--  =======================================================================
--  File		: FIBROLAN-DEVICE-MIB.mib
--  Description		: Private MIB file for Fibrolan device level objects
--  Author		: Shamir Stein
--
--  Copyright Fibrolan, 2009. All rights reserved.
--
--  Reproduction of this document is authorized on condition that this
--  copyright notice is included.
--  =======================================================================

FIBROLAN-DEVICE-MIB	DEFINITIONS ::= BEGIN

	IMPORTS
		
		OBJECT-TYPE,
		IpAddress,
		MODULE-IDENTITY,
		Integer32,
		Unsigned32,
		TimeTicks,
		NOTIFICATION-TYPE		FROM SNMPv2-SMI

		DisplayString			FROM SNMPv2-TC
		
		FlTemperature,
		FlUtilization,
		FlFileServerType,
		FlFileXferDirection,
		fibrolanGeneric			FROM FIBROLAN-COMMON-MIB;


	flDevice		MODULE-IDENTITY
		LAST-UPDATED	"201910240000Z"
		ORGANIZATION	"Fibrolan Ltd."
		CONTACT-INFO	"support@fibrolan.com"
		DESCRIPTION	"The MIB module to describe a Fibrolan device's
				 system level attributes. This module includes the
				 relevant traps as well.
				 This module is part of Fibrolan's group of generic
				 MIB modules.
				 Copyright (C) Fibrolan Ltd. (2009)."
		REVISION	"201910240000Z"
		DESCRIPTION	"Added singleFeedDown status to the flDevicePsuAlarmStatus."
		REVISION	"201607150000Z"
		DESCRIPTION	"Re-added and modified the portMacLimit trap.
					It now includes the ifIndex in the varbind."
		REVISION	"201509150000Z"
		DESCRIPTION	"Removed the flUserName object.
				 Removed the flMbdDirection object.
				 Removed the flCircuitID object.
				 Modified flDeviceTemperatureAlarmStatus to enum.
				 Modified flDevicePsuAlarmStatus to enum.
				 Changed last changed objects type to TimeTicks.
				 Added ranges to objects where applicable.
				 Removed index from psuStatusChange's varbind.
				 Removed the following traps (some obsolete and others
				 will be moved to a dedicated MIB): authUnauthorizedLogin, 
				 microBurstDetected, macViolation, portMacLimit, circuitUp,
				 circuitDown, synceLock, synceLossLock.
				 Removed Conformance and Compliance statements, for the sake
				 of MIB simplicity and readability (causes 
				 Misc object description changes.
				 Misc cleanup."
		REVISION	"201509010000Z"
		DESCRIPTION	"Added dedicated PSU index and added it to the trap as well.
				 Added configuration change trap."
		REVISION	"201502010000Z"
		DESCRIPTION	"Added PSU fan status for single fan fail (out of two),
				 Added portMacLimit trap, fixed OIDs of microBurstDetected
				 and macViolation traps (were swapped)"
		REVISION	"200905050000Z"
		DESCRIPTION	"Changed type of temperature, PSU and CPU alarm status
				 variables from Unsigned32 to Integer32"
		REVISION	"200903190000Z"
		DESCRIPTION	"Removed psuInstalled and psuRemoved traps. The
				 corresponding events trigger the psuStatusChange
				 trap, with the relevant status variables.
				 Renumbered traps (OIDs under flDeviceNotifications)
				 accordingly."
		REVISION	"200902160000Z"
		DESCRIPTION	"Initial version (version 1)."
	::= { fibrolanGeneric  10 }


	flDeviceNotifications		OBJECT IDENTIFIER ::= { flDevice  0 }
	flDeviceMIBObjects		OBJECT IDENTIFIER ::= { flDevice  1 }

-- ************************************************************
-- System reboot
-- ************************************************************
	flDeviceReboot			OBJECT-TYPE
		SYNTAX			INTEGER
					{
						ready		(0),
						notReady	(1),
						reboot		(2)
					}
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION		"Trigger a system reboot.
					 The following sequence must be performed in order
					 for the operation to be triggered:
					 - read the object's value - must be 'ready'
					 - set the value to 'notReady' (acts as a sema4 lock)
					 - set the value to 'reboot'"
	::= { flDeviceMIBObjects  10 }

