librenms-librenms/mibs/ASANTE-SWITCH-MIB

-- Date: 	28March2000

-- Information in this document is subject to change without notice
-- and does not represent a commitment on the part of
-- Asante Technologies, Inc.  No part of this document, or any
-- associated software, product design or design concept,
-- may be copied, reproduced or stored, in whole or in part, in any
-- form or by any means mechanical, electronic, optical, photocopying,
-- recording or otherwise, including translation to another language
-- or format, except for your own internal use, without the express
-- written consent of Asante Technologies, Inc.


-- Copyright 1994-2000 by Asante Technologies, Inc.  All rights
-- reserved.


 ASANTE-SWITCH-MIB DEFINITIONS ::= BEGIN

IMPORTS
	IpAddress, TimeTicks, enterprises
		FROM RFC1155-SMI
	OBJECT-TYPE
		FROM RFC-1212
	DisplayString
		FROM RFC1213-MIB
	TRAP-TYPE
		FROM RFC-1215;

-- *******************************************************************
-- Type Aliases
-- *******************************************************************

MacAddress ::= OCTET STRING (SIZE(6))


-- *******************************************************************
-- High-level identifiers
-- *******************************************************************

asante			OBJECT IDENTIFIER ::= { enterprises 298 }
products		OBJECT IDENTIFIER ::= { asante 1 }

snmpAgent		OBJECT IDENTIFIER ::= { products 1 }
agentSw			OBJECT IDENTIFIER ::= { snmpAgent 1 }
agentFw			OBJECT IDENTIFIER ::= { snmpAgent 2 }
agentHw			OBJECT IDENTIFIER ::= { snmpAgent 3 }

agentNetProtocol	OBJECT IDENTIFIER ::= { snmpAgent 5 }
ipagentProtocol		OBJECT IDENTIFIER ::= { agentNetProtocol 1 }

switch			OBJECT IDENTIFIER ::= { products 5 }
eAsntSwitch 		OBJECT IDENTIFIER ::= { switch 1 }
eSWAgent 		OBJECT IDENTIFIER ::= { eAsntSwitch 1 }
eSWAgentSW		OBJECT IDENTIFIER ::= { eSWAgent 1 }
eSWAgentHW		OBJECT IDENTIFIER ::= { eSWAgent 2 }
eSWAgentFW		OBJECT IDENTIFIER ::= { eSWAgent 3 }
eSWBasic		OBJECT IDENTIFIER ::= { eAsntSwitch 2 }
eSWCtrl			OBJECT IDENTIFIER ::= { eAsntSwitch 3 }
eSWMonitor		OBJECT IDENTIFIER ::= { eAsntSwitch 4 }

productId		OBJECT IDENTIFIER ::= { asante 2 }
concProductId		OBJECT IDENTIFIER ::= { productId 2 }
intraswitch		OBJECT IDENTIFIER ::= { concProductId 11 }
intrastack		OBJECT IDENTIFIER ::= { concProductId 12 }
friendlyswitch		OBJECT IDENTIFIER ::= { concProductId 13 }
intraSwitch6216M   	OBJECT IDENTIFIER ::= { concProductId 16 }
intraSwitch6224     	OBJECT IDENTIFIER ::= { concProductId 17 }

intraCore8000		OBJECT IDENTIFIER ::= { concProductId 22 }
intraCore9000		OBJECT IDENTIFIER ::= { concProductId 23 }

	-- the agent Sw group

	agentRunTimeImageMajorVer OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The major software version number of the agent
			runtime image."
	::= { agentSw 1 }

	agentRunTimeImageMinorVer OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The minor software version number of the agent
			runtime image."
	::= { agentSw 2 }

	agentImageLoadMode OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),	-- Unknown
			localBoot(2),	-- Load image from local
			netBoot(3)	-- Load image from remote
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"Tells agent device whether the software image
			is to be loaded from the FLASH EPROM or from
			over the network."
	::= { agentSw 3 }

	agentRemoteBootInfo OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),		-- use boot protocol
			eepromBootInfo(2) -- use EEPROM boot parameters
		}
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The method for getting boot information."
	::= { agentSw 4 }

	agentRemoteBootProtocol OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),	-- Unknown boot protocol
			bootp-tftp(2),	-- use bootp-tftp protocol
            		tftp-only(3)    -- use tftp protocol
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The boot protocol that is used to load the
			agent image software."
	::= { agentSw 5 }

	agentRemoteBootFile OBJECT-TYPE
		SYNTAX  DisplayString (SIZE(0..64))
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The boot file name that is sent to the boot
			file server by agent boot code during boot time.
			For IntraStack switch, this file is the image
			file."
	::= { agentSw 6 }

	agentOutBandDialString OBJECT-TYPE
		SYNTAX  DisplayString (SIZE(0..64))
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"This is the initialization string used by
			the Network Management station to establish an
			out-of-band connection."
	::= { agentSw 7 }

	agentOutBandBaudRate OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),	-- Unknown baud rate
			b1200(2),	-- 1200 baud rate
			b2400(3),	-- 2400 baud rate
			b4800(4),	-- 4800 baud rate
			b9600(5),	-- 9600 baud rate
			b19200(6)	-- 19200 baud rate
			}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The baud rate setting for the out-of-band
			port."
	::= { agentSw 8 }


	 agentReset OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),		-- Unknown
			reset(2),		-- system reset
			not-reset(3)	-- normal operation
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The object to allow software to perform
			'push-button' system reset."
	::= { agentSw 9 }

	-- the agent Hw group

	agentHwReVer	OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The hardware version number of the switch."
	::= { agentHw 1 }

	agentHwVer	OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The hardware model number of the switch."
	::= { agentHw 2 }

	-- the agent Fw group

	agentFwMajorVer OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The major firmware version number of the agent
			PROM code."
	::= { agentFw 1 }

	agentFwMinorVer OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The minor firmware version number of the agent
			PROM code."
	::= { agentFw 2 }

	-- the agent network protocol stack capability map

	agentNetProtoStkCapMap OBJECT-TYPE
		SYNTAX  OCTET STRING(SIZE(4))
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"This octet string represents the current
			protocol stack configuration supported
			by the agent, encoded as a bit string.
			Each protocol statck is represented
			by a single bit. When the value of a
			bit = 1, it indicates that the protocol
			stack on the agent represented by that
			bit is supported; when zero, the protocol
			stack is not supported. The first protocol
			stack will encode in the least significant
			bit of the first octet. Currently, only
			IP Stack(bit 0) and IPX Stack(bit 1) are
			defined; all other bits should be zero."
	::= { snmpAgent 4 }


	-- the ipagent protocol group

	ipagentIpAddr OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The IP agent's administrative IP address.
			The current operational IP address can be
			obtained from ipAdEntAddr in the ipAddrTable.
			This parameter will take effect only after an
			agent restart or reset.  This parameter will
			always be updated in EEPROM."
	::= { ipagentProtocol 1 }

	ipagentIpNetMask OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The ipagent's administrative IP subnet mask.
			The current operational IP subnet mask can be
			obtained from ipAdEntMask in the ipAddrTable.
			This parameter will take effect only after a
			agent restart or agent reset.  This parameter
			will always be updated in the EEPROM."
	::= { ipagentProtocol 2 }

	ipagentDefaultGateway OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The ip agent's administrative default
			gateway IP address. The current operational IP
			default gateway IP address can be obtained from
			ipRouteDest in the ipRouteTable. This parameter
			will take effect only after an agent restart
			or reset.  This parameter will always be updated
			in EEPROM."
	::= { ipagentProtocol 3 }

	ipagentBootServerAddr OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The IP address of the boot server that is used
			to boot this ipagent. This parameter will always
			be updated in the EEPROM."
	::= { ipagentProtocol 4 }

	ipagentUnAuthIP OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The IP address of the last station that tried
			to access this ipagent with an invalid community
			string."
	::= { ipagentProtocol 5 }

	ipagentUnAuthComm OBJECT-TYPE
		SYNTAX  DisplayString
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The community string of the last station that
			tried to access this ipagent with an invalid
			community string."
	::= { ipagentProtocol 6 }

	-- the ipagent trap receiver table group

	ipagentTrapRcvrTable OBJECT-TYPE
		SYNTAX  SEQUENCE OF IpagentTrapRcvrEntry
		ACCESS  not-accessible
		STATUS  mandatory
		DESCRIPTION
			"Table listing the Network Management Stations
			that are to receive traps generated by this
			agent."
	::= { agentNetProtocol 2 }

	ipagentTrapRcvrEntry OBJECT-TYPE
		SYNTAX  IpagentTrapRcvrEntry
		ACCESS  not-accessible
		STATUS  mandatory
		DESCRIPTION
			"Destination IP address and community string for a
			particular trap receiver.  Entries can be added or
			deleted. To add an entry, all objects which have
			read-write access defined in the same table should
			be set in one set request with a valid value in
			the object ipagentTrapRcvrStatus. To delete an
			entry, set ipagentTrapRcvrStatus to invalid."
		INDEX { ipagentTrapRcvrIpAddr }
	::= { ipagentTrapRcvrTable 1 }

