortGrpMgmtTable    OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpMgmtEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port management objects for this repeater node."
 ::= { rptrPortGroup 1 }

rptrPortGrpMgmtEntry    OBJECT-TYPE
SYNTAX          RptrPortGrpMgmtEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port management
         for a port group."
INDEX           { rptrPortGrpMgmtGrpId }
 ::= { rptrPortGrpMgmtTable 1 }


RptrPortGrpMgmtEntry ::=
  SEQUENCE {
        rptrPortGrpMgmtGrpId
                INTEGER,
        rptrPortGrpMgmtName
                DisplayString,
        rptrPortGrpMgmtPortCount
                INTEGER,
        rptrPortGrpMgmtPortsEnable
                INTEGER,
        rptrPortGrpMgmtPortsOn
                INTEGER,
        rptrPortGrpMgmtPortsOper
                INTEGER,
        rptrPortGrpMgmtLogPortCount
                INTEGER
  }

rptrPortGrpMgmtGrpId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
::= { rptrPortGrpMgmtEntry 1 }

rptrPortGrpMgmtName             OBJECT-TYPE
SYNTAX          DisplayString (SIZE(20))
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Gets/Sets a name for the specified port group."
 ::= { rptrPortGrpMgmtEntry 2 }

rptrPortGrpMgmtPortCount  OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
                "Get total number of ports contained on the board.

                Notice that this is the physical port count."
 ::= { rptrPortGrpMgmtEntry 3 }

rptrPortGrpMgmtPortsEnable    OBJECT-TYPE
SYNTAX      INTEGER {
                noEnable(1),
                enable(2)
                }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Setting this object to Enable will cause all the ports
        residing in this network segment to be enabled.  Setting
        this object to noEnable will have no effect.  When read
        this object will always return noEnable."
 ::= { rptrPortGrpMgmtEntry 4 }

rptrPortGrpMgmtPortsOn    OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get total number of ON ports in this port group."
 ::= { rptrPortGrpMgmtEntry 5 }

rptrPortGrpMgmtPortsOper  OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get total number of operational ports in the port group."
 ::= { rptrPortGrpMgmtEntry 6 }
                  
rptrPortGrpMgmtLogPortCount  OBJECT-TYPE
SYNTAX      INTEGER
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
                "Get total number of ports contained in this port group."
 ::= { rptrPortGrpMgmtEntry 7 }

-- Repeater Port Group Statistical Object Definitions

rptrPortGrpStats        OBJECT IDENTIFIER ::= { rptrPortGroup 2 }

-- Repeater Port Group Packet Statistical Object Definitions

-- This section defines a table of Port Group Packet Statistical objects
-- under the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortGrpPktStatsTbl          OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpPktStatsEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "This table provides packet statistics for port group."
 ::= { rptrPortGrpStats 1 }

rptrPortGrpPktStatsEntry        OBJECT-TYPE
SYNTAX          RptrPortGrpPktStatsEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines a specific packet statistics entry."
INDEX           { rptrPortGrpPktStatsId }
 ::= { rptrPortGrpPktStatsTbl 1 }

RptrPortGrpPktStatsEntry ::=
  SEQUENCE {
        rptrPortGrpPktStatsId   
                INTEGER,
        rptrPortGrpPktStatsPkts 
                Counter,
        rptrPortGrpPktStatsBytes        
                Counter,
        rptrPortGrpPktStatsColls        
                Counter,
        rptrPortGrpPktStatsErrors       
                Counter,
        rptrPortGrpPktStatsAlign        
                Counter,
        rptrPortGrpPktStatsCRC
                Counter,
        rptrPortGrpPktStatsOOW  
                Counter,
        rptrPortGrpPktStatsBroadcasts
                Counter,
        rptrPortGrpPktStatsMulticasts
                Counter
  }

rptrPortGrpPktStatsId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortGrpPktStatsEntry 1 }

rptrPortGrpPktStatsPkts OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets."
 ::= { rptrPortGrpPktStatsEntry 2 }

rptrPortGrpPktStatsBytes        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received bytes."
 ::= { rptrPortGrpPktStatsEntry 3 }

rptrPortGrpPktStatsColls        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total collisions."
 ::= { rptrPortGrpPktStatsEntry 4 }

rptrPortGrpPktStatsErrors       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total errors."
 ::= { rptrPortGrpPktStatsEntry 5 }

rptrPortGrpPktStatsAlign        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total frame alignment errors."
 ::= { rptrPortGrpPktStatsEntry 6 }

rptrPortGrpPktStatsCRC  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total CRC errors."
 ::= { rptrPortGrpPktStatsEntry 7 }

rptrPortGrpPktStatsOOW  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total out-of-window collisions."
 ::= { rptrPortGrpPktStatsEntry 8 }

rptrPortGrpPktStatsBroadcasts   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received broadcast packets."
 ::= { rptrPortGrpPktStatsEntry 9 }

rptrPortGrpPktStatsMulticasts   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received multicast packets."
 ::= { rptrPortGrpPktStatsEntry 10 }



-- Repeater Port Group Protocol Statistical Object Definitions

-- This section defines a table of Port Group Protocol Statistical objects
-- under the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortGrpProtocolTbl  OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpProtocolEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Provides port group protocol statistics."
 ::= { rptrPortGrpStats 2 }

rptrPortGrpProtocolEntry        OBJECT-TYPE
SYNTAX          RptrPortGrpProtocolEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines a specific port group protocol statistics entry."
INDEX           { rptrPortGrpProtocolId }
 ::= { rptrPortGrpProtocolTbl 1 }

RptrPortGrpProtocolEntry ::=
  SEQUENCE {
        rptrPortGrpProtocolId
                INTEGER,
        rptrPortGrpProtocolOSI
                Counter,
        rptrPortGrpProtocolNovell
                Counter,
        rptrPortGrpProtocolBanyan
                Counter,
        rptrPortGrpProtocolDECNet
                Counter,
        rptrPortGrpProtocolXNS
                Counter,
        rptrPortGrpProtocolIP
                Counter,
        rptrPortGrpProtocolCtron
                Counter,
        rptrPortGrpProtocolAppletalk
                Counter,
        rptrPortGrpProtocolOther
                Counter
  }

rptrPortGrpProtocolId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortGrpProtocolEntry 1 }

rptrPortGrpProtocolOSI  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received OSI packets."
 ::= { rptrPortGrpProtocolEntry 2 }

rptrPortGrpProtocolNovell       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received Novell packets."
 ::= { rptrPortGrpProtocolEntry 3 }

rptrPortGrpProtocolBanyan OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received Banyan packets."
 ::= { rptrPortGrpProtocolEntry 4 }

rptrPortGrpProtocolDECNet OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received DECNet packets."
 ::= { rptrPortGrpProtocolEntry 5 }

rptrPortGrpProtocolXNS  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received XNS packets."
 ::= { rptrPortGrpProtocolEntry 6 }

rptrPortGrpProtocolIP   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received TCP/IP packets."
 ::= { rptrPortGrpProtocolEntry 7 }

rptrPortGrpProtocolCtron        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received CTRON Management packets."
 ::= { rptrPortGrpProtocolEntry 8 }

rptrPortGrpProtocolAppletalk OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received Appletalk packets."
 ::= { rptrPortGrpProtocolEntry 9 }

rptrPortGrpProtocolOther OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received unknown protocol packets."
 ::= { rptrPortGrpProtocolEntry 10 }


-- Repeater Port Group Frame Size Statistical Object Definitions

-- This section defines a table of Port Group Frame Size Statistical
-- objects under the Repeater node.  The implementation of this group
-- is optional, but within the group all of the elements are mandatory.

rptrPortGrpFrameSzTbl   OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpFrameSzEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines frame sizes as seen by this port group."
 ::= { rptrPortGrpStats 3 }

rptrPortGrpFrameSzEntry OBJECT-TYPE
SYNTAX          RptrPortGrpFrameSzEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines a particular frame size entry."
INDEX           { rptrPortGrpFrameSzId }
 ::= { rptrPortGrpFrameSzTbl 1 }

