-- SECTION 1: Top Level Definitions

SYNOPTICS-LS-CONFIG-MIB DEFINITIONS ::= BEGIN

-- LAN Switch Configuration MIB Release 1.1.7
-- Revision 1/20/97

-- Copyright 1996, 97  Bay Networks, Inc.
-- All rights reserved.
-- This Bay Networks SNMP Management Information Base Specification
-- (Specification) embodies Bay Networks' confidential and
-- proprietary intellectual property. Bay Networks retains all
-- title and ownership in the Specification, including any
-- revisions.

-- This Specification is supplied "AS IS," and Bay Networks makes
-- no warranty, either express or implied, as to the use,
-- operation, condition, or performance of the Specification.


-- Imports

IMPORTS
	Counter, TimeTicks, IpAddress
		FROM RFC1155-SMI
	OBJECT-TYPE		
		FROM RFC-1212
	DisplayString	
		FROM RFC1213-MIB
	LsId, TimeIntervalTenMin
		FROM SYNOPTICS-LS-TCS-MIB
	lsConfig
		FROM SYNOPTICS-LS-ROOT-MIB;


-- Groups

lsDom		OBJECT IDENTIFIER ::= { lsConfig 1 }
lsTrunkTopo	OBJECT IDENTIFIER ::= { lsConfig 2 }
lsSwitchList	OBJECT IDENTIFIER ::= { lsConfig 3 }
lsFeature	OBJECT IDENTIFIER ::= { lsConfig 4 }
lsFlexBoot	OBJECT IDENTIFIER ::= { lsConfig 5 } 

-- SECTION 2: MIB Objects


-- Domain Table

lsDomOperMode OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		basic(2),
		virtual(3)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The operating mode of a switch. The values are:

		  basic(2)....A switch is in the basic
		    operating mode if there is no user
		    domain configuration.  This is the
		    default operating mode.

		  virtual(3)...A switch is in the virtual
		    mode if any port of the switch has
		    been configured in a user domain."
	::= { lsDom 1 }

lsDomCnt OBJECT-TYPE
	SYNTAX	INTEGER (0..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The current number of configured domains
		in the LAN Switch community."
	::= { lsDom 2 }

lsDomNextId OBJECT-TYPE
	SYNTAX	INTEGER (0..2147483647)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The next available identifier that can
		be used to create a new domain in the
		community (This is only a hint).  A value
		of zero indicates that no more domains
		can be presently created.

		A zero will be returned when communicating
		to a non-master switch.  A valid domain
		identifier can be returned only through
		the master switch."
	::= { lsDom 3 }

lsDomTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsDomEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table that identifies the domains
		in the LAN Switch community. The entries
		in the table are persistent.

		Only those domains which are related to
		the switch can be seen when communicating
		to a non-master switch.  Only the master
		switch has the entire domain information
		for a LAN Switch community."
	::= { lsDom 4 }

lsDomEntry OBJECT-TYPE
	SYNTAX	LsDomEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the domain table. The column
		lsDomStatus is used to create and delete
		rows in the table. Creation requires a
		SET PDU with the object lsDomStatus set
		to the value create(1) for the new row.

		The value of object lsDomNextId is a hint
		to the next available domain ID.

		A domain can be created or deleted
		only through the master switch."
	INDEX	{ lsDomId }
	::= { lsDomTable 1 }

LsDomEntry ::= SEQUENCE {
	lsDomId
		INTEGER,
	lsDomName
		DisplayString,
	lsDomStatus
		INTEGER,
	lsDomPorts
		INTEGER,
	lsDomMacAgeTime
		TimeIntervalTenMin,
	lsDomConfChngs
		Counter,
	lsDomConfLstChng
		TimeTicks,
	lsPrevDomId
		INTEGER
	}

lsDomId OBJECT-TYPE
	SYNTAX	INTEGER (1..2147483647)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The unique ID of the domain."
	::= { lsDomEntry 1 }

lsDomName OBJECT-TYPE
	SYNTAX	DisplayString (SIZE (0..32))
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The name of the domain."
	DEFVAL { "" }
	::= { lsDomEntry 2 }

lsDomStatus OBJECT-TYPE
	SYNTAX	INTEGER {
		create(1),
		active(2),
		delete(3)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"Action variable to create and delete rows
		in the table. The values that can be written
		are:
		  create(1)...create a new row. If the row
		    already exists, then a SET must return
		    error 'badValue'.

		  delete(3)...deletes an existing row. A domain
		    cannot be deleted until there are no ports
		    configured as part of that domain. An user
		    must delete all ports participating in this
		    domain from the lsDomPortTable before
		    deleting this row.