	IpagentTrapRcvrEntry ::= SEQUENCE {
		ipagentTrapRcvrIpAddr
			IpAddress,
		ipagentTrapRcvrStatus
			INTEGER,
		ipagentTrapRcvrComm
			DisplayString
		}

	ipagentTrapRcvrIpAddr OBJECT-TYPE
		SYNTAX  IpAddress
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"IP address of the management station to receive
			traps."
	::= { ipagentTrapRcvrEntry 1 }

	ipagentTrapRcvrStatus OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			valid(2),
			invalid(3)
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"Validation status of this entry.  If the
			value of this object is set to invalid(3),
			then that particular entry is deemed invalid,
			meaning that the address for that entry is no
			longer valid because the entry has been removed
			from the table."
	::= { ipagentTrapRcvrEntry 2 }

	ipagentTrapRcvrComm OBJECT-TYPE
		SYNTAX  DisplayString
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"Community string for traps sent to this trap
			receiver."
	::= { ipagentTrapRcvrEntry 3 }


    -- switch agent information

	eSWUpDownloadAction OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			off(2),		-- agent not in Up/download mode
			download(3),	-- agent in the downloading mode
			upload(4)	-- agent in the uploading mode
			}
        ACCESS  read-write
		STATUS	mandatory
		DESCRIPTION
			"Agent upload/download action. May refer to the
			configuration file or image file. The upload
			action is valid only for the configuration file."
	::= { eSWAgentSW 1 }

		eSWUpDownloadStatus OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			action-Success(2),	-- action result, success
			action-Failure(3),	-- action result, failure
			in-Progress(4),
			no-Action(5),
			configError(6) -- Tftp Download successful but
			               -- Configuration File Error
			}

			ACCESS	read-only
			STATUS  mandatory
			DESCRIPTION
			"Result of the last upload/download request by
			this agent."
	::= { eSWAgentSW 2 }

        eSWRemoteDownloadFile OBJECT-TYPE
		SYNTAX	INTEGER	{
			other(1),
			config-File(2),	-- configuration file
			image-File(3)	-- image file
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Downloading what kind of file. The
			configuration file name should be stored in the
			agentRemoteBootFile MIB object, and the image file
			name should be stored in the eSWImageFileName
			MIB object.  If this object has the value
			Config-File(1), agentRemoteBootProtocol cannot be
			set to bootp-tftp(2).  If agentRemoteBootProtocol
			is set to bootp-tftp(2), this object cannot be
			set to Config-File(1).

			This object value is meaningful only at download
			time."
	::= { eSWAgentSW 3 }

	eSWRemoteConfigServer	OBJECT-TYPE
		SYNTAX	IpAddress
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The IP address of the configuration file server."
	::= { eSWAgentSW 4 }

	eSWRemoteConfigFileName OBJECT-TYPE
		SYNTAX	DisplayString (SIZE(0..64))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The name of switch configuration file. The
			server's IP address is in eSWRemoteConfigServer."
	::= { eSWAgentSW 5 }

	eSWConfigRetryCounter OBJECT-TYPE
		SYNTAX  INTEGER (1..20)
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The number of times the agent will retry a
			failed image file download."
	::= { eSWAgentSW 6 }

	eSWRemoteImageServer	OBJECT-TYPE
		SYNTAX	IpAddress
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The IP address of the image file server."
	::= { eSWAgentSW 7 }

	eSWRemoteImageFileName OBJECT-TYPE
		SYNTAX	DisplayString (SIZE(0..64))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The name of the switch image file."
	::= { eSWAgentSW 8 }

	eSWImageRetryCounter OBJECT-TYPE
		SYNTAX  INTEGER (1..20)
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The number of times the agent will retry a
			failed configuration file download."
	::= { eSWAgentSW 9 }

	eSWActiveImageBank OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			bank1(2),	-- First Bank
			bank2(3)	-- Second Bank
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The image bank from which runtime code will
			be loaded at next boot. If the value is set to
			other(1) the agent will boot from the default
			bank, i.e. Bank1(2)."
	::= { eSWAgentSW 10 }

	eSWRemoteDownloadImageBank OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			bank1(2),	-- First Bank
			bank2(3)	-- Second Bank
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"The number of the destination bank to which
			the image will be downloaded. 'other' will be
			recognized as the default bank, i.e. bank 1."
	::= { eSWAgentSW 11 }

	eSWResetWaitTime      OBJECT-TYPE
		SYNTAX  INTEGER(1..86400)
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The time to wait before executing a reset of
			the agent.  The time is in seconds, with a range
			of 1 second to 1 day."
	::= { eSWAgentSW 12 }

	eSWResetLeftTime OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Time left until the agent will reset. If a
			reset request is not in progress, this should
			have a value of 0."
	::= { eSWAgentSW 13 }

	eSWBankImageInfoTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWBankImageInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table of information about the switch's
			image banks."
	::= { eSWAgentSW 14 }


	eSWBankImageInfoEntry OBJECT-TYPE
		SYNTAX	ESWBankImageInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A row in the image bank table containing
			information about a specific bank."
		INDEX	{ eSWBankIndex }
	::= { eSWBankImageInfoTable 1 }

	ESWBankImageInfoEntry ::= SEQUENCE {
		eSWBankIndex
			INTEGER,
		eSWMajorVer
			INTEGER,
		eSWMinorVer
			INTEGER,
		eSWDateTime
			DisplayString
	}

	eSWBankIndex  OBJECT-TYPE
		SYNTAX	INTEGER (1..2)
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The index of bank image information table. It
			is the number of the image bank. Currently the
			IntraSwitch 62xx family supports 2 image banks."
	::= { eSWBankImageInfoEntry 1 }

	eSWMajorVer OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The major version of the image file loaded in
			the bank. If this object and eSWMinorVer both have
			zero values, the bank has no image code loaded."
	::= { eSWBankImageInfoEntry 2 }

	eSWMinorVer OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The minor version number of the bank image
			software.  If this object and eSWMajorVer both
			have zero values, the bank has no image code
			loaded."
	::= { eSWBankImageInfoEntry 3 }

	eSWDateTime     OBJECT-TYPE
		SYNTAX	DisplayString
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The date and time of the image software loaded
			in this bank."
	::= { eSWBankImageInfoEntry 4 }

	eSWTelnetSessions OBJECT-TYPE
		SYNTAX	INTEGER (1..4)
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"Number of concurrent Telnet sessions the agent
			will support."
	::= { eSWAgentSW 15 }

	eSWTelnetSessionActive OBJECT-TYPE
		SYNTAX	INTEGER (1..4)
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Number of Telnet sessions active. This
			value cannot be greater than the value of
			eSWTelnetSessions."
	::= { eSWAgentSW 16 }

	eSWTelnetTimeOut OBJECT-TYPE
		SYNTAX	INTEGER (1..60)
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Telnet session time-out value, in minutes. The
			default for this object is 5 minutes."
	::= { eSWAgentSW 17 }

	eSWSTP			OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),	-- Spanning Tree Task is running
			disable(3)	-- Spanning Tree Task is suspended
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Setting this value to enable(2) will cause the
			switch to perform the Spanning Tree Algorithm as
			described in IEEE 802.1d.Setting it to disable(3)
			will stop the Spanning Tree Algorithm for all
			ports on the switch. If STP is disabled, the
			state of all ports in this switch should be set to
			Forwarding.  When STP is changed from Disabled(3)
			to Enabled(2), the state of all enabled ports
			will be changed from forwarding to blocking, and
			the switch will recalculate the spanning tree."
	::= { eSWAgentSW 18 }

	eSWUserInterfaceTimeOut OBJECT-TYPE
		SYNTAX	INTEGER (0..60)
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The console interface time-out value, in minutes.
			A value of 0 means that the console interface
			will not time out. The default is 5 minutes."
	::= { eSWAgentSW 19 }

	eSWBCastMcastThreshold OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The switch will detect a Broadcast or Multicast
			storm on the network based on the value of this
			object.  This value is represented as number of
			packets per second.  The value must be greater
			than or equal to 7000 packets per second."
	::= { eSWAgentSW 20 }

	eSWBCastMcastDuration OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The switch will detect a Broadcast or
			Multicast storm on the network based on the
			value represented by this object. The switch
			will declare that a storm is present if the
			bcast/mcast	 rate is over the threshold
			defined by eSWBCastMcastThreshold for this
			duration of time. The value must be greater than
			or equal to 2 seconds."
	::= { eSWAgentSW 21 }

	eSWCfgFileErrStatus OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(2)) ACCESS  read-only STATUS
		mandatory DESCRIPTION
			"This object represents the results of previous
			Config File download operation. Each bit from
			least Significant bit represent a configuration
			section in the switch. Value 1 for a bit
			indicates that the corresponding section had
			error in previous config file configuration
			operation. Following is the detatiled section
			information.

	    		Bit 0 - System Administration section
			Bit 1 - IP section
	    		Bit 2 - Bootstrap section
			Bit 3 - SNMP section
			Bit 4 - Port section
			Bit 5 - STP section
			Bit 6 - VLAN section
			Bit 7 - NW Security section
			Bit 8 - Switch Stats and Duplicate IP Trap section
			Bit 9:15 - Reserved."

