--#########################################################################
--hippiSwitchMIB                   OBJECT IDENTIFIER ::= { ecExperimental 1 }
--hippiSwitchMIB                   OBJECT IDENTIFIER ::= { ecExperimental 3 }
--   switchObjs                    OBJECT IDENTIFIER ::= { hippiSwitchMIB 1 } 
--      backPlaneTable             OBJECT-TYPE       ::= { switchObjs 1 }
--         backPlaneEntry          OBJECT-TYPE       ::= { backPlaneTable 1} 
--            backPlaneIndex       OBJECT-TYPE       ::= { backPlaneEntry 1}
--            backPlaneNumber      OBJECT-TYPE       ::= { backPlaneEntry 2}
--            backPlaneCard        OBJECT-TYPE       ::= { backPlaneEntry 3}
--      switch                     OBJECT IDENTIFIER ::= { switchObjs2 2 }
--         switchDescription       OBJECT-TYPE       ::= { switch 1 } 
--         switchNumOfPorts        OBJECT-TYPE       ::= { switch 2 } 
--      scc                        OBJECT IDENTIFIER ::= { switchObjs 3 }
--         sccDescription          OBJECT-TYPE       ::= { scc 1 }
--         sccDateTime             OBJECT-TYPE       ::= { scc 2 }
--         sccAdminStatus          OBJECT-TYPE       ::= { scc 3 } 
--         sccOperStatus           OBJECT-TYPE       ::= { scc 4 } 
--         sourceRouteTable        OBJECT-TYPE       ::= { scc 5 } 
--         sourceRouteEntry        OBJECT-TYPE       ::= { sourceRouteTable 1 }
--            inPortIndex          OBJECT-TYPE       ::= { sourceRouteEntry 1 } 
--            outPortIndex         OBJECT-TYPE       ::= { sourceRouteEntry 2 } 
--            routeStatus          OBJECT-TYPE       ::= { sourceRouteEntry 3 } 
--         huntGroupTable          OBJECT-TYPE       ::= { scc 6 } 
--            huntGroupEntry       OBJECT-TYPE       ::= { huntGroupTable 1 }
--               huntGroupIndex    OBJECT-TYPE       ::= { huntGroupEntry 1 } 
--               huntGroupOutPortList OBJECT-TYPE    ::= { huntGroupEntry 2 } 
--         huntGroupOrderTable     OBJECT-TYPE       ::= { scc 7 } 
--            huntGroupOrderEntry  OBJECT-TYPE       ::= { huntGroupOrderTable 1 }
--               huntGroupOrderIndex OBJECT-TYPE     ::= { huntGroupOrderEntry 1 } 
--               huntGroupOrderList OBJECT-TYPE      ::= { huntGroupOrderEntry 2 } 
--         destRouteTable          OBJECT-TYPE       ::= { scc 8 } 
--            destRouteEntry       OBJECT-TYPE       ::= { destRouteTable 1 }
--               destRouteIndex    OBJECT-TYPE       ::= { destRouteEntry 1 } 
--               inputPortIndex    OBJECT-TYPE       ::= { destRouteEntry 2 } 
--               huntGroup         OBJECT-TYPE       ::= { destRouteEntry 3 } 
--   switchEvents                  OBJECT IDENTIFIER ::= { hippiSwitchMIB 2 } 
--      switchEventsV2             OBJECT IDENTIFIER ::= { switchEvents 0 }
--         switchHeapBad           NOTIFICATION-TYPE ::= { switchEventsV2 1 }
--   switchConformance             OBJECT IDENTIFIER ::= { hippiSwitchMIB 3 } 
--      switchGroups               OBJECT IDENTIFIER ::= { switchConformance 1}
--      switchCompliance           OBJECT IDENTIFIER ::= { switchConformance 2}
--#########################################################################
ESSENTIAL-COMMUNICATIONS-HIPPI-SWITCH DEFINITIONS ::= BEGIN

IMPORTS
	MODULE-IDENTITY, OBJECT-TYPE,
	NOTIFICATION-TYPE,Unsigned32,enterprises
		FROM SNMPv2-SMI
	DisplayString
		FROM SNMPv2-TC
	ecExperimental
		FROM ESSENTIAL-COMMUNICATIONS-GLOBAL-REG;

hippiSwitchMIBMod MODULE-IDENTITY
	LAST-UPDATED	"9704140000Z"
	ORGANIZATION	"Essential Communications Inc."
	CONTACT-INFO	"Marck Doppke
					email marck@esscom.com"
	DESCRIPTION		"Design attemp at a standard HIPPI switch MIB v1.01"
	::= { ecExperimental 3 }