		The value that can be read is:
		  active(2)...row exists

		NOTE: the domain with ID of 1 may not be
		created or deleted."
	::= { lsDomEntry 3 }

lsDomPorts OBJECT-TYPE
	SYNTAX	INTEGER (0..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The current number of ports configured as
		being part of the domain. The value zero
		indicates that the domain exists, but
		has no ports configured in it."
	::= { lsDomEntry 4 }

lsDomMacAgeTime OBJECT-TYPE
	SYNTAX	TimeIntervalTenMin
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The time interval (in units of 10 minutes) 
		used to age out all MAC addresses within 
		this domain from the Port to MAC mapping 
		table.  The default value is 24 (240 minutes)."
	DEFVAL { 24 }
	::= { lsDomEntry 5 }

lsDomConfChngs OBJECT-TYPE
	SYNTAX	Counter
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The total number of configuration changes
		to this domain such as adding port or
		removing port, since warm/cold restart or
		the previous topology change."
	::= { lsDomEntry 6 }

lsDomConfLstChng OBJECT-TYPE
	SYNTAX	TimeTicks
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The value of sysUpTime when the last
		configuration change to the domain was
		detected.
		If none have been detected of the domain
		since warm/cold restart or the previous 
		topology change, then the value is zero."
	::= { lsDomEntry 7 }

lsPrevDomId OBJECT-TYPE
	SYNTAX	INTEGER (1..2147483647)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The ID of the domain before domain ID collision 
		occurs.  The domain ID collision occurs upon
		merging LAN Switch communities with same domain 
		ID which was created by different domain 
		management entities. The collided domain ID will 
		be reassigned to guarantee the uniqueness of 
		domain ID throughout the LAN Switch community."
	::= { lsDomEntry 8 }

-- Domain-Port Table

lsDomTotalPorts OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The total number of ports currently configured
		in the domains.

		It returns the total number of ports currently
		configured in the domains within the switch
		when communicating to a non-master switch.

		It returns the total number of ports currently
		configured in the domains within the LAN Switch
		community when communicating to master switch."
	::= { lsDom 5 }

lsDomPortTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsDomPortEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table that identifies the domain in
		which every port on each switch in
		a LAN Switch community is configured.

		Only those Domain-Ports information within
		a switch can be retrieved when communicating
		to a non-master switch.

		An entire Domain-Ports information within a LAN
		Switch community can be retrieved through the
		master switch only."
	::= { lsDom 6 }

lsDomPortEntry OBJECT-TYPE
	SYNTAX	LsDomPortEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the domain port table.
		Rows cannot be created or deleted 
		via SNMP operations."
	INDEX	{ lsDomPortDomId, 
		  lsDomPortLsId,
		  lsDomPortSlotNum,
		  lsDomPortNum }
	::= { lsDomPortTable 1 }

LsDomPortEntry ::= SEQUENCE {
	lsDomPortDomId
		INTEGER,
	lsDomPortLsId
		LsId,
	lsDomPortSlotNum
		INTEGER,
	lsDomPortNum
		INTEGER
	}

lsDomPortDomId OBJECT-TYPE
	SYNTAX	INTEGER (1..2147483647)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The ID of the domain containing the port."
	::= { lsDomPortEntry 1 }

lsDomPortLsId OBJECT-TYPE
	SYNTAX	LsId
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The unique identifier for the LAN Switch
		containing the port."
	::= { lsDomPortEntry 2 }

lsDomPortSlotNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The slot number on the LAN Switch
		identifying the port."
	::= { lsDomPortEntry 3 }

lsDomPortNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The port number on the LAN Switch."
	::= { lsDomPortEntry 4 }

-- Port-Domain Configuration Table

lsPortDomTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsPortDomEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table that identifies the domain that
		a LAN Switch port is configured to.
		This table is for configuring a LAN Switch
		port from one domain to another.