RptrPortGrpFrameSzEntry ::=
  SEQUENCE {
        rptrPortGrpFrameSzId
                INTEGER,
        rptrPortGrpFrameSzRunt
                Counter,
        rptrPortGrpFrameSz64To127
                Counter,
        rptrPortGrpFrameSz128To255
                Counter,
        rptrPortGrpFrameSz256To511
                Counter,
        rptrPortGrpFrameSz512To1023
                Counter,
        rptrPortGrpFrameSz1024To1518
                Counter,
        rptrPortGrpFrameSzGiant
                Counter
  }

rptrPortGrpFrameSzId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortGrpFrameSzEntry 1 }

rptrPortGrpFrameSzRunt OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size less
        than 64 bytes."
 ::= { rptrPortGrpFrameSzEntry 2 }

rptrPortGrpFrameSz64To127 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size between
        64 and 127 bytes."
 ::= { rptrPortGrpFrameSzEntry 3 }

rptrPortGrpFrameSz128To255 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size between
        128 and 255 bytes."
 ::= { rptrPortGrpFrameSzEntry 4 }

rptrPortGrpFrameSz256To511 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size between
        256 and 511 bytes."
 ::= { rptrPortGrpFrameSzEntry 5 }

rptrPortGrpFrameSz512To1023 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size between
        512 and 1023 bytes."
 ::= { rptrPortGrpFrameSzEntry 6 }

rptrPortGrpFrameSz1024To1518 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size between
        1024 and 1518 bytes."
 ::= { rptrPortGrpFrameSzEntry 7 }

rptrPortGrpFrameSzGiant OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Return this port group's total received packets of size greater
        than 1518 bytes."
 ::= { rptrPortGrpFrameSzEntry 8 }


-- Repeater Port Group Alarm Object Definitions

-- This section defines a table of Port Group Alarm objects under
-- the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortGrpAlarmTable   OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpAlarmEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port group alarm objects for this repeater node."
 ::= { rptrPortGroup 3 }

rptrPortGrpAlarmEntry   OBJECT-TYPE
SYNTAX          RptrPortGrpAlarmEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port group alarms
        for a port group."
INDEX           { rptrPortGrpAlarmId }
 ::= { rptrPortGrpAlarmTable 1 }

RptrPortGrpAlarmEntry ::=
  SEQUENCE {
        rptrPortGrpAlarmId
                INTEGER,
        rptrPortGrpAlarmTrafEnable
                INTEGER,
        rptrPortGrpAlarmTrafThreshold
                INTEGER,
        rptrPortGrpAlarmTrafGrpDisable
                INTEGER,
        rptrPortGrpAlarmCollEnable
                INTEGER,
        rptrPortGrpAlarmCollThreshold
                INTEGER,
        rptrPortGrpAlarmCollBdDisable
                INTEGER,
        rptrPortGrpAlarmErrEnable
                INTEGER,
        rptrPortGrpAlarmErrThreshold
                INTEGER,
        rptrPortGrpAlarmErrSource
                INTEGER,
        rptrPortGrpAlarmErrGrpDisable
                INTEGER,
        rptrPortGrpAlarmBroadEnable
                INTEGER,
        rptrPortGrpAlarmBroadThreshold
                INTEGER,
        rptrPortGrpAlarmBroadGrpDisable
                INTEGER
  }

rptrPortGrpAlarmId      OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortGrpAlarmEntry 1 }

rptrPortGrpAlarmTrafEnable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether traffic alarms are enabled/disabled.
         Set allows for enabling/disabling of traffic alarms."
 ::= { rptrPortGrpAlarmEntry 2 }

rptrPortGrpAlarmTrafThreshold OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The maximum number of packets that will be allowed before
        an alarm is generated."
 ::= { rptrPortGrpAlarmEntry 3 }

rptrPortGrpAlarmTrafGrpDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port group to be disabled on a traffic alarm
        condition.  Get will show whether the port group disabling is
        allowed or not."
 ::= { rptrPortGrpAlarmEntry 4 }

rptrPortGrpAlarmCollEnable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether collision alarms are enabled/disabled.
        Set allows for enabling/disabling of collision alarms."
 ::= { rptrPortGrpAlarmEntry 5 }

rptrPortGrpAlarmCollThreshold OBJECT-TYPE
SYNTAX          INTEGER (1..999999)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The collision threshold is the maximum number of collisions
        within the time base that will be allowed before an alaram
        is generated."
 ::= { rptrPortGrpAlarmEntry 6 }

rptrPortGrpAlarmCollBdDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port group to be disabled on a collision alarm
        condition.  Get will show whether the port group disabling is allowed
        or not."
 ::= { rptrPortGrpAlarmEntry 7 }

rptrPortGrpAlarmErrEnable       OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether error alarms are enabled/disabled.
        Set allows for enabling/disabling of error alarms."
 ::= { rptrPortGrpAlarmEntry 8 }

rptrPortGrpAlarmErrThreshold OBJECT-TYPE
SYNTAX          INTEGER (1..100)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the percentage of errors per good packet within the
        timebase that will cause an alarm."
 ::= { rptrPortGrpAlarmEntry 9 }

rptrPortGrpAlarmErrSource OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set a bit encoded map of which errors to include in the
        error sum, as follows:

        CRC_errors      -       Bit 0 - Least Significant Bit
        runts           -       Bit 1
        OOW_colls       -       Bit 2
        align_errs      -       Bit 3
        undefined       -       Bit 4
        Giants          -       Bit 5"
 ::= { rptrPortGrpAlarmEntry 10 }


rptrPortGrpAlarmErrGrpDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port group to be disabled on an error alarm
        condition.  Get will show whether the port group disabling is
        allowed or not."
 ::= { rptrPortGrpAlarmEntry 11 }


rptrPortGrpAlarmBroadEnable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether broadcast alarms are enabled/disabled.
         Set allows for enabling/disabling of broadcast alarms."
 ::= { rptrPortGrpAlarmEntry 12 }

rptrPortGrpAlarmBroadThreshold OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The broadcase threshold represents the maximum number of
        broadcasts that are allowed during the time base before an
        alarm is generated."
 ::= { rptrPortGrpAlarmEntry 13 }

rptrPortGrpAlarmBroadGrpDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port group to be disabled on a broadcast alarm
        condition.  Get will show whether the port group disabling is
        allowed or not."
 ::= { rptrPortGrpAlarmEntry 14 }

-- Repeater Port Group Source Address Object Definitions

-- This section defines a table of Port Group Source Address objects
-- under the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortGrpSrcAddrTable OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpSrcAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "This table provides a list of the number of active users that
        have been seen by port group."
 ::= { rptrPortGroup 4 }

rptrPortGrpSrcAddrEntry OBJECT-TYPE
SYNTAX          RptrPortGrpSrcAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Defines a specific active user entry."
INDEX           { rptrPortGrpSrcAddrId }
 ::= { rptrPortGrpSrcAddrTable 1 }

RptrPortGrpSrcAddrEntry ::=
  SEQUENCE {
        rptrPortGrpSrcAddrId
                INTEGER,
        rptrPortGrpSrcAddrActiveUsers
                INTEGER
  }

rptrPortGrpSrcAddrId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortGrpSrcAddrEntry 1 }

rptrPortGrpSrcAddrActiveUsers OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the total number of active users seen by this port group."
 ::= { rptrPortGrpSrcAddrEntry 2 }


-- port group level trap enable and disables


rptrPortGrpTrap         OBJECT IDENTIFIER ::= { rptrPortGroup 5 }
rptrPortGrpHwTrapSet    OBJECT IDENTIFIER ::= { rptrPortGrpTrap 1 }
rptrPortGrpSaTrapSet    OBJECT IDENTIFIER ::= { rptrPortGrpTrap 2 }

rptrPortGrpHwTrapTable  OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpHwTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of trap enable/disable at the port group level.  Disable
        here is equivalent to disable for each port in the port group."
::= { rptrPortGrpHwTrapSet 1 }

rptrPortGrpHwTrapEntry  OBJECT-TYPE
SYNTAX          RptrPortGrpHwTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Individual trap entries for port group enable/disable."
INDEX   { rptrPortGrpHwTrapSetGrpId }
::= { rptrPortGrpHwTrapTable 1 }

RptrPortGrpHwTrapEntry ::= SEQUENCE {
        rptrPortGrpHwTrapSetGrpId       INTEGER,
        rptrPortGrpHwTrapSetLink        INTEGER,
        rptrPortGrpHwTrapSetSeg         INTEGER
}

rptrPortGrpHwTrapSetGrpId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only 
STATUS      mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
::= { rptrPortGrpHwTrapEntry 1 }

rptrPortGrpHwTrapSetLink   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables link traps for the specified port group.
         Setting a value of disable(1) is equivalent to setting all instances
         of rptrPortHwTrapSetLink to a value of disable(1).  Setting a value
         of enable(2) is equivalent to setting all instances of
         rptrPortHwTrapSetLink to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortHwTrapSetLink for this port group are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortHwTrapSetLink for this port group are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortHwTrapSetLink for this port group are not currently
         set to a value the same value."
::= { rptrPortGrpHwTrapEntry 2 }

rptrPortGrpHwTrapSetSeg    OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables segmentation traps for the specified port group.
         Setting a value of disable(1) is equivalent to setting all instances
         of rptrPortHwTrapSetSeg to a value of disable(1).  Setting a value
         of enable(2) is equivalent to setting all instances of
         rptrPortHwTrapSetSeg to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortHwTrapSetSeg for this port group are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortHwTrapSetSeg for this port group are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortHwTrapSetSeg for this port group are not currently
         set to a value the same value."
::= { rptrPortGrpHwTrapEntry 3 }

rptrPortGrpSaTrapTable  OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortGrpSaTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of trap enable/disable at the port group level.  Disable
        here is equivalent to disable for each port in the port group."
::= { rptrPortGrpSaTrapSet 1 }

rptrPortGrpSaTrapEntry  OBJECT-TYPE
SYNTAX          RptrPortGrpSaTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Individual trap entries for port group enable/disable."
INDEX   { rptrPortGrpSaTrapSetGrpId }
::= { rptrPortGrpSaTrapTable 1 }