--Main branches of the MIB.
essentialCommunications OBJECT IDENTIFIER ::= { enterprises 2159 }
ecRoot            OBJECT IDENTIFIER ::= { essentialCommunications 1 }
ecExperimental    OBJECT IDENTIFIER ::= { ecRoot 6 }
hippiSwitchMIB    OBJECT IDENTIFIER ::= { ecExperimental 1 }
switchObjs        OBJECT IDENTIFIER ::= { hippiSwitchMIB 1 }
switchEvents      OBJECT IDENTIFIER ::= { hippiSwitchMIB 2 } 
switchConformance OBJECT IDENTIFIER ::= { hippiSwitchMIB 3 } 
switchGroups      OBJECT IDENTIFIER ::= { switchConformance 1 }
switchCompliance  OBJECT IDENTIFIER ::= { switchConformance 2 }

--#####################################################################
--First branch of this MIB containing the hardware objects.
--#####################################################################

--#####################################################################
--The backplane hardware description.
--#####################################################################
backPlaneTable 	OBJECT-TYPE
	SYNTAX		SEQUENCE OF BackPlaneEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
				"This table represent all of the slots in a HIPPI switch. 
				None of the rows can be added to or deleted by the user."
	::= { switchObjs 1 }

backPlaneEntry OBJECT-TYPE
	SYNTAX 		BackPlaneEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
				"A row in the table describing one slot in the switch back
				plane. These rows can not be added or deleted by the user."
	INDEX		{ backPlaneIndex } --Identifies a row in the slot table.
	::= { backPlaneTable 1 } 

BackPlaneEntry ::= SEQUENCE 
{
	backPlaneIndex		Unsigned32,
	backPlaneNumber		Unsigned32,	  
	backPlaneCard		INTEGER		
}
	
backPlaneIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION	
				"The table index for this slot on the backplane."
	::= { backPlaneEntry 1 }

backPlaneNumber	OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS 		current
	DESCRIPTION	"The slot number as seen printed on the switch 
				(backPlaneIndex + 1)"
	::= { backPlaneEntry 2 }

backPlaneCard OBJECT-TYPE
	SYNTAX		INTEGER { none(1), serial(2), parrallel(3) }
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION	"The type of card present in this slot of the backplane on 
				the switch"
	::= { backPlaneEntry 3 }

--The Switch hardware description.
switch OBJECT IDENTIFIER ::= { switchObjs 2 }

switchDescription OBJECT-TYPE
	SYNTAX		DisplayString
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "Returns the description, vendor, and version numbers of the switch."
	::= { switch 1 } 

switchNumOfPorts OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION	"The number of slots in this switch. (Max number of media
				access cards."
	::= { switch 2 } 

--The Switch Control Card (SCC) hardware description.
scc OBJECT IDENTIFIER ::= { switchObjs 3 }
sccDescription OBJECT-TYPE
	SYNTAX		DisplayString
	MAX-ACCESS	read-only
	STATUS 		current
	DESCRIPTION	"The model, vendor, and version number of the switch control
				card."
	::= { scc 1 }

sccDateTime OBJECT-TYPE
	SYNTAX		DisplayString
	MAX-ACCESS	read-write
	STATUS		current
	DESCRIPTION	"The time/date in the real time clock. Format is yymmdd hhmmss"
	::= { scc 2 }

sccAdminStatus OBJECT-TYPE
	SYNTAX		INTEGER { normal(0),reset(1) }
	MAX-ACCESS	read-write
	STATUS		current
	DESCRIPTION "The desired state of the switch." 
	::= { scc 3 } 

sccOperStatus OBJECT-TYPE
	SYNTAX		INTEGER { normal(0),reset(1) }
	MAX-ACCESS	read-write
	STATUS		current
	DESCRIPTION "The current state of the switch." 
	::= { scc 4 } 

--SRC_ROUTES	
--A table that contains the enable/disable information for each input port-
--output port pair.
sourceRouteTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF SourceRouteEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "This table holds all of the source routes for this  switch."
	::= { scc 5 } 

sourceRouteEntry OBJECT-TYPE
	SYNTAX		SourceRouteEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "A row in the source route table."
	INDEX		{ inPortIndex, outPortIndex }
	::= { sourceRouteTable 1 }

SourceRouteEntry ::= SEQUENCE
{
	inPortIndex		Unsigned32,	--read-only.
	outPortIndex	Unsigned32,	--read-only.
	routeStatus		Unsigned32	--read-write
}

inPortIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The input port number of the source route that is being
				modified." 
	::= { sourceRouteEntry 1 } 

outPortIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The output port number of the source route that is being
				modified." 
	::= { sourceRouteEntry 2 } 

routeStatus OBJECT-TYPE
	SYNTAX		Unsigned32 ( 0..1 )
	MAX-ACCESS	read-create
	STATUS		current
	DESCRIPTION "The enabled/disabled status of this input/output port pair." 
	::= { sourceRouteEntry 3 } 

