Alcatel-Lucent 1675 LAMBDAUNITE Reference Manual
Alcatel-Lucent 1675 LAMBDAUNITE Reference Manual

Alcatel-Lucent 1675 LAMBDAUNITE Reference Manual

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1675 LAMBDAUNITE MULTISERVICE SWITCH (MSS) |
RELEASE 11.0
ES64U SNMP REFERENCE GUIDE
ES64U-SNMP-REFG
365-374-201R11.0
CC109681999
ISSUE 1
JULY 2008

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Summary of Contents for Alcatel-Lucent 1675 LAMBDAUNITE

  • Page 1 1675 LAMBDAUNITE MULTISERVICE SWITCH (MSS) | RELEASE 11.0 ES64U SNMP REFERENCE GUIDE ES64U-SNMP-REFG 365-374-201R11.0 CC109681999 ISSUE 1 JULY 2008...
  • Page 2 Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other trademarks are the property of their respective owners. The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein. Copyright © 2008 Alcatel-Lucent. All Rights Reserved.
  • Page 3: Table Of Contents

    Contents About this document Purpose ......................................Intended audience ..................................Conventions used ..................................Related information ..................................How to comment ..................................ES64U SNMP MIB description Overview ...................................... System System MIB ....................................Interfaces Generic interface MIB ................................Ethernet Layer MIB 1-13 1-13 ................................GFP Transmission Layers MIB 1-15 1-15...
  • Page 4 Contents ..............................................MIB tables for alarm/trap/event management 1-37 1-37 ......................Enable trap manager 1-44 1-44 ................................Remove manager from manager list 1-45 1-45 ..........................Upload manager address 1-46 1-46 ..............................Upload alarm profile information 1-48 1-48 ............................ Upload open alarm table 1-50 1-50 ..............................
  • Page 5 Contents ..............................................1+1 LAG group deactivate 1-85 1-85 ..............................1+1 LAG Upload 1-86 1-86 ................................... Support Overview 1-87 1-87 ....................................Restart and truncate database 1-88 1-88 ............................Port to ifIndex Mapping ......................................... 1+1 LAG naming rules ......................................... Glossary ..............................................365-374-201R11.0 Issue 1 July 2008...
  • Page 7: List Of Tables

    List of tables ETS objects creation 1-25 1-25 ............................. Port to ifIndex mapping table ....................................................................... 365-374-201R11.0 Issue 1 July 2008...
  • Page 9: List Of Figures

    List of figures Media-specific interface MIB tables 1-16 1-16 ......................EVC over ETS example 1-24 1-24 ............................ETS MIB tables 1-26 1-26 ............................................................................365-374-201R11.0 Issue 1 July 2008...
  • Page 11: About This Document

    This document aims to describe the usage of this MIB from the management system point of view. It is proposed by Alcatel-Lucent to customers in order to help the development of a dedicated management system dealing with the full discovery and provisioning of the ES64U.
  • Page 12: How To Comment

    1675 LambdaUnite MSS TL1 Command Guide 109671784 Describes the external TL1 interface for 1675 LambdaUnite MSS in terms (365-374-199R11.0) of TL1 command, responses, and notification definitions. ES64U Command Line Interface Guide...
  • Page 13: Es64U Snmp Mib Description

    E S64U SNMP MIB description Overview Purpose This section describes the supported SNMP tables, columnar objects, and scalar objects for the ES64U. SNMP MIB – managed entities The different logical objects managed in the ETS MIBs, and their relationships are depicted in the following figure.
  • Page 14 ES64U SNMP MIB description Overview ..............................................SDH physical interface 0..1 Ethernet ETB Interface (local or remote) Spanning Tree MIB Bridge MIB STP Port 0..1 STI / RSTI Bridge Port MST VLAN Assignment MSTI Per-VLAN STI Bridge VLAN ETS MIB ETS over Provider ETS Traffic Descriptor Bridge...
  • Page 15 ES64U SNMP MIB description Overview ..............................................Overview 1-17 User management 1-27 Overview 1-27 Upload user information 1-29 Check user password 1-30 Alarms and events 1-31 Trap mechanism 1-31 Supported Alarms/Events 1-33 MIB tables for alarm/trap/event management 1-37 Enable trap manager 1-44 Remove manager from manager list 1-45...
  • Page 16: Overview

    ES64U SNMP MIB description Overview ..............................................1+1 LAG port activate 1-82 1+1 LAG group activate 1-83 1+1 LAG group deactivate 1-85 1+1 LAG Upload 1-86 Support 1-87 Overview 1-87 Restart and truncate database 1-88 ..............................................365-374-201R11.0 Issue 1 July 2008...
  • Page 17: System