RptrPortGrpSaTrapEntry ::= SEQUENCE {
        rptrPortGrpSaTrapSetGrpId       INTEGER,
        rptrPortGrpSaTrapSetSrcaddr     INTEGER
}

rptrPortGrpSaTrapSetGrpId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only 
STATUS      mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
::= { rptrPortGrpSaTrapEntry 1 }


rptrPortGrpSaTrapSetSrcaddr   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2),
        other(3)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables source address traps for the specified port group.
         Setting a value of disable(1) is equivalent to setting all instances
         of rtprPortSaTrapSetSrcaddr to a value of disable(1).  Setting a value
         of enable(2) is equivalent to setting all instances of
         rtprPortSaTrapSetSrcaddr to a value of disable(2).  Setting a value of
         other(3) is not allowed.

         This object will read with the value of disable(1) if all instances
         of rptrPortSaTrapSetSrcaddr for this port group are currently set
         to a value of disable(1).

         This object will read with the value of enable(2) if all instances
         of rptrPortSaTrapSetSrcaddr for this port group are currently set
         to a value of enable(2).

         This object will read with the value of other(3) if all instances
         of rptrPortSaTrapSetSrcaddr for this port group are not currently
         set to a value the same value."
::= { rptrPortGrpSaTrapEntry 2 }

rptrPortGrpSrcAddrLockTable  OBJECT-TYPE
SYNTAX  SEQUENCE OF RptrPortGrpSrcAddrLockEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "This table defines the status of the port group source address
        security locks."
::= { rptrPortGroup 6 }

rptrPortGrpSrcAddrLockEntry  OBJECT-TYPE
SYNTAX  RptrPortGrpSrcAddrLockEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "DeDefines a status of a particular port group security lock."
INDEX  { rptrPortGrpSrcAddrLockGrpId }
::= { rptrPortGrpSrcAddrLockTable 1 }

RptrPortGrpSrcAddrLockEntry ::= SEQUENCE {
        rptrPortGrpSrcAddrLockGrpId
            INTEGER,
        rptrPortGrpSrcAddrLock
            INTEGER,
        rptrPortGrpSASecuritySecureState
                INTEGER,
        rptrPortGrpSASecurityLearnState
                INTEGER,
        rptrPortGrpSASecurityLearnMode
                INTEGER
        }

rptrPortGrpSrcAddrLockGrpId  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "Defines a particular port group for which this source address
        security lock information pertains."
::= { rptrPortGrpSrcAddrLockEntry 1 }

rptrPortGrpSrcAddrLock  OBJECT-TYPE
SYNTAX  INTEGER {
            unlock(1),
            lock(2),
            portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Allows setting of the security lock status for this port group.

                unlock(1) - Unlocks the source address lock this group,
                lock(2) - Locks the source address for this group,

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrPortGrpSrcAddrLockEntry 2 }

rptrPortGrpSASecuritySecureState OBJECT-TYPE
SYNTAX  INTEGER {
        secure(1),
        nonSecure(2),
        portMisMatch(3)
        }
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The state of the source addressing security for this port group.
        Ports on the port group that are secure(1), can be locked
        in order to enable security. When a value of  nonSecure(2) is
        returned ports cannot be locked.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrPortGrpSrcAddrLockEntry 3 }

rptrPortGrpSASecurityLearnState OBJECT-TYPE
SYNTAX  INTEGER {
        learn(1),
        noLearn(2),
        portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The learn state of source addressing security for this port group.
        This object will only be applied to ports that are unlocked.  If set
        to learn(1), all addresses are deleted on the port and learning begins
        once again.  If it is set to noLearn(2), learning stops on the port.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrPortGrpSrcAddrLockEntry 4 }

rptrPortGrpSASecurityLearnMode  OBJECT-TYPE
SYNTAX  INTEGER {
        oneTime(1),
        continuous(2),
        portMisMatch(3)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The learn mode of source addressing security port group.  If set
        to oneTime(1), each port is capable of learning two addresses and
        securing on both destination and source addresses once they are
        locked.  If set to continuous(2), all addresses are initially
        deleted and each port continuously replaces the existing secure
        source address with latest source address it sees.

        Setting a value of portMisMatch(3) is invalid.  A value of 
        portMisMatch(3) reflects that not all ports are at the same
        value."
::= { rptrPortGrpSrcAddrLockEntry 5 }


-- Repeater Port Node

-- The following branch in the repeater MIB tree pertains to individual
-- repeater ports

rptrPort                OBJECT IDENTIFIER ::= { repeaterrev4 3 }


-- Repeater Port Management Object Definitions

-- This section defines a table of Port Management objects under
-- the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortMgmtTable       OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortMgmtEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port management objects for this repeater node."
 ::= { rptrPort 1 }

rptrPortMgmtEntry       OBJECT-TYPE
SYNTAX          RptrPortMgmtEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port management for
        a port."
INDEX           { rptrPortMgmtPortGrpId, rptrPortMgmtPortId }
 ::= { rptrPortMgmtTable 1 }

RptrPortMgmtEntry ::=
  SEQUENCE {
        rptrPortMgmtPortId
                INTEGER,
        rptrPortMgmtPortGrpId
                INTEGER,
        rptrPortMgmtName
                DisplayString,
        rptrPortMgmtAdminState
                INTEGER,
        rptrPortMgmtOperState
                INTEGER,
        rptrPortMgmtPortType
                OBJECT IDENTIFIER
  }

rptrPortMgmtPortId      OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortMgmtEntry 1 }

rptrPortMgmtPortGrpId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortMgmtEntry 2 }

rptrPortMgmtName                        OBJECT-TYPE
SYNTAX          DisplayString (SIZE(20))
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Sets/Gets an ASCII name assigned to this port."
 ::= { rptrPortMgmtEntry 3 }

rptrPortMgmtAdminState      OBJECT-TYPE
SYNTAX          INTEGER {
                        disable(1),
                        enable(2)
                        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Setting this object to Enable will cause port to be enabled.
        Setting this object to Disable will cause
        the port to be disabled.  When read this object will return
        the state of the object per the last request."
 ::= { rptrPortMgmtEntry 4 }
                                                                                                        
rptrPortMgmtOperState        OBJECT-TYPE
SYNTAX      INTEGER {
                        notOperational(1),
                        operational(2)
                        }
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
        "Get port operational status."
 ::= { rptrPortMgmtEntry 5 }

        rptrPortMgmtPortType    OBJECT-TYPE
        SYNTAX  OBJECT IDENTIFIER
        ACCESS  read-only
        STATUS  mandatory
        DESCRIPTION
            "Uniquely defines the repeater port type.  A authoritative
            identification for a port type.  By convention, this value
            is allocated within the SMI enterprises subtree
            (1.3.6.1.4.1), and provides an easy and unambiguous means to
            determine the type of repeater port."
        ::= { rptrPortMgmtEntry 6 }

                                                                                                                                                   

-- Repeater Port Statistical Object Definitions

rptrPortStats           OBJECT IDENTIFIER ::= { rptrPort 2 }

-- Repeater Port Packet Statistical Object Definitions

-- This section defines a table of Port Packet Statistical objects
-- under the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortPktStatsTbl     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortPktStatsEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Provides repeater port packet statistics."
 ::= { rptrPortStats 1 }

rptrPortPktStatsEntry   OBJECT-TYPE
SYNTAX          RptrPortPktStatsEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Provides basic statistics for a specific port."
INDEX           { rptrPortPktStatsPortGrpId, rptrPortPktStatsPortId }
 ::= { rptrPortPktStatsTbl 1 }

RptrPortPktStatsEntry ::=
  SEQUENCE {
        rptrPortPktStatsPortId
                INTEGER,
        rptrPortPktStatsPortGrpId
                INTEGER,
        rptrPortPktStatsPackets
                Counter,
        rptrPortPktStatsBytes
                Counter,
        rptrPortPktStatsColls
                Counter,
        rptrPortPktStatsErrors
                Counter,
        rptrPortPktStatsAlign
                Counter,
        rptrPortPktStatsCRC
                Counter,
        rptrPortPktStatsOOW
                Counter,
        rptrPortPktStatsBroadcasts
                Counter,
        rptrPortPktStatsMulticasts
                Counter
  }

rptrPortPktStatsPortId  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortPktStatsEntry 1 }

rptrPortPktStatsPortGrpId       OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."