    		::= { eSWAgentSW 22 }



	eSWDRAMSize	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"DRAM installed on the switch, in bytes."
	::= { eSWAgentHW 1 }

	eSWFlashRAMSize OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Flash RAM installed on the switch, in bytes."
	::= { eSWAgentHW 2 }

	eSWEEPROMSize	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"EEPROM installed on the switch, in bytes."
	::= { eSWAgentHW 3 }


	-- switch basic information group

	eSWType OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			thunderBird(2),		-- ThunderBird Project
			intraStack(3),		-- IntraStack
            		intraSwitch(4),         -- Asante ASIC
            		intraCore8000(5),
            		intraCore9000(6)
		}
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The ethernet switch type."
	::= { eSWBasic 1 }


	eSWBkpType OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			no-Bkp(2),
			intraStack(3),
            		intraSwitch6216M(4),
            		intraSwitch6224(5),
            		intraSwitch6224M(6),
            		intraCore8000(7),
            		intraCore9000(8)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The backplane type of this switch."
	::= { eSWBasic 2 }

	eSWGroupCapacity OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The number of groups that can be contained
			within the switch."
	::= { eSWBasic 3 }

	eSWStackLastChange OBJECT-TYPE
		SYNTAX	TimeTicks
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The value of sysUpTime at the last change of
			stack status.  If no change has occurred since
			the stack was in operation, the value is zero."
	::= { eSWBasic 4 }

	eSWGroupInfoTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWGroupInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"This is the table to describe basic information
			for each group of ports in the switch."
	::= { eSWBasic 5 }

	eSWGroupInfoEntry OBJECT-TYPE
		SYNTAX	ESWGroupInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"This is the entry to describe basic information
			for a particular group of ports."
		INDEX { eSWGrpIndex }
	::= { eSWGroupInfoTable 1 }

	ESWGroupInfoEntry ::= SEQUENCE {
		eSWGrpIndex		INTEGER,
		eSWGrpID		MacAddress,
		eSWGrpState		INTEGER,
		eSWGrpNumofPorts	INTEGER,
		eSWGrpType		INTEGER,
		eSWGrpDescrption	DisplayString,
		eSWGrpLED		OCTET STRING,
		eSWGrpFanStatus		INTEGER,
		eSWGrpNumofExpPorts	INTEGER,
		eSWGrpLastChange	TimeTicks,
		eSWGrpReset		INTEGER
	}

	eSWGrpIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The group number, which is the index of the table."
	::= { eSWGroupInfoEntry 1 }

	eSWGrpID OBJECT-TYPE
		SYNTAX	MacAddress
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The ID of this group module. This is the MAC address
			of the first port in the group."
	::= { eSWGroupInfoEntry 2 }

	eSWGrpState OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"A command to disable or enable a physical module
			in the switch device stack."
	::= { eSWGroupInfoEntry 3 }


	eSWGrpNumofPorts OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The number of ports including expansion ports
			in the group."
	::= { eSWGroupInfoEntry 4 }

	eSWGrpType OBJECT-TYPE
		SYNTAX  INTEGER  {
			other(1),		-- unknown
			empty(2),		-- group empty
			intraSwitch(3),		-- IntraSwitch switch
			intraStack-Base(4),	-- IntraStack switch
			intraStack-FX8(5),	-- IntraStack FX module
			intraStack-TX16(6),	-- IntraStack TX module
			enterprise6216M-TX16(7),-- Enterprise TX 16 Port module
                        enterprise6224M-TX24(8),-- Enterprise TX 24 Port module
                        intraCore8000(9),	-- IC8000 base module
                        intraCore-RJ45(10),	-- IC9000 24 Port RJ45 module
                        intraCore-RJ21(11),	-- IC9000 24 Port RJ21 module
                        intraCore-GIGA(12)	-- IC9000 Giga Port module
		}
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The type of group module described by this entry."
	::= { eSWGroupInfoEntry 5 }

	eSWGrpDescrption OBJECT-TYPE
		SYNTAX	DisplayString
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"A description of the group module described by
			this entry."
	::= { eSWGroupInfoEntry 6 }

    -- Group LED Status

	eSWGrpLED OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(128))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string represents the current LED
			setting for this slot/group.  Each octet in the
			string represents one led.  LEDs on the front
			panel of the slot module are ordered from the top
			to the bottom and order in left to right.
			Each LED  uses two bits for its action and state,
			two bits for color, and has four reserved bits.

			Bits 0-1:
				00  -- LED on
				01  -- LED off
				10  -- LED blink.
			Bits 6-7:
				00 -- unknown color,
				01 -- green,
				10 -- yellow,
				11 -- amber.

			Bits 2-5 are reserved.

			The 62XX LEDs on the front panel are ordered by port
			LEDs followed by power, two MII (for 6216) and eight
			utilization LEDs(for 6224).

			The Octet String will be
			Port1, Port2, port3 ... , PortN
			0 - 3, 4 - 7, 8 -11 ... , (N - 1) * 4 - (( N * 4) - 1).

			For the 6216, LED#65 is the power LED and 66 & 67
			are MII LEDs.
			For the 6224, LED#97 represents the power and
			LEDs 98 - 105 represent utilization information.

			Port octets meaning :
				Octet 3 : Link Status.
				Octet 2 : Data RX/TX.
				Octet 1 : FDP.
				Octet 0 : Speed.

			Utilization octets meaning:
				Octet 7 : 90+ %
				Octet 6 : 75 - 90 %
				Octet 5 : 50 - 75 %
				Octet 4 : 25 - 50 %
				Octet 3 : 10 - 25 %
				Octet 2 :  5 - 10 %
				Octet 1 :  3 -  5 %
				Octet 0 :  1 -  3 %."

	::= { eSWGroupInfoEntry 7 }

	--  Group Fan Status

	eSWGrpFanStatus OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),	-- unknown, cannot read status
			no-fan(2),	-- no fan is found in this module
			normal(3),	-- fan in good condition
			fail(4),	-- fan in failed condition
			fan-1-bad(5),
			fan-2-bad(6),
			fan-1-2-bad(7)
		}
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The value of this object describes the fan status.
			If there is more than one fan within the device,
			the indication shows any failure among the fans."
	::= { eSWGroupInfoEntry 8 }


	eSWGrpNumofExpPorts OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The number of expansion ports in this group."
	::= { eSWGroupInfoEntry 9 }

	eSWGrpLastChange OBJECT-TYPE
		SYNTAX	TimeTicks
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The value of sysUpTime at the last change
			in status of the group since it has been in
			operation.  If no change has occurred since this
			group became operational, its value is zero. In
			IntraStack, this object is useful only for the
			base module."
	::= { eSWGroupInfoEntry 10 }

	eSWGrpReset OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			noReset(2),
			reset(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This object represents the current group
			reset state."
	::= { eSWGroupInfoEntry 11 }

	-- Port information table

	eSWPortInfoTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWPortInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table containing basic information for each
			port in this switch."
	::= { eSWBasic 6 }

	eSWPortInfoEntry OBJECT-TYPE
		SYNTAX	ESWPortInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table entry containing information about a
			specific port."
		INDEX { eSWPortGrpIndex, eSWPortIndex }
	::= { eSWPortInfoTable 1 }

	ESWPortInfoEntry ::= SEQUENCE {
		eSWPortGrpIndex		INTEGER,
		eSWPortIndex 		INTEGER,
		eSWPortType 		INTEGER,
		eSWPortAutoNegAbility	INTEGER,
		eSWPortLink 		INTEGER,
		eSWPortSpeed		INTEGER,
		eSWPortDuplex 		INTEGER
	}

	eSWPortGrpIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The number of the group containing the port."
	::= { eSWPortInfoEntry 1 }

	eSWPortIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The number of the port which this entry
			describes."
	::= { eSWPortInfoEntry 2 }


	eSWPortType OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			mii-Empty(2),	-- expansion port empty
			mii-FL(3),	-- expansion FL
			mii-RJ45(4),	-- expansion TX
			mii-FX(5),	-- expansion FX
			rj45(6),	-- regular TX port
			foil(7)		-- regular FX port
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The type port in this switch. MII-Empty(1)
			means there is no expansion module plugged in."
	::= { eSWPortInfoEntry 3 }

	eSWPortAutoNegAbility	OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			with(2),
			without(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Indicates whether the port has Auto Negotiation
			signaling ability."
	::= { eSWPortInfoEntry 4 }


	eSWPortLink OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			up(2),
			down(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The link status of this port."
	::= { eSWPortInfoEntry 5 }

	eSWPortSpeed OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			m10-Mbps(2),
			m100-Mbps(3),
			g1-Gbps(4)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The working speed of this port. If the port's
			link is not up, this object should show the
			configured speed."
	::= { eSWPortInfoEntry 6 }

	eSWPortDuplex OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			half-Duplex(2),
			full-Duplex(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The duplex state of this port. When the port
			link is not up, this object should show the
			configured duplex information."
	::= { eSWPortInfoEntry 7 }


	eSWGpPtInfoTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWGpPtInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table describing the port information for each
			group in BYTE mapping method. The main purpose
			of creating this table is to reduce the SNMP
			parsing time and the load of network traffic."
	::= { eSWBasic 7 }

	eSWGpPtInfoEntry OBJECT-TYPE
		SYNTAX	ESWGpPtInfoEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"This is an entry of eSWGroupPortInfoTable."
		INDEX	{ eSWGpPtInfoIndex }
	::= { eSWGpPtInfoTable 1 }