		Only those Port-Domain information within 
		a switch can be retrieved when communicating
		to a non-master switch.

		An entire Port-Domain information within a LAN
		Switch community can be retrieved through the
		master switch only.

		The Port-Domain reconfiguration can be done
		only through the master switch.  It will be 
		considered as error when reconfiguring through
		a non-master switch."
	::= { lsDom 7 }

lsPortDomEntry OBJECT-TYPE
	SYNTAX	LsPortDomEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the Port-Domain table.
		Rows cannot be created or deleted 
		via SNMP operations."
	INDEX	{ lsPortDomLsId,
		  lsPortDomSlotNum,
		  lsPortDomPortNum }
	::= { lsPortDomTable 1 }

LsPortDomEntry ::= SEQUENCE {
	lsPortDomLsId
		LsId,
	lsPortDomSlotNum
		INTEGER,
	lsPortDomPortNum
		INTEGER,
	lsPortDomDomId
		INTEGER
	}

lsPortDomLsId OBJECT-TYPE
	SYNTAX	LsId
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION	
		"The unique identifier for the LAN Switch
		containing the port."
	::= { lsPortDomEntry 1 }

lsPortDomSlotNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The slot number on the LAN Switch
		identifying the port."
	::= { lsPortDomEntry 2 }

lsPortDomPortNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION	
		"The port number on the LAN Switch."
	::= { lsPortDomEntry 3 }

lsPortDomDomId OBJECT-TYPE
	SYNTAX	INTEGER (1..2147483647)
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The ID of the domain that a port is
		or will be configured to.

		This will be a read-only object if the
		target switch is not a master switch."
	::= { lsPortDomEntry 4 }

-- Port Configuration Table

lsPortCfgTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsPortCfgEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table specifying the configuration of
		each port for a LAN Switch."
	::= { lsDom 8 }

lsPortCfgEntry OBJECT-TYPE
	SYNTAX	LsPortCfgEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the port table for a LAN Switch."
	INDEX	{ lsPortCfgSlotNum,
		  lsPortCfgPortNum }
	::= { lsPortCfgTable 1 }

LsPortCfgEntry ::= SEQUENCE {
	lsPortCfgSlotNum
		INTEGER,
	lsPortCfgPortNum
		INTEGER,
	lsPortCfgDomId
		INTEGER,
	lsPortCfgPart
		INTEGER,
	lsPortCfgLinkStatus
		INTEGER,
	lsPortCfgConnectorType
		INTEGER,
	lsPortCfgMediaType
		INTEGER,
	lsPortCfgLinkType
		INTEGER,
	lsPortCfgCurPortSpeed
		INTEGER,
	lsPortCfgReset
		INTEGER,
	lsPortCfgMode
		INTEGER,
	lsPortCfgConnectingDevice
		INTEGER,
	lsPortCfgRemoteFaultSense
		INTEGER,
	lsPortCfgCurUserCfgPtType
		INTEGER,
	lsPortCfgNxtBootUserCfgPtType
		INTEGER,
	lsPortCfgOprCfgPtType
		INTEGER,
	lsPortCfgFlowControl
		INTEGER
	}

lsPortCfgSlotNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The slot number on the LAN Switch
		identifying the port."
	::= { lsPortCfgEntry 1 }

lsPortCfgPortNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The port number on the LAN Switch."
	::= { lsPortCfgEntry 2 }

lsPortCfgDomId OBJECT-TYPE
 	SYNTAX	INTEGER (1..2147483647)
 	ACCESS	read-only
 	STATUS	mandatory
 	DESCRIPTION
 		"The unique ID of the domain."
 	::= { lsPortCfgEntry 3 }

lsPortCfgPart OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		enabled(2),
		partition(3)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION	
		"The partition status of the port. 