    [6,7] represents the Maintenance version (number) sysDescr Example: For example, ‘V010100’ represents version 1.1. sysObjectID (SNMPv2-MIB) The vendor’s authoritative identification of the network management subsystem. This scalar is set to “Alcatel-Lucent”. Object identifier (OID): 1.3.6.1.2.1.1.2 Full path: iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysObjectID(2) ..............................................365-374-201R11.0...
  • Page 18 ES64U SNMP MIB description System System MIB ..............................................sysName (SNMPv2-MIB) This scalar, which is an administratively assigned name for this managed node, is set to “sysadm”. Object identifier (OID): 1.3.6.1.2.1.1.5 Full path: iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysName(5) sysServices (SNMPv2-MIB) A value that indicates the set of services that this entity may potentially offer. The value is a sum, which initially takes the value zero.
  • Page 19: Interfaces

    ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................Interfaces Generic interface MIB Generic interface MIB tables The generic interface MIB tables are: • (standard) IfStackTable • (standard) IfInvStackTable • (standard) IfTable • (standard extension) IfXTable • (proprietary) OpticsIMIfTable • (proprietary) OpticsIMEthConfTable •...
  • Page 20 ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................(If I is not involved in multiplexing, then these are the only two ifStackLowerLayer rows associated with I.) For example, two rows exist even for an interface which has no others stacked on top or below it: = active ifStackStatus.0.x = active...
  • Page 21 ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................ES64U implementation For the ES64U, the implementation is as follow: • ifStackStatus ethernetInterface gfpInterface • ifInvStackStatus gfpInterface ethernetInterface IfTable (IF-MIB) A list of interface entries. The number of entries is given by the value of ifNumber. ES64U has interfaces of type gfp(IANAifType 221) and ethernetCsmacd(IANAifType Object identifier (OID): 1.3.6.1.2.1.2.2...
  • Page 22 ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................IfXTable (IF-MIB) A list of interface entries. The number of entries is given by the value of ifNumber. This table contains additional objects for the IfTable Object identifier (OID): 1.3.6.1.2.1.31.1.1 Full path: iso(1).org(3).dod(6).internet(1).mgmt(2).mib-(1).ifMIB(31).ifMIBObjects(1).ifXTable(1) IfXTable (augments ifTable) MIB field name...
  • Page 23 ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................OpticsIMEthConfTable (OPTICSIM-ETHNE-MIB) This media-specific interface table is used to define the proprietary configuration parameters for the Ethernet interfaces. Object identifier (OID): 1.3.6.1.4.1.637.54.1.25.2.1.1 Full path: iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).opticsimEthMib(25). opticsimEthNEMib(2).opticsimEthNEMibObject(1).opticsIMEthConfTable(1) OpticsIMEthConfTable MIB field name Description Value Index of the table A unique value greater than 0...
  • Page 24 ES64U SNMP MIB description Interfaces Generic interface MIB ..............................................OpticsIMEthConfTable MIB field name Description Value This attribute defines the overbooking 0 means unlimited (OB) factor for the EIR bandwidth. 100 means PIR-CIR The overbooking factor is defined as a 101 to 10000 means (PIR-CIR)/100 * percentile.
  • Page 25: Ethernet Layer Mib

    ES64U SNMP MIB description Interfaces Ethernet Layer MIB ..............................................Ethernet Layer MIB OpticsIMEthConfTable MIB field name Description Value Index of the table A unique value greater than 0 ifIndex Not Used opticsIMEthMauIndex Not Used opticsIMEthJackIndex Not Used opticsIMEthConfEncaps Indicates the available bandwidth of a In kbit/s OpticsIMEthAvailable Bandwidth specific port (this value applies to the...
  • Page 26 ES64U SNMP MIB description Interfaces Ethernet Layer MIB ..............................................opticsIMEthVLANTypeTable MIB field name Description Value (RC) opticsIMEthVLANTypeRowStatus Used to create, modify or delete a CreateAndWait(5),CreateAndGo(4)Active(1), row in the table NotReady(3),NotInService(2), or Destroy(6) ..............................................365-374-201R11.0 1-14 Issue 1 July 2008...
  • Page 27: Gfp Transmission Layers Mib

    ES64U SNMP MIB description Interfaces GFP Transmission Layers MIB ..............................................GFP Transmission Layers MIB The media-specific interface MIB tables are tables not generic to all interfaces types. They are: • OpticsimGFPConfTable • (proprietary) OpticsIMSdhIfTable The managed attributes are the following. OpticsIMSdhIfTable –...
  • Page 28 ES64U SNMP MIB description Interfaces GFP Transmission Layers MIB ..............................................The following figure shows the relations between the tables. Figure 1-1 Media-specific interface MIB tables <<OPTICSIM-LAPS-MIB>> <<TSDIM-SNMPNE-MIB>> opticsimLapsConfTable opticsIMSdhIfTable <<rw>> opticsimLapsConfFlag = simpleFlag,twoFlags <<ro>> opticsIMSdhIfSpeed <<rw>> opticsimLapsConfErroneousFramesHandling = none, fscError,... <<ro>>...
  • Page 29: Ets Layer Mib

