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McDATA E/OSi SNMP Support Manual

1. fcswTCPSessionStatsEntry 4 fcswTCPSessionPendingIlOReads Syntax Max Access Status Description Sequence Gauge32 read only current The number of outstanding IO READ operations for this TCP session i e the number of READ operations that haven t been completed or processed fcswTCPSessionStatsEntry 5 fcswT CPSessionPendingIlOWrites Syntax Max Access Status Description Sequence Gauge32 read only current The number of outstanding IO WRITE operations for this TCP session i e the number of WRITE operations that haven t been completed or processed fcswTCPSessionStatsEntry 6 E OSi SNMP Support Manual fcswTCPSessionAvgReadCmdReqLen Syntax Max Access Status Description Sequence Gauge32 read only current The READ command request length in bytes for this TCP session averaged over the last 5 secs fcswTCPSessionStatsEntry 7 fcswTCPSessionAvgWriteCmdReqLen Syntax Max Access Status Description Sequence fcswT CPSessionRowStatus Syntax Max Access Status Description Sequence Gauge32 read only current The WRITE command request length in bytes for this TCP session averaged over the last 5 secs fcswTCPSessionStatsEntry 8 RowStatus read create current This object indicates the status of this entry active 1 read write notInService 2 read write notReady 3 read only createAndGo
2. McDATA SAN Routing Management MIB Sequence connUnitEventCurrID Syntax Access Status Description Sequence connUnitEntry 27 INTEGER read only mandatory The last used event id connUnitEventIndex connUnitEntry 28 The Table of revisions for hardware and software elements connUnitRevsTable Syntax Access Status Description Sequence connUnitRevsEntry Syntax Access Status Description Sequence SEQUENCE OF ConnUnitRevsEntry not accessible mandatory Table of the revisions supported by connectivity units managed by this agent connSet 7 ConnUnitRevsEntry not accessible mandatory INDEX connUnitRevsUnitId connUnitRevsIndex connUnitRevsTable 1 ConnUnitRevsEntry SEQUENCE connUnitRevsUnitId FcGloballd E OSi SNMP Support Manual connUnitRevsUnitlId Syntax Access Status Description Sequence connUnitRevsIndex Syntax Access Status Description Sequence connUnitRevsRevId Syntax Access Status Description Sequence connUnitRevsIndex INTEGER connUnitRevsRevld DisplayString connUnitRevsDescription DisplayString FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this revision table connUnitRevsEntry 1 INTEGER 1 2147483647 read only mandatory A unique value among all connUnitRevsEntrys with the same value of connUnitRevsUnitld
3. fcswPort 2 FeswFCPortEntry not accessible current Chassis information McDATA Eclipse SAN Router Management MIB Description Entry containing info for a particular port INDEX feswFCPortIndex Sequence fcswFCPortTable 1 FeswFCPortEntry SEQUENCE feswFCPortIndex INTEGER feswFCPortRequestNLPortsCur INTEGER feswFCPortRTTOVcur INTEGER feswFCPortEDTOVcur INTEGER feswFCPortRATOVcur INTEGER feswFCPortLPTOVcur INTEGER feswFCPortBbCreditCur INTEGER feswFCPortRequestNLPortsNext INTEGER feswFCPortRTTOVnext INTEGER feswFCPortEDTOVnext INTEGER feswFCPortRATOVnext INTEGER feswFCPortLPTOVnext INTEGER feswFCPortBbCredits Integer32 fcswFCPortIndex Syntax INTEGER 1 32 Max Access read only Status current Description An index value that uniquely identifies a port This value is similar to ifIndex in MIB2 Sequence fcswFCPortEntry 1 fcswFCPortRequestNLPortsCur Syntax INTEGER 0 125 Max Access read only Status current Description number of FC ports in this FC virtual loop port EA E OSi SNMP Support Manual Sequence feswFCPortRTTOVcur Syntax Max Access Status Description Sequence feswFCPortEDTOVcur Syntax Max Access Status Description Sequence feswFCPortRATOVcur Syntax Max Access Status Description Sequence feswFCPortLPTOVcur Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management
4. 2 136 McDATA SNMP Support connUnitLinkAgentPortY Syntax Access Status Description Sequence connUnitLinkUnitTypeY Syntax Access Status Description Sequence connUnitLinkConnIdY Syntax Access Status Description Sequence connUnitLinkCurrIndex Syntax Access Status Description INTEGER read only mandatory The IP port number for the agent This is provided in case the agent is at a non standard SNMP port connUnitLinkEntry 11 FcUnitType read only mandatory Type of the FC connectivity unit as defined in connUnitType connUnitLinkEntry 12 OCTET STRING SIZE 3 read only mandatory This is the Fibre Channel ID of this port If the connectivity unit is a switch this is expected to be a Big Endian value of 24 bits If this is loop then it is the ALPA that is connected If this is an eport then it will only contain the domain ID If not any of those unknown or cascaded loop return all bits set to 1 connUnitLinkEntry 13 INTEGER read only mandatory The last used link index E OSi SNMP Support Manual Sequence connUnitZoneTable Syntax Access Status Description Sequence connUnitZoneEntry Syntax Access Status Description Sequence connUnitLinkEntry 14 The Active Zone table is defined by read only view of the active zone configuration Based on the fabric zone server defined in the FC GS 3 standard a
5. connUnitPortStatEntry 22 connUnitPortStatCountClass2PBS YFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that PBSY was returned to this port as a result of a Class 2 Frame that could not be delivered to the other end of the link This occurs if the destination N_Port is temporarily busy PBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 23 connUnitPortStatCountClass2FRJTFrames Syntax OCTET STRING SIZE 8 FCMGMT MIB McDATA SNMP Support 2 157 McDATA SNMP Support Access Status Description Sequence read only mandatory Count of times that FRJT was returned to this port as a result of a Class 2 Frame that was rejected by the fabric Note this is a Fibre Channel only stat connUnitPortStatEntry 24 connUnitPortStatCountClass2PRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 2 Frame that was rejected at the destination N_Port Note this is a Fibre Channel only stat connUnitPortStatEntry 25 connUnitPortStatCountClass3RxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 3 Frames rece
6. feswALPortMappingEntry Syntax Max Access Status Description Sequence feswALFcAddressId Syntax Max Access Status Description Sequence feswALVirtualFcAddressId Syntax SEQUENCE OF FcswALPortMappingEntry not accessible current Arbitrated Loop port virtual mapping table nishanFCsw 17 FcswALPortMappingEntry not accessible current Entry containing mapping information for an Arbitrated Loop port INDEX feswALFcAddressld fcswALPortMappingTable 1 FcswALPortMappingEntry SEQUENCE fcswALFcAddressId FCIDtype feswALVirtualFcAddressId FCIDtype FCIDtype read only current Arbitrated Loop port real FC Address ID fcswALPortMappingEntry 1 FCIDtype E OSi SNMP Support Manual Max Access Status Description Sequence Naming Service s Node Table fcswNsNodeTable Syntax Max Access Status Description Sequence fcswNsNodeEntry Syntax Max Access Status Description Sequence fcswNtNsNodeWwn Syntax Max Access McDATA Eclipse SAN Router Management MIB read only current Arbitrated Loop port virtual FC Address ID fcswALPortMappingEntry 2 SEQUENCE OF FcswNsNodeEntry not accessible current The SNS Node table for this SAN nishanFCsw 18 FeswNsNodeEntry not accessible current An entry of the Node in the Name Server database INDEX feswNsNodeWwn fcswNsNodeTable 1 FeswNsNo
7. nishanChipGroup 1 Sample Enterprise TRAP nishanTrap Enterprise Description Sequence nishan This trap is used for the sample enterprise trap in the nishanCommontTrapTest object and as an example for developers of custom enterprise MIBs seS END E OSi SNMP Support Manual McDATA SAN Routing Management MIB NISHAN FCMGMT MIB McDATA SAN Routing Management MIB This MIB contains management objects for McDATA SAN Routers This MIB configures and monitors SAN Routing functions in which the SAN Router imports and exports devices to multiple connected FC fabrics Variable descriptions use the term R_Port for SAN Routing ports while the variable names use the term eport R_Ports are an extension of the standard E_Ports to add routing capabilities Revision history 7 03 01 Initial version 7 10 01 Changes made with initial review from MIB team After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN FCMGMT DEFINITIONS BEGIN IMPORTS MODULE IDENTITY IpAddress OBJECT TYPE FROM SNMPv2 SMI DisplayString RowStatus NISHAN FCMGMT MIB Ba McDATA SAN Routing Management MIB Last Updated Organization Contact info Description Revision Description Revision Description Revision Description Sequence R_Port Support Branch FROM SNMPv2 TC nishan F
8. rmtConnectionEntry 12 Gauge32 Remote Connection Table C 23 McDATA Gateway MIB C 24 Max Access Status Description Sequence rmtConnLostConnections Syntax Max Access Status Description Sequence rmtConnLostPackets Syntax Max Access Status Description Sequence rmtConnTotalPackets Syntax Max Access Status Description read only current The round trip time RTT between the local and remote SAN Routers measured in milliseconds of the most recent connection keep alive message The RTT measurement is updated at one third the interval of the rmtConnHoldTime of the connection rmtConnectionEntry 13 Counter32 read only current The number of initiator target pair data connections between the local and remote SAN Router that had to be abnormally terminated The reason the connections were terminated may be because the hold time expired the port link status went down or other action that caused lost connectivity on the link rmtConnectionEntry 14 Counter32 read only current The number of TCP segments sent by this SAN Router that had to be retransmitted rmtConnectionEntry 15 Counter32 read only current The number of TCP segments transmitted by this SAN Router This does not recount a segment that was retransmitted E OSi SNMP Support Manual Sequence rmtConnUpTime Syntax Max Access Status Description Sequence
9. eportZoneObjectTable Syntax Max Access current The logical local R_Port off of which this particular configuration resides eportZoneSetEntry 1 INTEGER 1 65535 read only current An arbitrary index which uniquely identifies a local Zone Set on this given port eportZoneSetEntry 2 DisplayString SIZE 1 255 read only current The unique ASCII string that represents a Zone Set eportZoneSetEntry 3 INTEGER false 0 true 1 read only current If this is the active zone set the value will be true otherwise false eportZoneSetEntry 4 SEQUENCE OF eportZoneObjectEntry not accessible E OSi SNMP Support Manual Status Description Sequence eportZoneObjectEntry Syntax Max Access Status Description Sequence eportZoneObjectSoIPPort Syntax Max Access Status Description Sequence eportZoneObjectIndex Syntax Max Access Status current This table contains all the Zone Objects for a FC SAN on a local R_Port nishanEportZoning 2 EportZoneObjectEntry not accessible current Entry containing information for a particular Zone Object off of a local R_Port INDEX eportZoneObjectSoIPPort eportZoneObjectIndex eportZoneObjectTable 1 EportZoneObjectEntry SEQUENCE eportZoneObjectSolP Port WWNtype eportZoneObjectIndex INTEGER eportZoneObjectName DisplayString WWNtype read only current T
10. nishanMgtTraps 1 Eclipse Series traps The following traps are supported on the Eclipse SAN Routers These are sent in SNMP v1 format All traps contain a single DisplayString in the varbind list The DisplayString is a log entry that describes the event nSswSNSTrap Enterprise nishanProducts Variables nishanTrapMsg Description The trap sender has been elected as the primary SNS server Type New primary SNS server elected Summary s Arguments 0 Severity NORMAL Category Configuration Events Timelndex 1 State OPERATIONAL Sequence 1 nSswFlashOperationTrap Enterprise nishanProducts Variables nishanTrapMsg Description A new software image has been successfully installed in flash memory Type Software image installed Summary s Arguments 0 Eclipse Series traps H 3 McDATA Management Traps MIB Severity NORMAL Category Configuration Events Timelndex 1 State OPERATIONAL Sequence 3 nSswEnvVoltageUpperThreshTrap Enterprise nishanProducts Variables nishanTrapMsg Description One of the power supply voltages has exceeded its maximum threshold Type Maximum voltage threshold exceeded Summary s Arguments 0 Severity CRITICAL Category Error Events Timelndex 1 State OPERATIONAL Sequence 5 nSswEnvVoltageLowerThreshTrap Enterprise nishanProducts Variables nishanTrapMsg Description One of the power supply voltages has dropped below its minimum threshol