	ESWGpPtInfoEntry ::= SEQUENCE {
		eSWGpPtInfoIndex	INTEGER,
		eSWGpPtInfoType		OCTET STRING,
		eSWGpPtInfoAutoNegAbility OCTET STRING,
		eSWGpPtInfoLink		OCTET STRING,
		eSWGpPtInfoSpeed	OCTET STRING,
		eSWGpPtInfoDuplex	OCTET STRING
	}

	eSWGpPtInfoIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The group number ."
	::= { eSWGpPtInfoEntry 1 }


	eSWGpPtInfoType	OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string is for the type of each port
			in this group. Each octet represents one port;
			therefore, octet 0 is port 1 and octet 9 is port
			10.  Each octet stores the data from eSWPortType."
	::= { eSWGpPtInfoEntry 2 }

	eSWGpPtInfoAutoNegAbility OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string is for the auto negotiation
			ability of each port in this group. Each octet
			represents one port; therefore, octet 0 is port
			1 and octet 9 is port 10. Each octet stores the
			data from eSWPortAutoNegAbility."
	::= { eSWGpPtInfoEntry 3 }

	eSWGpPtInfoLink	OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string is for the link status of
			each port in this group. Each octet represents
			one port; therefore, octet 0 is port 1 and octet
			9 is port 10.  Each octet stores the data from
			eSWPortLink."
	::= { eSWGpPtInfoEntry 4 }

	eSWGpPtInfoSpeed OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string is for the operating speed of
			each port in this group. Each octet represents
			one port; therefore, octet 0 is port 1 and octet
			9 is port 10.  Each octet stores the data from
			eSWPortSpeed."
	::= { eSWGpPtInfoEntry 5 }


	eSWGpPtInfoDuplex OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string is for the Duplex state of
			each port in this group. Each octet represents
			one port; therefore, octet 0 is port 1 and octet
			9 is port 10.  Each octet stores the data from
			eSWPortDuplex."
	::= { eSWGpPtInfoEntry 6 }


	eSWPtMacInfoTable OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWPtMacInfoEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" A table describing the MAC addresses learned
			on each port."
	::= { eSWBasic 8 }


	eSWPtMacInfoEntry OBJECT-TYPE
		SYNTAX   ESWPtMacInfoEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" Entry of eSWPtMacInfoTable."
		INDEX   { eSWPtMacPort, eSWPtMacMACADDR }
	::= { eSWPtMacInfoTable 1 }

	ESWPtMacInfoEntry  ::= SEQUENCE {
		eSWPtMacPort		INTEGER,
		eSWPtMacMACADDR		MacAddress
	}


	eSWPtMacPort   OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"The port number in the switch."
	::={ eSWPtMacInfoEntry 1 }


	eSWPtMacMACADDR   OBJECT-TYPE
		SYNTAX   MacAddress
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"MAC address."
	::={ eSWPtMacInfoEntry 2 }


	eSWVlanInfo	OBJECT IDENTIFIER ::= { eSWBasic 9 }


	eSWVlanVersion  OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The version of VLAN implementation in the switch"
	::= { eSWVlanInfo 1 }


	eSWVlanMaxCapacity OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The maximum number of VLANs that can be supported
			within the switch."
	::= { eSWVlanInfo 2 }


	eSWVlanTypesSupported OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The types of VLAN supported by the switch. Here
			each bit position indicates the type of VLAN
			supported by the switch.
			Bit 0 - Port based VLAN
			Bit 1 - MAC Address based VLAN
			Bit 3 - Protocol based VLAN"
	::= { eSWVlanInfo 3}

    -- VLAN Configuration Table

	eSWVlanTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWVlanEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table describing the information about every
			VLAN associated with the switch."
	::= { eSWVlanInfo 4 }

	eSWVlanEntry OBJECT-TYPE
		SYNTAX  ESWVlanEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A list of information for each VLAN within the
			switch."
		INDEX	{ eSWVLANIndex }
	::= { eSWVlanTable 1 }

	ESWVlanEntry ::= SEQUENCE {
		eSWVLANIndex		INTEGER,
		eSWVlanName  		DisplayString,
		eSWVlanID		INTEGER,
		eSWVlanMemberSet	OCTET STRING,
        eSWVlanMgmAccess    INTEGER
	}

	eSWVLANIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Index in VLAN Configuration Table within the
			switch."
	::= { eSWVlanEntry 1 }

	eSWVlanName	OBJECT-TYPE
		SYNTAX  DisplayString (SIZE (0..32))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This octet string is the name of the VLAN. The
			length of the name can be up to 32 printable
			characters."
	::= { eSWVlanEntry 2 }

	eSWVlanID OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"A 12 bit indentifier for this VLAN.

			0  -   The NULL VLAN ID. It is used when the
			       tagging header contains only user
			       priority information; no VLAN identifier
			       is present in the frame. This number is
			       not allowed here.

			1 -    The default VLAN ID; To be used as
			       default PVID for the port through
			       which tagged frames will be sent within
			       the switch.

			4095 - Reserved for implementation use."
	::= { eSWVlanEntry 3 }

	eSWVlanMemberSet OBJECT-TYPE
		SYNTAX  OCTET STRING
		ACCESS  read-only
		STATUS	mandatory
		DESCRIPTION
			"The set of ports to which traffic destined for
			this VLAN may be transmitted. Each octet within
			the value of this object specifies a set of eight
			ports, with the first octet specifying ports 1
			through 8, the second specifying ports 9 through
			16, etc. Within each octet, the most significant
			bit represents the lowest numbered port, and
			the least significant bit represents the highest
			numbered port. Thus, ech port of the switch is
			represented by a single bit within the value of
			this object. Bit value 1 means the corresponding
			port is included in the member set and bit value
			0 represents the port is not included."

	::= { eSWVlanEntry 4 }

    eSWVlanMgmAccess      OBJECT-TYPE
		SYNTAX	INTEGER {
                enable(1),
                disable (2)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This object provides enabling and disabling of
			switch management access. When this object for
			a VLAN entry is set to Enable(1), the switch
			management (Telnet, SNMP Agent, HTTP Server and
			ICMP serverices can be accessed by a corresponding
			manager in the VLAN.  If this object of a VLAN
			entry is set to Disable(2), the switch management
			cannot be accessed in the VLAN."

	::= { eSWVlanEntry 5 }

	eSWTrunkBundleCapacity OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The number of Trunk Bundles that can be supported
			within the switch."
	::= { eSWBasic 10 }

	eSWTrunkBundleTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWTrunkBundleEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table describing the Trunk Bundles information
			of the switch."
	::= { eSWBasic 11 }

	eSWTrunkBundleEntry OBJECT-TYPE
		SYNTAX	ESWTrunkBundleEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"This is an entry of eSWTrunkBundleTable."
		INDEX	{ eSWTrunkBundleIndex }
	::= { eSWTrunkBundleTable 1 }

	ESWTrunkBundleEntry ::= SEQUENCE {
		eSWTrunkBundleIndex     INTEGER,
		eSWTrunkBundlePortA	INTEGER,
		eSWTrunkBundlePortB	INTEGER,
		eSWTrunkBundleState     INTEGER
	}

	eSWTrunkBundleIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			" The index of eSWTrunkBundleTable table."
	::= { eSWTrunkBundleEntry 1 }

	eSWTrunkBundlePortA	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The ID of the first port of the Trunk Bundles. "
	::= { eSWTrunkBundleEntry 2 }

	eSWTrunkBundlePortB	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The ID of the second port of the Trunk Bundles. "
	::= { eSWTrunkBundleEntry 3 }

	eSWTrunkBundleState	OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"When this function is enabled, ports specified
			by port A and port B will form a Trunk Bundle
			to provide a fat communications channel. "
	::= { eSWTrunkBundleEntry 4 }

	eSWNetSecurityInfo	OBJECT IDENTIFIER ::= { eSWBasic 13 }

	eSWNetworkSecurityVersion  OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The version of Network Security implementation
			in the switch"
	::= { eSWNetSecurityInfo 1 }

	eSWNetworkSecurityMAXLevels OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The maximum number of Security Levels that can
			be supported within the switch."
	::= { eSWNetSecurityInfo 2 }

	eSWSecurityTypesSupported	 OBJECT-TYPE
	 	SYNTAX	INTEGER
		ACCESS	read-only
		STATUS mandatory

		DESCRIPTION
			" The type of network security supported by the
			switch.  Here each bit position indicates the type
			of Network Security Levels supported by the Switch

			Bit 0 - VLAN Level Security
			Bit 1 - Port Level Security "

     		::= { eSWNetSecurityInfo 3 }

	eSWSecConfigTable    OBJECT-TYPE
        	SYNTAX        SEQUENCE OF ESWSecConfigEntry
        	ACCESS         not-accessible
        	STATUS         mandatory
        	DESCRIPTION
			"A table that contains information about the
			Security Configuration that is associated with
			each port of the switch."

		::= { eSWNetSecurityInfo 4 }

	eSWSecConfigEntry      OBJECT-TYPE
		SYNTAX           ESWSecConfigEntry
		ACCESS           not-accessible
		STATUS           mandatory
		DESCRIPTION

			" A list of information for each port within
			the switch."