    ES64U SNMP MIB description ETS Layer MIB Overview ..............................................ETS Layer MIB Overview The management of Ethernet ETS connections involves the following ETS MIB Tables: • (proprietary) opticsimETSTrafficDescrTable • (proprietary) opticsimEth2ETSFlowClassifierTable • (proprietary) opticsimETSInFlowTable • (proprietary) opticsimETSCrossConnectTable • (proprietary) opticsimETSOutFlowTable •...
  • Page 30 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................OpticsIMETSTrafficDescrTable (ETS MIB) MIB field name Description Value Committed Burst Size (Bytes) CBS value (default value in NE: ’0’b) OpticsIMETSTrafficDescrParam4 Peak Burst Size (Bytes) PBS value (default value in NE: ’0’b) OpticsIMETSTrafficDescrParam5 Not used OpticsIMETSTrafficDescrUserLabel...
  • Page 31 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................OpticsIMETSInFlowTable (ETS MIB) MIB field name Description Value Specifies the type of Inflow. 0-unicastNoAutoLearning (default value) OpticsIMETSInFlowPolicing Mode ETS Policing Mode 1 -colorBlind (default value) 2 –disabled (non policed traffic) OpticsimETSInFlowCross ConnectIdentifier Identifier of the pointed Value of cross-connection...
  • Page 32 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................OpticsIMETSInFlowTable (ETS MIB) MIB field name Description Value Used to create, modify or delete a row CreateAndWait, Active, NotInService, in the table or Destroy OpticsIMETSOutFlowTable (ETS MIB) MIB field name Description Value OpticsIMETSOutFlow Index Index of the table...
  • Page 33 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................OpticsIMETSVLanStackConfTable (ETS MIB) MIB field name Description Value OpticsIMETSVlanStackConfIndex First Index of the table Result of Get method on opticsIMETSVlanStackConfIIndexNext OpticsIMETSVlanStackConfVlanIndex Second Index of the table: A value to Value fixed to 1 identify the VLAN number OpticsIMETSVlanStackConfVlanID Defines the VLAN value to be set for...
  • Page 34 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................OpticsIMETSCrossConnectTable (ETS MIB) MIB field name Description Value OpticsIMETSCrossConnectIndex index of the table Result of Get method on opticsIMETSCrossConnectIndexNext OpticsIMETSCrossConnectInFlow Index index of the table = index of opticsIMETSInFlowIndex value of the pointed InFlow related inflow (opticsIMETSInFlowTable)
  • Page 35 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................opticsIMEth2ETSFlowClassifierTable (ETS MIB) MIB field name Description Value VLAN Id of the flow, (or min VLAN • 1..4094 ID for a VLAN range). • 4096 - untagged The 4096 value is also used for •...
  • Page 36 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................opticsIMEth2ETSFlowClassifierTable (ETS MIB) MIB field name Description Value Used to create, modify or delete a row CreateAndWait, Active, NotInService, in the table or Destroy opticsIMETSInFlowServiceIDTable This table is a read-only version of the opticsIMETSInFlowTable It is ordered by ServiceID and InFlow.
  • Page 37 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................The table below summarizes the different ETS MIBs objects that must be provisioned in each NE, to create a complete Ethernet switch: Table 1-1 ETS objects creation A ⇒ Z ETS TrafficDescr Eth2ETS ETS InFlow ETS OutFlow...
  • Page 38 ES64U SNMP MIB description ETS Layer MIB Overview ..............................................Figure 1-3 ETS MIB tables <<OPTICSIM-ETS-MIB>> <<OPTICSIM-ETS-MIB>> opticsimEth2ETSFlowClassifierIndexNext opticsimETSTrafficDescrIndexNext <<OPTICSIM-ETS-MIB>> <<OPTICSIM-ETS-MIB>> opticsimEth2ETSFlowClassifierTable opticsimETSTrafficDescrTable <<Idx2>> opticsimEth2ETSFlowClassifierIndex <<Idx1>> opticsimETSTrafficDescrIndex <<rc>> opticsimEth2ETSFlowClassifierVlan <<rc>> opticsimETSTrafficDescrType = bes, rs, gs <<rc>> opticsimEth2ETSFlowClassifierMaxVlan <<rc>> opticsimETSTrafficDescrParam1 = CIR <<rc>>...
  • Page 39: User Management

    ES64U SNMP MIB description User management Overview ..............................................User management Overview To access the CLI one should login with his username and password. There are four types of user/access level to the CLI, with access to different commands: administrator, constructor, operator and viewer (The command list for each access level is mention in the CLI manual).
  • Page 40 ES64U SNMP MIB description User management Overview ..............................................opticsIMUserOperationTable (Operation table) MIB field name Description Value (RW) The user name needed to be updated String, up to 49 characters UserUsername (WO) The user password needed to be String, up to 49 characters UserPassword updated (RW)
  • Page 41: Upload User Information