		The following values can be written:
		  enabled(2).....Enable the port
		  partition(3)...Partition the port

		The following values reflect the partition
		status of the port:
		  other(1).......Partition status unknown
		  enabled(2).....Port enabled
		  partition(3)...Port partitioned

		The value partition(3) will survive resets
		of the host card, causing the port to be
		partitioned indefinitely until the value
		enabled(2) is written.

		Partitioning a trunk port is not allowed."
	::= { lsPortCfgEntry 4 }

lsPortCfgLinkStatus OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		off(2),
		on(3)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The link status of the port. The values are:
		  other(1)...other or not known
		  off(2).....link is not connected
		  on(3)......link is connected

		Only 10BASE-T and Fiber ports will have a value
		of off(2) or on(3). All other port types will
		have a value of other(1)."
	::= { lsPortCfgEntry 5 }

lsPortCfgConnectorType OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		rj45(2),
		fiber(3),
		expansionPort(4),
		FDDI (5)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION 
		"The type of connector that the port offers.
		The values are:
		  other(1)...........other or not known
		  rj45(2)............RJ45 connector
		  fiber(3)...........Fiber connector
		  expansionPort(4)...Expansion Port connector
		  FDDI(5)............FDDI Fiber connector

		This describes the physical connector type"
	::= { lsPortCfgEntry 6 }
		
lsPortCfgMediaType OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		m10BaseT(2),
		m100M(3),
		m10or100M(4),
		m200e(5)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION 
		"The media type for the port. The
		values are:
		  other(1).......other or not known
		  m10BaseT(2)....10BaseT Ethernet
		  m100M(3).......100M Ethernet 
		  m10or100M(4)...10BaseT and 100M switchable
		  m200e(5).......200M expansion port"
	::= { lsPortCfgEntry 7 }

lsPortCfgLinkType OBJECT-TYPE
	SYNTAX	INTEGER {
		otherIntCon(1),
		synIntCon(2),
		feeder(3),
		trunk(4)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The type of link for the port. The
		values are:
		  otherIntCon(1)...The port is connected to a
		    interconnection device which is NOT a
		    SynOptics interconnect device.

		  synIntCon(2).....The port is connected to a
		    SynOptics interconnection device.

		  feeder(3)........The port is being used for
		    host connectivity.

		  trunk(4).........The port is being used for
		    interconnecting LAN Switches in a community."
	::= { lsPortCfgEntry 8 } 

lsPortCfgCurPortSpeed OBJECT-TYPE
	SYNTAX	INTEGER {
		s10(1),
		s100(2),
		s200(3)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION	
		"The speed for a port. The values are:
		  s10(1)....10Mbits per second.
		  s100(2)...100Mbits per second.
		  s200(3)...200Mbits per second.

		The port media type (expansion or regular)
		and port link type (trunk or feeder) determine
		whether this object can be written and the valid
		values.

		It is not allowed to change speed for trunks ports.

		For expansion ports, the s100(2) and s200(3) can be set.

		However, the value of this parameter may be
		automatically set whenever the expansion port
		is connected (e.g. cascade connecting device)."
	::= { lsPortCfgEntry 9 }

lsPortCfgReset OBJECT-TYPE
	SYNTAX	INTEGER {
		reset(1),
		resetOK(2)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"Action object to reset a port. The value
		that can be written:
		  reset(1)

		The value that is read:
		  resetOK(2)"
	::= { lsPortCfgEntry 10 }

lsPortCfgMode OBJECT-TYPE
	SYNTAX	INTEGER {
		halfDuplex(1),	
		fullDuplex(2)	
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The port can be set to operate in either
		half or full duplex mode. The values are:
		  halfDuplex(1)...half duplex mode
		  fullDuplex(2)...full duplex mode

		The port media type (expansion or regular)
		and port link type (trunk or feeder) determine
		value of this object.

		The port can not set to half duplex mode
		if the port speed is s200(3).

		However, the value of this parameter may be
		automatically set whenever the expansion port
		is connected (e.g. cascade connecting device)."
	::= { lsPortCfgEntry 11 }

lsPortCfgConnectingDevice OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		model514(2),
		model515(3),
		cascade(4)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The device to which the port is connected.
		The values are:
		  other(1)...........other or not known
		  model514(2)........Model 514 fiber transceiver
		  model515(3)........Model 515 UTP transceiver
		  cascade(4).........Model 28K LattisSwitch Ethernet Switch

		This descript the device connected to the expansion ports.