        	INDEX            { eSWSecPortIndex }
    		::=  { eSWSecConfigTable 1 }

	ESWSecConfigEntry  ::= SEQUENCE {
       		eSWSecPortIndex         INTEGER ,
         	eSWSecurityLevel	INTEGER
    		}

	eSWSecPortIndex		OBJECT-TYPE
		SYNTAX          INTEGER
		ACCESS          read-only
		STATUS          mandatory
		DESCRIPTION
			"The number of the port which this entry
			describes."
    		::= { eSWSecConfigEntry 1 }

	eSWSecurityLevel          OBJECT-TYPE
		SYNTAX  INTEGER {
			newNodeDetection(1),
			knownMACAddressForwarding(2),
			restrictedKnownMACAddressForwarding(3),
			knownMACAddressForwardingWithIntruderLock(4),
			normalPort(5),
			other(6)
           		}
           	ACCESS    read-write
           	STATUS    mandatory
           	DESCRIPTION
             		"Security Level Configured for the port."
		::= { eSWSecConfigEntry 2 }

	eSWSecMonitorPort      OBJECT-TYPE
		SYNTAX          INTEGER
		ACCESS          read-write
		STATUS          mandatory
		DESCRIPTION
			"The port number within the switch which is
			configured as the monitor port.  All the traffic
			from the Intruder Detection and Monitoring
			secured port will be also forwarded to the
			monitor port. Value of 0 indicates that no
			monitored port is been configured by the switch."
		::= { eSWNetSecurityInfo 5 }

	eSWSecurityTrapEnable      OBJECT-TYPE
		SYNTAX   INTEGER {
			enable(1),
			disable(2),
			other(3)
			}
		ACCESS    read-write
		STATUS    mandatory
		DESCRIPTION
			"The object is to allow the management to control
			the Security generated Enterprise
			Specific Trap."

		::= { eSWNetSecurityInfo 6 }

	eSWSecIncSetConfigTable       OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWSecIncSetConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"A table describing the MAC addresses configured
			by the management for a port.  This entries of
			the MAC Address are static entries
			(No aging will be performed on these MAC
			Addresses)."
		::= { eSWNetSecurityInfo 7 }

	eSWSecIncSetConfigEntry OBJECT-TYPE
		SYNTAX ESWSecIncSetConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"Entry of eSWSecIncSetConfigTable."
		INDEX   { eSWIncSetPort,eSWIncSetMACAddr }
		::= { eSWSecIncSetConfigTable 1 }

	ESWSecIncSetConfigEntry ::= SEQUENCE {
		eSWIncSetPort		INTEGER,
		eSWIncSetMACAddr	MacAddress,
		eSWIncSetMACStatus      INTEGER
		}

	eSWIncSetPort        OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"The port number in the switch associated with
			the Inclusive Set MAC Address."
		::={ eSWSecIncSetConfigEntry 1 }

	eSWIncSetMACAddr     OBJECT-TYPE
		SYNTAX   MacAddress
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"MAC address which is part of the Inclusive Set.
			This MAC Address when appears in the source
			MAC Address field in the ethernet frame will be
			forwarded by the Associated Port if the Port is
			set for Security Level 2 , Level 3 , Level 4."
		::= { eSWSecIncSetConfigEntry 2 }

	eSWIncSetMACStatus    OBJECT-TYPE
		SYNTAX   INTEGER {
			valid(1),
			invalid(2)
			}
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"MAC address which is part of the Inclusive Set.
			This MAC Address when appears in the source
			MAC Address field in the ethernet frame will be
			forwarded by the Associated Port if the Port is
			set for Security Level 2 , Level 3 , Level 4."
		::= { eSWSecIncSetConfigEntry 3 }

	eSWSecIntMACAddrTable       OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWSecIntMACAddrEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" A table containing Intruder MAC Addresses when
			any port is set to Security Level 2 or Security
			Level 4.  In case of  a Port set to Security Level
			4 this table indicating the Intruder MAC Addresses
			are locked ( that is any station with its MAC
			Address in the table will not able to forward \
			transmits using any of the switch Ports."
		::= { eSWNetSecurityInfo 8 }

	eSWSecIntMACAddrEntry 	OBJECT-TYPE
		SYNTAX	 ESWSecIntMACAddrEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" Entry of eSWSecIntMACAddrTable."
		INDEX   { eSWIntMACAddrPort, eSWIntMACAddr }
		::= { eSWSecIntMACAddrTable 1 }

		ESWSecIntMACAddrEntry ::= SEQUENCE {
			eSWIntMACAddrPort	INTEGER,
			eSWIntMACAddr		MacAddress
			}

	eSWIntMACAddrPort        OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION   
			"The port number in the switch associated with
			the Inturder MAC Address."
		::={ eSWSecIntMACAddrEntry 1 }

	eSWIntMACAddr       OBJECT-TYPE
		SYNTAX	   MacAddress
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"Intruder MAC Address."
		::={ eSWSecIntMACAddrEntry  2 }

	eSWFilteringInfo	OBJECT IDENTIFIER ::= { eSWBasic 14 }

	eSWFilteringTypesSupported        OBJECT-TYPE
		SYNTAX           INTEGER
		ACCESS             read-only
		STATUS             mandatory
		DESCRIPTION
			"The type of Filtering Configuration supported
			by the switch.	Here each bit position indicates
			the type of Filtering Configuration Levels
			supported by the Switch

			Bit 0 - VLAN Level MAC Address Filtering
			Bit 1 - Port Level MAC Address Filtering
			Bit 2 - VLAN Level Protocol Type Filtering
			Bit 3 - Port Level Protocol Type Filtering "
		::= { eSWFilteringInfo 1 }

	eSWFiltMACVLANBasedConfigTable       OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWFiltMACVLANBasedConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"A table describing the filtering MAC addresses
			configured by the management for a VLAN. This
			entries of the MAC Address are static entries.
			No aging will be performed on these MAC
			Addresses."
		::= { eSWFilteringInfo 2 }

	eSWFiltMACVLANBasedConfigEntry OBJECT-TYPE
		SYNTAX   ESWFiltMACVLANBasedConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" Entryof eSWFiltMACVLANBasedConfigTable."
		INDEX   { eSWVLANIndex , eSWFiltMACAddr }
		::= { eSWFiltMACVLANBasedConfigTable 1 }

	ESWFiltMACVLANBasedConfigEntry ::= SEQUENCE {
		eSWVIDIndex	    INTEGER,
		eSWFiltMACAddr      MacAddress,
		eSWFiltMACSts       INTEGER
		}

	eSWVIDIndex     OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"Index in VLAN Configuration Table within the
			switch for which the Filtering MAC Address
			is associated."
	::= { eSWFiltMACVLANBasedConfigEntry 1 }

	eSWFiltMACAddr   OBJECT-TYPE
		SYNTAX   MacAddress
		ACCESS   read-only
		STATUS   mandatory
		DESCRIPTION
			"MAC Address which will be filtered in the
			indexed VID, when appear in source MAC Address
			field of the frame."
	::= { eSWFiltMACVLANBasedConfigEntry  2 }

	eSWFiltMACSts    OBJECT-TYPE
		SYNTAX   INTEGER {
		valid(1),
		invalid(2)
		}
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"MAC address which is part of the VLAN Based
			Filtering MAC Address Set.  This MAC Address
			when appears in the source MAC Address field
			in the ethernet frame will be filtered in the
			indexed VID."
	::= { eSWFiltMACVLANBasedConfigEntry 3 }

	eSWFiltMACPortBasedConfigTable       OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWFiltMACPortBasedConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" A table describing the filtering MAC addresses
			configured by the management for a port.  This
			entries of the MAC Address are static entries
			No aging will be performed on this MAC Addresses."
	::= { eSWFilteringInfo 3 }

	eSWFiltMACPortBasedConfigEntry OBJECT-TYPE
		SYNTAX ESWFiltMACPortBasedConfigEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"Entry of eSWFiltMACPortBasedConfigTable."
		INDEX   { eSWFiltPortIndex , eSWFiltPMACAddr }
	::= { eSWFiltMACPortBasedConfigTable 1 }

	ESWFiltMACPortBasedConfigEntry ::= SEQUENCE {
		eSWFiltPortIndex      INTEGER,
		eSWFiltPMACAddr       MacAddress,
		eSWFiltPMACStatus     INTEGER
		}

	eSWFiltPortIndex     OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"The Port number in the switch."
	::= { eSWFiltMACPortBasedConfigEntry 1 }

	eSWFiltPMACAddr   OBJECT-TYPE
		SYNTAX   MacAddress
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"MAC Address which will be filtered in the
			indexed Port, when appear in destination MAC
			Address field of the frame."
	::= { eSWFiltMACPortBasedConfigEntry  2 }

	eSWFiltPMACStatus    OBJECT-TYPE
		SYNTAX   INTEGER {
			 valid(1),
			 invalid(2)
			}
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"This field indicates status associated with
			the MAC Address."
	::= { eSWFiltMACPortBasedConfigEntry 3 }

	eSWFiltProtVLANBasedCFGTable       OBJECT-TYPE
		SYNTAX   SEQUENCE OF ESWFiltProtVLANBasedCFGEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"A table describing the filtering Protocol Type
			configured by the management for a port."
	::= { eSWFilteringInfo 4}

	eSWFiltProtVLANBasedCFGEntry OBJECT-TYPE
		SYNTAX ESWFiltProtVLANBasedCFGEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" Entry of eSWFiltProtVLANBasedCFGTable."
		INDEX   { eSWVLANIndex }
	::= { eSWFiltProtVLANBasedCFGTable 1 }

	ESWFiltProtVLANBasedCFGEntry ::= SEQUENCE {
		eSWFiltProtocolVID	          INTEGER,
		eSWFiltVLANProtocolType       OCTET STRING
		}

	eSWFiltProtocolVID     OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"Index in VLAN Configuration Table within the
			switch for which the Filtering Protocol Type
			is associated."
	::= { eSWFiltProtVLANBasedCFGEntry 1 }

	eSWFiltVLANProtocolType        OBJECT-TYPE
		SYNTAX 		OCTET STRING (SIZE(1))
		ACCESS  	read-write
		STATUS    	mandatory
		DESCRIPTION
			"This object represents the Protocol Type Filter
			as applied to the Indexed VID.	The Filtering
			capabilities is indicated by each bit in this
			2 bytes octet string.