    ES64U SNMP MIB description User management Upload user information ..............................................Upload user information GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = opticsIMSecurityMib:: opticsIMCtUserTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = UserIndex – According to the column: • AttrVal.oid = opticsIMSecurityMib:: UserId • AttrVal.type = OCTET STRING •...
  • Page 42: Check User Password

    ES64U SNMP MIB description User management Check user password ..............................................Check user password This operation allows checking the user password. If the operation activation (step 2) succeed, then the password for this user is correct, if an authorization error is return, then the password is not correct.
  • Page 43: Alarms And Events

    ES64U SNMP MIB description Alarms and events Trap mechanism ..............................................Alarms and events Trap mechanism To use the trap mechanism you should use the following features: Manager list Define to which IP address and UDP port to send the traps: You need to use 2 tables: (duplicate tables for future usage of filtering) •...
  • Page 44 ES64U SNMP MIB description Alarms and events Trap mechanism ..............................................There are 2 log tables, one for alarm and the other for events • – general description of each log (default maximum log size tsdimEventLogTable =1000) • – Log of all transmitted alarms tsdimAlarmLogTable ..............................................
  • Page 45: Supported Alarms/Events

    ES64U SNMP MIB description Alarms and events Supported Alarms/Events ..............................................Supported Alarms/Events For more information you can use the document: ES64_SNMP_MIB_and_traps_guide_Ed1.1.doc Alarms OpticsIMAlarmLossOfFrameRaise This notification reports the Loss Of Frame (LOF) defect raise. The loss of frame (LOF) alarm appears when the frame sync is not recognizable, and the out of frame (OOF) alarm persists for 3 ms.
  • Page 46 ES64U SNMP MIB description Alarms and events Supported Alarms/Events ..............................................iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).tsdimBasicMib(1). tsdimSnmpNEMib(5).tsdimSnmpNEMibObject(1).opticsIMCommonAlarms(40). opticsimClientSignalFailRaise(55) OpticsIMAlarmExstensionHeaderMismatchRaise This notification reports the Extension Header Mismatch (EXM) defect raise. Alarm based on detection of EXI field value in ITU-T G.7041. This alarm appears when the received Extension Header Identifier (EXI) is different from the expected EXI.
  • Page 47 ES64U SNMP MIB description Alarms and events Supported Alarms/Events ..............................................Binding: tsdimEventObjectClassIdentifier tsdimEventObjectInstanceIdentifier tsdimEventNotificationId tsdimEventTime opticsIMAdditionalText opticsIMAlarmType This notification is being sent in the following cases: • SDH maximum speed change • Current SDH speed change • VC type change tsdimStateChangeNotification Indicates a generic State Change Event.
  • Page 48 ES64U SNMP MIB description Alarms and events Supported Alarms/Events ..............................................Full path: iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).tsdimBasicMib(1) tsdimSupportMib(3).tsdimSupportMibObject(1).tsdimObjectCreationNotification(18) Binding: tsdimEventObjectClassIdentifier tsdimEventObjectInstanceIdentifier tsdimEventNotificationId tsdimEventTime opticsIMAdditionalText opticsIMAlarmType This notification is being sent currently when • Row status = creating new entry for: – Pm per port (ethAggrCDRxRowStatus/ ethAggrCDTxRowStatus) –...
  • Page 49: Mib Tables For Alarm/Trap/Event Management

    ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................MIB tables for alarm/trap/event management opticsIMMgrPollingInfoTable This table contains the manager polling information. This polling mechanism is used in order to simulate a connection-oriented association between Manager and Agent. Object identifier (OID): 1.3.6.1.2.1.1.1 Full path:...
  • Page 50 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).tsdimBasicMib(1). tsdimSupportMib(3).tsdimSupportMibObject(1).tsdimEFDTable(8) tsdimEFDTable (manager list MIB) MIB field name Description Value tsdimEFDIndex Running Index of the table Ethernet interfaces value as in IfTable (RC) tsdimEFDDest IP address of the manager (RC) tsdimEFDPort UDP port...
  • Page 51 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................To obtain the index value for a new entry, the manager issues a management protocol retrieval operation to obtain the current value of this object. After each retrieval, the agent should modify the value to the next unassigned index (or -1).
  • Page 52 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).tsdimBasicMib(1). tsdimSupportMib(3).tsdimSupportMibObject(1).tsdimAlarmSevTable(29) tsdimAlarmSevTable (alarm profile MIB) MIB field name Description Value tsdimAlarmSevProfileIndex index of the table Pointer to the tsdimAlarmSevProfileTable index (RC) tsdimAlarmSevTrapId index of table Trap id as defined by MIB (RC) tsdimAlarmSevRowStatus Used to create, modify or delete a row...
  • Page 53 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................tsdimAPTTable (log MIB) MIB field name Description Value index – indicate the time the alarm Time ticks since 1970 occurred tsdimAPTAlarmNotificationId index - Sequence index (RO) tsdimAPTAlarmProbableCause The OID alarm description OID of trap as defined by MIB opticsIMCommonAlarms...
  • Page 54 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................tsdimLogTable (log MIB) MIB field name Description Value OID of the relevant pointed table OID or tsdimEventLogTable (event or alarm) tsdimAlarmLogTable (RW) tsdimLogAdminStatus Admin condition 0 – locked 1 –...
  • Page 55 ES64U SNMP MIB description Alarms and events MIB tables for alarm/trap/event management ..............................................tsdimAlarmLogTable (log MIB) MIB field name Description Value (RO) tsdimAlarmLogObjectInstanceIdentifier The OID which describe the alarm OID array source (RO) tsdimAlarmLogSeverity The alarm severity while occurred 1–critical 2–major 3- minor 6-cleared ( currently not an alarm)
  • Page 56: Enable Trap Manager