11. trapRegFilter Syntax Access Status Description Sequence trapRegRowState Syntax Access Status Description INTEGER 1 2147483647 read only mandatory The UDP port to send traps to for this host Normally this would be the standard trap port 162 This object is an index and must be specified to create a row in this table trapRegEntry 2 FcEventSeverity read write mandatory This value defines the trap severity filter for this trap host The connUnit will send traps to this host that have a severity level less than or equal to this value The default value of this object is warning trapRegEntry 3 INTEGER rowDestroy 1 Remove row from table rowInactive 2 Row exists but TRAPs disabled rowActive 3 Row exists and is enabled for sending traps read write mandatory Specifies the state of the row rowDestroy READ Can never happen WRITE Remove this row from the table SNMP Trap Registration Group McDATA SAN Routing Management MIB F 75 McDATA SAN Routing Management MIB Sequence Related Traps connUnitStatusChange ENTERPRISE VARIABLES Description TYPE SUMMARY SEVERITY CATEGORY TIMEINDEX STATE Sequence rowlnactive READ Indicates that this row does exist but that traps are not enabled to be sent to the target WRITE If the row does not exist and the agent allows writes to the trap table then a new row is created
12. E 133 McDATA Eclipse SAN Router Management MIB E 134 Sequence fcswTCPSessionsEntry 4 TCP Sessions Storage Statistics Table This table lists the sessions for which storage statistics are being collected for This table is reserved for future use and is not supported in the current release fcswTCPSessionStatsTable Syntax SEQUENCE OF FceswTCPSessionStatsEntry Max Access not accessible Status current Description A Table that lists sessions and its storage statistics To start statistics collection for a session create a row in this table with the corresponding indices from feswTCPSessionsTable table For example if you want to start traffic collection for a session between initiator il WWN and target tl1 WWN on port 7 then set fcswT CPSessionRowStatus to active with indices 7 11 wwn tl wwn To stop the statistics collection then set feswTCPSessionRowStatus to destroy To get the remote peer statistics please look at rmtPeerTable in the NISHAN GTWY mib This table is for future use It is not yet implemented in current releases Sequence fcswPort 9 fcswTCPSessionStatsEntry Syntax FcswTCPSessionStatsEntry Max Access not accessible Status current Description Session storage statistics entries INDEX feswT CPPortIndex feswTCPSessionInitW wn feswTCPSessionTargetWwn E OSi SNMP Support Manual Sequence fcswTCPSessionReadData Syntax Max Access Status Descripti
13. The name of this SNMP Trap Community Entry e g public nishanCommonTrapCommEntry 2 nishanCommonTrapCommColdStart Syntax Max Access Status Description Sequence INTEGER enable 1 disable 2 read write current NONVOLATILE enable all Enable 1 or Disable 2 the SNMP ColdStart Trap for this SNMP community nishanCommonTrapCommEntry 3 E OSi SNMP Support Manual McDATA Nishan Common MIB nishanCommonTrapCommLinkDown Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description NONVOLATILE enable all Enable 1 or Disable 2 the SNMP Link Down traps for this SNMP community Sequence nishanCommonTrapCommEntry 4 nishanCommonTrapCommLinkUp Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description NONVOLATILE enable all Enable 1 or Disable 2 the SNMP Link Up traps for this SNMP community Sequence nishanCommonTrapCommEntry 5 nishanCommonTrapCommAuthentication Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description NONVOLATILE enable all Enable 1 or Disable 2 the SNMP Authenticaiton traps for this SNMP community Sequence nishanCommonTrapCommEntry 6 nishanCommonTrapCommBridge Syntax INTEGER enable 1 disable 2 Max Access read write Common Group A 27 McDATA Nishan Common MIB Status current Description
14. rmtConnDiscoveredPathMtuSize Syntax Max Access Status Description Sequence rmtConnMaxMtuSize Syntax Max Access Status Description McDATA Gateway MIB rmtConnectionEntry 16 TimeTicks read only current The time in hundredths of a second since the current control connection to the remote SAN Router was established This is the length of time that the current connection to the remote SAN Router has been up and running If the remote SAN Router connection is currently down or disabled this variable should return 0 rmtConnectionEntry 17 INTEGER 0 65535 read only current The Discovered Path Maximum Transmission Unit MTU Size in bytes is the MTU size that was discovered for the path used by this connection The Path MTU is determined at connection initiation and when the connection is made aware of route changes The actual MTU used by the connnection is either the Discovered Path MTU or rmtConnMaxMtuSize whichever is smaller If the rmtConnMaxMtuSize has not been set indicated by a value of 0 then it is ignored rmtConnectionEntry 18 INTEGER 0 65535 read only current The maximum value in bytes that can be used for the Maximum Transmission Unit MTU Size for the connection This variable reflects what has been set for the TCP port that is hosting this Remote Connection Table omy McDATA Gateway MIB C 26 Sequence rmtConnTcpWindowSize
15. OCTET STRING SIZE 16 read only mandatory The address of an FCMGMT MIB agent for the node identified by connUnitLinkNodeldY if known otherwise 16 octets of binary 0 connUnitLinkEntry 9 connUnitLinkAgentAddressTypeY Syntax Access Status Description Sequence INTEGER read only mandatory If connUnitLinkAgentAddressY is nonzero it is a protocol address ConnUnitLinkA gentAddressTypeY is the address family number assigned by IANA to identify the address format e g 1 is Ipv4 2 is Ipv6 If connUnitLinkAgentAddressyY is all zeros then this value is ignored connUnitLinkEntry 10 E OSi SNMP Support Manual connUnitLinkAgentPortY Syntax Access Status Description Sequence connUnitLinkUnitTypeY Syntax Access Status Description Sequence connUnitLinkConnIdY Syntax Access Status Description Sequence connUnitLinkCurrIndex Syntax Access Status Description INTEGER read only mandatory The IP port number for the agent This is provided in case the agent is at a non standard SNMP port connUnitLinkEntry 11 FcUnitType read only mandatory Type of the FC connectivity unit as defined in connUnitType connUnitLinkEntry 12 OCTET STRING SIZE 3 read only mandatory This is the Fibre Channel ID of this port If the connectivity unit is a switch this is expected to be a Big Endian value of 24 bits If this is loop then i
16. This is the assigned Virtual Lun Number for the FC lun fcswLunMappingEntry 4 INTEGER visible 1 invisible 2 delete 3 read write current This object indicates the status of this LUN whether it is masked or not visible 1 not masked invisible 2 masked delete 3 delete the mapping for this zone If the lun mapping becomes invalid then the existing value is OR d by 8 i e 4th bit is set to 1 For ex if the value is 10 1010 then this lun was invisible before the lun map became in valid One of the reasons that the lun map could be invalid is if the lun registration fails after a device is plugged in fcswlLunMappingEntry 5 Integer32 0 255 read only current E OSi SNMP Support Manual Description Sequence fcswSnsClientTable Syntax Max Access Status Description Sequence fcswSnsClientEntry Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB The number of entries in feswSnsClientTable If this SAN Router is the primary SNS MIB variable feswSNSRoleStatus 0 then fcswSnsClientCount is the number of SNS clients registered 0 or more and fcswSnsClientTable contains one entry for each client If this SAN Router is not the primary SNS then feswSnsClientCount is 1 and fcswSnsClientTable contains 1 entry for the local client For software releases and hardware models that don t support mFCP feswSnsClientCount is alw
17. connUnitPortStatEntry 4 connUnitPortStatCountRxObjects OCTET STRING SIZE 8 read only mandatory The number of frames packets IOs etc that have been received by this port Note A Fibre Channel frame starts with SOF and ends with EOF FC loop devices should not count frames passed through This value represents the sum total for all other Rx objects connUnitPortStatEntry 5 conn UnitPortStatCountTxElements OCTET STRING SIZE 8 read only mandatory The number of octets or bytes that have been transmitted by this port One second periodic polling of the port This value is saved and compared with the next polled value to compute net throughput Note for Fibre Channel ordered sets are not included in the count connUnitPortStatEntry 6 connUnitPortStatCountRxElements OCTET STRING SIZE 8 read only mandatory 2 152 E OSi SNMP Support Manual Description Sequence The number of octets or bytes that have been received by this port One second periodic polling of the port This value is saved and compared with the next polled value to compute net throughput Note for Fibre Channel ordered sets are not included in the count connUnitPortStatEntry 7 conn UnitPortStatCountBBCreditZero Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of transitions in out of BBcredit zero state The other side is not pr
18. 1 720 558 3860 email information mcdata com The private MIB for McDATA Eclipse SAN Router Management Revisions are listed in reverse chronological order 0509290000Z Updated the descriptions of mib objects feswTCPXmitBufferMgmtMem feswTCPXmitMgmtMaxBufferCount and feswTCPXmitMgmtCurrentUsedBufferCount 0509190000Z Released for E OSi version 4 7 0509060000Z 1 Added mib object feswI CPXmitMgmtMaxBufferCount and feswTCPXmitMgmtCurrentUsedBufferCount 0508190000Z 1 Added a new bit definition to feswT CPOptions to enable or disable Transmit Buffer Management 2 Added new feswTCPXmitBufferMgmtMem to configure the number of buffers for Transmit Buffer Management 0507270000Z Update description of feswPortAutoLinkAggregationAdminStatus to indicate that link aggregation is not supported in E OSi 4 7 NISHAN MGT MIB McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Revision Description Revision Description Revision Description Revision Description Revision Description Revision Description Revision Description Sequence NishanOperStatus Status Description Syntax 0507180000Z Improve descriptions for feswTCPiSCSIFirstBurstLength feswTCPiSCSIMaxBurstLength feswTCPiSCSIMaxRecvDataSegmentLength feswZoneBurstLimit and feswZoneNormalLimit 0506280000Z Added feswTCPFastWriteOptions feswT CPFastWriteMaxXferRdys and feswTCPFast
19. DEFVAL snsavailable nishanSystem 11 INTEGER yes 1 no 2 read write current Setting this variable to 1 causes the System configuration to be saved to flash DEFVAL no nishanSystem 12 INTEGER 0 255 read write current SequenceDURABLE NVRAM version number read from flash nishanSystem 13 INTEGER 0 255 read only current current NVRAM version that should be used nishanSystem 14 INTEGER touched 1 saved 2 noChanges 3 read only E OSi SNMP Support Manual Status Description Sequence systemLeds Syntax Max Access Status Description Sequence systemOptions Syntax Max Access Status Description current Status of system configuration data touched 1 configuration has been modified but not yet saved to flash saved 2 all configuration changes have been saved noChanges 3 configuration has not been changes since last reset DEFVAL noChanges nishanSystem 15 DisplayString read only current A character string that contains the values of all the system LEDs Each character represents an LED If the LED values are not available a zero length string is returned The mapping of character position to front panel LED position depends on the specific Eclipse model Each character may be value meaning 0 off 1 slow blinking 2 fast blinking 3 on nishanSystem 16 INTEGER 0 2147483647 re
20. Description Sequence INTEGER 1 65535 read write current DURABLE 1 The timeout value in seconds after which the next RADIUS server in the table is contacted for login authentication DEFVAL 1 nishanCommonAuthRadiusServerEntry 7 nishanCommonAuthRadiusServerRetries Syntax Max Access Status Description INTEGER 1 5 read write current DURABLE 1 E OSi SNMP Support Manual McDATA Nishan Common MIB The number of retries after which the next RADIUS server in the table is contacted for login authentication DEFVAL 1 Sequence nishanCommonAuthRadiusServerEntry 8 Nishan Extension MIB Trap Group Here begins the trap and destination tables which provide configured SNMP Trap capability to the SNMPv1 agent A TestTrap facility is provided to test the trap subsystem See nishanCommontTrapTest The nishanCommonTrapCommTable lists the communities which hosts in the nishanCommonTrapDestTable belong to The nishanCommonTrapCommTable defines types of SNMP traps which destinations belonging to these communities are sent EXAMPLES A Representative Trap Community Table nishanCommonTrapCommTable Cold Link Index Name Start Down LinkUp Auth 1493 RMON Spec State 1 public 1 1 1 2 1 1 1 1 2 netman 2 1 1 1 1 1 1 1 3 private 2 1 1 1 1 1 1 1 8 admin 2 1 1 1 1 1 1 1 A Representative Trap Host Destination Table nishanCommonAuthHostTable Index Name CommName IPAddress IPMa