			1 - Filter OUT     0  -  Do not Filter
			Bit 0 : Filter OUT All AppleTalk Protocol Packets
			Bit 1 : Filter OUT All Banyan VINES Protocol
			Packets
			Bit 2 : Filter OUT All IBM Netbios Protocol
			Packets
			Bit 3 : Filter OUT All IPX/SPX Novell Protocol
			Packets
			Bit 4 : Filter OUT All IP Protocol Packets
			Bit 5 : Filter OUT All Unknown Protocol Packets
			that are not defined by the above protocol
			Filtering bits ( Bit 0-4)
			Bit 6 - 7 - Reserved."

	::= { eSWFiltProtVLANBasedCFGEntry 2 }


	eSWFiltProtPortBasedCFGTable       OBJECT-TYPE
        	SYNTAX   SEQUENCE OF ESWFiltProtPortBasedCFGEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			"A table describing the filtering Protocol Type
			configured by the management for a port."
	::= { eSWFilteringInfo 5}

	eSWFiltProtPortBasedCFGEntry OBJECT-TYPE
		SYNTAX ESWFiltProtPortBasedCFGEntry
		ACCESS   not-accessible
		STATUS   mandatory
		DESCRIPTION
			" Entry of eSWFiltProtPortBasedCFGTable."
		INDEX   { eSWPortIndex }
		::= { eSWFiltProtPortBasedCFGTable 1 }

	ESWFiltProtPortBasedCFGEntry ::= SEQUENCE {
		eSWFiltProtPort		INTEGER,
		eSWFiltProtcolType	OCTET STRING
		}

	eSWFiltProtPort     OBJECT-TYPE
		SYNTAX   INTEGER
		ACCESS   read-write
		STATUS   mandatory
		DESCRIPTION
			"The Port number in the switch."
	::= { eSWFiltProtPortBasedCFGEntry 1 }

	eSWFiltProtcolType 	 OBJECT-TYPE
		SYNTAX		 OCTET STRING (SIZE(1))
		ACCESS		 read-write
		STATUS		 mandatory
		DESCRIPTION
			"This object represents the Protocol Type Filter
			as applied to the Indexed Port.  The Filtering
			capabilities is indicated by each bit in this
			2 bytes octet string.

			1 - Filter OUT    0  -  Do not Filter
			Bit 0 : Filter OUT All AppleTalk Protocol Packets
			Bit 1 : Filter OUT All Banyan VINES Protocol
			Packets
			Bit 2 : Filter OUT All IBM Netbios Protocol
			Packets
			Bit 3 : Filter OUT All IPX/SPX Novell Protocol
			Packets
			Bit 4 : Filter OUT All IP Protocol Packets
			Bit 5 : Filter OUT All Unknown Protocol Packets
			that are not defined by the above protocol
			Filtering bits ( Bit 0-4)
			Bit 6 - 7 - Reserved."

	::= { eSWFiltProtPortBasedCFGEntry 2 }

--	Switch Control Information

	eSWPortCtrlTable	OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWPortCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table describing the port control information
			for each port in this group."
	::= { eSWCtrl 1 }


	eSWPortCtrlEntry OBJECT-TYPE
		SYNTAX	ESWPortCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"An entry describing control information for a
			specific port."
		INDEX	{ eSWGrpPtCtrlIndex, eSWPortCtrlIndex }
	::= { eSWPortCtrlTable 1 }


	ESWPortCtrlEntry ::= SEQUENCE {

		eSWGrpPtCtrlIndex		INTEGER,
		eSWPortCtrlIndex		INTEGER,
		eSWPortCtrlState		INTEGER,
		eSWPortCtrlBcastFilter		INTEGER,
		eSWPortCtrlStNFw		INTEGER,
		eSWPortCtrlSTP  		INTEGER,
		eSWPortCtrlVlanID		INTEGER,
		eSWPortCtrlVlanTagging		INTEGER,
        	eSWPortCtrlVlanGroups    	OCTET STRING,
		eSWPortCtrlTrunkBundleIndex  	INTEGER,
		eSWPortCtrlGVRPEnable		INTEGER,
		eSWPortCtrlSecurityLevel 	INTEGER,
		eSWPortProtocolFilter   	OCTET STRING
	}

	eSWGrpPtCtrlIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The group containing the port for which this
			entry has information."
	::= { eSWPortCtrlEntry 1 }

	eSWPortCtrlIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The port number for this entry."
	::= { eSWPortCtrlEntry 2 }


	eSWPortCtrlState OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Identifies whether the port is administratively
			enabled or disabled."
	::= { eSWPortCtrlEntry 3 }

	eSWPortCtrlBcastFilter OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Broadcast packet filtering control. If this is
			enabled, broadcast packets received on this port
			will be filtered out. The default is Disable(3)."
	::= { eSWPortCtrlEntry 4 }


	eSWPortCtrlStNFw OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Enables or disables store-and-forward switching
			for this port When set to Enable(2) the frame
			will be forwarded after it has been completely
			received and checksummed. When set to Disable(3),
			the port will use fragment-free switching."
	::= { eSWPortCtrlEntry 5 }


	eSWPortCtrlSTP	OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			enable(2),
			disable(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"If this function is enable(1) and
			eSWPortCtrlState is also enable(1), that means
			this port will join the Spanning Tree Algorithm
			(STP) caculation.  Asante 6016/6024 switches do
			not support individual port STP participation
			enable/disable, therefore this object will have
			the same value for all ports."

	::= { eSWPortCtrlEntry 6 }


    eSWPortCtrlVlanID    OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"The 12 bit port VLAN indentifier for this port
			within the switch.

			0  -   The NULL VLAN ID. It is used when the
			tagging header contains only user priority
			information; no VLAN identifier is present in
			the frame.  This number is not allowed here.

			1  -   The default VLAN ID; To be used as default
			PVID for the port through which tagged frames
			will be sent within the switch.

			4095 - Reserved for implementation use."

	::= { eSWPortCtrlEntry 7 }


	eSWPortCtrlVlanTagging	OBJECT-TYPE
		SYNTAX	INTEGER {
				enable(1),
				enable8021Q(2),
				disable (3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Whether a frame should be tagged with VLAN
			Tagging Header when transmitted through this
			port within the switch.
			Enable - Use Asante proprietary tagging mechanism
			on this port wihtin the switch.
			Enable8021Q - Use 802.1Q standard tagging on
			this port within the switch.
			Disable - Disable the tagging on this port within
			the switch."

	::= { eSWPortCtrlEntry 8 }

	eSWPortCtrlVlanGroups OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(2))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This object represents the port vlan map in
			2 octets.  The octets meaning is as follow: If 2
			octets are considered together as 16 bit field,
			then the least significant bit (bit0) represents
			VLAN Group1, bit1 represents VLAN Group2, ...,
			bit14 represents VLAN Group15. If a bit is set
			(bit value = 1) then the port in question is a
			member of the VLAN Group represented by the bit."

	::= { eSWPortCtrlEntry 9 }


	eSWPortCtrlTrunkBundleIndex	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"A value of 0 means that the port does not belong
			to any trunk Bundle. A non-zero value is the index
			of the Trunk Bundle to which this port belongs. "

	::= { eSWPortCtrlEntry 10 }


	eSWPortCtrlGVRPEnable   OBJECT-TYPE
		SYNTAX  INTEGER {
			enable(1),
			disable(2)
		}
		ACCESS  read-write
		STATUS  mandatory
		DESCRIPTION
			"This entry when set to enable, means GVRP
			frames can be transmitted and received on this
			port. If disabled, it means GVRP frames cannot
			be transmitted on this port and the received
			GVRP frames should be discarded.  Default value
			for this entry is disable(2)."

    ::= {eSWPortCtrlEntry 11 }

	eSWPortCtrlSecurityLevel   OBJECT-TYPE
		SYNTAX   INTEGER {
			newNodeDetection(1),
			knownMACAddressForwarding(2),
			restrictedKnownMACAddressForwarding(3),
			knownMACAddressForwardingWithIntruderLock(4),
			normalPort(5),
			other(6)
			}
		ACCESS    read-write
		STATUS    mandatory
		DESCRIPTION
			"Security Level associated with the port. When
			set to Normal Port (5) , the Security Level
			(if present) will be cleared."