--#########################################################################
--Hunt Group Table (Output port sets).    
--The huntgroup table defines which output ports are in each huntgroup set.
--#########################################################################
huntGroupTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF HuntGroupEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "This table holds all of the huntgroups for this  switch."
	::= { scc 6 } 

huntGroupEntry OBJECT-TYPE
	SYNTAX		HuntGroupEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "A row in the huntgroup table."
	INDEX		{ huntGroupIndex }
	::= { huntGroupTable 1 }

HuntGroupEntry ::= SEQUENCE
{
	huntGroupIndex			Unsigned32,			
	huntGroupOutPortList	DisplayString (1..80)
}

huntGroupIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The huntgroup number." 
	::= { huntGroupEntry 1 } 

huntGroupOutPortList OBJECT-TYPE
	SYNTAX		DisplayString 
	MAX-ACCESS	read-create
	STATUS		current
	DESCRIPTION "A text string containing the list of all of the output ports
				that are in the this huntgroup. It is the agent's
				responsiblility to parse and varify the correctness of the 
				values. It is recommended that the agent support the following
				string formats. 
					val = portNumber | portRange [,| val] 
					portNumber = 1..MaxNumberOfPorts
					portRange  = portNumber-portNumber.
				EXAMPLE '1 2,4-6 7-10'"
	::= { huntGroupEntry 2 } 

--#########################################################################
--Hunt Group Order. A table that contains that the huntgroups are processed
--in when more that 1 huntgroup contends for the same output port.
--table 16x32. f(outPort) = hgList.
--#########################################################################
huntGroupOrderTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF HuntGroupOrderEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "This table holds all of the huntgroup order info
				for this  switch."
	::= { scc 7 } 

huntGroupOrderEntry OBJECT-TYPE
	SYNTAX		HuntGroupOrderEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "The order hunt groups are processed in when more than one
				hunt group contends for the same output port."
	INDEX		{ huntGroupIndex }
	::= { huntGroupOrderTable 1 }

HuntGroupOrderEntry ::= SEQUENCE
{
	huntGroupOrderIndex		Unsigned32,			
	huntGroupOrderList		DisplayString (1..80)
}

huntGroupOrderIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The slot number for the output port." 
	::= { huntGroupOrderEntry 1 } 

huntGroupOrderList OBJECT-TYPE
	SYNTAX		DisplayString 
	MAX-ACCESS	read-create
	STATUS		current
	DESCRIPTION "A text string containing the order of all the hunt groupts 
				that use this port. The first entries in the list get the
				output port first if more than one huntgroup is contending
				for the port. It is the agent's
				responsiblility to parse and varify the correctness of the 
				values. It is recommended that the agent support the following
				string formats. 
					val = hgNumber | hgRange [,| val] 
					hgNumber = 1..MaxNumberOfHuntGroups
					hgRange  = hgNumber-hgNumber.
				EXAMPLE '1 2,4-6 7-10'"
	::= { huntGroupOrderEntry 2 } 

--#####################################################################
--The destination routing table contains the huntgroup number 
--(if any) for each defined logical address and input port pair.
--tabel max is 4kx16. f(la,inport) = HG
--#####################################################################
destRouteTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF DestRouteEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "This table holds all of destination routes (logical
				addressing)	for this  switch."
	::= { scc 8 } 

destRouteEntry OBJECT-TYPE
	SYNTAX		DestRouteEntry
	MAX-ACCESS 	not-accessible
	STATUS 		current
	DESCRIPTION "A table containing destination routes."
	INDEX		{ destRouteIndex, inputPortIndex }
	::= { destRouteTable 1 }

DestRouteEntry ::= SEQUENCE
{
	destRouteIndex		Unsigned32,			
	inputPortIndex		Unsigned32,			
	huntGroup			Unsigned32
}

destRouteIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The logical address of this route."
	::= { destRouteEntry 1 } 

inputPortIndex OBJECT-TYPE
	SYNTAX		Unsigned32
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION "The input port that this destination route is defined for."
	::= { destRouteEntry 2 } 

huntGroup OBJECT-TYPE
	SYNTAX		Unsigned32 
	MAX-ACCESS	read-create
	STATUS		current
	DESCRIPTION "The huntgroup for this logical address input port pairing."
	::= { destRouteEntry 3 } 


--#####################################################################
--The second branch of this MIB that contains the events.
--#####################################################################
--This is here to easily translate SNMPv1 traps.
switchEventsV2       OBJECT IDENTIFIER ::= { switchEvents 0 }

--Sample event
switchHeapBad 	NOTIFICATION-TYPE
--  OBJECTS { }
	STATUS		current
	DESCRIPTION "The memory heap in the SCC EEMM is corrupted."
	::= { switchEvents 1 }

--#####################################################################
--The third branch of this MIB that contains the conformance information 
--in the compliance and group branches. Wait till the MIB is done.
--#####################################################################

END