    ES64U SNMP MIB description Alarms and events Enable trap manager ..............................................Enable trap manager ........................................Set the manager information in opticsIMMgrPollingInfoTable ........................................Set the manager information in (set the index of the previous table in tsdimEFDTable field). tsdimEFDManagerIndex ........................................Check the default severity profile pointer for each source ( tsdimIfAsapIndex ........................................
  • Page 57: Remove Manager From Manager List

    ES64U SNMP MIB description Alarms and events Remove manager from manager list ..............................................Remove manager from manager list ........................................Get from the index pointed to the relevant row of tsdimEFDTable opticsIMMgrPollingInfoTable tsdimEFDManagerIndex ........................................Delete the row from tsdimEFDTable ........................................Use the Index retrieved before (index = ) to delete the row tsdimEFDManagerIndex from...
  • Page 58: Upload Manager Address

    ES64U SNMP MIB description Alarms and events Upload manager address ..............................................Upload manager address opticsIMMgrPollingInfoTable GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-COMMROU-MIB:: opticsIMMgrPoll- ingInfoTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = opticsIMMgrPollingIndex (running index) – According to the column: – •...
  • Page 59 ES64U SNMP MIB description Alarms and events Upload manager address ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: tsdimEFDTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimEFDIndex (running index) – According to the column: – • AttrVal.oid = TSDIM-SUPPORT-MIB:: tsdimEFDDest •...
  • Page 60: Upload Alarm Profile Information

    ES64U SNMP MIB description Alarms and events Upload alarm profile information ..............................................Upload alarm profile information tsdimIfAsapIndex GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SNMPNE-MIB:: opticsIMIfTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = ifIndex (interface id as in ifTable) – According to the column: –...
  • Page 61 ES64U SNMP MIB description Alarms and events Upload alarm profile information ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: tsdimAlarmSevTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimAlarmSevProfileIndex (pointer to the relevant profile index in tsdimAlarmSevProfileTable ) – AttrVal.instance[1] = tsdimAlarmSevTrapId (trap id index as deined in opticsIMCommonAlarms) –...
  • Page 62: Upload Open Alarm Table

    ES64U SNMP MIB description Alarms and events Upload open alarm table ..............................................Upload open alarm table tsdimAPTTable GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: tsdimAPTTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimAPTAlarmTimeIndex (time which the alarm occur) – AttrVal.instance[1] = tsdimAPTAlarmNotificationId (sequence number of the trap) –...
  • Page 63: Upload Log Tables

    ES64U SNMP MIB description Alarms and events Upload log tables ..............................................Upload log tables tsdimLogTable GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: TsdimLogTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimLogIndex (sequence number of the log) – According to the column: –...
  • Page 64 ES64U SNMP MIB description Alarms and events Upload log tables ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: tsdimAlarmLogTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimAlarmLogTimeIndex (time which the alarm occur) – AttrVal.instance[1] = tsdimAlarmLogNotificationId (sequence number of the trap) –...
  • Page 65 ES64U SNMP MIB description Alarms and events Upload log tables ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = TSDIM-SUPPORT-MIB:: tsdimAPTTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = tsdimEventLogEventTimeIndex (time which the event occur) – AttrVal.instance[1] = tsdimEventLogNotificationId (sequence number of this event) –...
  • Page 66: Performance Monitoring Per Port

    ES64U SNMP MIB description Performance monitoring per port Overview ..............................................Performance monitoring per port Overview Supported counters The PM supports the following counters for RX: • TRCO – Total received Octets • TRCF – Total Received Frames • TDF – Total Discard Frames The PM supports the following counters for TX: •...
  • Page 67: Mib Tables For Pm Per Port