	::= { eSWPortCtrlEntry 12 }

	eSWPortProtocolFilter  OBJECT-TYPE
		SYNTAX   OCTET STRING (SIZE(2))
		ACCESS  read-write
		STATUS    mandatory
		DESCRIPTION
			"This object represents the Protocol Level
			Security Filter as applied to the Port.
			The Filtering capabilities is indicated by each
			bit in this 2 bytes octet string.
			1 - Filter OUT    0  -  Do not Filter
			Bit 0 : Filter OUT All AppleTalk Protocol Packets
			Bit 1 : Filter OUT All Banyan VINES Protocol
			Packets
			Bit 2 : Filter OUT All IBM Netbios Protocol
			Packets
			Bit 3 : Filter OUT All IPX/SPX Novell Protocol
			Packets
			Bit 4 : Filter OUT All IP Protocol Packets
			Bit 5 : Filter OUT All Unknown Protocol Packets
			that are not defined by the above protocol
			Filtering bits (Bit 0-4)
			Bit 6 - 7 - Reserved."


	::= { eSWPortCtrlEntry 13 }

	eSWGpPtCtrlTable OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWGpPtCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table containing control information for
			each port in a group. This table is indexed
			by the group number.  It uses a BYTE mapping
			method. Each byte represents control information
			for a port in this group.  The main purpose of
			creating this table is to reduce the SNMP engine
			parsing time and the load of network traffic."

	::= { eSWCtrl 2 }

	eSWGpPtCtrlEntry OBJECT-TYPE
		SYNTAX	ESWGpPtCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"An entry of table eSWGpPtCtrlTable."
		INDEX { eSWGpPtCtrlIndex }
	::= { eSWGpPtCtrlTable 1 }

	ESWGpPtCtrlEntry ::= SEQUENCE {
		eSWGpPtCtrlIndex		INTEGER,
		eSWGpPtCtrlState		OCTET STRING,
		eSWGpPtCtrlBcastFilter		OCTET STRING,
		eSWGpPtCtrlStNFw		OCTET STRING,
		eSWGpPtCtrlSTP			OCTET STRING,
		eSWGpPtCtrlSecurityLevel 	OCTET STRING,
		eSWGpPtProtocolFilter   	OCTET STRING
	}

	eSWGpPtCtrlIndex OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The index of this table. It is the group number."

	::= { eSWGpPtCtrlEntry 1 }


	eSWGpPtCtrlState OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This octet string displays the administrative
			enable/disable state of each port in the group.
			Each octet represents one port; therefore, octet
			0 is port 1 and octet 9 is port 10. Each octet
			stores the data from eSWPortCtrlState."

		::= { eSWGpPtCtrlEntry 2 }

	eSWGpPtCtrlBcastFilter OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This octet string displays the broadcast filter
			state for each port in this group. Each octet
			represents one port; therefore, octet 0 is port
			1 and octet 9 is port 10. Each octet stores the
			data from eSWPortCtrlBcastFilter."

		::= { eSWGpPtCtrlEntry 3 }

	eSWGpPtCtrlStNFw OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS  	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string displays the switching
			technique (store-and-forward or fragment-free)
			being used by each port in the group. Each octet
			represents one port; therefore, octet 0 is port
			1 and octet 9 is port 10.  Each octet stores
			the data from eSWPortCtrlStNFw."

		::= { eSWGpPtCtrlEntry 4 }


	eSWGpPtCtrlSTP OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(64))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This octet string displays the individual
			port's participation in the Spanning Tree
			Algorithm. Asante 62xx switches do not support
			individual port STP participation, so all ports
			should show the same value.  Each octet stores
			the value from eSWPortCtrlSTP."

		::= { eSWGpPtCtrlEntry 5 }

	eSWGpPtCtrlSecurityLevel   OBJECT-TYPE
		SYNTAX   OCTET STRING ( SIZE (64) )
		ACCESS    read-write
		STATUS    mandatory
		DESCRIPTION
			"This octet string is for the Security Level
			information of each port in the group.	Each octet
			represents one port; therefore , the octet 0 is
			port 1 and the octet 9 is port 10.  Each octet
			stores the data from eSWPortCtrlSecurityLevel."

	::= { eSWGpPtCtrlEntry 6 }

	eSWGpPtProtocolFilter OBJECT-TYPE
		SYNTAX OCTET STRING  ( SIZE(64) )
		ACCESS  read-write
		STATUS    mandatory
		DESCRIPTION
			"This octet string represents the Protocol Level
			Security Filter as applied to each Port.  Each
			octet represents one port; therefore , the octet 0
			is port 1 and the octet 9 is port 10.  Each octet
			stores the data from eSWPortProtocolFilter."

	::= { eSWGpPtCtrlEntry 7 }

	-- Auto-Negotiation table for each port

	eSWAutoPortCtrlTable	OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWAutoPortCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A table containing information about each port's
			auto- negotiation information."
	::= { eSWCtrl 3 }


	eSWAutoPortCtrlEntry OBJECT-TYPE
		SYNTAX	ESWAutoPortCtrlEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"A entry of eSWAutoPortControlTable. It uses
			eSWAutoNegGrpIndex and eSWAutoNegPortIndex to
			find the table entry."

		INDEX { eSWAutoNegGrpIndex, eSWAutoNegPortIndex }
	::= { eSWAutoPortCtrlTable 1 }

	ESWAutoPortCtrlEntry ::= SEQUENCE {
		eSWAutoNegGrpIndex
			INTEGER,
		eSWAutoNegPortIndex
			INTEGER,
		eSWAutoNegAdminState
			INTEGER,
		eSWAutoNegRemoteAble
			INTEGER,
		eSWAutoNegAutoConfig
			INTEGER,
		eSWAutoNegLocalAbility
			OCTET STRING,
		eSWAutoNegAdvertisedAbility
			OCTET STRING,
		eSWAutoNegReceivedAbility
			OCTET STRING,
		eSWAutoNegRestartAutoConfig
			INTEGER
	}

	eSWAutoNegGrpIndex	OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The value of this object identifies the group for
			which this entry contains port auto-negotiation
			information."
	::= { eSWAutoPortCtrlEntry 1 }

	eSWAutoNegPortIndex	OBJECT-TYPE
		SYNTAX  INTEGER
		ACCESS  read-only
		STATUS  mandatory
		DESCRIPTION
			"The value of this object identifies the port for
			which this entry contains auto-negotiation
			information."
	::= { eSWAutoPortCtrlEntry 2 }

	eSWAutoNegAdminState	OBJECT-TYPE
		SYNTAX  INTEGER {
			other(1),
			enabled(2),
			disable(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"A port which has auto-negotiation signaling
			ability will be enabled to do so when this object
			is set to enabled(2). If the object is set to
			disable(3) the port will operate as if it had
			no auto-negotiation ability."
	::= { eSWAutoPortCtrlEntry 3 }


	eSWAutoNegRemoteAble	OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			able(2),
			not-able(3)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"This object will be set to able(2) if the
			port has detected that the link partner has
			auto-negotiation ability."
	::= { eSWAutoPortCtrlEntry 4 }

	eSWAutoNegAutoConfig	OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			configuring(2),
			complete(3),
			disable(4),
			parallel-detect-fail(5),
			remote-fault(6)
		}
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
            "Indicates whether Auto Negotiation signaling is in
			progress or has completed."
	::= { eSWAutoPortCtrlEntry 5 }


	eSWAutoNegLocalAbility	OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(2))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The connecting ability of local port. The
			capability of the  local port will be represented
			by each bit in this 2 byte  octet string. The
			meaning of each bit is as follows:

			0: is not capable	1: is capable
				Bit 0 : undefined
				Bit 1 : 10Mbps Ethernet capable
				Bit 2 : 10Mbps Ethernet full duplex
				capable
				Bit 3 : 100BASE-TX capable
				Bit 4 : 100BASE-TX full duplex capable
				Bit 5 : 100BASE-FX full duplex capable
				Bit 6 : 100BASE-T4 capable
				Bit 7 : 802.9 capable
				Bit 8 - 15 : reserved

			Note that the bit ordering is such that the most
			significant bit (in network order) is bit 0."

	::= { eSWAutoPortCtrlEntry 6 }


	eSWAutoNegAdvertisedAbility	OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(2))
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"This object represents the capabilities which will
			be advertised in the Auto-Negotiation sequence. The
			capability is indicated by each bit in this 2 byte
			octet string.
 			0: is not capable	1: is capable
			 Bit 0 : default capabilities
			 Bit 1 : 10Mbps Ethernet capable
			 Bit 2 : 10Mbps Ethernet full duplex capable
			 Bit 3 : 100BASE-TX capable
			 Bit 4 : 100BASE-TX full duplex capable
			 Bit 5 : 100BASE-FX full duplex capable
			 Bit 6 : 100BASE-T4 capable
			 Bit 7 : 802.9 capable
			 Bit 8 - 15 : reserved

			Note that Auto-Negotiation will restart
			automatically if the  supported capabilities
			are set. The bit ordering is such that the most
			significant bit (in network order) is Bit 0."
	::= { eSWAutoPortCtrlEntry 7 }


	eSWAutoNegReceivedAbility		OBJECT-TYPE
		SYNTAX	OCTET STRING (SIZE(2))
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"Indicates the advertised capabilities of link
			partner.
			The capability will be represented by each bit
			in this 2 byte octet string. The meaning of
			each bit is  as follows:

			 0: is not capable	1: is capable
			 Bit 0 : undefined
			 Bit 1 : 10Mbps Ethernet capable
			 Bit 2 : 10Mbps Ethernet full duplex capable
			 Bit 3 : 100BASE-TX capable
			 Bit 4 : 100BASE-TX full duplex capable
			 Bit 5 : 100BASE-FX full duplex capable
			 Bit 6 : 100BASE-T4 capable
			 Bit 7 : 802.9 capable
			 Bit 8 - 15 : reserved
			 Note that the bit ordering is such that the most
			 significant bit (in network order) is bit 0."