 ::= { rptrPortPktStatsEntry 2 }

rptrPortPktStatsPackets OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets."
 ::= { rptrPortPktStatsEntry 3 }

rptrPortPktStatsBytes   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received bytes."
 ::= { rptrPortPktStatsEntry 4 }

rptrPortPktStatsColls   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total  collisions."
 ::= { rptrPortPktStatsEntry 5 }

rptrPortPktStatsErrors  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total errors."
 ::= { rptrPortPktStatsEntry 6 }

rptrPortPktStatsAlign   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total frame alignment errors."
 ::= { rptrPortPktStatsEntry 7 }

rptrPortPktStatsCRC     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total CRC errors."
 ::= { rptrPortPktStatsEntry 8 }

rptrPortPktStatsOOW     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total out-of-window collisions."
 ::= { rptrPortPktStatsEntry 9 }

rptrPortPktStatsBroadcasts      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received broadcast packets."
 ::= { rptrPortPktStatsEntry 10 }

rptrPortPktStatsMulticasts      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received multicast packets."
 ::= { rptrPortPktStatsEntry 11 }

-- Repeater Port Protocol Statistical Object Definitions

-- This section defines a table of Port Protocol Statistical
-- objects under the Repeater node.  The implementation of this
-- group is optional, but within the group all of the elements
-- are mandatory.

rptrPortProtocolTbl     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortProtocolEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Provides statistics about the protocols seen by the different
        ports."
 ::= { rptrPortStats 2 }

rptrPortProtocolEntry   OBJECT-TYPE
SYNTAX          RptrPortProtocolEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to statistics about
        protocols seen by different ports."
INDEX           { rptrPortProtocolPortGrpId, rptrPortProtocolPortId }
 ::= { rptrPortProtocolTbl 1 }

RptrPortProtocolEntry ::=
  SEQUENCE {
        rptrPortProtocolPortId
                INTEGER,
        rptrPortProtocolPortGrpId
                INTEGER,
        rptrPortProtocolOSI
                Counter,
        rptrPortProtocolNovell
                Counter,
        rptrPortProtocolBanyan
                Counter,
        rptrPortProtocolDECNet
                Counter,
        rptrPortProtocolXNS
                Counter,
        rptrPortProtocolIP
                Counter,
        rptrPortProtocolCtron
                Counter,
        rptrPortProtocolAppletalk
                Counter,
        rptrPortProtocolOther
                Counter
  }

rptrPortProtocolPortId  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortProtocolEntry 1 }

rptrPortProtocolPortGrpId       OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortProtocolEntry 2 }

rptrPortProtocolOSI     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received OSI protocol packets."
 ::= { rptrPortProtocolEntry 3 }

rptrPortProtocolNovell  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received Novell protocol packets."
 ::= { rptrPortProtocolEntry 4 }

rptrPortProtocolBanyan  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received Banyan protocol packets."
 ::= { rptrPortProtocolEntry 5 }

rptrPortProtocolDECNet  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received DECNet protocol packets."
 ::= { rptrPortProtocolEntry 6 }

rptrPortProtocolXNS     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received XNS protocol packets."
 ::= { rptrPortProtocolEntry 7 }

rptrPortProtocolIP      OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received TCP/IP protocol packets."
 ::= { rptrPortProtocolEntry 8 }

rptrPortProtocolCtron   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received CTRON Management protocol packets."
 ::= { rptrPortProtocolEntry 9 }

rptrPortProtocolAppletalk       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received Appletalk protocol packets."
 ::= { rptrPortProtocolEntry 10 }

rptrPortProtocolOther   OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received unknown protocol packets."
 ::= { rptrPortProtocolEntry 11 }


-- Repeater Port Frame Size Statistical Object Definitions

-- This section defines a table of Port Frame Size Statistical objects
-- under the Repeater node.  The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortFrameSzTbl      OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortFrameSzEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Provides repeater port frame size statistics."
 ::= { rptrPortStats 3 }

rptrPortFrameSzEntry    OBJECT-TYPE
SYNTAX          RptrPortFrameSzEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Describes a set of frame size statistics for a specific port."
INDEX           { rptrPortFrameSzPortGrpId, rptrPortFrameSzPortId }
 ::= { rptrPortFrameSzTbl 1 }

RptrPortFrameSzEntry ::=
  SEQUENCE {
        rptrPortFrameSzPortId
                INTEGER,
        rptrPortFrameSzPortGrpId
                INTEGER,
        rptrPortFrameSzRunt
                Counter,
        rptrPortFrameSz64To127
                Counter,
        rptrPortFrameSz128To255
                Counter,
        rptrPortFrameSz256To511
                Counter,
        rptrPortFrameSz512To1023
                Counter,
        rptrPortFrameSz1024To1518
                Counter,
        rptrPortFrameSzGiant
                Counter
  }

rptrPortFrameSzPortId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortFrameSzEntry 1 }

rptrPortFrameSzPortGrpId        OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortFrameSzEntry 2 }

rptrPortFrameSzRunt     OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size less than 64 bytes."
 ::= { rptrPortFrameSzEntry 3 }

rptrPortFrameSz64To127  OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size between 64 and
        127 bytes."
 ::= { rptrPortFrameSzEntry 4 }

rptrPortFrameSz128To255 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size between 128
        and 255 bytes."
 ::= { rptrPortFrameSzEntry 5 }

rptrPortFrameSz256To511 OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size between 256
        and 511 bytes."
 ::= { rptrPortFrameSzEntry 6 }

rptrPortFrameSz512To1023        OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size between 512
        and 1023 bytes."
 ::= { rptrPortFrameSzEntry 7 }

rptrPortFrameSz1024To1518       OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size between 1024
        and 1518 bytes."
 ::= { rptrPortFrameSzEntry 8 }

rptrPortFrameSzGiant    OBJECT-TYPE
SYNTAX          Counter
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Get this port's total received packets of size greater than
        1518 bytes."
 ::= { rptrPortFrameSzEntry 9 }

-- Repeater Port Alarm Object Definitions

-- This section defines a table of Port Alarm objects under the
-- Repeater node.   The implementation of this group is optional,
-- but within the group all of the elements are mandatory.

rptrPortAlarmTable      OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortAlarmEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port alarm objects for this repeater node."
 ::= { rptrPort 3 }

rptrPortAlarmEntry      OBJECT-TYPE
SYNTAX          RptrPortAlarmEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port alarm objects
        for a port group."
INDEX           { rptrPortAlarmPortGrpId,  rptrPortAlarmPortId }
 ::= { rptrPortAlarmTable 1 }

RptrPortAlarmEntry ::=
  SEQUENCE {
        rptrPortAlarmPortId
                INTEGER,
        rptrPortAlarmPortGrpId
                INTEGER,
        rptrPortAlarmTrafEnable
                INTEGER,
        rptrPortAlarmTrafThreshold
                INTEGER,
        rptrPortAlarmTrafPortDisable
                INTEGER,
        rptrPortAlarmCollEnable
                INTEGER,
        rptrPortAlarmCollThreshold
                INTEGER,
        rptrPortAlarmCollPortDisable
                INTEGER,
        rptrPortAlarmErrEnable
                INTEGER,
        rptrPortAlarmErrThreshold
                INTEGER,
        rptrPortAlarmErrSource
                INTEGER,
        rptrPortAlarmErrPortDisable
                INTEGER,
        rptrPortAlarmBroadEnable
                INTEGER,
        rptrPortAlarmBroadThreshold
                INTEGER,
        rptrPortAlarmBroadPortDisable
                INTEGER