21. IDENTIFIER Eclipse 2600 eclipse2600 OBJECT eclipse26xx 1 IDENTIFIER Eclipse 2640 eclipse2640 OBJECT eclipse26xx 2 IDENTIFIER NISHAN PRODUCTS mib l 3 McDATA Products Object Identifier Tree Switch Object Type Sequence Nishan gateways soipGateway OBJECT nishanProducts 3 IDENTIFIER ips1000 OBJECT soipGateway 1 IDENTIFIER ips1x00 OBJECT ips1000 1 IDENTIFIER E OSi SNMP Support Manual J McDATA SAN Router SMI Definitions NISHAN SMI MIB McDATA SAN Router formerly Nishan Systems SMI definitions Version 1 0 Revision history 4 25 01 Added revision list to header comments 7 09 01 Added FOWWN and FcID textual conventions 7 11 01 Renamed FcWWN and FcID to WWNtype and FCIDtype to minimize changes to other MIBs After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN SMI DEFINITIONS BEGIN IMPORTS enterprises MODULE IDENTITY FROM SNMPv2 SMI TEXTUAL CONVENTION FROM SNMPv2 TC nishan MODULE IDENTITY NISHAN SMI MIB J 1 McDATA SAN Router SMI Definitions J 2 Last Updated Organization Contact Info Description Revision Description Revision Description Revision Description Sequence WWNtype Status Description Syntax FCIDtype Status Description 0507270000Z McDATA Corporation McDATA C
22. INTEGER makeSoIPActiveZoneSet 1 leaveCurrentZoneSet 2 appendSoIPZonesToFcActive 3 read write current DURABLE leaveCurrentZoneSet all This object determines the action that is taken by Nishan E Port with the connected FC SAN island If set to MakeSoIPActiveZoneSet this switch will always force the SoIPZoneset on a given island to be the active configuration otherwise if set to leaveCurrentZoneset the current active ZoneSet is not altered If set to append SoIP ZonesToFcActive the SAN Router zones shall be appended E OSi SNMP Support Manual Sequence fcswEportMergeFCZone Syntax Max Access Status Description Sequence to the active FC zoneset on the FC Island If there is no active FC zoneset no append shall occur These actions apply only if the given R_Port is Principal NOTE This variable was called fcswEPortMakeSolPActive in releases prior to 4 0 fcswEPortEntry 7 INTEGER performMergeNow 1 noMerge 2 read write current This object causes the active zones on an FC island to be added into the SAN Router zone configuration All zones added to the SAN Router side will be preceded with FCSW lt PORTID gt The resulting name will be FCSW lt PORTID gt _ lt original zone name gt PORTID is defined to be the last three bytes of the MAC address for the given R_Port Note merge only occurs for WWN zoning Domain port zoning is not merged into the SAN Router zone
23. This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized Counter SNMP R The number of Class 1 connections successfully established in which the attached Nx_Port is the source of the connect request This value is fixed at 0 FcFxPortC1OutConnections Type Provided By Access Description FcFxPortC1FbsyFrames Type Provided By Access Description Counter SNMP R The number of Class 1 connections successfully established in which the attached Nx_Port is the destination of the connect request This value is fixed at 0 Counter SNMP R The number of F_BSY frames generated by this Fx_Port against Class 1 connect request This value is fixed at 0 E OSi SNMP Support Manual McDATA SNMP Support FcFxPortC1FrjtFrames Type Counter Provided By SNMP Access R Description The number of F_RJT frames generated by this Fx_Port against Class 1 connect request This value is fixed at 0 FcFxPortC1ConnTime Type Counter Provided By SNMP Access R Description The cumulative time that this Fx_Port has been engaged in Class 1 connection The amount of time of each connection is counted in octets from after a connect request has been accepted until the connection is disengaged either by an EOFdt or Link Reset This value is fi
24. WWNtype read create current DURABLE 0 all The switchNode name that is assigned a unique domain on this given subFabric eportFabricBindingEntry 4 eportFabricBindingRowStatus Syntax Max Access Status Description Sequence RowStatus read create current DURABLE 2 all The status of a single fabric binding entry eportFabricBindingEntry 5 eportSwitchBindingTotalCount Syntax Max Access Status Description Sequence INTEGER 1 4096 read only current This returns the count of the total number of entries in this table nishanEportSecurity 4 eportSwitchBinding NextFreeIndex Syntax Max Access Status INTEGER 1 4096 read only current E OSi SNMP Support Manual Description Sequence eportSwitchBinding Table Syntax Max Access Status Description Sequence eportSwitchBindingEntry Syntax Max Access Status Description Sequence eportSwitchBindingIndex Syntax Max Access Status Description This returns the next free available index in this table that is free for use nishanEportSecurity 5 SEQUENCE OF EportSwitchBindingEntry not accessible current This table comtains information on the switch binding information that pertains to a given subfabric nishanEportSecurity 6 EportSwitchBindingEntry not accessible current Entry containing information for a particular switch binding
25. eportPortBindingEntry Syntax Max Access Status Description Sequence eportPortBindingEport Syntax Max Access Status Description Sequence current This table comtains information on the port binding information that pertains to a given R_Port nishanEportSecurity 7 EportPortBindingEntry not accessible current Entry containing information for a particular port binding entry Any changes to any entry requires the port offline followed by a port online INDEX eportPortBindingEport eportPortBindingTable 1 EportPortBindingEntry SEQUENCE eportPortBindingEport INTEGER eportPortBindingSwitchWWN WWNtype eportPortBindingEnable INTEGER eportPortBindingAttachedaWWN WWNtype INTEGER 1 4096 read only current DURABLE 0 all The physical local R_Port off which this particular Port Binding resides eportPortBindingEntry 1 eportPortBindingSwitchWWN Syntax WWNtype NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 35 McDATA SAN Routing Management MIB Max Access Status Description Sequence eportPortBindingEnable Syntax Max Access Status Description Sequence read write current DURABLE 0 all The immediately connected switchNode name that this R_Port can communicate eportPortBindingEntry 2 INTEGER enabled 1 disabled 2 read write current This enables port binidng for the local R
26. 1 ipv4 The Inet address type of the RADIUS server For now only IPv4 is supported DEFVAL ipv4 nishanCommonAuthRadiusServerEntry 3 nishanCommonAuthRadiusServerIPAddress Syntax Max Access Status Description Sequence InetAddress read write current DURABLE The IP address of the RADIUS server to which this switch will send device login authentication requests To indicate that this server is not in use set the value to 0 0 0 0 nishanCommonAuthRadiusServerEntry 4 nishanCommonAuthRadiusServerUdpPort Syntax Max Access Status Description INTEGER 0 65535 read write current DURABLE Common Group McDATA Nishan Common MIB A 21 McDATA Nishan Common MIB A 22 Sequence The UDP port on the RADIUS server to send the authentication requests RFC 2865 defaults this port to 1812 but could be different for other implementations DEFVAL 1812 nishanCommonAuthRadiusServerEntry 5 nishanCommonAuthRadiusServerCredential Syntax Max Access Status Description Sequence OCTET STRING SIZE 255 read write current DURABLE The secret code defined by RFC 2865 to use to communicate with the RADIUS server Nishan switches only support CHAP authentication in SW release 3 1 This variable is not required for CHAP authentication nishanCommonAuthRadiusServerEntry 6 nishanCommonAuthRadiusServerTimeout Syntax Max Access Status
27. 4 write only createAndWait 5 write only destroy 6 write only fcswTCPSessionStatsEntry 9 Chassis information McDATA Eclipse SAN Router Management MIB E 137 E 138 McDATA Eclipse SAN Router Management MIB Link Aggregation laAggMaxPorts Syntax Max Access Status Description Sequence laMaxAggs Syntax Max Access Status Description Sequence laConfiguredAggs Syntax Max Access Status Description Sequence laAggWaitTime Syntax Max Access Status Description nishanLinkAggr OBJECT IDENTIFIER nishanMgmt 10 INTEGER 0 255 read only current Maximum number of ports per aggregator nishanLinkAggr 1 INTEGER 0 255 read only current Maximum number of aggregators per system nishanLinkAggr 2 INTEGER 0 255 read only current Number of current aggregators that have been configured with ports nishanLinkAggr 3 INTEGER 0 65000 read write current DURABLE 500 E OSi SNMP Support Manual Sequence laAggTable Syntax Max Access Status Description Sequence laAggEntry Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB Wait time in milliseconds before starting conversation on another port This is used if LACP and marker responder are not implemented and on port failure nishanLinkAggr 4 SEQUENCE OF LaAggEntry not accessi
28. 9 25 01 Changed default value for remotePeerDefautlHoldTimer and for localPortHoldTime Nishan Gateway MIB iFCP Gateway V1 C 1 McDATA Gateway MIB 9 26 01 11 16 01 12 11 01 05 24 02 06 14 02 03 07 03 03 12 03 04 11 03 04 17 03 04 27 03 05 21 03 E OSi SNMP Support Manual Changed allowed range for localPortHoldTime fixed indentation again Added localPortBackupConnect Changed allowed range for remotePeerDefaultHoldTime rmtPeerHoldTime and lclPeerRemoteHoldTime to 10 90 seconds default 30 Clarified Remote Peer and Local Peer table descriptions added IclPeerFailoverCount IclPeerDiscoveredPathMtuSize rmtPeerDiscoveredPathMtuSize rmtPeerMaxMtuSize Made rmtPeerMaxMtuSize read only Max MTU size is now set per port in the Nishan Mgt MIB Added rmtPeerTcpWindowSize to rmtPeerTable and added IclPeer cpWindowSize to IclPeerRedundantSupportTable Included support for IPS 5000 series and 3350 models Added new rmtConnectionCount and rmtConnectionTable to replace rmtPeerTable Added rmtConnTcpTotalSlowStarts variable to count slow starts in iFCP remote peer connections Improved the description for rmtConnTcpTotalSlowStarts Update rmtConnConnectionStatus and IclPeerConnectionStatus descriptions After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN GTWY DEFINITI
29. Access Status Description Sequence connUnitSensorEntry Syntax Access Status Description Sequence McDATA SNMP Support Description of a component to which the revision corresponds connUnitRevsEntry 4 SEQUENCE OF ConnUnitSensorEntry not accessible mandatory Table of the sensors supported by each connectivity unit managed by this agent connSet 8 ConnUnitSensorEntry not accessible mandatory Each entry contains the information for a specific sensor INDEX connUnitSensorUnitld connUnitSensorIndex connUnitSensorTable 1 ConnUnitSensorEntry SEQUENCE connUnitSensorUnitld FcGloballd connUnitSensorIndex INTEGER 1 2147483647 connUnitSensorName DisplayString connUnitSensorStatus FCMGMT MIB McDATA SNMP Support connUnitSensorUnitld Syntax Access Status Description Sequence connUnitSensorIndex Syntax Access Status Description Sequence connUnitSensorName Syntax Access Status INTEGER connUnitSensorInfo DisplayString connUnitSensorMessage DisplayString connUnitSensorType INTEGER connUnitSensorCharacteristic INTEGER FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this sensor table connUnitSensorEntry 1 INTEGER 1 2147483647 read only mandatory A unique value among all connUnitSensorEntrys with the same value of connUnitSensorUnitld in the range be
30. Description Sequence eportDeviceImportTable Syntax Max Access Status INTEGER 1 4096 read only current The maximum number of devices that can be added to the import list nishanEportDevicelInfo 6 INTEGER 1 4096 read only current The number of devices currently in the Import List nishanEportDevicelInfo 7 SEQUENCE OF eportDevicelmportEntry not accessible current NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 13 McDATA SAN Routing Management MIB Description Sequence eportDeviceImportEntry Syntax Max Access Status Description Sequence This table contains information about all the devices that is to be imported into the SAN Router fabric nishanEportDevicelInfo 8 EportDeviceImportEntry not accessible current Entry containing information for a particular device discovered off of a given subfabric INDEX _ eportDeviceImportPortName eportDevicelImportTable 1 EportDevicelmportEntry SEQUENCE eportDeviceImportPortName WWNtype eportDeviceImportRowStatus RowStatus eportDeviceImportPortName Syntax Max Access Status Description Sequence WWNtype read only current The World Wide Port Name that uniquely identifies the device to import eportDeviceImportEntry 1 eportDeviceImportRowStatus Syntax Max Access Status Description Sequence RowStatus read create current T
