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PipoCanajaandTony Murray
7e18a07088
* Basic Support for Fiberstore devices * Basic Support for Fiberstore devices * mib files * sysObjectID added * mibs added * MIB corrections + CPU discovery + version and SN * CodeClimate + mempools * CodeClimate + mempools * mempools * 5800 * testdata * 5800 * tests * mempools for 5800 * CodeClimate * CodeClimate * Cleaning and comments * Tests for 5800 * CodeClimate * Update Fs.php * init processors[] * optimized logo * optimized logo * optimized logo * optimized logo * split FS devices * split FS devices * split FS devices - tests * split FS devices - class * split FS devices - class * split FS devices - tests * removing un-necessry condition * text and comments
313 lines
11 KiB
Plaintext
313 lines
11 KiB
Plaintext
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NSCRTV-EPONEOC-EPON-MIB DEFINITIONS ::= BEGIN
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IMPORTS
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BridgeId, Timeout
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FROM BRIDGE-MIB
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IpAddress, Unsigned32, Integer32, Counter32,OBJECT-TYPE, TimeTicks, Gauge32, Counter64,
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MODULE-IDENTITY, OBJECT-IDENTITY, enterprises
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FROM SNMPv2-SMI
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DateAndTime, MacAddress, TimeStamp, RowStatus, TruthValue, DisplayString, TEXTUAL-CONVENTION
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FROM SNMPv2-TC;
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nscrtvRoot OBJECT IDENTIFIER ::= { enterprises 17409 }
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-- DESCRIPTION
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-- "nscrtvRoot定义全国广电设备管理MIB根节点。"
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nscrtvHFCemsTree OBJECT IDENTIFIER ::= { nscrtvRoot 1 }
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nscrtvEponEocTree OBJECT IDENTIFIER ::= { nscrtvRoot 2}
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-- DESCRIPTION
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-- "nscrtvEponEocTree定义EPON、EoC管理系统MIB根节点,"
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-- "所有EPON、EoC系统的MIB均应在该节点下定义。"
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propertyIdent OBJECT IDENTIFIER ::= { nscrtvEponEocTree 1}
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-- DESCRIPTION
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-- "属性(Property)MIB的分支节点标识。"
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alarmsIdent OBJECT IDENTIFIER ::= { nscrtvEponEocTree 2}
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-- DESCRIPTION
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-- "告警(Alarms)MIB的分支节点标识。"
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eponTree OBJECT IDENTIFIER ::= { nscrtvEponEocTree 3}
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-- DESCRIPTION
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-- "EPON MIB的分支节点标识。"
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eoCTree OBJECT IDENTIFIER ::= { nscrtvEponEocTree 4}
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-- DESCRIPTION
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-- "EoC MIB的分支节点标识。"
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eponAlarmTree OBJECT IDENTIFIER ::= { alarmsIdent 11 }
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eponTrapObjectGroup OBJECT IDENTIFIER ::= { eponAlarmTree 1 }
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eponAlarmObjGroup OBJECT IDENTIFIER ::= { eponAlarmTree 2 }
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eponManagementObjGroup OBJECT IDENTIFIER ::= { eponAlarmTree 3 }
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systemObjects OBJECT IDENTIFIER ::= { eponTree 1 }
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sniObjects OBJECT IDENTIFIER ::= { eponTree 2 }
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ponPortObjects OBJECT IDENTIFIER ::= { eponTree 3 }
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onuObjects OBJECT IDENTIFIER ::= { eponTree 4 }
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uniObjects OBJECT IDENTIFIER ::= { eponTree 5 }
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igmpManagementObjects OBJECT IDENTIFIER ::= { eponTree 6 }
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vlanManagementObjects OBJECT IDENTIFIER ::= { eponTree 7 }
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qosManagementObjects OBJECT IDENTIFIER ::= { eponTree 8 }
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stpManagementObjects OBJECT IDENTIFIER ::= { eponTree 9 }
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performanceStatisticObjects OBJECT IDENTIFIER ::= { eponTree 10 }
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eponLinkedEoCManagementObjects OBJECT IDENTIFIER ::= { eponTree 11 }
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EponDeviceIndex ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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Epon olt/onu设备索引号。
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ONU ID的组成（4字节）（高--低）
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Olt device-8bit OLT Card-8bit Pon port-8bit OnuNUM-8bit
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Note:
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----
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1. OLT device must not be 0.