-- ************************************************************
-- Restore system default configuration
-- ************************************************************
	flDeviceRestoreDefaults		OBJECT-TYPE
		SYNTAX			INTEGER
					{
						ready		(0),
						notReady	(1),
						restoreDefaults	(2)
					}
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION		"Trigger a system restore defaults operation.
					 The following sequence must be performed in order
					 for the operation to be triggered:
					 - read the object's value - must be 'ready'
					 - set the value to 'notReady' (acts as a sema4 lock)
					 - set the value to 'restoreDefaults'."
	::= { flDeviceMIBObjects  11 }

-- ************************************************************
-- Save system configuration
-- ************************************************************
	flDeviceSaveConfig		OBJECT-TYPE
		SYNTAX			INTEGER
					{
						ready		(0),
						notReady	(1),
						saveConfig	(2)
					}
		MAX-ACCESS		read-write
		STATUS			current
		DESCRIPTION		"Trigger save of the running config to NV memory
					 (normally becomes the startup config).
					 The following sequence must be performed in order
					 for the operation to be triggered:
					 - read the object's value - must be 'ready'
					 - set the value to 'notReady' (acts as a sema4 lock)
					 - set the value to 'saveConfig'."
	::= { flDeviceMIBObjects  12 }

-- ************************************************************
-- Device temperature
-- ************************************************************
	flDeviceTemperature		OBJECT-TYPE
		SYNTAX			FlTemperature
		MAX-ACCESS		read-only
		STATUS			current
		DESCRIPTION		"The internal device temperature in degrees Centigrade."
	::= { flDeviceMIBObjects  13 }

-- ************************************************************
-- Device temperature alarms enable
-- ************************************************************
	flDeviceTemperatureAlarmsEnable		OBJECT-TYPE
		SYNTAX				INTEGER
						{
							enable		(1),
							disable		(2)
						}
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"Determine whether temperature traps are generated.
						 When disabled, the alarm status object should not be
						 polled (will indicate no alarm)."
	::= { flDeviceMIBObjects  14 }

-- ************************************************************
-- Device temperature alarm status
-- ************************************************************
	flDeviceTemperatureAlarmStatus		OBJECT-TYPE
		SYNTAX				INTEGER
						{
							ok	(1),
							high	(2),
							low	(4)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"This variable indicates the alarm status of the 
						 device's temperature."
	::= { flDeviceMIBObjects  15 }

-- ************************************************************
-- Device temperature status last change
-- ************************************************************
	flDeviceTemperatureStatusLastChange	OBJECT-TYPE
		SYNTAX				TimeTicks
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"The value of MIB II's sysUpTime object at the time
						 the device entered its current temperature status
						 state.  If the current state was entered prior to
						 the last re-initialization of the proxy-agent, then
						 this object contains a zero value."
	::= { flDeviceMIBObjects  16 }


-- ************************************************************
-- PSU Status table 
-- ************************************************************
	flDevicePsuStatusTable			OBJECT-TYPE
		SYNTAX				SEQUENCE OF FlDevicePsuStatusEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Device Power Supply Unit (PSU) status table."
	::= { flDeviceMIBObjects  100 }

	flDevicePsuStatusEntry			OBJECT-TYPE
		SYNTAX				FlDevicePsuStatusEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"The entries of the PSU status table"
		INDEX				{ flDevicePsuIndex }
	::= { flDevicePsuStatusTable  1 }