    ES64U SNMP MIB description Performance monitoring per port MIB tables for PM per port ..............................................MIB tables for PM per port ethAggrCDRxTable Current RX counters as defined above. ethAggrCDRxTable (PM MIB) MIB field name Description Value ifIndex Index of the table Ethernet interfaces value as in IfTable (RO) ethAggrCDRxTRCF...
  • Page 68 ES64U SNMP MIB description Performance monitoring per port MIB tables for PM per port ..............................................ethAggrCDTxTable (PM MIB) MIB field name Description Value TTF (counter 64 bits) The number of Ethernet frames transmitted out by the Virtual Ethernet Interface. (RO) ethAggrCDTxTTO TTO (counter 64 bits) The number of octets of Ethernet...
  • Page 69 ES64U SNMP MIB description Performance monitoring per port MIB tables for PM per port ..............................................ethAggrHDRxTable (PM MIB) MIB field name Description Value (RO) ethAggrHDRxTRCF TRCF (counter 64 bits) (RO) ethAggrHDRxTRCO TRCO (counter 64 bits) (RO) ethAggrHDRxTDF TDF (counter 64 bits) (RO) ethAggrHDRxSuspectIntervalFlag Indicating if there might be a problem...
  • Page 70 ES64U SNMP MIB description Performance monitoring per port MIB tables for PM per port ..............................................ethAggrHDTxTable (PM MIB) MIB field name Description Value TDF (counter 64 bits) (RO) ethAggrHDTxSuspectIntervalFlag Indicating if there might be a problem 1 = Truth (should be suspected) with this interval collection (for ex.
  • Page 71 ES64U SNMP MIB description Performance monitoring per port MIB tables for PM per port ..............................................ethAggrMainTxTable (PM MIB) MIB field name Description Value TDF (counter 64 bits) ..............................................365-374-201R11.0 1-59 Issue 1 July 2008...
  • Page 72: Creating Collection Of Pm (Rx & Tx)

    ES64U SNMP MIB description Performance monitoring per port Creating collection of PM (RX & TX) ..............................................Creating collection of PM (RX & TX) By default the collection is open for activated (ifTable) interfaces; the PM rowStatus default is active. IN ARG OpticIMCsgVar::AttrList •...
  • Page 73: Deleting Collection Of Pm (Rx & Tx)

    ES64U SNMP MIB description Performance monitoring per port Deleting collection of PM (RX & TX) ..............................................Deleting collection of PM (RX & TX) This will delete also all history information. IN ARG OpticIMCsgVar::AttrList • AttrList[0].instance[0] = interface ifIndex (ethernet type) •...
  • Page 74: Resetting Current Counters Of Pm (Rx & Tx)

    ES64U SNMP MIB description Performance monitoring per port Resetting current counters of PM (RX & TX) ..............................................Resetting current counters of PM (RX & TX) Resetting the current counters will resume all the PM collection. Limitation: In the 5.3 version the reset is done via re setting the ethAggrCDRxRow- Status or ethAggrCDTxRowStatus as in “Creating collection of PM (RX &...
  • Page 75: Upload Pm Information

    ES64U SNMP MIB description Performance monitoring per port Upload PM Information ..............................................Upload PM Information Current Rx Counter Upload GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAggrCDRxTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) –...
  • Page 76 ES64U SNMP MIB description Performance monitoring per port Upload PM Information ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAggrCDTxTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) – According to the column: • AttrVal.oid = OPTICSIM-ETHPM-MIB:: ethAggrCDTxTTF •...
  • Page 77 ES64U SNMP MIB description Performance monitoring per port Upload PM Information ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAggrMain- tRxTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) – According to the column: •...
  • Page 78 ES64U SNMP MIB description Performance monitoring per port Upload PM Information ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAg- grHDRxTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) – AttrVal.instance[1] = ethAggrHDRxGranularityPeriod (1=15 minutes 2=24 hours) –...
  • Page 79 ES64U SNMP MIB description Performance monitoring per port Upload PM Information ..............................................GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAggrHDTxTable OUT ARG OpticIMCsgVar::AttrList: • – AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) – AttrVal.instance[1] = ethAggrHDTxGranularityPeriod (1=15 minutes 2=24 hours) –...
  • Page 80: Performance Monitoring Per Queue

    ES64U SNMP MIB description Performance monitoring per queue Overview ..............................................Performance monitoring per queue Overview PM per queue presents the Performance Monitoring for each queue. There are currently 8 queues per port and they are equivalent to the TD type as follow: 1-bestEffortService, 2-regulatedService, 3-guaranteedService, 5-backgroundService 6-regulated4Service, 7-regulated3Service, 8-regulated1Service, 9-guaranteed2Service The PM per queue supports the following counters:...
  • Page 81: Mib Tables For Pm Per Queue