  }

rptrPortAlarmPortId     OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortAlarmEntry 1 }

rptrPortAlarmPortGrpId  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortAlarmEntry 2 }

rptrPortAlarmTrafEnable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether traffic alarms are enabled/disabled.
        Set allows for enabling/disabling of traffic alarms."
 ::= { rptrPortAlarmEntry 3 }

rptrPortAlarmTrafThreshold OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The maximum number of packets that will be allowed before
        an alarm is generated."
 ::= { rptrPortAlarmEntry 4 }

rptrPortAlarmTrafPortDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port to be disabled on a traffic alarm
        condition.  Get will show whether the port disabling is allowed
        or not."
 ::= { rptrPortAlarmEntry 5 }

rptrPortAlarmCollEnable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether collision alarms are enabled/disabled.
        Set allows for enabling/disabling of collision alarms."
 ::= { rptrPortAlarmEntry 6 }

rptrPortAlarmCollThreshold OBJECT-TYPE
SYNTAX          INTEGER (1..999999)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The collision threshold is the maximum number of collisions
        within the time base that will be allowed before an alaram
        is generated."
 ::= { rptrPortAlarmEntry 7 }

rptrPortAlarmCollPortDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port to be disabled on a collision alarm
        condition.  Get will show whether the port disabling is allowed
        or not."
 ::= { rptrPortAlarmEntry 8 }

rptrPortAlarmErrEnable  OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether error alarms are enabled/disabled.
        Set allows for enabling/disabling of error alarms."
 ::= { rptrPortAlarmEntry 9 }

rptrPortAlarmErrThreshold       OBJECT-TYPE
SYNTAX          INTEGER (1..100)
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set the percentage of errors per good packet within the
        timebase that will cause an alarm."
 ::= { rptrPortAlarmEntry 10 }

rptrPortAlarmErrSource  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set a bit encoded map of which errors to include in the
        error sum, as follows:

        CRC_errors      -       Bit 0 - Least Significant Bit
        runts           -       Bit 1
        OOW_colls       -       Bit 2
        align_errs      -       Bit 3
        undefined       -       Bit 4
        Giants          -       Bit 5"
 ::= { rptrPortAlarmEntry 11 }

rptrPortAlarmErrPortDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port to be disabled on an error alarm condition.
        Get will show whether the port disabling is allowed or not."
 ::= { rptrPortAlarmEntry 12 }

rptrPortAlarmBroadEnable        OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get returns whether broadcast alarms are enabled/disabled.
        Set allows for enabling/disabling of broadcast alarms."
 ::= { rptrPortAlarmEntry 13 }

rptrPortAlarmBroadThreshold OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "The broadcase threshold represents the maximum number of
        broadcasts that are allowed during the time base before an
        alarm is generated."
 ::= { rptrPortAlarmEntry 14 }

rptrPortAlarmBroadPortDisable OBJECT-TYPE
SYNTAX          INTEGER {
                disable(1),
                enable(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Set will permit a port to be disabled on a broadcast alarm
        condition.  Get will show whether the port disabling is allowed
        or not."
 ::= { rptrPortAlarmEntry 15 }

-- Repeater Port Redundancy Object Definitions

-- This section defines a table of Port Redundancy objects under the
-- Repeater node.  This group of objects may be implemented only if
-- the entire set of redundancy object groups have been implemented.

rptrPortRedundTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortRedundEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port redundancy objects for this repeater node."
 ::= { rptrPort 4 }

rptrPortRedundEntry     OBJECT-TYPE
SYNTAX          RptrPortRedundEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port redundancy for
        a port group."
INDEX           { rptrPortRedundPortGrpId, rptrPortRedundPortId }
 ::= { rptrPortRedundTable 1 }

RptrPortRedundEntry ::=
  SEQUENCE {
        rptrPortRedundPortId
                INTEGER,
        rptrPortRedundPortGrpId
                INTEGER,
        rptrPortRedundCrctNum
                INTEGER,
        rptrPortRedundType
                INTEGER,
        rptrPortRedundStatus
                INTEGER
  }

rptrPortRedundPortId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortRedundEntry 1 }

rptrPortRedundPortGrpId OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortRedundEntry 2 }

rptrPortRedundCrctNum   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set redundant circuit number of redundant circuit that port
        is or is to be associated with."
 ::= { rptrPortRedundEntry 3 }

rptrPortRedundType      OBJECT-TYPE
SYNTAX          INTEGER {
                notUsed(1),
                primary(2),
                backup(3)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set redundant port type."
::= { rptrPortRedundEntry 4 }

rptrPortRedundStatus    OBJECT-TYPE
SYNTAX          INTEGER {
                notUsed(1),
                active(2),
                inactive(3)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "Get/Set redundant port status."
 ::= { rptrPortRedundEntry 5 }


-- Repeater Port Source Address Object Definitions

-- This section defines a table of Port Source Address
-- objects under the Repeater node.  This group of objects
-- may be implemented only if the entire set of this group
-- has been implemented.

rptrPortSrcAddrTable    OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortSrcAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port source address objects for this repeater
        node."
 ::= { rptrPort 5 }

rptrPortSrcAddrEntry    OBJECT-TYPE
SYNTAX          RptrPortSrcAddrEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port source
        address objects for a port group."
INDEX           { rptrPortSrcAddrPortGrpId, rptrPortSrcAddrPortId }
 ::= { rptrPortSrcAddrTable 1 }

RptrPortSrcAddrEntry ::=
  SEQUENCE {
        rptrPortSrcAddrPortId
                INTEGER,
        rptrPortSrcAddrPortGrpId
                INTEGER,
        rptrPortSrcAddrTopoState
                INTEGER,
        rptrPortSrcAddrForceTrunk
                INTEGER,
        rptrPortSrcAddrActiveUsers
                INTEGER
  }

rptrPortSrcAddrPortId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortSrcAddrEntry 1 }

rptrPortSrcAddrPortGrpId        OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortSrcAddrEntry 2 }

rptrPortSrcAddrTopoState        OBJECT-TYPE
SYNTAX          INTEGER {
                        station(1),
                        trunk(2)
                        }
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the topological state of the port."
 ::= { rptrPortSrcAddrEntry 3 }

rptrPortSrcAddrForceTrunk       OBJECT-TYPE
SYNTAX          INTEGER {
                noForce(1),
                force(2)
                }
ACCESS          read-write
STATUS          mandatory
DESCRIPTION
        "When this object is set to Force it causes the port
        to be placed into a Trunk topological state whether
        the network traffic would warrant such a state or not.
        When this object is set to NoForce it allows the port
        to assume the topological state it would naturally
        assume based on the network activity across it.
        When read this object reports the current setting."
 ::= { rptrPortSrcAddrEntry 4 }

rptrPortSrcAddrActiveUsers      OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns the total number of active users seen by this port."
 ::= { rptrPortSrcAddrEntry 5 }


-- Repeater Port Source Address List Object Definitions

-- This section defines a table of Port Source Address List 
-- objects under the Repeater node.  This group may only be
-- implemented if the entire set of source addressing
-- object groups have been implemented.

rptrPortSrcAddrListTable        OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortSrcAddrListEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "This table provides information about the source addresses that
        have been seen by the differnt ports."
 ::= { rptrPort 6 }

rptrPortSrcAddrListEntry        OBJECT-TYPE
SYNTAX          RptrPortSrcAddrListEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A specific source address that has been seen"
INDEX           { rptrPortSrcAddrListPortGrpId, rptrPortSrcAddrListPortId,
                rptrPortSrcAddrListId }
 ::= { rptrPortSrcAddrListTable 1 }

RptrPortSrcAddrListEntry ::=
  SEQUENCE {
        rptrPortSrcAddrListId
                INTEGER,
        rptrPortSrcAddrListPortId
                INTEGER,
        rptrPortSrcAddrListPortGrpId
                INTEGER,
        rptrPortSrcAddrAddressList
                OCTET STRING
  }

rptrPortSrcAddrListId   OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index associated with the number of address to be returned."
 ::= { rptrPortSrcAddrListEntry 1 }

rptrPortSrcAddrListPortId       OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortSrcAddrListEntry 2 }

rptrPortSrcAddrListPortGrpId    OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
 ::= { rptrPortSrcAddrListEntry 3 }

rptrPortSrcAddrAddressList      OBJECT-TYPE
SYNTAX          OCTET STRING
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns a source address seen on this port."
 ::= { rptrPortSrcAddrListEntry 4 }


-- Repeater Port Hardware List Object Definitions

-- This section defines a table of Hardware objects under the port node.
-- This group may only be implemented if the entire set of source addressing
-- object groups have been implemented.

rptrPortHardwareTable   OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortHardwareEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of port hardware objects for this repeater port."
 ::= { rptrPort 7 }

rptrPortHardwareEntry   OBJECT-TYPE
SYNTAX          RptrPortHardwareEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "An entry containing objects pertaining to port hardware for a
        hardware port group."
INDEX           { rptrPortHardwarePortGrpId, rptrPortHardwarePortId }
 ::= { rptrPortHardwareTable 1 }

RptrPortHardwareEntry ::=
  SEQUENCE {
        rptrPortHardwarePortId
                INTEGER,
        rptrPortHardwarePortGrpId
                INTEGER,
        rptrPortHardwareSegStatus
                INTEGER,
        rptrPortHardwareLinkStatus
                INTEGER
  }

rptrPortHardwarePortId  OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port for which the information in this
        table pertains."
 ::= { rptrPortHardwareEntry 1 }

rptrPortHardwarePortGrpId       OBJECT-TYPE
SYNTAX          INTEGER
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."