	FlDevicePsuStatusEntry ::=		SEQUENCE
	{
		flDevicePsuIndex		Integer32,
		flDevicePsuInstalled		INTEGER,
		flDevicePsuStatus		INTEGER,
		flDevicePsuFanStatus		INTEGER,
		flDevicePsuAlarmsEnable		INTEGER,
		flDevicePsuAlarmStatus		INTEGER,
		flDevicePsuStatusLastChange	TimeTicks
	}

	flDevicePsuIndex			OBJECT-TYPE
		SYNTAX				Integer32 (1..3)
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"The index of the PSU."
	::= { flDevicePsuStatusEntry  1 }

	flDevicePsuInstalled			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							unknown		(1),
							installed	(2),
							notInstalled	(3)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Indicates whether PSU is installed or not (in slot)"
	::= { flDevicePsuStatusEntry  2 }

	flDevicePsuStatus			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							unknown	(1),
							ok	(2),
							fail	(3)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"PSU operational status (supplying adequate
						 power/voltage)"
	::= { flDevicePsuStatusEntry  3 }

	flDevicePsuFanStatus			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							unknown		(1),
							notApplicable	(2),
							ok		(3),
							fail		(4),
							singleFail	(5)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"PSU fan operational status (if applicable).
						 singleFail indicates one of two (or more) fans
						 have failed." 
	::= { flDevicePsuStatusEntry  4 }

	flDevicePsuAlarmsEnable			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							enable		(1),
							disable		(2)
						}
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"Determine whether PSU traps are generated for this PSU
						 slot. When disabled, the alarm status object should not
						 be polled (will indicate no alarm)."
	::= { flDevicePsuStatusEntry  5 }

	flDevicePsuAlarmStatus			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							ok		(1),
							psuNotInstalled	(2),
							psuDown		(4),
							fanDown		(8),
							singleFanDown	(16),
							singleFeedDown	(32)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"This variable indicates the alarm status of the
						 device's PSUs. fanDown indicates all fans of the
						 power supply are down."
	::= { flDevicePsuStatusEntry  6 }

	flDevicePsuStatusLastChange		OBJECT-TYPE
		SYNTAX    			TimeTicks
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"The value of MIB II's sysUpTime object at the time
						 the PSU entered its current state. If the current state
						 was entered prior to the last re-initialization of the
						 proxy-agent, then this object contains a zero value."
	::= { flDevicePsuStatusEntry  7 }

-- ************************************************************
-- Device update table 
-- ************************************************************
	flDeviceUpdateTable			OBJECT-TYPE
		SYNTAX				SEQUENCE OF FlDeviceUpdateEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Device (remote) update table.
						 This table is used for uploading and
						 downloading of maintenance related files (i.e.
						 upgrades and configuration) from and to the
						 system.
						 In order to perform an update operation, the
						 following objects should be set (assuming the
						 operation is supported by the system):
						 - operation type
						 - remote file server type
						 - remote file server address
						 - operation direction (up/download)
						 - file name
						 After these have been set, the action may be
						 triggered by the start object.
						 Update status can be monitored via the status
						 and error status objects."
	::= { flDeviceMIBObjects  110 }

	flDeviceUpdateEntry			OBJECT-TYPE
		SYNTAX				FlDeviceUpdateEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"The entries of the device udpate table."
		INDEX				{ flDeviceUpdateTableIndex }
	::= { flDeviceUpdateTable  1 }

	FlDeviceUpdateEntry ::=			SEQUENCE
	{
		flDeviceUpdateTableIndex		Unsigned32,
		flDeviceUpdateType			INTEGER,
		flDeviceUpdateFileServerType		FlFileServerType,
		flDeviceUpdateFileServerAddress		IpAddress,
		flDeviceUpdateFileXferDirection		FlFileXferDirection,
		flDeviceUpdateFileName			DisplayString,
		flDeviceUpdateStart			INTEGER,
		flDeviceUpdateStatus			INTEGER,
		flDeviceUpdateErrorStatus		INTEGER,
		flDeviceUpdateErrorCode			Integer32,
		flDeviceUpdateUrl			DisplayString
	}

	flDeviceUpdateTableIndex		OBJECT-TYPE
		SYNTAX				Unsigned32 (0..0)
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Table index."
	::= { flDeviceUpdateEntry  1 }