31. DisplayString read write mandatory URL to launch a management application if applicable Otherwise empty string In a standalone unit this would be the same as the top level URL This has the same definition as systemURL for keywords If write is not supported then return invalid This value will be retained across boots connUnitEntry 10 OCTET STRING SIZE 3 read only mandatory 24 bit Fibre Channel address ID of this connectivity unit right justified with leading zero s if required This should be set to the Fibre Channel address ID or if it is a switch it would be set to the Domain Controller address If this value is not applicable return all bits set to 1 connUnitEntry 11 INTEGER E OSi SNMP Support Manual Access Status Description Sequence connUnitPrincipal Syntax Access Status Description Sequence connUnitNumSensors Syntax Access Status Description Sequence unknown 1 no 2 yes 3 read only mandatory A value of yes means this is the proxy master unit for a set of managed units For example this could be the only unit with a management card in it for a set of units A standalone unit should return yes for this object connUnitEntry 12 INTEGER unknown 1 no 2 yes 3 read only mandatory Whether this connectivity unit is the principal unit within the group of fabric elements If this value is not applica
32. INDEX fcswTargetWWN fcswLunsTable 1 FeswLunsEntry SEQUENCE feswTargetWWN WWNtype feswNumberOfLuns INTEGER WWNtype read only current The Port WWN for this FC target fcswLunsEntry 1 INTEGER 0 255 read only current This object contains the number of Luns for this target fcswLunsEntry 2 SEQUENCE OF FcswLunInfoEntry not accessible current Contains status parameters specific to LUNs E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB Sequence nishanFCsw 34 feswLunInfoEntry Syntax FceswLunInfoEntry Max Access not accessible Status current Description Information for the Nishan SNS LUNs INDEX feswfcTargetWWN fcswLunIndex Sequence fcswLunInfoTable 1 FeswLunInfoEntry SEQUENCE feswfcTargetWWN WWNtype feswLunIndex INTEGER feswLunWWN WWNtype feswLunVendorld DisplayString feswLunProductld DisplayString feswLunProductRev DisplayString feswLunLogicalBlocks Integer32 feswLunLBLength Integer32 feswLunCapacity Integer32 feswLunDeviceType Integer32 feswLunRemovable TruthValue feswLunScsiVersion Integer32 feswLunNumber Integer32 feswfcTargetWWN Syntax WWNtype Max Access read only Status current Description The Port WWN for this FC target Sequence fcswLunInfoEntry 1 FC Switch Zone Configuration E 63 McDATA Eclipse SAN Router Management MIB fcswLunIndex Syntax Max Access Status Desc
33. Max Access Status Description Sequence fcFxPortErrorFxPortIndex Syntax Max Access Status Description Sequence fcFxPortDelimiterErrors Counter32 fcFxPortAddressIdErrors Counter32 fcFxPortLinkResetIns Counter32 fcFxPortLinkResetOuts Counter32 fcFxPortOlsIns Counter32 fcFxPortOlsOuts Counter32 FcFeModuleIndex read only current This object identifies the module containing the FxPort for which this entry contains information fcFxPortErrorEntry 1 FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortErrorEntry 2 Error group McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fabric Element MIB G 34 fcFxPortLinkFailures Syntax Max Access Status Description Sequence fcFxPortSyncLosses Syntax Max Access Status Description Sequence fcFxPortSigLosses Syntax Max Access Status Description Sequence Counter32 read only current The number of link failures detected by this FxPort fcFxPortErrorEntry 3 Counter32 read only current The number of loss of synchronization detected by the FxPort fcFxPortErrorEntry 4 Counter32 read only current The number of loss of signal detected
34. Max Access Status Description Sequence fcswPortOperStatus Syntax Max Access Status McDATA Eclipse SAN Router Management MIB INTEGER empty 0 no connector detected fibreSw 1 Short wave transceiver fibreLw 2 Long wave transceiver copperHssdc 3 High Speed Serial Data Connector copperkj45 4 RJ45 connector other 5 connector type not recognized copperHssdc2 6 High Speed Serial Data Connector 2 read only current Type of connector installed on this port fcswPortEntry 3 INTEGER enable 1 disable 2 read write current Used to indicate the administrative status of this port fcswPortEntry 4 INTEGER up 1 down 2 noSignal 3 waitingForReset 4 inTransition 5 read only current Chassis information E 87 McDATA Eclipse SAN Router Management MIB E 88 Description Sequence fcswPortOperation Syntax Max Access Status Description Sequence fcswPortBeacon Syntax Max Access Status Description Sequence Indicates the operational status of this port This is similar to ifOperStatus but returns more detail up 1 port and link are up traffic can flow down 2 hardware or driver failure or port is disabled noSignal 3 hardware is up but there s no link or no GBIC SFP waitingForReset 4 port unusable until reset due to config changes inTransition 5 port is in the process of being enabled or disabled When a TCP port is man
35. Port in ext loopback txfault 6 Transmitter fault noMedia 7 media not installed linkDown 8 waiting for activity rx sync read only mandatory The hardware detected state of the port connUnitPortEntry 23 FCMGMT MIB McDATA SNMP Support McDATA SNMP Support Event group connUnitEventTable Syntax Access Status Description Sequence connUnitEventEntry Syntax Access Status Description Sequence SEQUENCE OF ConnUnitEventEntry not accessible mandatory The table of connectivity unit events Errors warnings and information should be reported in this table connSet 11 ConnUnitEventEntry not accessible mandatory Each entry contains information on a specific event for the given connectivity unit INDEX connUnitEventUnitId connUnitEventIndex connUnitEventTable 1 ConnUnitEventEntry SEQUENCE connUnitEventUnitld FcGloballd connUnitEventIndex INTEGER 1 2147483647 connUnitEventld INTEGER connUnitREventTime DisplayString connUnitSEventTime TimeTicks E OSi SNMP Support Manual connUnitEventUnitld Syntax Access Status Description Sequence connUnitEventIndex Syntax Access Status Description connUnitEventSeverity FcEventSeverity connUnitEventType INTEGER connUnitEventObject OBJECT IDENTIFIER connUnitEventDescr DisplayString FcGloballd read only mandatory The connUnitld of the connectiv
36. SIZE 8 Access read only Status mandatory 56 E OSi SNMP Support Manual Description Sequence connUnitPortStatCountClass1RxFrames Syntax Access Status Description Sequence conn UnitPortStatCountClass1TxFrames Syntax Access Status Description Sequence connUnitPortStatCountClass1FBS YFrames Syntax Access Status Description Sequence McDATA SAN Routing Management MIB Count of times that FRJT was returned to this port as a result of a Frame that was rejected at the destination N_Port Note This is the total for all classes and is a Fibre Channel only stat connUnitPortStatEntry 13 OCTET STRING SIZE 8 read only mandatory Count of Class 1 Frames received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 14 OCTET STRING SIZE 8 read only mandatory Count of Class 1 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 15 OCTET STRING SIZE 8 read only mandatory Count of times that FBSY was returned to this port as a result of a Class 1 Frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy FBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 16 Event Group F 57 McDAT
37. Sequence McDATA SNMP Support FcNameld read only mandatory The Fabric Port name of this entry in the SNS table connUnitSnsEntry 12 FcGloballd read only mandatory The Hard ALPA of this entry in the SNS table connUnitSnsEntry 13 DisplayString SIZE 0 79 read only mandatory The Symbolic Port Name of this entry in the SNS table connUnitSnsEntry 14 DisplayString SIZE 0 79 read only mandatory The Symbolic Node Name of this entry in the SNS table connUnitSnsEntry 15 FCMGMT MIB McDATA SNMP Support 2 172 Platform Table Design Objectives and Scope Simple read only view of platform registration entries Platform registry is a service hosted by the connectivity unit in a very similar manner as the SNS table I E the platform table is contained by the connectivity unit A platform can register it s attributes and platform nodes with the registry service See FC GS 3 Configuration Server for details The platform table is a flat double indexed MIB table To keep the table simple only one platform management URL is exposed If a platform registers more than one management URL the first one is reported in this table This table is based on the fabric configuration server defined in the FC GS 3 standard and enhanced platform attributes proposed for FC GS 4 Note that the information contained in this table may only contain the platforms
38. Syntax McDATA Gateway MIB This connection is enabled by setting the remotePeerAction status to Enabled DEFVAL disable rmtPeerEntry 6 INTEGER down 0 standby 1 primaryactive 2 failoveractive 3 backup 4 read only deprecated This indicates the current status of the connection down 0 Connection is not operating standby 1 This value is not used primaryactive 2 This SAN Router is connected to the remote primary SAN Router failoveractive 3 This SAN Router is connected to the remote backup SAN Router backup 4 The connection is not operating on this SAN Router but has been activated on our backup SAN Router rmtPeerEntry 7 DisplayString SIZE 0 32 read create deprecated A string describing the connection Used for management purposes DEFVAL rmtPeerEntry 8 Unsigned32 iFCP Remote Peer Configuration C 13 McDATA Gateway MIB C 14 Max Access Status Description Sequence rmtPeerRcvBytes Syntax Max Access Status Description Sequence rmtPeerXmtBytes Syntax Max Access Status Description Sequence rmtPeerConnections Syntax Max Access Status Description read only deprecated The SAN ID of the remote SAN The format is a 4 Byte unsigned value This is determined throught inter SAN Router communication rmtPeerEntry 9 Counter32 read only deprecated The total number of bytes recei
39. This is a cumulative total of fatal network failures lclPeerEntry 13 Counter32 iFCP Backup Link Info McDATA Gateway MIB C 33 McDATA Gateway MIB C 34 Max Access Status Description Sequence IclPeerTotalPackets Syntax Max Access Status Description Sequence IclPeerUpTime Syntax Max Access Status Description Sequence IclPeerFailoverCount Syntax Max Access Status Description read only current The number of TCP segments sent by this SAN Router that had to be retransmitted lclPeerEntry 14 Counter32 read only current The number of TCP segments transmitted by this SAN Router This does not recount a segment that was retransmitted lclPeerEntry 15 TimeTicks read only current The time in hundredths of a second since the current control connection to the remote SAN Router was established This is the length of time that the current connection to the remote SAN Router has been up and running If the remote SAN Router connection is currently down or inactive this variable should return 0 lclPeerEntry 16 Unsigned32 read only current The number of failover events to this connection that have occurred since the connection to the remote SAN Router was established IclPeerUpTime If the link to the remote SAN Router goes down and is then restablished then the failover count is reset to 0 E OSi SNMP Support Manual McD
40. configuration fcswEPortEntry 8 fcswEportMergeFCZoneStatus Syntax Max Access Status Description Sequence fcswEportPortWWN Syntax INTEGER mergeCompleted 1 mergeFailed 2 mergelInProgress 3 noMerge 4 read only current This objects shows whether a merge with the FC island has been completed or not fcswEPortEntry 9 WWNtype Chassis information McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence read only current This objects is the port WWN for the given R_Port fcswEPortEntry 10 fcswEportSwitchInterconnect Syntax Max Access Status Description Sequence INTEGER brocade 1 interoperable 2 mcdata 3 read write current DURABLE 1 all This object shows what interoperability mode an R_Port operates in Note if running in interOperable mode Domain IDs are limited to a value between hex 61 7F InterOperabilty mode defines a mode used by McData and Brocade switches to interconnect to one another McData mode requires the Domain IDs to be a value between hex 1 1F A change to this configuration does not take affect until the R_Port is brought down and up DEFVAL interoperable fcswEPortEntry 11 fcswEportAllowFcPortZoning Syntax Max Access Status Description Sequence INTEGER allow