    ES64U SNMP MIB description Performance monitoring per queue MIB tables for PM per queue ..............................................MIB tables for PM per queue ethAggrPerQueueCDTable Current counters as defined above. ethAggrPerQueueCDTable (PM MIB) MIB field name Description Value ifIndex Index of the table Ethernet interfaces value as in IfTable ethAggrPerQueueIndex Index –...
  • Page 82 ES64U SNMP MIB description Performance monitoring per queue MIB tables for PM per queue ..............................................ethAggrPerQueueCDTable (PM MIB) MIB field name Description Value Total Discard Conforming Octets counter 64 bits -green (counter 64 bits) (RO) ethAggrPerQueueCDDiscardTnCO Total Discard Non Conforming Octets counter 64 bits -yellow (counter 64 bits) (RO)
  • Page 83 ES64U SNMP MIB description Performance monitoring per queue MIB tables for PM per queue ..............................................ethAggrPerQueueHDTable (PM MIB) MIB field name Description Value Index of the table – The end of Time ticks since 1970 period time while this interval counters were collected (#5) ethAggrPerQueueIndex...
  • Page 84 ES64U SNMP MIB description Performance monitoring per queue MIB tables for PM per queue ..............................................ethAggrPerQueueMaintTable Maintenance counters as defined above ethAggrMainTable (PM MIB) MIB field name Description Value ifIndex Index of the table Ethernet interfaces value as in IfTable ethAggrPerQueueIndex Index –...
  • Page 85 ES64U SNMP MIB description Performance monitoring per queue MIB tables for PM per queue ..............................................ethAggrMainTable (PM MIB) MIB field name Description Value Total Discard Non Conforming Octets counter 64 bits - yellow (counter 64 bits) ..............................................365-374-201R11.0 1-73 Issue 1 July 2008...
  • Page 86: Creating Collection Of Pm (Rx & Tx) Per Queue

    ES64U SNMP MIB description Performance monitoring per queue Creating collection of PM (RX & TX) per queue ..............................................Creating collection of PM (RX & TX) per queue By default the collection is open for activated (ifTable) interfaces; the PM rowStatus default is active.
  • Page 87: Resetting Current Counters Of Pm (Rx & Tx) Per Queue

    ES64U SNMP MIB description Performance monitoring per queue Resetting current counters of PM (RX & TX) per queue ..............................................Resetting current counters of PM (RX & TX) per queue Resetting the current counters will resume all the PM collection. IN ARG OpticIMCsgVar::AttrList •...
  • Page 88: Deleting Collection Of Pm (Rx & Tx) Per Queue

    ES64U SNMP MIB description Performance monitoring per queue Deleting collection of PM (RX & TX) per queue ..............................................Deleting collection of PM (RX & TX) per queue This will delete also all history information. IN ARG OpticIMCsgVar::AttrList • AttrList[0].instance[0] = interface ifIndex (ethernet type) •...
  • Page 89: Upload Pm Per Queue Information

    ES64U SNMP MIB description Performance monitoring per queue Upload PM per queue information ..............................................Upload PM per queue information Current counter upload (per queue) GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = OPTICSIM-ETHPM-MIB:: ethAggrPerQueueCDTable OUT ARG • AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) •...
  • Page 90 ES64U SNMP MIB description Performance monitoring per queue Upload PM per queue information ..............................................OUT ARG OpticIMCsgVar::AttrList: • AttrVal.instance[0] = interface ifIndex (Ethernet type index from ifTable) • AttrVal.instance[1] = ethAggrPerQueueIndex (Queue index according to TD type) • According to the column: AttrVal.oid AttrVal.type AttrVal.val...
  • Page 91 ES64U SNMP MIB description Performance monitoring per queue Upload PM per queue information ..............................................AttrVal.oid AttrVal.type AttrVal.val ethAggrPerQueueHDTnCO Counter64 (64 bits) Number of Non conforming (yellow) octets ethAggrPerQueueHDDiscardTCO Counter64 (64 bits) Number of discarded conforming (green) octets ethAggrPerQueueHDDiscardTnCO Counter64 (64 bits) Number of discarded non conforming octets ethAggrHDRxSuspectIntervalFlag INTEGER...
  • Page 92: 1+1 Lag - Link Aggregation Management

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management Overview ..............................................1+1 LAG - Link Aggregation management Overview LAG interface An LAG interface is a group of two Link Aggregation ports which is considered as a single interface. In order to configure an LAG interface, the manager should configure two MIB tables: •...
  • Page 93: 1+1 Lag Mib Tables

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG MIB tables ..............................................1+1 LAG MIB tables alclnkaggAggPortTable (ETS MIB) MIB field name Description Value alclnkaggAggPortIndex Index of the table alclnkaggAggPortActorAdminKey The current administrative value of the This is a 16-bit read-write value. Key for the Aggregation Port.
  • Page 94: 1+1 Lag Port Activate

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG port activate ..............................................1+1 LAG port activate Configuring a new LAG port consists in setting the Ethernet interface client type and associating the LAG port to a LAG group. The sequence of actions is the following: ........................................
  • Page 95: 1+1 Lag Group Activate

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG group activate ..............................................1+1 LAG group activate Configuring a LAG group consists in setting the group , the ActorAdminKey AggName and enabling the group. The sequence of actions is the following: ........................................
  • Page 96 ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG group activate ..............................................IN ARG OpticIMCsgVar::AttrVal • AttrVal.instance[0] = interface ifIndex • AttrVal.oid = alclnkaggAggTable:: alclnkaggAggAdminState • AttrVal.type = INTEGER • AttrVal.val = enable(1) S T E P S ........................................
  • Page 97: 1+1 Lag Group Deactivate