		For expansion ports, other means that there is no
		device connected. For all other ports, the value other(1)
		is returned."
	::= { lsPortCfgEntry 12 }

lsPortCfgRemoteFaultSense OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		fault(2),
		nofault(3)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The remote fault sensing of fiber ports.
		The vaules are:
		  other(1).....other or not known;
		  fault(2).....remote device signalled a fault condition;
		  nofault(3)...remote device signalled a no fault condition.

		Only fiber ports will have a value of fault(2) or nofault(3).
		All other port types will have a value of other(1).  Additionally
		a string is displayed on the front panel display of the form
		FIBER FAULT <port no.>."
	::= { lsPortCfgEntry 13 }

lsPortCfgCurUserCfgPtType OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		auto(2),
		feeder(3)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The value of the current switch port type 
		configuration.

		The values are:
		  other(1).....other or not known.
		  auto(2)......The port is configured for 
			interconnecting LAN Switches in a community.
		  feeder(3)....The port is configured for host 
			connectivity."
	::= { lsPortCfgEntry 14 }

lsPortCfgNxtBootUserCfgPtType OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		auto(2),
		feeder(3)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The value of the switch port type configuration.
		The configured switch port type will not take
		effect until next boot.

		The following values can be written:
		  auto(2)......Configure the port for interconnecting 
			LAN Switches in a community.
		  feeder(3)....Configure the port forhost 
			connectivity.

		The following values reflect the switch port
		type.  The values are:
		  other(1).....other or not known.
		  auto(2)......The port is configured for 
			interconnecting LAN Switches in a community.
		  feeder(3)....The port is configured for host 
			connectivity."
	::= { lsPortCfgEntry 15 }

lsPortCfgOprCfgPtType OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		skip(2),
		actfeeder(3),
		trunk(4),
		stbfeeder(5)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The value of the operational switch port type.
		The operational port type is the outcome of LattisSpan
		protocol and is determined by the system.

		The values are:
		  other(1).....other or not known.
		  skip(2)......skip this enumeration intentionally for
				providing compatibility between different
				version of LattisSpan.
		  actfeeder(3).active feeder.  The port is being used for 
				host connectivity.
		  trunk(4).....The port is being used for interconnecting 
				LAN Switches in a community.
		  stbfeeder(5).standby feeder.  The port is being used as
				standby port for host connectivity.

		The operational port type can be trunk(4) or actfeeder(3)
		if lsPortCfgCurCfgPtType is auto(2).  The operational port 
		type can be actfeeder(3) or stbfeeder(5) if 
		lsPortCfgCurCfgPtType is feeder(3)."
	::= { lsPortCfgEntry 16 }

lsPortCfgFlowControl OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		enabled(2),
		disabled(3)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The flow control status of the port. 
		It is taken effect only when the port
		is operating at 100 mbs in full-duplex mode.

		The following values can be written:
		  enabled(2).....Enable flow control of the port
		  disabled(3)....Disable flor control of the port

		The following values reflect the flow
		control status of the port:
		  other(1).......Status unknown
		  enabled(2).....Flow control enabled
		  disabled(3)....Flow control disabled"

	::= { lsPortCfgEntry 17 }

lsPortCfgChngs OBJECT-TYPE
	SYNTAX	Counter
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The total number of port configuration
		changes to this switch including port
		partition/unpartition, Port speed change,
		port reset and port half/full duplex change,
		since warm/cold restart."
	::= { lsDom 9 }

lsPortCfgLstChng OBJECT-TYPE
	SYNTAX	TimeTicks
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The value of sysUpTime when the last
		port configuration change to the switch 
		was detected.

		If none have been detected of the domain
		since warm/cold restart, then the value 
		is zero."
	::= { lsDom 10 }

-- Trunk Topology Table

lsTrunkTopoChngs OBJECT-TYPE
	SYNTAX	Counter
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The total number of trunk topology changes
		to the Switch community since cold/warm start
		of the agent if the switch is a master switch.