41. connUnitPlatformsMaxEntry connUnitPlatformEntry 1 connUnitPlatformNodeIndex Syntax Access Status Description Sequence connUnitPlatformUnitID Syntax Access Status Description Sequence connUnitPlatformName Syntax Access INTEGER 1 2147483647 read only mandatory Unique table index for each platform node Valid values are between 1 and connUnitPlatformsNumNodes connUnitPlatformEntry 2 FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this Platform table connUnitPlatformEntry 3 OCTET STRING SIZE 79 read only E OSi SNMP Support Manual Status Description Sequence connUnitPlatformType Syntax Access Status Description Sequence connUnitPlatformLabel Syntax Access Status Description Sequence mandatory The platform name May be either a readable string or a unique ID format as specified in the FC GS 4 draft standard connUnitPlatformEntry 4 FcUnitType read only mandatory The platform type connUnitPlatformEntry 6 DisplayString SIZE 0 79 read only mandatory An administratively assigned symbolic name for the platform The Platform Label shall only contain print able ASCII characters connUnitPlatformEntry 7 connUnitPlatformDescription Syntax Access Status Description Sequence DisplayString SIZE 0 79 read
42. connUnitZoningAliasEntry Syntax Access Status Description Sequence SEQUENCE OF ConnUnitZoningAliasEntry not accessible mandatory un connSet 14 ConnUnitZoningAliasEntry not accessible mandatory INDEX connUnitZoning AliasIndex connUnitZoning AliasMemberIndex connUnitZoningAliasTable 1 ConnUnitZoningAliasEntry SEQUENCE connUnitZoning AliasIndex INTEGER connUnitZoningAliasMemberIndex INTEGER connUnitZoning AliasNumA liases INTEGER connUnitZoning AliasName DisplayString connUnitZoning AliasNumMembers INTEGER E OSi SNMP Support Manual connUnitZoningAliasIndex Syntax Access Status Description Sequence connUnitZoning AliasMemberldType INTEGER connUnitZoningAliasMemberID FcGloballd INTEGER 1 2147483647 read only mandatory Unique table index for each alias Valid values are between 1 and connUnitZoningAliasNumA liases connUnitZoningAliasEntry 1 connUnitZoningAliasMemberIndex Syntax Access Status Description Sequence INTEGER 1 2147483647 read only mandatory Unique table index for each alias member Valid values are between 1 and connUnitZoningAliasNumMembers connUnitZoningAliasEntry 2 connUnitZoningAliasNumAliases Syntax Access Status Description Sequence INTEGER read only mandatory The number of aliases defined in this table connUnitZonin
43. disables When disabled no BOOTPs are transmitted by the Application When enabled the Application sends up to 3 BOOTP requests at 5 second intervals Sequence nishanCommonMiscGroup 4 nishanCommonMiscDHCPOnOff Syntax INTEGER enable 1 disable 2 Max Access read write Status current Common Group A 35 McDATA Nishan Common MIB A 36 Description Sequence nishanCommonMiscBaud Syntax Max Access Status Description Sequence Enable Disable DHCP operation A 1 enables a 2 disables When disabled no DHCPs are transmitted by the Application When enabled the Application sends up to 3 DHCP requests at 5 second intervals nishanCommonMiscGroup 5 INTEGER baud2400 1 baud9600 2 baud19200 3 baud38400 4 read write current The Serial port BAUD Rate Attributes are 8 Start Bits no parity and 1 stop bits 8N1 and Hardware Flow Control Valid values are 2400 9600 19200 and 38400 nishanCommonMiscGroup 6 nishanCommonMiscPassword Syntax Max Access Status Description Sequence DisplayString SIZE 1 16 read write current Get and Set the system password nishanCommonMiscGroup 7 nishanCommonMiscProductName Syntax Max Access Status Description Sequence nishanCommonMiscReset Syntax DisplayString SIZE 1 32 read write current Get and Set the product name of this agent s device This name is shown in user
44. fcFxPortC2AccountingEntry 1 fcFxPortC2AccountingFxPortIndex Syntax Max Access Status Description Sequence fcFxPortC2InFrames Syntax Max Access Status Description Sequence fcFxPortC2OutFrames Syntax Max Access Status Description Sequence FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortC2AccountingEntry 2 Counter32 read only current The number of Class 2 frames received by this FxPort from its attached NxPort fcFxPortC2AccountingEntry 3 Counter32 read only current The number of Class 2 frames delivered through this FxPort to its attached NxPort fcFxPortC2AccountingEntry 4 Accounting Groups McDATA Nishan FC Fabric Element MIB G 39 McDATA Nishan FC Fabric Element MIB G 40 fcFxPortC2InOctets Syntax Max Access Status Description Sequence fcFxPortC2OutOctets Syntax Max Access Status Description Sequence fcFxPortC2Discards Syntax Max Access Status Description Sequence fcFxPortC2FbsyFrames Syntax Max Access Status Description Sequence Counter32 read only current The number of Class 2 frame octets including the frame delimiters received by this FxPort fro
45. for Fibre Channel ordered sets are not included in the count connUnitPortStatEntry 6 E OSi SNMP Support Manual connUnitPortStatCountRxElements Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory The number of octets or bytes that have been received by this port One second periodic polling of the port This value is saved and compared with the next polled value to compute net throughput Note for Fibre Channel ordered sets are not included in the count connUnitPortStatEntry 7 conn UnitPortStatCountBBCreditZero Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of transitions in out of BBcredit zero state The other side is not providing any credit Note this is a Fibre Channel stat only connUnitPortStatEntry 8 connUnitPortStatCountInputBuffersFull Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of occurrences when all input buffers of a port were full and outbound buffer to buffer credit transitioned to zero There is no credit to provide to other side Note this is a Fibre Channel stat only connUnitPortStatEntry 9 connUnitPortStatCountFBS YFrames Syntax Access Status OCTET STRING SIZE 8 read only mandatory Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Manage
46. icmpInEchoReps 2 36 icmpInEchos 2 36 icmpInErrors 2 35 icmpInMsgs 2 35 icmpInParmProbs 2 36 icmpInRedirects 2 36 icmpInSrcQuenchs 2 36 icmpInTimeExcds 2 35 icmpInTimestampReps 2 37 icmpInTimestamps 2 36 icmpOutAddrMaskReps 2 39 icmpOutAddrMasks 2 39 icmpOutDestUnreachs 2 38 icmpOutEchoReps 2 39 icmpOutEchos 2 38 icmpOutErrors 2 37 icmpOutMsgs 2 37 icmpOutParmProbs 2 38 icmpOutRedirects 2 38 icmpOutSrcQuenchs 2 38 icmpOutTimeExcds 2 38 icmpOutTimestampReps 2 39 ifAdminStatus 2 18 ifDescr 2 16 ifIndex 2 16 ifInDiscards 2 19 ifInErrors 2 20 ifInNUcastPkts 2 19 ifInOctets 2 19 ifInUcastPkts 2 19 ifInUnknownProtos 2 20 ifLastChange 2 19 ifMtu 2 18 ifNumber 2 15 ifOperStatus 2 18 ifOutDiscards 2 21 ifOutErrors 2 21 ifOutNUcastPkts 2 20 ifOutOctets 2 20 ifOutQLen 2 21 ifOutUcastPkts 2 20 ifPhysAddress 2 18 ifSpecific 2 21 ifSpeed 2 18 ipAdEntAddr 2 28 ipAdEntBcastAddr 2 28 ipAdEntlfIndex 2 28 ipAdEntNetMask 2 28 ipAdEntReasmMaxSize 2 29 ipDefaultITL 2 23 ipForwarding 2 23 ipForwDatagrams 2 24 ipFragCreates 2 27 ipFragFails 2 27 ipFragOKs 2 27 ipInAddrErrors 2 24 ipInDelivers 2 25 ipInDiscards 2 25 ipInHdrErrors 2 24 E OSi SNMP Support Manual ipInReceives 2 23 ipInUnknownProtos 2 24 ipNetToMedialfIndex 2 33 ipNetToMediaNetAddress 2 34 ipNetToMediaPhysAddress 2 34 ipNetToMediaType 2 34 ipOutDiscards 2 25 ipOutNoRoutes 2 26 ipOutRequests 2 25 ipReasmFails 2 26 ipReasmOKs 2 26 ipReasmReqds 2 26
47. in units of thousands of a second fcswFCPortEntry 9 INTEGER 1 64 read write current E OSi SNMP Support Manual Description Sequence fcswFCPortRATOVnext Syntax Max Access Status Description Sequence fcswFCPortLPTOVnext Syntax Max Access Status Description Sequence fcswFCPortBbCredits Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB Error Detect Timeout This value will be used in next FC login NVRAM value in seconds fcswFCPortEntry 10 INTEGER 1 4 read write current Resource Allocation Timeout This value will be used in next FC login NVRAM value in seconds fcswFCPortEntry 11 INTEGER 1 64 read write current Loop Timeout This value will be used in next FC login NVRAM value in seconds fcoswFCPortEntry 12 Integer32 1 2147483647 read write current The total number of receive buffers available for holding Class 2 or 3 frames from the attached NxPort BB Credits are used for flow control of received traffic The maximum allowed value depends on the port type hardware model and software version The default value is 16 fcswFCPortEntry 13 Chassis information McDATA Eclipse SAN Router Management MIB FC R Port Table fcswEPortTable Syntax Max Access Status Description Sequence fcswEPortEntry Syntax Max Access Status
48. not pad the underrun data Bit 8 Target nop default ON The initiator target will turn on off sending the NOP packet Bit 9 CHAP Authentication default OFF An iSCSI initiator and target negotiate an authentication method during login If bit 9 is off this port does not support CHAP authentication If bit 9 is on this port supports CHAP authentication of an attached iSCSI initiator when the port is acting as a virtual iSCSI target Bit 10 CHAP Required default OFF If CHAP Authentication is disabled bit 9 is off then bit 10 has no effect If CHAP Authentication is enabled bit 9 is on and bit 10 is off then this port will use CHAP to authenticate initiators that support CHAP but will also accept logins from initiators that don t support CHAP If both bits 9 and 10 are on then this port only accepts logins from initiators that support CHAP and are successfully authenticated via CHAP Chassis information E 117 McDATA Eclipse SAN Router Management MIB Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access DEFVAL 300 fcoswTCPPortEntry 14 feswTCPiSCSIFirstBurstLength INTEGER 8 256 read write current DURABLE 64 all The maximum amount of unsolicited data an iSCSI initiator may send to the target during the execution of a single SCSI command kilobytes The default value is 64
49. rfc2579 mib SNMPv2 TC for SNMP textual conventions rfc2851 mib INET ADDRESS MIB for IP address types rfc2863 mib IF MIB for textual conventions Some MIB browsers require MIBs to be loaded in a certain order so that dependencies are loaded first For example most McDATA proprietary MIBs reference NISHAN SMLI so NISHAN SMI should be loaded before other McDATA MIBs The following list is one possible order that loads dependencies first SAN Router Supported MIBs McDATA SNMP Support rfc1213 mi rfc1354 mi rfc1493 mi rfc1757 mi rfc2578 m rfc2579 mi rfc2851 mi rfc2863 m P BRIDGE MIB mib FAFCMGMT mib NISHAN SMI mib NISHAN PRODUCTS mib NISHAN MGT mib NISHAN GTWY mib NISHAN COM mib NISHAN ISCSI mib NISHAN FC mib NISHAN FCMGMT mib NISHAN RPRO mib NISHAN SNTP mib NISHAN TRAPS v1 mib o5 cC on oe oe oe oon Proprietary MIB versions MIB II IP Forwarding table MIB Bridge MIB RMON MIB 4 tables supported SNMPv2 SMI for SNMP data types SNMPv2 TC for SNMP textual conventions INET ADDRESS MIB for IP address types IF MIB for textual conventions 802 1d p Traffic Prioritization MIB from rfc2674 Fibre Alliance MIB v3 0 Defines the nishan enterprise MIB branch Defines product IDs Eclipse enterprise specific MIB variables iFCP gateway support Eclipse common enterprise MIB variables Eclipse iSCSI configuration MIB Fabric Element MIB similar to RFC 2837 Eclipse enterprise FC R_Port MIB Eclipse inband
50. size more quickly This option may be used on dedicated long latency links to improve performance by skipping unnecessary protection against interfering with other traffic Congestion Avoidance bit 17 may be disabled by setting bit 17 Congestion Avoidance is the slow growth mode of the SAN Router s CWND size after a congestion event Disabling Congestion Avoidance causes the CWND size to increase more rapidly after a congestion event E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB Reduced Slow Start Timeout bit 18 when enabled reduces the minimum Slow Start timeout from 500 msec to 150 msec Hardware Compression bit 19 enables hardware based compression if available Bit 19 has no effect if hardware compression is not available in this hardware model or software bundle Bits 2 3 and 19 are mutually exclusive at most one may be set at a time Attempting to set more than one compression mode at a time results in an SNMP SET failure If bit 20 is set Transmit Buffer Management is enabled otherwise disabled Reserved bits must be zero when read and must be ignored by the agent when set for future backward compatibility DEFVAL 0 Sequence fcswI CPPortEntry 12 feswT CPMaxMtuSize Syntax INTEGER 512 4096 Max Access read write Status current Description The maximum value in bytes that can be used for the Maximum Transmission Unit MTU Size for this TCP Port This variable can
51. 0 medium type associated with a port FcOMedium INTEGER unknown 1 sm 2 m5 4 m6 8 tv 16 mi 32 stp 64 tw 128 lv 256 McDATA Nishan FC Fabric Element Management MIB McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fabric Element MIB The FC 0 transmitter type of a port FcOTxType INTEGER unknown 1 longWaveLaser 2 LL shortWaveLaser 3 SL longWaveLED 4 LE electrical 5 EL shortWaveLaserNoOFC 6 SN The FC 0 distance range associated with a port transmitter Fc0Distance INTEGER unknown 1 long 2 intermediate 3 short 4 Module and Port Capacity FcFeModuleCapacity INTEGER 1 256 FcFeFxPortCapacity INTEGER 1 256 Module FxPort and NxPort Index FcFeModuleIndex INTEGER 1 256 FcFeFxPortIndex INTEGER 1 256 FcFeNxPortIndex INTEGER 1 126 Port Mode FcFxPortMode INTEGER unknown 1 fPort 2 flPort 3 BB_Credit Model FcBbCreditModel INTEGER regular 1 alternate 2 Configuration group fcFeFabricName Syntax Max Access This group consists of scalar objects and tables It contains the configuration and service parameters of the Fabric Element and the FxPorts The group represents a set of parameters associated with the Fabric Element or an FxPort to support its NxPorts Implementation of this group is mandatory FabricName read only instead of read write E OSi SNM