 ::= { rptrPortHardwareEntry 2 }

rptrPortHardwareSegStatus       OBJECT-TYPE
SYNTAX          INTEGER {
                        notSegmented(1),
                        segmented(2)
                        }
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns port segmentation status."
 ::= { rptrPortHardwareEntry 3 }

rptrPortHardwareLinkStatus      OBJECT-TYPE
SYNTAX          INTEGER {
                        notLinked(1),
                        linked(2),
                        notApplicable(3)
                        }
ACCESS          read-only
STATUS          mandatory
DESCRIPTION
        "Returns port link status."
 ::= { rptrPortHardwareEntry 4 }

-- port level enable and disables

rptrPortTrap            OBJECT IDENTIFIER ::= { rptrPort 8 }
rptrPortHwTrapSet       OBJECT IDENTIFIER ::= { rptrPortTrap 1 }
rptrPortSaTrapSet       OBJECT IDENTIFIER ::= { rptrPortTrap 2 }

rptrPortHwTrapTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortHwTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of trap enable/disable at the port level."
::= { rptrPortHwTrapSet 1 }

rptrPortHwTrapEntry     OBJECT-TYPE
SYNTAX          RptrPortHwTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Individual trap entries for port group enable/disable."
INDEX   { rptrPortHwTrapSetPortGrpId, rptrPortHwTrapSetPortId }
::= { rptrPortHwTrapTable 1 }

RptrPortHwTrapEntry ::= SEQUENCE {
        rptrPortHwTrapSetPortId         INTEGER,
        rptrPortHwTrapSetPortGrpId      INTEGER,
        rptrPortHwTrapSetLink           INTEGER,
        rptrPortHwTrapSetSeg            INTEGER
}

rptrPortHwTrapSetPortId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
         "Returns an index to a port for which the information in this
         table pertains."
::= { rptrPortHwTrapEntry 1 }

rptrPortHwTrapSetPortGrpId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only 
STATUS      mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
::= { rptrPortHwTrapEntry 2 }

rptrPortHwTrapSetLink   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables link traps for this port."
::= { rptrPortHwTrapEntry 3 }

rptrPortHwTrapSetSeg    OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables segmentation traps for this port."
::= { rptrPortHwTrapEntry 4 }

rptrPortSaTrapTable     OBJECT-TYPE
SYNTAX          SEQUENCE OF RptrPortSaTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "A list of trap enable/disable at the port level"
::= { rptrPortSaTrapSet 1 }

rptrPortSaTrapEntry     OBJECT-TYPE
SYNTAX          RptrPortSaTrapEntry
ACCESS          not-accessible
STATUS          mandatory
DESCRIPTION
        "Individual trap entries for port group enable/disable."
INDEX { rptrPortSaTrapSetPortGrpId, rptrPortSaTrapSetPortId }
::= { rptrPortSaTrapTable 1 }

RptrPortSaTrapEntry ::= SEQUENCE {
        rptrPortSaTrapSetPortId         INTEGER,
        rptrPortSaTrapSetPortGrpId      INTEGER,
        rptrPortSaTrapSetSrcaddr        INTEGER
}

rptrPortSaTrapSetPortId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only
STATUS      mandatory
DESCRIPTION
         "Returns an index to a port for which the information in this
         table pertains."
::= { rptrPortSaTrapEntry 1 }

rptrPortSaTrapSetPortGrpId   OBJECT-TYPE
SYNTAX  INTEGER 
ACCESS      read-only 
STATUS      mandatory
DESCRIPTION
        "Returns an index to a port group for which the information in
        this table pertains."
::= { rptrPortSaTrapEntry 2 }

rptrPortSaTrapSetSrcaddr   OBJECT-TYPE
SYNTAX  INTEGER {
        disable(1),
        enable(2)
        }
ACCESS      read-write
STATUS      mandatory
DESCRIPTION
        "Enables and disables source address traps for this port."
::= { rptrPortSaTrapEntry 3 }

-- Port Source address lock section

rptrPortSecurity        OBJECT IDENTIFIER ::= { rptrPort 9 }

rptrPortSecurityTable  OBJECT-TYPE
SYNTAX  SEQUENCE OF RptrPortSecurityEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "This table defines status of the source lock security."
::= { rptrPortSecurity 1 }

rptrPortSecurityEntry  OBJECT-TYPE
SYNTAX  RptrPortSecurityEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "Defines lock status for this particular entry."
INDEX { rptrPortSecurityPortGrpId, rptrPortSecurityPortId }
::= { rptrPortSecurityTable 1 }

RptrPortSecurityEntry ::= SEQUENCE {
        rptrPortSecurityPortGrpId
            INTEGER,
        rptrPortSecurityPortId
            INTEGER,
        rptrPortSecurityLockStatus
            INTEGER,
        rptrPortSecurityLockAddAddress
            OCTET STRING,
        rptrPortSecurityLockDelAddress
            OCTET STRING,
        rptrPortSecurityDisableOnViolation
            INTEGER,
        rptrPortSecurityFullSecEnabled
                INTEGER,
        rptrPortSecuritySecureState
                INTEGER,
        rptrPortSecurityForceNonSecure
                INTEGER,
        rptrPortSecurityLearnState
                INTEGER,
        rptrPortSecurityLearnMode
                INTEGER
        }

rptrPortSecurityPortGrpId  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        " The port Group ID for which this source address lock entry
        pertains."
::= { rptrPortSecurityEntry 1 }

rptrPortSecurityPortId  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The port ID for which this source address lock entry pertains."
::= { rptrPortSecurityEntry 2 }

rptrPortSecurityLockStatus  OBJECT-TYPE
SYNTAX  INTEGER {
            unlock(1),
            lock(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Defines the lock status for this particular port entry."
::= { rptrPortSecurityEntry 3 }

rptrPortSecurityLockAddAddress  OBJECT-TYPE
SYNTAX  OCTET STRING (SIZE(6))
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Setting a value to this object will cause a new entry to be
        added to the rptrPortSecurityListTable.  When read this object
        will display an OCTET STRING of SIZE 6 with each octet containing
        a 0.

        In general it is possible to add addresses at anytime.  However
        there are several instances where the firmware and or hardware
        can not support the operation.  In these instances an error will
        be returned if a addition is attempted."
::= { rptrPortSecurityEntry 4 }

rptrPortSecurityLockDelAddress  OBJECT-TYPE
SYNTAX  OCTET STRING
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Setting a value to this object will cause corresponding entry
        in the rptrPortSecurityListTable to be deleted.  When read
        this object returns an OCTET STRING of length 6 with each octet
        having the value '0'.

        In general it is possible to delete locked addresses at any time.
        however there are instances where it is not supported in which
        case an error will be returned."
::= { rptrPortSecurityEntry 5 }

rptrPortSecurityDisableOnViolation      OBJECT-TYPE
SYNTAX  INTEGER {
        noDisable(1),
        disable(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "Designates whether port is disabled if its source address
        is violated.  A source address violation occurs when a
        address is detected which is not in the source address list for
        this port.  If the port is disabled due to the source address
        violation it can be enabled by setting rptrPortMgmtAdminState."
::= { rptrPortSecurityEntry 6 }

rptrPortSecurityFullSecEnabled  OBJECT-TYPE
SYNTAX  INTEGER {
        partialSecurity(1),
        fullSecurity(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "A port that is set to full security and is locked will 
        scramble ALL packets, which are not contained in the expected
        address list, including broadcasts and multicasts.  A port 
        that is set to partial security will allow broadcasts and 
        multicasts to repeat unscrambled."
::= { rptrPortSecurityEntry 7 }

rptrPortSecuritySecureState     OBJECT-TYPE
SYNTAX  INTEGER {
        secure(1),
        nonSecure(2)
        }
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The secure state of the port.  If the port is secure(1), it 
        can be locked in order to enable security.  A nonSecure(2)
        port cannot be locked."
::= { rptrPortSecurityEntry 8 }


rptrPortSecurityForceNonSecure  OBJECT-TYPE
SYNTAX  INTEGER {
        noForce(1),
        forceNonSecure(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The force non-secure state of port.  If the port is Forced,
        Non-Secure via a value of forceNonSecure(2), it is put into a
        Non-Secure state, in which case it cannot be locked.  If a port is
        not forced noForce(1), then it will take on its natural state,
        according to the traffic flow on the port."
::= { rptrPortSecurityEntry 9 }

rptrPortSecurityLearnState      OBJECT-TYPE
SYNTAX  INTEGER {
        learn(1),
        noLearn(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The learn state of the port.  This object will only 
        be applied to a port that is unlocked.  If set to learn(1), all 
        addresses are deleted on the port and learning begins once again.
        If it is set to noLearn(2), learning stops on the port."
::= { rptrPortSecurityEntry 10 }

rptrPortSecurityLearnMode       OBJECT-TYPE
SYNTAX  INTEGER {
        oneTime(1),
        continuous(2)
        }
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "The learn mode of the port. If set to oneTime(1), 
        the port is capable of learning two addresses and securing
        on both destination and source addresses (upon locking port).
        If set to continuous(2), all addresses are
        initially deleted and the port continuously replaces the existing
        secure source address with the latest source address it sees."
::= { rptrPortSecurityEntry 11 }

rptrPortSecurityListTable  OBJECT-TYPE
SYNTAX  SEQUENCE OF RptrPortSecurityListEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "This table defines a list of all source address locks maintained
        for the specified port."
::= { rptrPortSecurity 2 }

rptrPortSecurityListEntry  OBJECT-TYPE
SYNTAX  RptrPortSecurityListEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "An entry containing objects pertaining to source address locks
        for a port group."
INDEX { rptrPortSecurityListPortGrpId, rptrPortSecurityListPortId,
        rptrPortSecurityListIndex }
::= { rptrPortSecurityListTable 1 }