	flDeviceUpdateType			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							other		(1),
							software	(2),
							firmware	(3),
							system		(4),
							config		(5),
							script		(6)
						}
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"Update type (target)."
	::= { flDeviceUpdateEntry  2 }

	flDeviceUpdateFileServerType		OBJECT-TYPE
		SYNTAX				FlFileServerType
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The type of remote file server (e.g. TFTP),
						 from which the update file will be retrieved, or to
						 which it will be saved.
						 The type is effectively the file transfer protocol used.
						 If the desired protocol is not present in the list,
						 other(1) should be selected."
	::= { flDeviceUpdateEntry  3 }

	flDeviceUpdateFileServerAddress		OBJECT-TYPE
		SYNTAX				IpAddress
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The IP address of the remote file server (e.g. TFTP),
						 from which the update file will be retrieved, or to
						 which it will be saved.
						 Address must be a valid unicast IP address."
	::= { flDeviceUpdateEntry  4 }

	flDeviceUpdateFileXferDirection		OBJECT-TYPE
		SYNTAX				FlFileXferDirection
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The direction in which the update file transfer will
						 be performed: to or from the remote server."
	::= { flDeviceUpdateEntry  5 }

	flDeviceUpdateFileName			OBJECT-TYPE
		SYNTAX				DisplayString (SIZE (0..255))
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The name of the update file. Some systems may not
						 support this object, in which case the name is set
						 using the version name object.
						 The file name may include a remote path."
	::= { flDeviceUpdateEntry  6 }

	flDeviceUpdateStart			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							ready		(0),
							notReady	(1),
							start		(2)
						}
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"Trigger the update process.
						 Setting this object to start(2) will initiate the
						 update operation.
						 This can be done only when the object's value is
						 ready(0). If notReady(1) is indicated, the operation
						 should not be attempted and may be rejected by the
						 device."
	::= { flDeviceUpdateEntry  7 }

	flDeviceUpdateStatus			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							other			(1),
							notStarted		(2),
							loadingFile		(3),
							savingFile		(4),
							verifyingFile		(5),
							updateInProgress	(6),
							updateComplete		(7),-- operation fully complete
							updateIncomplete	(8),-- operation partially complete
							updateFailed		(9)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Status of the update process.
						 Some systems or update processes may support this
						 object partially (i.e. not implement all states)."
	::= { flDeviceUpdateEntry  8 }

	flDeviceUpdateErrorStatus		OBJECT-TYPE
		SYNTAX				INTEGER
						{
							noError			(1),
							other			(2),
							fileNotFound		(3),
							serverTimeout		(4),
							fileInvalid		(5),
							updateError		(6)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Status of the update process.
						 Some systems or update processes may support this
						 object partially (i.e. not implement all errors)."
	::= { flDeviceUpdateEntry  9 }

	flDeviceUpdateErrorCode			OBJECT-TYPE
		SYNTAX				Integer32 (0..10000)
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Indicates the error code of the last update operation.
						 If no errors occured (operation completed successfully)
						 this object should be 0.
						 The meaning of the error code depends on the update
						 type. For example: in a configuration file load (from
						 the server) this value can be the line number within
						 the config file which contained the error.
						 Refer to relevant system documentation for further
						 details."
	::= { flDeviceUpdateEntry  10 }

	flDeviceUpdateUrl			OBJECT-TYPE
		SYNTAX				DisplayString (SIZE (0..255))
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The URL string of the update file.
						 In most systems, when this field is used,
						 other fields (e.g. IP address) will not be
						 used."
	::= { flDeviceUpdateEntry  11 }


-- ************************************************************
-- CPU Status table 
-- ************************************************************
	flDeviceCpuStatusTable			OBJECT-TYPE
		SYNTAX				SEQUENCE OF FlDeviceCpuStatusEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"CPU Status table. Provides information regarding
						 system's CPU(s) and memory resources.
						 This table is extending the relevant entries
						 in the Entity MIB (physical, for CPUs).
						 This table has some common objects with the
						 HOST-RESOURCES-MIB (RFC2790)."
	::= { flDeviceMIBObjects  120 }

	flDeviceCpuStatusEntry			OBJECT-TYPE
		SYNTAX				FlDeviceCpuStatusEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"The entries of the CPU Status table."
		INDEX				{ flDeviceCpuIndex }
	::= { flDeviceCpuStatusTable  1 }