52. 2 47 McDATA SNMP Support Description snmp InBad Values Type Access Description snmpInReadOnlys Type Access Description snmpInGenEtrrs Type Access Description snmpInTotalReq Vars Type Access Description The total number of SNMP PDUs which were delivered to the SNMP protocol entity and for which the value of the error status field is noSuchName Counter R The total number of SNMP PDUs which were delivered to the SNMP protocol entity and for which the value of the error status field is badValue Counter R The total number valid SNMP PDUs which were delivered to the SNMP protocol entity and for which the value of the error status field is readOnly It should be noted that it is a protocol error to generate an SNMP PDU which contains the value readOnly in the error status field as such this object is provided as a means of detecting incorrect implementations of the SNMP Counter R The total number of SNMP PDUs which were delivered to the SNMP protocol entity and for which the value of the error status field is genErr Counter R The total number of MIB objects which have been retrieved successfully by the SNMP protocol entity as the result of receiving valid SNMP Get Request and Get Next PDUs E OSi SNMP Support Manual snmpInTotalSetVars Type Access Description snmpInGetRequests Type Access Description snmpInGetNexts Type Acc
53. 39 e UDP Group on page 2 45 e SNMP Group on page 2 46 This group keeps statistics on the SNMP Agent implementation itself DisplayString 0 255 R A textual description of the entity This value should include the full name and version identification of the system s hardware type software operating system and networking software It is mandatory that this only contain printable ASCII characters Object Identifier R The vendor s authoritative identification of the network management subsystem contained in the entity This value is allocated within the SMI enterprises subtree 1 3 6 1 4 1 and provides an easy and unambiguous means for determining what kind of box is being E OSi SNMP Support Manual McDATA SNMP Support managed For example if vendor Flintstones Inc was assigned the subtree 1 3 6 1 4 1 4242 it could assign the identifier 1 3 6 1 4 1 4242 1 1 to its Fred Router The current set of sysObjectID values recognized by Element Manager v4 6 with the corresponding vendor and model names are given in the table below sysObjectID Vendor name Model Name Supported 1 3 6 1 4 1 4369 3 2 1 1 McDATA Corporation Eclipse 3100 No 1 3 6 1 4 1 4369 3 2 1 2 McDATA Corporation Eclipse 3300 Yes 1 3 6 1 4 1 4369 3 2 1 3 McDATA Corporation Eclipse 3320 No 1 3 6 1 4 1 4369 3 2 1 4 McDATA Corporation Eclipse 1620 Yes 1 3 6 1 4 1 4369 3 2 2 1 McDATA Corporation Eclipse
54. 4100 No 1 3 6 1 4 1 4369 3 2 2 2 McDATA Corporation Eclipse 4300 Yes 1 3 6 1 4 1 4369 3 2 3 1 McDATA Corporation Eclipse 2600 No 1 3 6 1 4 1 4369 3 2 3 2 McDATA Corporation Eclipse 2640 Yes 1 3 6 1 4 1 4369 3 2 3 3 McDATA Corporation Eclipse 2680 No sysUpTime Type TimeTicks Access R Description The time in hundredths of a second since the network management portion of the system was last re initialized sysContact Type DisplayString 0 255 Access R Description The textual identification of the contact person for this managed node together with information on how to contact this person MIB Definitions 2 13 McDATA SNMP Support sysName Type Access Description sysLocation Type Access Description sysServices Type Access Description DisplayString 0 255 RW An administratively assigned name for this managed node By convention this is the node s fully qualified domain name DisplayString 0 255 RW The physical location of this node e g telephone closet 3rd floor INTEGER R A value which indicates the set of services that this entity primarily offers The value is a sum This sum initially takes the value zero then for each layer L in the range 1 through 7 that this node performs transactions for 2 raised to L 1 is added to the sum For example a node which performs primarily routing functions would have a
55. 5 INTEGER unknown 1 unused 2 cannot report status ok 3 available for meaningful work warning 4 something needs attention failed 5 something has failed read only mandatory Overall status of the connectivity unit The goal of this object is to be the single poll point to check the status of the connunit If there is any other component that has warning then this should be set to warning etc connUnitEntry 6 DisplayString SIZE 0 79 read only mandatory The connectivity unit vendor s product model name connUnitEntry 7 DisplayString SIZE 0 79 read only Connectivity unit group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Status Description Sequence connUnitUpTime Syntax Access Status Description Sequence connUnitUrl Syntax Access Status Description Sequence connUnitDomainId Syntax Access Status Description Sequence mandatory The serial number for this connectivity unit connUnitEntry 8 TimeTicks read only mandatory The number of centiseconds since the last unit initialization connUnitEntry 9 DisplayString read write mandatory URL to launch a management application if applicable Otherwise empty string In a standalone unit this would be the same as the top level URL This has the same definition as systemURL for keywords If write is not supported then return inval
56. AND INITIATOR Byte 3 is reserved fcswlLunInfoEntry 10 TruthValue read only current Identifies that this device has removable media False Media is not removable True Media is removable fcswLunInfoEntry 11 Integer32 0 255 read only current The SCSI Version supported as reported by the Inquiry command as defined in SCSI Primary Commands 2 SPC 2 Code Description 00h conformance not specified oih Obsolete SCSI I 02h SCSI II 03h SCSI IIT 04h Complies to SPC 2 FC Switch Zone Configuration E 67 McDATA Eclipse SAN Router Management MIB Sequence feswLunNumber Syntax Max Access Status Description Sequence feswLunMappingTable fcswLunMappingTable Syntax Max Access Status Description Sequence feswLunMappingEntry Syntax Max Access Status 82h SCSI IT amp ISO IEC 9316 1995 83h SCSI III amp ISO IEC 9316 1995 84h Complies to SPC 2 amp ISO IEC 9316 1995 Other values are also defined The above list shows current pertinent values fcswLunInfoEntry 12 Integer32 read only current The physical LUN number that contains the 2 byte LUN Field The upper byte has the address field which might be used in older RAID systems The lower byte contains the lun value itself For ex 0x40 is the upper byte for certain RAID systems to indicate no lun hierarchy fcswLunInfoEntry 13 SEQUENCE OF FcswLunMappingEntry not
57. Class 1 Frames received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 14 OCTET STRING SIZE 8 read only mandatory Count of Class 1 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 15 OCTET STRING SIZE 8 read only mandatory Count of times that FBSY was returned to this port as a result of a Class 1 Frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy FBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 16 OCTET STRING SIZE 8 read only mandatory FCMGMT MIB McDATA SNMP Support Description Sequence Count of times that PBSY was returned to this port as a result of a Class 1 Frame that could not be delivered to the other end of the link This occurs if the destination N_Port is temporarily busy PBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 17 connUnitPortStatCountClass1FRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 1 Frame that was rejected by the fabric Note this is
58. Description Sequence fcswChasFanEntry Syntax Max Access Status Description Sequence feswChasFanIndex Syntax Max Access Status Description feswChasFan OBJECT IDENTIFIER nishanFCswChassis 10 SEQUENCE OF FcswChasFanEntry not accessible current This table contains information about Fan fcswChasFan 1 FcswChasFanEntry not accessible current Contains information regarding a power supply unit INDEX feswChasFanIndex fcswChasFanTable 1 FeswChasFanEntry SEQUENCE fcswChasFanIndex INTEGER feswChasFanDescr DisplayString fcswChasFanPartNumber DisplayString fcswChasFanOperStatus INTEGER feswChasFanValue INTEGER INTEGER 1 2 read only current An index to this fan instance Chassis information McDATA Eclipse SAN Router Management MIB E 77 McDATA Eclipse SAN Router Management MIB E 78 Sequence fcswChasFanDescr Syntax Max Access Status Description Sequence fcswChasFanPartNumber Syntax Max Access Status Description Sequence fcswChasFanOperStatus Syntax Max Access Status fcswChasFanEntry 1 DisplayString SIZE 0 14 read only current A textual description of the location of the fan fcswChasFanEntry 2 DisplayString SIZE 0 6 read only obsolete Fan Part Number note this object has been obsoleted as the part number cannot always be determined fcswChasFanEntr
59. Element Management MIB McDATA SNMP Support McDATA SNMP Support FcFxPortFcphVersionLow Type Provided By Access Description FcFxPortBbCredit Type Provided By Access Description FcFxPortRxBufSize Type Provided By Access Description FcFxPortRatov Type 0x10 FC PH2 0x20 FC PH3 FcphVersion FC2 R The lowest or earliest version of FC PH that the Fx_Port is configured to support Since the switch is not capable of changing its support for FC PH version the version reported is the one currently in use for this port If there is no device logged in then the value is 0 For values see FcFxPortFcphVersionHigh on page 2 61 FcBbCredit PCP R The total number of receive buffers available for holding Class 1 connect request Class 2 or 3 frames from the attached Nx_Port It is for buffer to buffer flow control in the direction from the attached Nx_Port if applicable to F_port FcRxDataFieldSize LOGIN SERVER R The largest Data_Field Size in octets for an FT_1 frame that can be received by the Fx_Port This is fixed at 2112 MilliSeconds E OSi SNMP Support Manual Provided By Access Description FcFxPortEdtov Type Provided By Access Description FcFxPortCosSupported Type Provided By Access Description fcFxPortIntermixSupported Type Provided By Access Description McDATA SNMP Support PCP R The Resource_Allocation_Timeout Value con
60. FastEthernet and two GBIC FC GE ports Description Used to indicate a card type E OSi SNMP Support Manual Sequence fcswCardSerialNumber Syntax Max Access Status Description Sequence fcswCardHardwareRevision Syntax Max Access Status Description Sequence fcswCardOperStatus Syntax Max Access Status Description Sequence feswCardPartNumber Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB fceswCardEntry 2 DisplayString SIZE 0 8 read only current Unique serial number for this card fcswCardEntry 3 DisplayString SIZE 0 8 read only current Hardware Version fcswCardEntry 4 INTEGER up 1 down 2 testing 3 unknown A4 read only current Used to indicate the operational status of this card fcswCardEntry 5 DisplayString SIZE 0 6 read only current Card Part Number aka PCA Assembly number fcswCardEntry 6 Chassis information E 83 McDATA Eclipse SAN Router Management MIB Port Table fcswPortTable Syntax Max Access Status Description Sequence fcswPortEntry Syntax Max Access Status Description Sequence feswPort OBJECT IDENTIFIER nishanFCswChassis 13 SEQUENCE OF FcswPortEntry not accessible current Port table fcswPort 1 FcswPortEntry not accessible current Entry containing info for a part
61. FeswSNSzstEntry not accessible current Configuration information for a ZONE SET configured into the device by local or network management INDEX fcswSNSzstZoneSetID fcswSNSzstTable 1 FeswSNSzstEntry SEQUENCE feswSNSzstZoneSetID INTEGER feswSNSzstSymbolicName OCTET STRING fcswSNSzstStatus INTEGER feswSNSzstZoneMap OCTET STRING fcswSNSzstRowStatus RowStatus INTEGER 1 64 read only current DURABLE 0 all The ZONE SET ID that refers to this ZONE SET fcswSNSzstEntry 1 OCTET STRING SIZE 0 64 read create current FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB Description Sequence fcswSNSzstStatus Syntax Max Access Status Description Sequence fcswSNSzstZoneMap Syntax Max Access Status Description Sequence fcswSNSzstRowStatus Syntax Max Access Status DURABLE O all The Zone Set Symbolic Name field may be used to contain a variable length field from 0 to 64 that is associated with the Zone Set If the name is not registered then the length of this field is set to zero bytes fceswSNSzstEntry 2 INTEGER disabled 0 enabled 1 read create current DURABLE 0 all ZONE SET Status indicates whether the Zone Set is currently enabled fcswSNSzstEntry 3 OCTET STRING SIZE 0 512 read create current DURABLE 0 all The ZONE SET ZONE MAP is a bitmap