		The total number of trunk topology changes
		to the switch that have been detected since
		cold/warm start of the agent if the switch
		is not a master switch."
	::= { lsTrunkTopo 1 }

lsTrunkTopoLstChng OBJECT-TYPE
	SYNTAX	TimeTicks
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The value of sysUpTime when the last
		trunk topology change on any board in the
		chassis was detected.

		If none have been detected since cold/warm
		start of the agent, then the value is zero."
	::= { lsTrunkTopo 2 }

lsTrunkTopoTableEntries OBJECT-TYPE
	SYNTAX	INTEGER (0..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The number of rows in the Trunk
		Topology Table."
	::= { lsTrunkTopo 3 }

lsTrunkTopoTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsTrunkTopoEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table containing the 'root' trunk
		connections between LAN Switches
		in a LAN Switch community. The topology
		used is a tree. The 'root' trunk
		connections are those that go from the
		root of the tree.

		The table contains only the sub-tree
		information when communicating to a
		non-master switch.  Only the master switch
		has the entire topology information
		within a LAN Switch community."
	::= { lsTrunkTopo 4 }

lsTrunkTopoEntry OBJECT-TYPE
	SYNTAX	LsTrunkTopoEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the 'root' trunk connections
		table. Rows can not be created or deleted
		via SNMP operations."
	INDEX	{ lsTrunkTopoFromLsId,
		  lsTrunkTopoFromSlotNum,
		  lsTrunkTopoFromPortNum }
	::= { lsTrunkTopoTable 1 }

LsTrunkTopoEntry ::= SEQUENCE {
	lsTrunkTopoFromLsId
		LsId,
	lsTrunkTopoFromSlotNum
		INTEGER,
	lsTrunkTopoFromPortNum
		INTEGER,
	lsTrunkTopoToLsId
		LsId,
	lsTrunkTopoToSlotNum
		INTEGER,
	lsTrunkTopoToPortNum
		INTEGER,
	lsTrunkTopoState
		INTEGER
	}

lsTrunkTopoFromLsId OBJECT-TYPE
	SYNTAX	LsId
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The LAN Switch which is the source of
		the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 1 }

lsTrunkTopoFromSlotNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The slot number in the source LAN Switch
		containing the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 2 }

lsTrunkTopoFromPortNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The port number in the source LAN Switch
		used for the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 3 }

lsTrunkTopoToLsId OBJECT-TYPE
	SYNTAX	LsId
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The LAN Switch which is the destination
		of the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 4 }

lsTrunkTopoToSlotNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The slot number in the destination LAN Switch
		containing the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 5 }

lsTrunkTopoToPortNum OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The port number in the destination LAN Switch
		used for the 'root' trunk interconnection."
	::= { lsTrunkTopoEntry 6 }

lsTrunkTopoState OBJECT-TYPE
	SYNTAX	INTEGER {
		active(1),
		standby(2)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The state of a trunk between two LAN Switches.
		The trunk state is determined by the internal
		topology algorithm automatically. The values
		are:
		  active(1)....The trunk is active and passes
		                 both user and management data.

		  standby(2)...The trunk is inactive and does not
		                 pass user data.  Only management
		                 data is passed through this trunk."
	::= { lsTrunkTopoEntry 7 }

-- LAN Switch List Table

lsSwitchListCnt OBJECT-TYPE
	SYNTAX	INTEGER (1..65535)
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The number of LAN Switches in a LAN Switch
		community."
	::= { lsSwitchList 1 }

lsSwitchListTable OBJECT-TYPE
	SYNTAX	SEQUENCE OF LsSwitchListEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A table containing the switch identification
		for all switches in a LAN Switch community."
	::= { lsSwitchList 2 }

lsSwitchListEntry OBJECT-TYPE
	SYNTAX	LsSwitchListEntry
	ACCESS	not-accessible
	STATUS	mandatory
	DESCRIPTION
		"A row in the lsSwitchListTable.  Rows can not
		be created or deleted via SNMP operations."
	INDEX	{ lsSwitchListLsId }
	::= { lsSwitchListTable 1 }