	FlDeviceCpuStatusEntry ::=		SEQUENCE
	{
		flDeviceCpuIndex		Integer32,
		flDeviceCpuUtilization		FlUtilization,
		flDeviceMemoryUtilization	FlUtilization,
		flDeviceNvMemoryUtilization	FlUtilization,
		flDeviceCpuAlarmsEnable		INTEGER,
		flDeviceCpuAlarmStatus		Integer32,
		flDeviceCpuStatusLastChange	TimeTicks
	}

	flDeviceCpuIndex			OBJECT-TYPE
		SYNTAX				Integer32 (0..2)
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Index of the CPU table (will be 0 only in most systems)."
	::= { flDeviceCpuStatusEntry  1 }

	flDeviceCpuUtilization			OBJECT-TYPE
		SYNTAX				FlUtilization
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Utilization (load) of the CPU in percents of maximum
						 capacity."
	::= { flDeviceCpuStatusEntry  2 }

	flDeviceMemoryUtilization		OBJECT-TYPE
		SYNTAX				FlUtilization
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Utilization (usage) of the memory in percents of
						 physical memory size."
	::= { flDeviceCpuStatusEntry  3 }

	flDeviceNvMemoryUtilization		OBJECT-TYPE
		SYNTAX				FlUtilization
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"Utilization (usage) of the NV memory in percents of
						 physical NV memory size."
	::= { flDeviceCpuStatusEntry  4 }

	flDeviceCpuAlarmsEnable			OBJECT-TYPE
		SYNTAX				INTEGER
						{
							enable		(1),
							disable		(2)
						}
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"Determine whether CPU traps are generated.
						 When disabled, the alarm status object should not
						 be polled (will indicate no alarm)."
	::= { flDeviceCpuStatusEntry  5 }

	flDeviceCpuAlarmStatus			OBJECT-TYPE
		SYNTAX				Integer32
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"This variable indicates the alarm status of the
						 device's CPU(s) and memory.
						 This object is a bitmap represented as a sum;
						 therefore, it can represent multiple alarms.
						 The noAlarm bit must be set if and only if no other
						 flag is set.
						 The various alarm bit positions  (right to left) are
						 as follows:
						 1		noAlarm				No active alarms
						 2		cpuUtilizationHigh		CPU util exceeds
												threshold
						 3		memoryUtilizationHigh		Memory util exceeds
												threshold"
	::= { flDeviceCpuStatusEntry  6 }

	flDeviceCpuStatusLastChange		OBJECT-TYPE
		SYNTAX				TimeTicks
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"The value of MIB II's sysUpTime object at the time
						 the CPU entered its current state. If the current state
						 was entered prior to the last re-initialization of the
						 proxy-agent, then this object contains a zero value."
	::= { flDeviceCpuStatusEntry  7 }

-- ************************************************************
-- Alarm thresholds table
-- ************************************************************

	flDeviceAlarmThresholdTable		OBJECT-TYPE
		SYNTAX				SEQUENCE OF FlDeviceAlarmThresholdEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Alarm thresholds table. This table provides
						 configuration facilities for threshold
						 crossing alarms (TCA) defined in this MIB
						 module."
	::= { flDeviceMIBObjects  500 }

	flDeviceAlarmThresholdEntry		OBJECT-TYPE
		SYNTAX				FlDeviceAlarmThresholdEntry
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"The entries of the alarm threshold table."
		INDEX				{ flDeviceAlarmThresholdTableIndex }
	::= { flDeviceAlarmThresholdTable  1 }