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2. Card here shall confirm the last byte definition of EponCardIndex
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to indicate the main-slot and sub-slot index.
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3. Pon port must not be 0.
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4. The useful ONU logical ID MUST never be set to 0, where NUM of 0 has
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another meaning, to indicate that the ONU logical ID is meaningless,
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or said to not applied.
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Usage guide:
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-----------
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This TC could be used for OLT SNI, OLT PON port, OLT ONU ID
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ONU UNI, OLT device, trunk.
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If the refered MIB object does not have clear definition,
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refer to the following:
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Applied Obj - Descriptions of Index
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------------------------------------------------------------------
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OLT Pon Port - OnuNum shall be set to 0,
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OLT SNI - Same as OLT Pon Port
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OLT onu ID - Set OnuNUM to corresponding ONU logical ID
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ONU UNI - Same as OLT ONU ID
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OLT device - Set card, pon port and OnuNUM to 0
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Trunk - Card to 0x3F, pon port to trunk ID, OnuNUM to 0
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Olt device to corresponding ONU device
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"
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SYNTAX Unsigned32
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EponCardIndex ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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板卡索引号
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For easy presenting the chassis view by NMS, bCardIndex shall be formatted
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in a following manner:
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Four bytes of INTEGER, from the most significant byte to the least significant
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bytes
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-----------------------------------------------------------------------------
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Reserved byte Reserved byte Reserved byte Sub-slot 2-bit Main-slot 6-bit
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Notes:
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-----
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1. Reserved bytes shall be set to 0.
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2. The main-slot shall be started from 1, and shall be in a consecutive manner,
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for all slots, including service slots, control slots, switch slots, power
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slots,FAN slots, etc.For example, 1, 2, 3
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3. The sub-slot shall be started from 1, and shall be in a consecutive manner.
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For example, 1, 2. If no sub-slot concept of a main-slot, set to 0.
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4. For fixed device, if no slot concept, NE shall set both main-slot and sub-slot
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to 0, to indicate this is meaningless. For modulized device, they MUST not be
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set to 0.This definition shall applied to both OLT and ONU.
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5. For trunk, since there is no slot concept, set main-slot to all-1 and sub-slot
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to 0. This definition shall applied to both OLT and ONU.
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For example,
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0x00 00 00 0A, represents main-slot 10, no sub-slot
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0x00 00 00 42, represents main-slot 2, sub-slot 1
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0x00 00 00 3F, represents a trunk
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"
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SYNTAX Unsigned32
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EponPortIndex ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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Epon端口索引号
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The device port number shall start from 1. Nunber 0 had specific meaning, stands
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for portIndex is meaningless, for the situation defined.
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"
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SYNTAX INTEGER (0..255)
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EponAlarmCode ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"Alarm codes, uniquely indentifies each kind of alarm.
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Refer to EPON alarm definition table"
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SYNTAX INTEGER (1..65535)
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EponAlarmInstance ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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Alarm instance, which define the detailed management object
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reported the alarm. For example, OLT device 1, slot 2, port 3
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reports a port down alarm.
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It is represents in OCTET STRING format.
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1. The first four OCTET has same definition as EponDeviceIndex TC.
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2. The fifth OCTET is the slot definition of ONU, which shall
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have same definition as last byte definition in EponCardIndex
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TC.
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3. The sixth OCTET is the UNI port ID of ONU, which is similar to
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EponPortIndex TC.
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4. The seventh and eighth OCTETS are reserved and shall be set to
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0 at any time, and shall be ignored by maangement system.
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For example,
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0x01 02 03 04 05 06 00 00, represents OLT device 1, slot 2, port 3,
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ONU logical ID 4, slot 5 UNI port 6 of the connected ONU.