	::= { eSWAutoPortCtrlEntry 8 }

	eSWAutoNegRestartAutoConfig	OBJECT-TYPE
		SYNTAX	INTEGER {
			other(1),
			reStart(2),
			noRestart(3)
		}
		ACCESS	read-write
		STATUS	mandatory
		DESCRIPTION
			"Forces auto-negotiation to begin link
			negotiation.  Has no effect if auto-negotiation
			signaling is diabled.  Always returns
			noRestart(3)."
	::= { eSWAutoPortCtrlEntry 9 }

	-- IP address monitoring table

	eSWMonIPTable	OBJECT-TYPE
		SYNTAX	SEQUENCE OF ESWMonIPEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"This table describes the source IP address and
			source MAC address mapping pair. It also provides
			a function to detect IP address duplication. This
			table can show that 2 MAC addresses map to the
			same IP address. It is an important function
			to help the system administrator to do network
			administration."
	::= { eSWMonitor 1 }


	eSWMonIPEntry	OBJECT-TYPE
		SYNTAX	ESWMonIPEntry
		ACCESS	not-accessible
		STATUS	mandatory
		DESCRIPTION
			"The entry of this table. The table is
			indexed by the MAC address."
		INDEX	{ eSWMonIP }
	::= { eSWMonIPTable 1 }

	ESWMonIPEntry ::= SEQUENCE {
		eSWMonIP	IpAddress,
		eSWMonMAC	MacAddress,
		eSWMonVLANID	INTEGER,
		eSWMonGrp	INTEGER,
		eSWMonPort	INTEGER
	}

	eSWMonIP	OBJECT-TYPE
		SYNTAX	IpAddress
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The IP address corresponding to the MAC address
			in eSWMonMAC."
	::= { eSWMonIPEntry 1 }

	eSWMonMAC	OBJECT-TYPE
		SYNTAX	MacAddress
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The source MAC address of the monitor entry."
	::= { eSWMonIPEntry 2 }

	eSWMonVLANID	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The VLAN number of this monitor address entry."
	::= { eSWMonIPEntry 3 }

	eSWMonGrp	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The IP address is learned from which group
			number."
	::= { eSWMonIPEntry 4 }

	eSWMonPort	OBJECT-TYPE
		SYNTAX	INTEGER
		ACCESS	read-only
		STATUS	mandatory
		DESCRIPTION
			"The port on which the IP address was learned
			The agent should display value = (maximum number
			of ports in the system + 1) when reflecting the
			System's Management IP address."
	::= { eSWMonIPEntry 5 }


	-- Traps for use by Asante products

	-- Traps are defined using the conventions in RFC1215.


	-- Fan  Failure trap

	eSWFanFail TRAP-TYPE
        	ENTERPRISE asante
		VARIABLES { eSWGrpIndex }
		DESCRIPTION
			"The SNMP trap that is generated when a fan in
			the switch fails."
	::= 3

	-- Expansion port Connection State Change, Send Trap

	eSWExpPortConnectStateChange TRAP-TYPE
        	ENTERPRISE asante
		VARIABLES { eSWGrpIndex, eSWPortIndex }
		DESCRIPTION
			"This trap will be sent when an MII module is
			inserted or removed from the MII slot The trap
			contains the port number of the MII slot whose
			state has changed."
	::= 4

    -- IP Spoofing TRAP

	eSWIPSpoofing	TRAP-TYPE
        	ENTERPRISE asante
		VARIABLES { eSWMonIP, eSWMonMAC, eSWMonPort,
			    eSWMonIP, eSWMonMAC, eSWMonPort }
		DESCRIPTION
			"This trap is caused by the detection of a
			duplicate IP address. It means that there are 2
			or more stations using the same IP address. The
			first three parameters are the IP address,
			MAC address, and port number of the existing
			workstation. The remaining three parameters are
			the IP address, MAC address, and port number of
			to the workstation which is trying to spoof the
			network environment. Therefore, the IP addresses
			should be the same, but the MAC addresses are
			different."
	::= 5

    -- Station Movement Trap

	eSWStationMove	TRAP-TYPE
        	ENTERPRISE asante
		VARIABLES { eSWMonIP, eSWMonMAC, eSWMonPort }
		DESCRIPTION
			"The trap is caused by the detection of station
			moving."
	::= 6

	--  New Node Detection Trap
	eSWNewNodeDetected                TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonPort , eSWMonMAC, eSWMonIP }

		DESCRIPTION
			"The trap is generated when any port which is set
			for New Node Detection Security levels detects
			any New Node."
	::= 7

	--  Intruder Detection Trap
	eSWIntruderDetected                TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonPort, eSWMonMAC, eSWMonIP,
		            eSWSecurityLevel }


		DESCRIPTION
			"The trap is generated when any port which is
			set for security levels
			1) Known MAC Address Forwarding
			2) Known MAC Address Forwarding with Intruder
			Lock detects any Intruder MAC Address."
	::= 8

	--  Intruder Port Disable Trap
	eSWIntruderPortDisable                TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonPort , eSWMonMAC , eSWMonIP }

		DESCRIPTION
			"The trap is generated when any port which is
			set for security levels restricted Known MAC
			Address Forwarding detects Intruder MAC Address
			and disables the Port."
	::= 9

	-- IP Spoofing TRAP

	eSWEnhIPSpoofing	TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonIP, 
                eSWMonMAC, eSWMonVLANID, eSWMonGrp, eSWMonPort,
			    eSWMonMAC, eSWMonVLANID, eSWMonGrp, eSWMonPort }


		DESCRIPTION
			"This trap is caused by the detection of a
			duplicate IP address. It means that there are
			2 or more stations using the same IP address.
			The first parameter is the IP Address which
			is duplicated.	The next three parameters are
			the MAC address, VLAN ID, Group number and port
			number of the switch from where the original 
			IP-MAC Address binding was detected.  The 
			remaining three parameters are the MAC address, 
			VLAN ID, Group number and Port number of the 
			switch from where the spoofed IP-MAC Address 
			binding was detected."
	::= 10

	-- Station Movement Trap

	eSWEnhStationMove	TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonIP, eSWMonMAC, eSWMonVLANID, eSWMonGrp,
		            eSWMonPort, eSWMonGrp, eSWMonPort }

		DESCRIPTION
			"The trap is caused by the detection of station
			movement.  The first two parameters are the IP
			Address and MAC Address of the station which
			was moved across the switch ports.  The next 
			parameter is the VLAN ID to which eSWMonMAC MAC 
			Address has been classified.The next two 
			parameters are the Group number and Port number
			within the switch where the station was originally
			(first) detected.  The next two parameters are
			the Group number and Port number within the
			switch where the station was moved."
	::= 11

	--  New Node Detection Trap
	eSWEnhNewNodeDetected	TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonGrp, eSWMonPort, eSWMonMAC, 
		            eSWMonVLANID, eSWMonIP }

		DESCRIPTION
			"The trap is generated when any port which is set
			for New Node Detection Security level detects
			any New Node. The two parameters are the Group
			number and Port number. The next three parameters
			are the MAC Address ,VLAN ID (to which eSWMonMAC MAC
			Address has been classifiedand) and IP Address of the
			newly detected node."
	::= 12

	--  Intruder Detection Trap
	eSWEnhIntruderDetected	TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonGrp, eSWMonPort, eSWMonMAC, 
		            eSWMonVLANID, eSWMonIP }
		DESCRIPTION
			"The trap is generated when any secured port
			detects Intruder node. For the secured port
			Intruder nodes are the nodes whose MAC Address
			is not part of port trusted MAC Address set.
			The first two parameters are the Group number
			and Port number. The next three parameters are the
			MAC Address ,VLAN ID (to which eSWMonMAC MAC
			Address has been classifiedand) and IP Address of 
			the Intruder Node."

	::= 13

	--  Intruder Port Disable Trap
	eSWEnhIntruderPortDisable	TRAP-TYPE
		ENTERPRISE asante
		VARIABLES { eSWMonGrp, eSWMonPort, eSWMonMAC, 
		            eSWMonVLANID, eSWMonIP }
		DESCRIPTION
			"The trap is generated when any port which is
			set for Intruder Port Disable security level
			detects Intruder MAC Address and disables the
			secured Port. For the secured port Intruder
			nodes are the nodes whose MAC Address is not
			part of port trusted MAC Address set.  The first
			two parameters are the Group number and Port
			number. The next three parameters are the MAC
			Address ,VLAN ID (to which eSWMonMAC MAC Address
			has been classifiedand) and IP Address of the 
			Intruder Node which caused the port to be disabled."

	::= 14

	END