initial commit; version 22.5.12042

mibs/d-link/DGS3000-28SC-LED-MIB

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+-- -----------------------------------------------------------------------------
+-- MIB NAME : LED mib
+-- FILE NAME: led.mib
+-- DATE     : 2014/8/18
+-- VERSION  : 1.03
+-- PURPOSE  : To construct the MIB structure of LED information for proprietary 
+-- 			  enterprise
+-- -----------------------------------------------------------------------------
+-- MODIFICTION HISTORY:
+-- -----------------------------------------------------------------------------
+-- Version 1.03, 2013/10/10, Fred Lu
+-- Add Octet 11(enable light state) and Octet 12(port led color state)
+--
+-- Version 1.02, 2011/06/10, will liang
+-- Add speed type 10Gbps for swLedInfoFrontPanelLedStatus
+--
+-- Version 1.01, 2010/05/26, will liang
+-- Take octect 10 in node swLedInfoFrontPanelLedStatus to carry the value of port
+-- LED control state
+--
+-- Version 1.00, 2010/03/02, jespersen cai
+-- This is the first formal version for universal MIB definition.
+-- -----------------------------------------------------------------------------
+
+DGS3000-28SC-LED-MIB	DEFINITIONS ::= BEGIN
+
+	IMPORTS
+		MODULE-IDENTITY , OBJECT-TYPE		FROM SNMPv2-SMI
+		dlink-Dgs3000Proj-DGS3000-28SCax	FROM SWDGS3000PRIMGMT-MIB;
+	    
+	swLedMIB MODULE-IDENTITY
+		LAST-UPDATED "201106100000Z"
+	    ORGANIZATION "D-Link Corp."
+	    CONTACT-INFO
+	        "http://support.dlink.com"
+	    DESCRIPTION
+		    "The Structure of LED Information for the proprietary enterprise."
+        ::= { dlink-Dgs3000Proj-DGS3000-28SCax 4 }
+        
+	swLedMIBObject OBJECT IDENTIFIER ::={swLedMIB 1}
+        
+	swLedInfoTable OBJECT-TYPE
+        SYNTAX  SEQUENCE OF SwLedInfoEntry
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION
+            "This table contains the LED information."
+        ::= { swLedMIBObject 1 }
+        
+	swLedInfoEntry OBJECT-TYPE
+        SYNTAX  SwLedInfoEntry
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION
+            "A list of front panel LED information for each unit in the system."
+        INDEX  { swLedInfoUnitId }
+        ::= { swLedInfoTable 1 }
+        
+	SwLedInfoEntry ::=
+        SEQUENCE {
+				swLedInfoUnitId
+					INTEGER,
+				swLedInfoFrontPanelLedStatus					
+					OCTET STRING
+		}
+
+	swLedInfoUnitId OBJECT-TYPE
+        SYNTAX  INTEGER (1..13)
+        MAX-ACCESS  read-only
+        STATUS  current
+        DESCRIPTION
+            "The object indicates the unit ID."
+        ::= { swLedInfoEntry 1 }
+        
+	swLedInfoFrontPanelLedStatus OBJECT-TYPE
+        SYNTAX  OCTET STRING 
+        MAX-ACCESS  read-only
+        STATUS  current
+        DESCRIPTION
+				"This object is a set of system LED indicators. The first 32 octets are 
+				defined as next, and following octets are for logical port LED.
+				
+				Octet 1 is box ID led
+						bit 7-6:
+							reserved
+						bit 5-4:
+							00B = no error
+							01B = system self-test error
+							10B = safeguard engine entering the exhausted mode
+						bit 3-0:
+							The actual box ID.
+							0x1 = box ID 1
+							0x2 = box ID 2
+							...
+												
+				Octet 2 is power led:
+						0x01 = power work normally                    
+						0x02 = power fail						
+
+				Octet 3 is RPS led:
+						0x01 = RPS is not connected										
+						0x02 = RPS is connected to switch but not ready to power the switch
+						0x03 = RPS is ready to power the switch
+						0x04 = RPS is powering the switch
+
+				Octet 4 is console led:
+						0x01 = system start up
+						0x02 = a user is login through console
+						0x03 = no user is login through console
+
+				Octet 5 is master led:
+						0x00 = standalone
+						0x01 = master
+						0x02 = back master
+						0x03 = slave
+
+				Octet 6 is fan led:
+						0x01 = all fans are OK
+						0x02 = one or more fans fail
+						
+				Octet 7 is SD card led:
+						0x01 = SD card is unplugged
+						0x02 = SD card is plugged
+						0x03 = reading/writing
+						0x04 = read/write fail
+				
+				Octet 8 is SIO port led:
+						bit 7-2:
+							reserved
+						bit 1:
+							SIO1 link state
+							0B = linkdown
+							1B = linkup
+						bit 0:
+							SIO2 link state
+							0B = linkdown
+							1B = linkup
+						
+				Octet 9 is POE led:
+						0x01 = can not support POE
+						0x02 = link/act/speed mode
+						0x03 = POE mode
+						
+				Octet 10 is port led control state:
+						0x00 = Port LED control state enabled
+						0x01 = Port LED control state disabled
+							
+				Octet 11 is enable light state:
+						0x00 = enable light state disabled
+						0x01 = enable light state enabled
+						
+				Octet 12 is port led color state:
+						0x00 = enable light Port LED color state normal
+						0x01 = enable light Port LED color state amber
+						0x02 = enable light Port LED color state green
+						
+				Octet 13-32 are reserved.
+
+				The continued octets are the logic port led. Each octet presents one port. 
+				
+				There are two modes: link/act/speed mode and POE mode. 
+					The link/act/speed mode presents the speed duplex of port.
+					The POE mode presents if the port deliver power to PD. 
+					The POE mode is supported by POE Switch only.
+				
+				The mode is determined by Octet 9. If the switch can not support POE, 
+				the mode is link/act/speed only.
+						
+				In each octet:
+				link/act/speed mode:
+						bit 7:
+							0B = port is not activity
+							1B = port is activity
+						bit 6:
+							0B = not combo port
+							1B = combo port
+
+						bit 5:
+							the bit is available only when the port is combo port and linkup
+							0B = fiber linkup
+							1B = copper linkup
+
+						bit 4:
+							reserved
+						bit 3:
+							0B = half duplex
+							1B = full duplex
+
+						bit 2-0:
+							0x0 = link down
+							0x1 = 10Mbps
+							0x2 = 100Mbps
+							0x3 = 1000Mbps
+							0x4 = 10Gbps
+						
+				POE mode:
+						0x01 = no deliver power to PD
+						0x02 = deliver power to PD."
+        ::= { swLedInfoEntry 2 }
+
+END