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG group deactivate ..............................................1+1 LAG group deactivate Deactivating a LAG group consists in setting the group to DISABLE. AdminState The sequence of actions is the following: ........................................Set the to DISABLE.
  • Page 98: 1+1 Lag Upload

    ES64U SNMP MIB description 1+1 LAG - Link Aggregation management 1+1 LAG Upload ..............................................1+1 LAG Upload Uploading the LAG consists in retrieving the whole content of: ........................................: LAG group alclnkaggAggTable ........................................: LAG ports alclnkaggAggPortTable GetTable IN ARG OpticsIMCsgVar::CsgVar::OID: tableOid = alcatelIND1LAGMIB:: alclnkaggAggTable OUT ARG OpticIMCsgVar::AttrList: •...
  • Page 99: Support

    ES64U SNMP MIB description Support ..............................................Support Overview The support allows general management. The MIB objects for the support are: MIB field name Description Value opticsIMNERestartRequest (RW) Restart the card restart idle coldRestart warmRestart dbTruncate ..............................................365-374-201R11.0 1-87 Issue 1 July 2008...
  • Page 100: Restart And Truncate Database

    ES64U SNMP MIB description Support Restart and truncate database ..............................................Restart and truncate database There are 5 types of restart that can be set: Type Value Description Restart Reset the card (traffic effected) Idle Do nothing coldRestart Same as restart warmRestart Not supported dbTruncate...
  • Page 101: Port To Ifindex Mapping

    Appendix A: Port to ifIndex Mapping To calculate the ifIndex by the port number X • gfp interface = (X * 8) + 1 • ethernet interface = (X * 8) + 268435457 (In hexadecimal: 10000001) Table A-1 Port to ifIndex mapping table Port ethernet ifIndex Port...
  • Page 102 Port to ifIndex Mapping ..............................................Table A-1 Port to ifIndex mapping table (continued) Port ethernet ifIndex Port ethernet ifIndex Port ethernet ifIndex ifIndex ifIndex ifIndex 268435625 268436313 1545 268437001 268435633 268436321 1553 268437009 268435641 268436329 1561 268437017 268435649 268436337 1569 268437025 268435657 268436345...
  • Page 103 Port to ifIndex Mapping ..............................................Table A-1 Port to ifIndex mapping table (continued) Port ethernet ifIndex Port ethernet ifIndex Port ethernet ifIndex ifIndex ifIndex ifIndex 268435881 1113 268436569 1801 268437257 268435889 1121 268436577 1809 268437265 268435897 1129 268436585 1817 268437273 268435905 1137 268436593...
  • Page 104 Port to ifIndex Mapping ..............................................Table A-1 Port to ifIndex mapping table (continued) Port ethernet ifIndex Port ethernet ifIndex Port ethernet ifIndex ifIndex ifIndex ifIndex 268436137 1369 268436825 268436145 1377 268436833 ..............................................365-374-201R11.0 Issue 1 July 2008...
  • Page 105 Appendix B: 1+1 LAG naming rules Naming Field Subfield Range Syntax Range Syntax bits identifier Data client purposes 0{15 (4 bits) Type (2 bits) Hard- coded decimal Layer (2 bits) value Interface Type 1{1023 (10 bits) Hard- coded decimal value Logical Interface 1{262143 (18 bits) Identifier...
  • Page 106 1+1 LAG naming rules ..............................................The following considerations apply to proposed naming rules for Ethernet Link Aggregations: • Data Client purposes field keeps both the same range and syntax as in referred document for Naming Rule for 4G node – Naming rule for Ethernet Link Aggregation is identified from an “hard-coded” value encoded in T subfield (equal to decimal 1), identifying an LAG as a logical interface;...
  • Page 107 Glossary ..............................................ASN.1 Abstract Syntax Notation One ..............................................BPDU Bridge Protocol Data Unit ..............................................Committed Burst Size Committed Information Rate Class of Service ..............................................Ethernet Transport Bridging Ethernet Transport Service ..............................................Frame Check Sequence ..............................................Gigabit Ethernet Generic Frame Procedure ..............................................
  • Page 108 Glossary ............................................................................................Interface (or Termination) An interface is an object that has a corresponding entry in the of the MIB. It IfTable can be a physical or a logical interface. A physical interface can be supported by the following underlie layers: •...
  • Page 109 Glossary ..............................................Maximum Receive Unit The largest frame size which can be received on the interface. Maximum Transfer Unit, or Maximum Transmission Unit The largest frame size which can be sent on the interface..............................................Network Equipment ..............................................Object Identifier OMSN Optical Multi Service Node Optical Networks Division...
  • Page 110 Glossary ..............................................VLAN Virtual LAN ..............................................365-374-201R11.0 GL-4 Issue 1 July 2008...

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