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"
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SYNTAX OCTET STRING ( SIZE (8) )
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EponSeverityType ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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告警严重程度"
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SYNTAX INTEGER
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{
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critical(1),
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major(2),
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minor(3),
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warning(4),
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info(5),
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clear(6)
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}
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AutoNegotiationTechAbility ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"Technology ability of auto negotiation. Refer to
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clause 30.6.1.1.5 of IEEE 802.3 2005 edition"
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SYNTAX BITS
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{
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tenBaseTFullDuplex(1),
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tenBaseTHalfDuplex(2),
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hundredBaseTFullDuplex(3),
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hundredBaseTHalfDuplex(4),
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thousandBaseTFullDuplex(5),
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thousandBaseTHalfDuplex(6),
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thousandBaseXFullDuplex(7),
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thousandBaseXHalfDuplex(8),
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fdxPause(9),
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fdxApause(10),
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fdxSpause(11),
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fdxBpause(12)
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}
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TAddress ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"
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First four octets sames definition of IpAddress, stands for NMS IP address
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The last four octets same definition of INTEGER, stands for trap UDP port "
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SYNTAX OCTET STRING (SIZE (8))
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EponStats15MinRecordType ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"15分钟性能统计记录的索引号
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索引号为0表示当前15分钟性能数据
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1..96表示历史的15分钟性能，1代表最新的数据，96代表最老的数据"
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SYNTAX INTEGER (0..96)
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EponStats24HourRecordType ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"24小时性能统计记录的索引号
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索引号为0表示当前24小时性能数据
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1..30表示历史的24小时性能, 1代表最新的数据，30代表最老的数据"
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SYNTAX INTEGER (0..30)
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EponStatsThresholdType ::= TEXTUAL-CONVENTION
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STATUS current
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DESCRIPTION
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"门限类型，见 性能量定义表
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1- InOctets
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2 InPkts
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3 InBroadcastPkts
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4 InMulticastPkts
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5 InPkts64Octets
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6 InPkts65to127Octets
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7 InPkts128to255Octets
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8 InPkts256to511Octets
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9 InPkts512to1023Octets
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10 InPkts1024to1518Octets
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11 InPkts1519to1522Octets
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12 InUndersizePkts
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13 InOversizePkts
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14 InFragments
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15 InMpcpFrames
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16 InMpcpOctets
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17 InOAMFrames
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18 InOAMOctets
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19 InCRCErrorPkts
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20 InDropEvents
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21 InJabbers
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22 InCollision
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23 OutOctets
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24 OutPkts
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25 OutBroadcastPkts
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26 OutMulticastPkts
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27 OutPkts64Octets
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28 OutPkts65to127Octets
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29 OutPkts128to255Octets
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30 OutPkts256to511Octets
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31 OutPkts512to1023Octets
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32 OutPkts1024to1518Octets
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33 OutPkts1519o1522Octets
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34 OutUndersizePkts
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35 OutOversizePkts
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36 OutFragments
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37 OutMpcpFrames
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38 OutMpcpOctets
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39 OutOAMFrames
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40 OutOAMOctets
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41 OutCRCErrorPkts
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42 OutDropEvents
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43 OutJabbers
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44 OutCollision
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50 Temperature
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Note:
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----------------------------------------------------------------
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1. For 50 Temperature, this parameter shall only applied to
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a. Slot level, for each service/switch/management card, for
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chassis-based system.
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b. Node-level, for fixed box.
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2. For 50 Temperature, shall be applied to both OLT and ONU
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3. For 50 Temperature, since no 15-min performance data collection
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are required, system shall ensure the temperature polling interval
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no less than 5 seconds. The alarm shall be only generated when the
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threshold is acrossed for three continuous intervals, and shall be
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cleared, when the threshold is not accrossed any more, for three
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continous intervals.
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"
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SYNTAX INTEGER (1..1024)
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--
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-- END of NSCRTV-EPONEOC-EPON-MIB
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--
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END
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