62. Gateway MIB If there are no connections being backed up or when localPortRecovery Action is set to Automatic 1 setting localPortRecoverNow to 1 has no effect DEFVAL idle Sequence localPortFailoverEntry 7 localPortBackupConnect Syntax INTEGER primaryFirst 1 backupOnly 2 Max Access read write Status current Description DURABLE primaryFirst all The remote port that the backup port should connect to when the backup link is activated If set to primary the backup port attempts to connect to the remote primary address first If that times out the backup port attempts to connect to the remote backup address If set to backup the backup port attempts to connect only to the remote backup address If the backup path is isolated from the primary path no connectivity from the local backup port to the remote primary address set this parameter to backupOnly to recover from a link failure more quickly DEFVAL primaryFirst Sequence localPortFailoverEntry 8 Local SAN configuration on McDATA Gateway MIB C 10 iFCP Remote Peer Configuration remotePeer OBJECT IDENTIFIER nishanGtwyPeer 2 NOTE the rmtPeerTable below is used in switch software versions 4 0 and earlier In 4 1 and later versions the rmtPeerTable is replaced by the rmtConnectionTable rmtPeerTable Syntax SEQUENCE OF RmtPeerEntry Max Access not accessible Status deprecated Descri
63. Management MIB elpClass3mismatch 11 establishingLink 12 reconfigFabric 13 elpNotReceived 14 flogiReceived 15 noMultiSeqBuffer 16 multiSeqError 17 sequenceOrder 18 domainRangeError 19 loopBack 20 noResponseELP 21 noResponseEFP 22 elpRejected 23 efpRejected 24 rdiRejeceted 25 bfRejeceted 26 snsAccessError 27 noAreald 28 noResponse 29 portNotInitialized 30 activeRoutesToProxiesBlocked 31 insistentDomainAllocFailure 32 helloTimeout 33 proxyDomainInUse 34 authFailESARejected 35 authFailEFMDRejected 36 authFailedSFCRejected 37 invalidFabricID 38 authFailedELPResourceFail 39 Chassis information Ea McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence authFailedELPPortBindFail 40 authFailedELPSwitchBindFail 41 exceededMaxISLPerFabric 42 read only current This object identifies the R_Port Error status See online help in SANvergence for detailed descriptions fcswEPortEntry 5 fcswEPortPrincipalFabricPortName Syntax Max Access Status Description Sequence WWNtype read only current This object identifies the Fabric Port Name of the principal R_Port for the given FC SAN Island fcswEPortEntry 6 NOTE This variable was called fceswEPortMakeSolPActive in releases prior to 4 0 fcswEPortSoIPZoneSetPolicy Syntax Max Access Status Description
64. Manual FcUnitType connUnitNumports INTEGER connUnitS connUnitS INTEGER McDATA SAN Routing Management MIB tate tatus connUnitProduct DisplayString connUnitS DisplayString connUnitUpTime TimeTicks connUnitUrl DisplayString connUnitDomainId OCTET STRING connUnitProxy Master INTEGER connUnitPrincipal INTEGER connUnitNumSensors INTEGER connUnitStatusChangeTime TimeTicks connUnitConfigurationChangeTime TimeTicks connUnitNumRevs INTEGER INTEGER n Connectivity unit group F 7 McDATA SAN Routing Management MIB connUnitld Syntax Access Status Description connUnitNumZones INTEGER connUnitModuleld FcGloballd connUnitName DisplayString connUnitInfo DisplayString connUnitControl INTEGER connUnitContact DisplayString connUnitLocation DisplayString connUnitEventFilter FcEventSeverity connUnitNumEvents INTEGER connUnitMaxEvents INTEGER connUnitEventCurrID INTEGER FcGloballd read only mandatory The unique identification for this connectivity unit among those within this proxy domain The value MUST be unique within the proxy domain because it is the index variable for connUnitTable FB E OSi SNMP Support Manual Sequence connUnitGloballd Syntax Access Status Description McDATA SAN Routing Management MIB The value assigned to a given conectivity unit SHOULD be persistent across agen
65. Max Access Status Description Sequence eportZoneAliasName Syntax Max Access Status Description Sequence eportZoneSetToZoneTable Syntax Max Access Status Description WWNtype read only current The logical local R_Port off of which this particular zone alias configuration resides eportZoneAliasEntry 1 INTEGER 1 65535 read only current An arbitrary index which uniquely identifies a local Zone Alias on this given port eportZoneAliasEntry 2 DisplayString SIZE 1 255 read only current The unique ASCII string that represents a Zone Alias off of this given R_Port eportZoneAliasEntry 3 SEQUENCE OF eportZoneSetToZoneTable not accessible current This table defines the relationship between a zone set object and a zone object The relationship defines whether or not a particular zone object belongs to a given zone set NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Sequence eportZoneSetToZoneEntry Syntax Max Access Status Description Sequence nishanEportZoning 4 eportZoneSetToZoneEntry not accessible current Entry containing which shows whether a particular zone object is part of a zone set INDEX eportZoneSetToZoneSolPPort eportZoneSetToZoneSetIndex eportZoneSetToZoneZonelIndex eportZoneSetToZoneTable 1 EportZoneSetToZoneEntry SEQUENCE eportZoneS
66. NONVOLATILE enable all Enable 1 or Disable 2 the SNMP Bridge MIB traps for this SNMP community Sequence nishanCommonTrapCommEntry 7 nishanCommonTrapCommRMON Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description NONVOLATILE enable all Enable 1 or Disable 2 the SNMP RMON traps for this SNMP community Sequence nishanCommonTrapCommEntry 8 nishanCommonTrapCommOEMSpecific Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description NONVOLATILE enable all Enable 1 or Disable 2 the SNMP Enterprise traps for this SNMP community Sequence nishanCommonTrapCommEntry 9 nishanCommonTrapCommState Syntax INTEGER enable 1 disable 2 delete 3 invalid 4 read only set returns SNMP_BADVALUE Max Access read write Status current Description NONVOLATILE enable all E OSi SNMP Support Manual McDATA Nishan Common MIB The state of this community entry Enable 1 defines an entry that is valid Disable 2 defines an entry that is valid but not enabled Delete 3 removes an entry from the table Invalid 4 defines an entry that is no longer valid e g an entry that was deleted and should be ignored An attempt to set a value of invalid 4 causes the agent to return SNMP_BADVALUE Sequence nishanCommonTrapCommEntry 10 nishanCommonTrapDestTable Syntax SEQUENCE OF NishanCommo
67. Please send your comments via e mail our home page or FAX Identify the manual and provide page numbers and details Thank you E mail pubsmgr mcdata com Home Page _http www mcdata com FAX Technical Communications Manager 720 558 8999 Ordering Publications To order a paper copy of this manual submit a purchase order as described in Ordering McDATA Documentation Instructions which is found on McDATA s web site http www mcdata com To obtain documentation CD ROMs contact your sales representative Trademarks The following terms indicated by a registered trademark symbol or trademark symbol on first use in this publication are trademarks of McDATA Corporation in the United States other countries or both Registered Trademarks Trademarks Fabricenter E OS HotCAT Eclipse Intrepid Fibre Channel Director McDATA OPENconnectors OPENready SANvergence SANavigator Sphereon SANpilot SANtegrity All other trademarked terms indicated by a registered trademark symbol or trademark symbol on first use in this publication are trademarks of their respective owners in the United States other countries or both Preface EA xii E OSi SNMP Support Manual Introduction to SNMP Network management is a broad term including workstation configuration assignment of IP addresses network design architecture network security and topologies All
68. Provided By Access Description Fx_Port Capability Table fcFxPortCapFxPortIndex Type Provided By Access Description Counter PSCC R The number of Class 3 frame octets including the frame delimiters delivered through this Fx_Port to its attached Nx_Port Counter PSCC R The number of Class 3 frames discarded by this Fx_Port A table that contains one entry for each Fx_Port the capabilities of the port within the Fabric Element FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized FcFxPortCapFcphVersionHigh Type Provided By Access FcphVersion FC2 R E OSi SNMP Support Manual McDATA SNMP Support Description The highest or most recent version of FC PH that the Fx_Port is capable of supporting For values see FcFxPortFcphVersionHigh on page 2 61 FcFxPortCapFcphVersionLow Type FcphVersion Provided By FC2 Access R Description The lowest or earliest version of FC PH that the Fx_Port is capable of supporting For values see FcFxPortFcphVersionHigh on page 2 61 FcFxPortCapBbCreditMax Type FcBbCredit Provided By SNMP Access R Description The maximum number of receive buffers available for holding Class 1 connect request Class 2 or Class 3 frames from the attached Nx_Po
69. R MIB Definitions 2 23 McDATA SNMP Support Description ipInHdrErrors Type Access Description ipInAddrErrors Type Access Description ipForwDatagrams Type Access Description ipInUnknownProtos Type Access The total number of input datagrams received from interfaces including those received in error Counter R The number of input datagrams discarded due to errors in their IP headers including bad checksums version number mismatch other format errors Time To Live exceeded errors discovered in processing their IP options etc Counter R The number of input datagrams discarded because the IP address in their IP header s destination field was not a valid address to be received at this entity This count includes invalid addresses e g 0 0 0 0 and addresses of unsupported classes e g Class E For entities which are not IP Gateways and therefore do not forward datagrams this counter includes datagrams discarded because the destination address was not a local address Counter R The number of input datagrams for which this entity was not their final IP destination as a result of which an attempt was made to find a route to forward them to that final destination In entities which do not act as IP Gateways this counter will include only those packets which were Source Routed via this entity and the Source Route option processing was successful Counter R E OSi SNM
70. RFC1757 RMON Ref MIB Groups Supported 1 Statistics Yes 2 History Yes 3 Alarms Yes 4 Host No 5 Host Top No 6 Matrix No 7 Filter No 8 Capture No 9 Event Yes 2 6 E OSi SNMP Support Manual McDATA SNMP Support RFC2674 802 1p Ref MIB Groups Supported 1 dotidExtBase Yes 2 1 dot1dPortPriority Table Yes 2 2 dot1dUserPriorityRegenTable No 2 3 dotidTrafficClassTable Yes 2 4 dotidPortOutboundAccessPriorityTable No 3 dotidGarp Yes 4 dotidGmrp Yes 5 1 dotidTpHCPortTable No 5 2 dot1dTpPortOverflowTable No FAFCMGMT mib Fibre Alliance MIB v3 0 Ref MIB Groups Supported 1 uNumber Yes 2 systemURL Yes 3 statusChangeTime No obsolete 4 configurationChangeTime No obsolete 5 connUnitTableChangeTime No obsolete 6 connUnitTable Yes 7 connUnitRevsTable Yes 8 connUnitSensorTable Yes 10 connUnitPortTable Yes 11 connUnitEventTable No 12 connUnitLinkTable Yes 2 3 trapRegTable No SAN Router Supported MIBs 2 7 McDATA SNMP Support Ref MIB Groups Supported 3 revisionNumber Yes 45 connUnitPortStatTable Yes 5 2 connUnitSnsTable No E OSi SNMP Support Manual McDATA SNMP Support TRAPS Traps generated by the SAN Router are 1620 2640 P P Generic SNMP traps N Y Spanning Tree traps Y Y RMON traps P Y Nishan enterprise specific trap
71. Syntax Max Access Status Description connection The value for the port is set by using NISHAN MGT feswTCPMaxMtuSize This variable can used to prevent accidental fragmentation when the Path MTU value as returned by paths used by this connection is incorrect causing accidental fragmentation If this variable is set to 0 the default setting then it is ignored rmtConnectionEntry 19 INTEGER 0 8184 read create current DURABLE 0 all The TCP window size used for all TCP data connections in this iFCP remote connection in KBytes The value configured here is rounded up to the next multiple of 8 KBytes internally The TCP window size specifies how much outstanding data data not yet acknowledged by the receiver may be sent on one TCP connection The window size is also the receive buffer size for each TCP connection The recommended TCP window size is the expected bandwidth multiplied by the round trip time RTT For example the optimal window size for a 100 Mbit sec connection with a 5 msec RTT is 100Mbit sec 005 sec 0 5Mbits or about 65 KBytes The value 0 is a special value meaning Auto In Auto mode the switch selects the optimal receive window size for each TCP connection independently The window size is based on the TCP stack measured round trip times Each connection is adjusted dynamically as the connection s RTT changes In the case of oversubscription buffering resources are distrib