LsSwitchListEntry ::= SEQUENCE {
	lsSwitchListLsId
		LsId,
	lsSwitchListIpAddr
		IpAddress,
	lsSwitchListLsType
		INTEGER
	}

lsSwitchListLsId OBJECT-TYPE
	SYNTAX	LsId
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The unique LAN Switch identifier."
	::= { lsSwitchListEntry 1 }

lsSwitchListIpAddr OBJECT-TYPE
	SYNTAX	IpAddress
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The switch IP address."
	::= { lsSwitchListEntry 2 }

lsSwitchListLsType OBJECT-TYPE
	SYNTAX	INTEGER {
		normalSwitch(1),
		masterSwitch(2)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The LAN Switch type. The master switch is
		elected by the internal topology algorithm.
		There is one and only one master switch 
		within a LAN Switch community. The values
		are:
		  normalSwitch(1)...This is not a master 
		                      switch.
		  masterSwitch(2)...This is a master 
		                      switch."
	::= { lsSwitchListEntry 3 }

-- Feature Group

lsFeatureMode OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		original(2),
		standard(3),
		advanced(4),
		upgradeadvanced(5)
		}
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The feature mode of a switch.
		The values are:

		  other(1)......other or not known

		  original(2)...Legacy 28115 type or original 28104

		  standard(3)...standard 28115

		  advanced(4)...advanced switch such as 28115/ADV or 28104/ADV

		  upgradeadvanced(5)... upgrade advanced 28115/ADV-U"
	::= { lsFeature 1 }

lsTopologyMode OBJECT-TYPE
        SYNTAX  INTEGER {
                other(1),
                lattisspan(2),
                8021d(3)
                }
        ACCESS  read-write
        STATUS  mandatory
        DESCRIPTION
                "This is the topology mode of a switch.
                 The values are:

                 other(1)......other or not known

                 lattisspan(2)...Lattisspan Mode

                 8021d(3)...802.1D Mode"
        DEFVAL { lattisspan }
        ::= { lsFeature 2 }


-- FlexBoot Group

lsFlexBootNxtBootImage OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		image1(2),
		image2(3),
		latest(4)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The image to boot up for next boot.
        Because there are 2 FLASH bank that can hold
        2 images, this is to choose one image for
        next boot.
		The following value is read-only:
		  other(1)...not applicable or some other case

		The following values are read-write:
		  image1(2)...next boot will boot up image1
		  image2(3)...next boot will boot up image2
		  latest(4)...boot the image with latest created date."
	::= { lsFlexBoot 1 }

lsFlexBootScheduleBoot OBJECT-TYPE
	SYNTAX	INTEGER (0..10080)
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"The schedule time for next boot.
        The next boot schedule is the schedule for next boot
        in the unit of minutes. User can schedule up to 7 days
        later. It is in the format of Reboot in
        1 days: 2 hours: 3 minutes instead of 8/16/95 04:05.
        The scheduled time is counting down as time passes.
	
	Valid range for reads: 0 thru 10080; 0 means that
	there is no scheduled re-boot.
	
	Valid range for writes: 1 thru 10080."
	::= { lsFlexBoot 2 }

lsFlexBootCancelScheduledBoot OBJECT-TYPE
	SYNTAX	INTEGER {
		other(1),
		cancel(2)
		}
	ACCESS	read-write
	STATUS	mandatory
	DESCRIPTION
		"Cancel a scheduled boot.
		The following value is read-only:
		  other(1)...not applicable or some other case
                     This is always the value that return when
                     read.

		The following values are read-write:
		  cancel(2)...cancel a scheduled boot"
	::= { lsFlexBoot 3 }

lsFlexBootImage1VerDate OBJECT-TYPE
	SYNTAX	DisplayString (SIZE (0..64))
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The image version number and created date
         of the image1."
	DEFVAL { "" }
	::= { lsFlexBoot 4 }

lsFlexBootImage2VerDate OBJECT-TYPE
	SYNTAX	DisplayString (SIZE (0..64))
	ACCESS	read-only
	STATUS	mandatory
	DESCRIPTION
		"The image version number and created date
         of the image2."
	DEFVAL { "" }
	::= { lsFlexBoot 5 }


END