-- -----------------------------------------------------------------------------
-- MIB NAME : Safe Guard Engine Common mib
-- FILE NAME: SafeGuard.mib
-- DATE     : 2007/04/06
-- VERSION  : 2.01
-- PURPOSE  : To construct the MIB structure of safe guard engine management
--            for proprietary enterprise
-- -----------------------------------------------------------------------------
-- MODIFICTION HISTORY:
-- -----------------------------------------------------------------------------
-- Version, Date, Author
-- Description:
--  [New Object]
--  [Modification]
-- Notes: (Requested by who and which project)
--
-- Version 2.01, 2007/4/6, yedda
-- Description:
--  [Modification]
--    to delete unused comma in the IMPORTS section to avoid compiling error.
-- Notes: reported from Yan Zhang
--
-- Version 2.00, 2007/03/27, Yedda
-- This is the first formal version for universal MIB definition.
-- -----------------------------------------------------------------------------

SAFEGUARD-ENGINE-MIB DEFINITIONS ::= BEGIN

	IMPORTS

	          MODULE-IDENTITY, OBJECT-TYPE
        			FROM SNMPv2-SMI
	          TruthValue   FROM SNMPv2-TC
	          MODULE-COMPLIANCE, OBJECT-GROUP, NOTIFICATION-GROUP
	                FROM SNMPv2-CONF

	          dlink-common-mgmt
	          		FROM DLINK-ID-REC-MIB;

	swSafeGuardMIB MODULE-IDENTITY
	    LAST-UPDATED "0703270000Z"
	    ORGANIZATION "D-Link Corp."
	    CONTACT-INFO
	        " "
	    DESCRIPTION
		    "The MIB module for managing safe guard engine."
        ::= { dlink-common-mgmt 19 }



    swSafeGuardGblMgmt			OBJECT IDENTIFIER ::= { swSafeGuardMIB 1 }
	swSafeGuardctrl			    OBJECT IDENTIFIER ::= { swSafeGuardMIB 2 }
--	swArpStormCtrl				OBJECT IDENTIFIER ::= { swSafeGuardMIB 3 }
	swSafeGuardNotify			OBJECT IDENTIFIER ::= { swSafeGuardMIB 4 }

-- -----------------------------------------------------------------------------
-- swSafeGuardMgmt
-- -----------------------------------------------------------------------------
	swSafeGuardAdminState OBJECT-TYPE
        SYNTAX  INTEGER {
               other(1),
               disabled(2),
               enabled(3)
               }
        MAX-ACCESS  read-write
        STATUS  current
        DESCRIPTION
            "This object indicates the Safe Guard state of the switch."
        ::= { swSafeGuardGblMgmt 1 }

-- -----------------------------------------------------------------------------
--	swSafeGuardctrl
-- -----------------------------------------------------------------------------
	swSafeGuardRisingThreshold	OBJECT-TYPE
		SYNTAX  INTEGER (20..100)
		MAX-ACCESS  read-write
		STATUS      current
		DESCRIPTION
			"The object indicates safe guard engine rising threshold in percentage.
			 the range is between 20%-100% , if the CPU utilization is over the
			 rising threshold, the switch enters exhausted mode."
		::= { swSafeGuardctrl 1 }

	swSafeGuardFallingThreshold	OBJECT-TYPE
		SYNTAX  INTEGER (20..100)
		MAX-ACCESS  read-write
		STATUS      current
		DESCRIPTION
			"The object indicates safe guard engine falling threshold in percentage.
			the range is between 20%-100% , if the CPU utilization is lower than
			the falling threshold, the switch enters normal mode."
		::= { swSafeGuardctrl 2 }

	swSafeGuardmode OBJECT-TYPE
        SYNTAX  INTEGER {

               strict(1),
               fuzzy(2)
               }
        MAX-ACCESS  read-write
        STATUS  current
        DESCRIPTION
            "determine the controlling method of broadcast traffic.
            Here are two modes (strict and fuzzy). In strict,
            the Switch will stop receiving all 'ARP not to me' packets (the protocol
            address of target in ARP packet is the Switch itself). That means no matter
            what reasons cause the high CPU utilization (may not caused by ARP storm),
            the Switch reluctantly processes any 'ARP not to me' packets in exhausted mode.
            In fuzzy mode, the Switch will adjust the bandwidth dynamically depend on some
            reasonable algorithm."
        ::= { swSafeGuardctrl 3 }

	swSafeGuardAlarmAdminState OBJECT-TYPE
        SYNTAX  INTEGER {
               other(1),
               disabled(2),
               enabled(3)
               }
        MAX-ACCESS  read-write
        STATUS  current
        DESCRIPTION
            "This object indicates  the state of safe guard engine related trap/log
            mechanism (enable or disable). If set to enable, trap and log will be
            active while safe guard engine current mode changed.If set to disable,
            current mode change will not trigger trap and log events."
        ::= { swSafeGuardctrl 4 }

	swSafeGuardCurrentStatus OBJECT-TYPE
        SYNTAX  INTEGER {
               normal(1),
               exhausted(2)
               }
        MAX-ACCESS  read-only
        STATUS  current
        DESCRIPTION
            "This object indicates current operation mode of Safe Guard "
        ::= { swSafeGuardctrl 5 }


-- -----------------------------------------------------------------------------
	swSafeGuardNotification     OBJECT IDENTIFIER ::= { swSafeGuardNotify 1 }
	swSafeGuardNotifyPrefix     OBJECT IDENTIFIER ::= { swSafeGuardNotification 0 }

    swSafeGuardChgToExhausted NOTIFICATION-TYPE
        OBJECTS         {
   						swSafeGuardCurrentStatus
                        }
        STATUS          current
        DESCRIPTION     "This trap indicates System change operation mode from normal to exhausted."
        ::= { swSafeGuardNotifyPrefix 1 }

    swSafeGuardChgToNormal NOTIFICATION-TYPE
        OBJECTS         {
   						swSafeGuardCurrentStatus
                        }
        STATUS          current
        DESCRIPTION     "This trap indicates System change operation mode from exhausted to normal."
        ::= { swSafeGuardNotifyPrefix 2 }



END