	FlDeviceAlarmThresholdEntry ::=		SEQUENCE
	{
		flDeviceAlarmThresholdTableIndex		Unsigned32,
		flDeviceAlarmThresholdType			INTEGER,
		flDeviceAlarmThresholdValue			Integer32,
		flDeviceAlarmThresholdClearValue		Integer32
	}

	flDeviceAlarmThresholdTableIndex	OBJECT-TYPE
		SYNTAX				Unsigned32 (0..31)
		MAX-ACCESS			not-accessible
		STATUS				current
		DESCRIPTION			"Table index."
	::= { flDeviceAlarmThresholdEntry  1 }

	flDeviceAlarmThresholdType		OBJECT-TYPE
		SYNTAX				INTEGER
						{
							other			(1),
							temperatureHigh		(2),
							temperatureLow		(3),
							cpuUtilHigh		(4),
							memoryUtilHigh		(5)
						}
		MAX-ACCESS			read-only
		STATUS				current
		DESCRIPTION			"The type of the threshold (enumerated).
						 This object is expected to be extended with new types
						 in future revisions."
	::= { flDeviceAlarmThresholdEntry  2 }

	flDeviceAlarmThresholdValue		OBJECT-TYPE
		SYNTAX				Integer32 (-100..100)
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The threshold value beyond which the alarm is active.
						 Note: the type of the threshold determines whether this
						 value is the upper bound for the alarm activation (e.g.
						 temperatureHigh) or the lower bound (e.g.
						 temperatureLow)."
	::= { flDeviceAlarmThresholdEntry  3 }

	flDeviceAlarmThresholdClearValue	OBJECT-TYPE
		SYNTAX				Integer32 (-100..100)
		MAX-ACCESS			read-write
		STATUS				current
		DESCRIPTION			"The threshold value below which the alarm is cleared.
						 Note: the type of the threshold determines whether this
						 value is the upper bound for the alarm activation (e.g.
						 temperatureLow) or the lower bound (e.g.
						 temperatureHigh)."
	::= { flDeviceAlarmThresholdEntry  4 }

-- ************************************************************
-- ************************************************************
-- Trap (notifications) definitions
-- ************************************************************
-- ************************************************************

	psuStatusChange				NOTIFICATION-TYPE
		OBJECTS				{ flDevicePsuAlarmStatus,
						  flDevicePsuStatusLastChange }
		STATUS				current
		DESCRIPTION			"PSU module state changed (fail or fan fail).
						 Vars: PSU alarm status, PSU status last
						 change"
	::= { flDeviceNotifications  10 }

	dyingGasp				NOTIFICATION-TYPE
		STATUS				current
		DESCRIPTION			"Device is losing power.
						 This is the only trap that will be generated when the
						 device is experiencing total power loss.
						 Cleared by a coldStart alarm.
						 Vars: none."
	::= { flDeviceNotifications  11 }

	temperatureStatusChange			NOTIFICATION-TYPE
		OBJECTS				{ flDeviceTemperatureAlarmStatus,
						  flDeviceTemperatureStatusLastChange }
		STATUS				current
		DESCRIPTION			"Device's internal temperature status has changed.
						 Vars: temperature alarm status, temperature last change"
	::= { flDeviceNotifications  12 }

	cpuStatusChange				NOTIFICATION-TYPE
		OBJECTS				{ flDeviceCpuAlarmStatus,
						  flDeviceCpuStatusLastChange }
		STATUS				current
		DESCRIPTION			"CPU (or memory) status has changed.
						 Vars: CPU alarm status, PCU status last
						 change"
	::= { flDeviceNotifications  13 }

	configChanged				NOTIFICATION-TYPE
		STATUS				current
		DESCRIPTION			"Device configuration has changed.
						 Indicates the startup config was updated
						 (even if it wasn't changed), as a result
						 of a copy running to startup operation."
	::= { flDeviceNotifications  50 }

	portMacLimit		NOTIFICATION-TYPE --MAC limit trap
		OBJECTS			{ 	ifIndex }
		STATUS			current
		DESCRIPTION		"MAC limit reached on port.
						Vars: port number"
		::=  { flDeviceNotifications 19 }


END