RptrPortSecurityListEntry  ::= SEQUENCE {
        rptrPortSecurityListPortGrpId
            INTEGER,
        rptrPortSecurityListPortId
            INTEGER,
        rptrPortSecurityListIndex
            INTEGER,
        rptrPortSecurityListAddress
            OCTET STRING
        }

rptrPortSecurityListPortGrpId  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The port group for which this security list entry pertains."
::= { rptrPortSecurityListEntry 1 }

rptrPortSecurityListPortId  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The port ID for which this source address lock list pertains."
::= { rptrPortSecurityListEntry 2 }

rptrPortSecurityListIndex  OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "A unique index for the source address entries."
::= { rptrPortSecurityListEntry 3 }

rptrPortSecurityListAddress  OBJECT-TYPE
SYNTAX  OCTET STRING
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "Defines the particular source address that has been locked."
::= { rptrPortSecurityListEntry 4 }


-- This group is only used for port switching MIMs that support differnt
-- port associations.

rptrPortAssoc   OBJECT IDENTIFIER ::= { repeaterrev4 4 }

rptrPortAssocTable      OBJECT-TYPE
SYNTAX  SEQUENCE OF RptrPortAssocEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "This table defines the port association for those switching
        MIMs that support this functionality."
::= { rptrPortAssoc 1 }

rptrPortAssocEntry      OBJECT-TYPE
SYNTAX  RptrPortAssocEntry
ACCESS  not-accessible
STATUS  mandatory
DESCRIPTION
        "Describes a particular port association entry."
INDEX { rptrPortAssocBoard }
::= { rptrPortAssocTable 1 }

RptrPortAssocEntry ::= SEQUENCE {
        rptrPortAssocBoard
                INTEGER,
        rptrPortAssocStatus
                INTEGER
        }

rptrPortAssocBoard      OBJECT-TYPE
SYNTAX  INTEGER
ACCESS  read-only
STATUS  mandatory
DESCRIPTION
        "The board number for which this port association information
        pertains."
::= { rptrPortAssocEntry 1 }

rptrPortAssocStatus     OBJECT-TYPE
SYNTAX  INTEGER {
        defaultPort(1), -- Default configuration
        otherPort(2)    -- EPIM
}
ACCESS  read-write
STATUS  mandatory
DESCRIPTION
        "This object describes the status of the user selectable port.  
        On a TPXMIM34 this is port 13 which may either be an EPIM or
        default configuration.

        A value of defaultPort(1) restores the default configuration.
        A value of otherPort(2) may imply the use of the EPIM connection."
::= { rptrPortAssocEntry 2 }

-- TrapTypes 

--      This section  will describe  the trap  types  that  the
-- repeater section  of the  EMMe can  generate. These  are not
-- objects, but  Object identifers used to indicate the specific
-- trap. They  are taken  from the  object space  and are  thus
-- documented here.

--      The   SNMP    protocol   provides   a   mechanism   for
-- asynchronusly notifying  management stations  of significant
-- changes in  the network.  This mechanism  is the  SNMP  trap
-- message. This  document will describe the general format for
-- all trap  messages that  Cabletron products will generate as
-- well as the specific traps that the will be generated by the
-- EMMe.

--  Trap Formats

--      The  SNMP  trap  messages  are  composed  of  two  user
-- definable areas: the specific trap type and the VarBindings
-- (eg. the interesting information). The specific trap type is
-- an INTEGER  that is used to determine the specific trap that
-- has occurred. The "interesting information" contains a group
-- of objects  identifiers (OID)  and their values that provide
-- information about the trap.


-- Trap Description
--  PortSegmenting 

-- Specfic Trap Type Code - 0x101

--      When a  port goes from operational to segmented, a trap
-- will be  generated. For  these purposes, the port state will
-- be sampled  every XXX seconds, thus it will be statistically
-- possible to miss oscillating circuits.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortUnsegementing 

-- Specfic Trap Type Code - 0x102

--      When it  is detected  that a  previously segmented port
-- has gone  operational, a  trap will  be generated.   This is
-- also sampled,  thus a  trap may  not be  generated for  each
-- transition.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortLinkUp 

-- Specfic Trap Type Code - 0x103

--      This trap  will be generated when it is determined that
-- MAU has  been attached to the MMAC. This is only appropriate
-- for MIMs that support the concept of a link state.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortLinkDown 

-- Specfic Trap Type Code - 0x104

--      This trap  will be generated when a previously attached
-- MAU  is  removed  or  powered  down.  Again,  this  is  only
-- appropriate for MIM's that support link state.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  NewSourceAddress 

-- Specfic Trap Type Code - 0x105

--      This trap  will be  generated when the MMAC detects the
-- existence of a new source address on one of it's ports.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortSourceAddr {rptrPortSrcAddrListEntry 4 }

-- Trap Description
--  SourceAddressTimeout 

-- Specfic Trap Type Code - 0x106

--      This trap  will indicate that the MMAC has not detected
-- a packet  generated by  this source address within a certain
-- timeout.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortSourceAddr {rptrPortSrcAddrListEntry 4 }

-- Trap Description
--  BoardRemoval 

-- Specfic Trap Type Code - 0x107

--      This trap  will be generated when the MMAC detects that
-- MIM has been removed.
-- The interesting information will include:

--        BoardIndex {chSlotEntry 1 } in the
--        chassisMib 1.3.6.1.4.1.52.4.1.1.2.5.1.1

-- Trap Description
--  boardInsertion 
-- (also see chBoardInsertion, 0x136)
-- Specfic Trap Type Code - 0x108

--      This trap  will be  generated when  the MMAC determines
--      that a new board has been inserted.
--      The interesting information will include:

--        chSlotID 
--        deviceType 

-- Trap Description
--  ActivePortInRedundantCircuitFailed 

-- Specfic Trap Type Code - 0x109

--      This trap  will be  generated when the active port in a
-- redundant circuit has failed polling. This will indicate the
-- activation of redundancy.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortRedundCrt {rptrPortRedundEntry 3 }

-- Trap Description
--  RedundantPortActivated 

-- Specfic Trap Type Code - 0x10a

--      This trap  indicates that a new port has been activated
-- in a  redundant circuit.  This does  NOT indicate  that this
-- port is  usable, but  is being tested. If the port fails the
-- above (3.9) trap will be generated.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortRedundCrt {rptrPortRedundEntry 3 }

-- Trap Description
--  RedundantPortTestFailed 

-- Specfic Trap Type Code - 0x10b

--      This trap will be generated when the MMAC executes it's
-- periodic redundancy diagnostics and finds on of the ports in
-- a redundant  circuit  has  failed.  This  message  will  not
-- indicate that  redundancy has  been activated, just that the
-- port has failed and should be fixed before it is needed.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortRedundCrt {rptrPortRedundEntry 3 }

-- Trap Description
--  BoardTrafficThresholdExceeded 

-- Specfic Trap Type Code - 0x10f

--      This trap  will be  generated when  the  traffic  (good
-- packets per  time interval) has been exceed for a particular
-- MIM.
-- The interesting information will include:

--        BoardTrafficThreshold {rptrPortGrpAlarmEntry 3 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }

-- Trap Description
--  BoardErrorThresholdExceeded 

-- Specfic Trap Type Code - 0x110

--      This  trap  will  be  generated  when  packets  of  the
-- selected error  type exceeds  a threshold  percentage of the
-- good packets for a particular interval for a particular MIM.
-- This will most likely indicate a bad MIM.
-- The interesting information will include:

--        BoardErrorThreshold {rptrPortGrpAlarmEntry 9 }
--        BoardErrorSource {rptrPortGrpAlarmEntry 10 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }

-- Trap Description
--  BoardCollisionThresholdExceeded 

-- Specfic Trap Type Code - 0x111

--      This trap  will be  generated when  collisions exceed a
-- threshold percentage  of the  good packets  for a particular
-- interval for a particular MIM.
-- The interesting information will include:

--        BoardCollsThreshold {rptrPortGrpAlarmEntry 6 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }

-- Trap Description
--  PortTrafficThresholdExceeded 

-- Specfic Trap Type Code - 0x112

--      This trap  will be  generated when  the  traffic  (good
-- packets per  time interval) has been exceed for a particular
-- port.
-- The interesting information will include:

--        PortTrafficThreshold {rptrPortAlarmEntry 4 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortErrorThresholdExceeded 

-- Specfic Trap Type Code - 0x113

--      This  trap  will  be  generated  when  packets  of  the
-- selected error  type exceeds  a threshold  percentage of the
-- good packets  for a  particular interval  for  a  particular
-- port.
-- The interesting information will include:

--        PortErrorThreshold {rptrPortAlarmEntry 10 }
--        PortErrorSource {rptrPortAlarmEntry 11 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortCollisionThresholdExceeded 

-- Specfic Trap Type Code - 0x114

--      This trap  will be  generated when  collisions exceed a
-- threshold percentage  of the  good packets  for a particular
-- interval for a particular port.
-- The interesting information will include:

--        PortCollsThreshold {rptrPortAlarmEntry 7 }
--        RptrTimebase {rptrAlarms 8 }
--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  PortTypeChanged

-- Specfic Trap Type Code - 0x115

--   This trap indicates that a port has changed from a 
-- station port to a link port or vice versa.
-- The interesting information is:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortTopologyType {rptrPortSrcAddrEntry 3 }


-- Trap Description
--  PortSecurityViolation

-- Specfic Trap Type Code - 0x117

--   This trap is generated when a source address other than those
-- locked to a port is seen.
-- The interesting information is:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortSourceAddr {rptrPortSrcAddrListEntry 4 } 

-- Trap Description
--  PortViolationReset

-- Specfic Trap Type Code - 0x118 

--   This trap is generated when management intervention has 
-- reset a port after a violation has occurred.
-- The interesting information is:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  EnvTempWarm

-- Specfic Trap Type Code - 0x119

--   This trap is generated when the device detects that the temperature
-- within a MIM has reached a WARM condition.
-- The interesting information is:

--        BoardIndex {chSlotEntry 1 } in the
--        chassisMib 1.3.6.1.4.1.52.4.1.1.2.5.1.1

-- Trap Description
--  EnvTempHot

-- Specfic Trap Type Code - 0x11A

--   This trap is generated when the device detects that the temperature
-- within a MIM has reached a HOT condition.
-- The interesting information is:

--        BoardIndex {chSlotEntry 1 } in the
--        chassisMib 1.3.6.1.4.1.52.4.1.1.2.5.1.1

-- Trap Description
--  EnvTempNormal

-- Specfic Trap Type Code - 0x11C

--   This trap is generated when the device detects that the temperature
-- within  a MIM has returned to a NORMAL state.
-- The interesting information is:

--        BoardIndex {chSlotEntry 1 } in the
--        chassisMib 1.3.6.1.4.1.52.4.1.1.2.5.1.1

-- Trap Description
--  EnvVoltageLow

-- Specfic Trap Type Code - 0x11B

--   This trap is generated when a power supply`s voltage is LOW.
-- The interesting information is:

--        PowerSupply {PowerEntry 1 } in the
--        commonMib 1.3.6.1.4.1.52.1.6.1.4.1.1

-- Trap Description
--  EnvVoltageNormal

-- Specfic Trap Type Code - 0x11D

--   This trap is generated when all power supply's voltage
-- have returned to a NORMAL state.
-- The interesting information is:

--        None

-- Trap Description
--  FanFail

-- Specfic Trap Type Code - 0x11E

--   This trap is generated when the device detects that the system fans
-- have failed.
-- The interesting information is:

--        None

-- Trap Description
--  FanNormal

-- Specfic Trap Type Code - 0x11F

--   This trap is generated when the device detects that the system fans
-- have returned to normal.
-- The interesting information is:

--        None

-- Trap Description

-- Trap Description
--  BoardBroadcastThresholdExceeded
--
-- Specific Trap Type Code - 0x121
--
--  This trap is generated when the broadcast packets (per time
-- interval) have exceeded the threshold for the given board.
--
-- The Interesting Information is:
--  board broadcast threshold
--  repeater alarm time base
--  board number
--
 
-- Trap Description
--  PortBroadcastThresholdExceeded
--
-- Specific Trap Type Code - 0x122
--
--  This trap is generated when the broadcast packets (per time
-- interval) have exceeded the threshold for the given port.
--
-- The Interesting Information is:
--  port broadcast threshold
--  repeater alarm time base
--  board number
--  port number
--
 

--  SystemVolatgeLow
-- Specfic Trap Type Code - 0x125

--   This trap is generated when the device detects that the power
-- to the EMMe is low.
-- The interesting information is:

--        None

-- Trap Description
--  SystemVolatgeNormal

-- Specfic Trap Type Code - 0x126

--   This trap is generated when the device detects that the power
-- to the EMMe has returned to normal.
-- The interesting information is:

--        None

-- Trap Description
--  EpimRemoval 

-- Specfic Trap Type Code - 0x127

--      This trap  will be generated when it is detected that an EPIM
-- has been removed.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }

-- Trap Description
--  Epiminsertion 

-- Specfic Trap Type Code - 0x128

--      This trap  will be generated when it is detected that an EPIM
-- has been inserted.
-- The interesting information will include:

--        BoardIndex {rptrPortGrpMgmtEntry 1 }
--        PortIndex {rptrPortMgmtEntry 1 }
--        PortType { rptrPortMgmtEntry 6 }


-- Trap Description
--  RptrTrafficThresholdExceeded 

-- Specfic Trap Type Code - 0x129

--      This trap  will be  generated when  the  traffic  (good
-- packets per time interval) has been exceed for a network.
-- The interesting information will include:

--        RptrTrafficThreshold {rptrAlarms 2 }
--        RptrTimebase {rptrAlarms 8 }
--        RptrInterfaceNum {rptrMgmt 7 }

-- Trap Description
--  RptrErrorThresholdExceeded 

-- Specfic Trap Type Code - 0x130

--      This  trap  will  be  generated  when  packets  of  the
-- selected error  type exceeds  a threshold  percentage of the
-- good packets for a particular interval for an entire network.
-- The interesting information will include:

--        RptrErrorThreshold {rptrAlarms 6 }
--        RptrErrorSource {rptrAlarms 7 }
--        RptrTimebase {rptrAlarms 8 }
--        RptrInterfaceNum {rptrMgmt 7 }

-- Trap Description
--  RptrCollsionThresholdExceeded 

-- Specfic Trap Type Code - 0x131

--      This trap  will be  generated when  collisions exceed  a
-- threshold percentage  of the  good packets  for a particular
-- interval for an entire network.
-- The interesting information will include:

--        RptrCollsThreshold {rptrAlarms 4 }
--        RptrTimebase {rptrAlarms 8 }
--        RptrInterfaceNum {rptrMgmt 7 }

-- Trap Description
--  RptrLockSTATUSChanged

-- Specfic Trap Type Code - 0x132

--   This trap is generated when the status of the address lock 
-- changes for a certain network.
-- The interesting information is:

--        RptrSrcAddrLocked {rptrSrcAddrMgmt 2 }
--        RptrInterfaceNum {rptrMgmt 7 }

-- Trap Description
--  RptrBroadcastThresholdExceeded
--
-- Specific Trap Type Code - 0x133
--
--  This trap is generated when the broadcast packets (per time
-- interval) have exceeded the threshold for the given repeater.
--
-- The Interesting Information is:
--  repeater broadcast threshold
--  repeater alarm time base
--  repeater interface number

-- Trap Description
--      srcAddressPortGrpLockStatusChange
--  This trap is generated when a change to the source address locking
--  is detected at the port group level.
--      The interesting information is:
--
--      { rptrPortGrpMgmtentry 1 }
--      { rptrPortGrpSrcAddrEntry 3 }
--  Trap code = 0x134


-- Trap  Description
--      srcAddressPortLockStatusChange
--  This  trap is generated when a change to the source address locking
--  is detected at the port level.
--      Interesting information is:
--
--      port group { rptrPortGrmtMgmtEntry 1 }
--      port { rptrPortMgmtEntry 2 }
--      lock status { rptrPortSecurityLockEntry 3 }
 

-- Trap Description
--  chBoardInsertion 
-- (also see boardInsertion, 0x108)

-- Specfic Trap Type Code - 0x136

--      This trap  will be  generated when  the MMAC determines
--      that a new board has been inserted.
--      The interesting information will include:

--        chSlotID 
--        chSlotModuleType 

END