72. The table is a fixed size with the number of rows indicating the maximum number of backup iFCP connections supported Unused E OSi SNMP Support Manual Sequence IclPeerEntry Syntax Max Access Status Description McDATA Gateway MIB table entries have a value of 0 0 0 0 for lcl PeerlpAddress and a value of 0 for IclPeerGigeIndex Other variables are undefined for unused table entries localPeer 1 LclPeerEntry not accessible current An entry in the table providing information about a local peer that this gatway is providing backup support for INDEX IclPeerIndex lclPeerRedundantSupportTable 1 LclPeerEntry SEQUENCE lclPeerIndex INTEGER lclPeerIPAddress IpAddress lclPeerRemoteIPAddress IpAddress IclPeerExpZoneListBitMap OCTET STRING lclPeerConnectionStatus INTEGER IclPeerGigeIndex INTEGER lclPeerRemoteHoldTime INTEGER lclPeerRmtSanID Unsigned32 IclPeerRcvBytes Counter32 IclPeerXmtBytes Counter32 IclPeerConnections Gauge32 IclPeerLatency Gauge32 IclPeerLostConnections Counter32 lclPeerLostPackets Counter32 lclPeerTotalPackets Counter32 IclPeerUpTime TimeTicks iFCP Backup Link Info omy McDATA Gateway MIB fork 1clPeerIndex Syntax Max Access Status Description Sequence IclPeerIPAddress Syntax Max Access Status Description Sequence IclPeerRemoteIPAddress Syntax Max Access Status Description Sequence IclPeerExpZ
73. The values of the optional columns will be set to default values Traps are not enabled to be sent to the target If the row already existed then traps are disabled from being sent to the target rowActive READ Indicates that this row exists and that traps are enabled to be sent to the target WRITE If the row does not exist and the agent allows writes to the trap table then a new row is created The values of the optional columns will be set to default values Traps are enabled to be sent to the target If the row already exists then traps are enabled to be sent to the target A value of rowActive or rowlnactive must be specified to create a row in the table trapRegEntry 4 femgmt connUnitStatus connUnitState The overall status of the connectivity unit has changed Recommended severity level for filtering alert FA MIB Connection unit status change FA MIB Connection unit status change Minor Status Events 1 OPERATIONAL ces E OSi SNMP Support Manual connUnitDeletedTrap ENTERPRISE VARIABLES Description TYPE SUMMARY SEVERITY CATEGORY TIMEINDEX STATE Sequence connUnitEventTrap ENTERPRISE VARIABLES Description TYPE SUMMARY SEVERITY CATEGORY TIMEINDEX STATE NOTE connUnitAddedTrap 2 no longer used femgmt connUnitld A connUnit has been deleted from this agent Recommended severity level for filtering warning FA MIB Connection unit
74. Updated feswTCPCompressionStatsTable entries descriptions Added nishanfcswSnsLuns for LUN Mapping Masking Added feswSNSLunMapping variable to enable disable LUN Mapping Masking Corrected SMICNG warnings and errors Added Eport Aggregateld Added feswTCPMaxMtuSize to configure the MTU size per TCP port Moved variables tables under nishanfcswSnsLuns to nishanFCsw branch Updated feswTCPOptions to support MTU size configurations Added feswLunNumber to feswLunInfoTable table to denote the 2 byte physical LUN number changed feswPLunNumber to feswPLunIndex in the feswLunMappingTable to indicate the sequential lun index Fixed case error in feswEportAllowFcPortZoning McDATA Eclipse SAN Router Management MIB 09 04 02 Updated feswTCPOptions description for AutoFastWrite bit 10 04 02 Updated comment strings for LUNInfo table to have instead of To compile our mibs into HP NNM correctly we recommend using in the comment strings Apparently if you have in the comments then they should be even in number so NNM can treat a pair of as comment 10 28 02 Added feswEPortZoneSetActionStatus to return the status codes for the e port zone set action Added feswEPortSolPZoneCleanup to remove ny appended zones Changed fcswEPortMakeSoIPActive mib variable name to feswEPortSoIPZoneSetPolicy so that the name is consistent with the action it does Added fcswEPortNeighborEDTOV and fcswEPortNeighborRATO
75. address and static routes Eclipse enterprise SNTP MIB McDATA enterprise specific SNMP v1 traps Proprietary MIB versions are identified by the LAST UPDATED field in the MODULE IDENTITY macro near the top of each MIB file The version of each proprietary MIB supported in E OSi release 4 7 is MIB Last Updated NISHAN SMI mib 0509190000Z NISHAN PRODUCTS mib 0509190000Z NISHAN MGT mib 0509290000Z NISHAN GTWY mib 0509190000Z E OSi SNMP Support Manual Standard MIB Support RFC1213 MIB II McDATA SNMP Support MIB Last Updated NISHAN COM mib 0509190000Z NISHAN ISCSI mib 0509190000Z NISHAN FC mib 0509190000Z NISHAN FCMGMT mib 0509190000Z NISHAN ISNS MGT mib 0509190000Z NISHAN SNTP mib 0509190000Z NISHAN TRAPS V1 mib 0509190000Z The degree of support for standard MIBs is defined in the tables below Ref MIB Groups Supported 1 system Yes 2 interfaces Yes 3 at Yes 4 ip Yes 5 icmp Yes 6 tcp Yes 7 udp Yes 8 egp No 9 transmission No 10 snmp Yes SAN Router Supported MIBs McDATA SNMP Support RFC1354 IP Forwarding Ref MIB Groups Supported 1 ipForward Yes RFC1493 Bridge Ref MIB Groups Supported 1 dotidBase Yes 2 dot1dStp Yes 3 dotidSr No 4 1 dot1dTpFdbTable Yes 4 2 dot1dTpPortTable No 6 dot1dStatic No
76. and for which the value of the error status is noSuchName Counter R The total number of SNMP PDUs which were generated by the SNMP protocol entity and for which the value of the error status field is badValue Counter R E OSi SNMP Support Manual Description snmpOutGetRequests Type Access Description snmpOutGetNexts Type Access Description snmpOutSetRequests Type Access Description snmpOutGetResponses Type Access Description snmpOutTraps Type Access The total number of SNMP PDUs which were generated by the SNMP protocol entity and for which the value of the error status field is genErr Counter R The total number of SNMP Get Request PDUs which have been generated by the SNMP protocol entity Counter R The total number of SNMP Get Next PDUs which have been generated by the SNMP protocol entity Counter R The total number of SNMP Set Request PDUs which have been generated by the SNMP protocol entity Counter R The total number of SNMP Get Response PDUs which have been generated by the SNMP protocol entity Counter R MIB Definitions McDATA SNMP Support McDATA SNMP Support Description snmpEnableAuthenTraps Type Access Description The total number of SNMP Trap PDUs which have been generated by the SNMP protocol entity INTEGER RW Indicates whether the SNMP agent process is permitted to generate au
77. another For example FC lt gt SCSI hba 7 host bus adapter proxy agent 8 software proxy agent storage device 9 disk cd tape etc host 10 host computer storage subsystem 11 raid library etc module 12 subcomponent of a system swdriver 13 software driver storage access device 14 Provides storage management and access F for hetergeneous hosts and heterogeneous devices wdm 15 waveform division mutiplexer ups 16 uninterruptable power supply nas 17 network attached storage NFS CIFS femgmt OBJECT IDENTIFIER experimental 94 connSet OBJECT IDENTIFIER femgmt 1 trapReg OBJECT IDENTIFIER femgmt 2 statSet OBJECT IDENTIFIER femgmt 4 E OSi SNMP Support Manual revisionNumber Connectivity Unit Group Syntax Access Status Description Sequence uNumber Syntax Access Status connUnitServiceSet OBJECT IDENTIFIER femgmt 5 connUnitServiceScalars OBJECT IDENTIFIER connUnitServiceSet 1 connUnitServiceTables OBJECT IDENTIFIER connUnitServiceSet 2 DisplayString SIZE 4 read only mandatory This is the revision number for this MIB The format of the revision value is as follows 0 high order major revision number 1 low order major revision number 2 high order minor revision number 3 low order minor revision number The value will be stored as an ASCII value The following is the current value of this objec
78. as a client SNTP or as a server SNTP Client SNTP will synchronize it s clock to that of a Server User must first disable SNTP by setting the Admin status to disable before changing SNTP roles idbNishanSNTP 2 InetAddressType read write current The type of Inet address in sntpServerlpAddress idbNishanSNTP 3 InetAddress read write current 0 The IP address of the SNTP Server When the switch is configured as a SNTP server This value has no meaning idbNishanSNTP 4 INTEGER 720 840 read write current 0 Specifies the timezone where the switch resides in The timezone is represented in minutes with respect to GMT 0 idbNishanSNTP 5 SNTP Configuration McDATA SNIP Configuration MIB McDATA SNIP Configuration MIB sntpDaylightSavingsTime Syntax Max Access Status Description Sequence sntpClientState Syntax Max Access Status Description Sequence INTEGER enable 1 disable 2 read write current disable Specifies whether the Daylight Savings time is observed or not Value of disable 1 specifies that daylight savings time is not observed idbNishanSNTP 6 INTEGER operational 1 error 2 read only current operational Specifies the operational state of the Client SNTP Value of Error indicates that client encountered an operational error such as not being able to contact Server idbNishanSNT
79. be used to prevent accidental fragmentation when the Path discovered MTU value as returned by paths from to this port is incorrect This size is used only if feswTCPOptions bits Use Manually Configured MTU 6 or Use Min of Discovered MTU or Manual MTU sizes 7 are set to 1 and is ignored if auto discovery of MTU sizes is enabled DEFVAL 1500 Sequence fcswTCPPortEntry 13 feswTCPiSCSIOptions Syntax INTEGER 0 2147483647 Max Access read write Status current Chassis information HA McDATA Eclipse SAN Router Management MIB Description DURABLE 300 all A bitmap representing iSCSI options for this port This value is used only if this port is configured for iSCSI Bit 0 is the least significant bit Setting a bit enables the option Current bit assignments are Bits Attribute Default bit 0 Reserved OFF bit 1 Digest OFF bit 2 InitialR2T ON bit 3 ImmediateData ON bit 4 StoreAndForward OFF bit 5 Big PDU ON bit 6 READ Padding OFF bit 7 WRITE Padding OFF bit 8 Target NOP ON bit 9 CHAP Authentication OFF bit 10 CHAP Required OFF bits 11 31 Reserved OFF Reserved bits must be zero when read and must be ignored by the agent when set for future backward compatibility Bit 0 Reserved default OFF Not used Bit 1 Digest default OFF The initiator target will negotiate if data integrity is required during Login Digests enable the checking of end to end non cryptographic
80. boots DEFVAL connSet 2 TimeTicks read only obsolete The sysuptime timestamp in centiseconds at which the last status change occurred for any members of the set connSet 3 TimeTicks read only obsolete The sysuptime timestamp in centiseconds at which the last configuration change occurred for any members of the set This represents a union of change information for connUnitConfigurationChangeTime connSet 4 TimeTicks read only Connectivity unit group McDATA SAN Routing Management MIB Status Description Sequence Connectivity Table connUnitTable Syntax Access Status Description Sequence connUnitEntry Syntax Access Status Description Sequence obsolete The sysuptime timestamp in centiseconds at which the connUnitTable was updated an entry was either added or deleted connSet 5 The Connectivity table contains general information on the system s units SEQUENCE OF ConnUnitEntry not accessible mandatory A list of units under a single SNMP agent The number of entries is given by the value of uNumber It is 1 for stand alone system connSet 6 ConnUnitEntry not accessible mandatory A connectivity unit entry containing objects for a particular unit INDEX connUnitld connUnitTable 1 ConnUnitEntry SEQUENCE connUnitld FcGloballd connUnitGloballd FcGloballd connUnitType E OSi SNMP Support
81. by the FxPort fcFxPortErrorEntry 5 fcFxPortPrimSeqProtoErrors Syntax Max Access Status Description Sequence Counter32 read only current The number of primitive sequence protocol errors detected by the FxPort fcFxPortErrorEntry 6 E OSi SNMP Support Manual fcFxPortInvalidTxWords Syntax Max Access Status Description Sequence fcFxPortInvalidCrcs Syntax Max Access Status Description Sequence fcFxPortDelimiterErrors Syntax Max Access Status Description Sequence fcFxPortAddressIdErrors Syntax Max Access Status Description Sequence Counter32 read only current The number of invalid transmission word detected by the FxPort fcFxPortErrorEntry 7 Counter32 read only current The number of invalid CRC detected by this FxPort fcFxPortErrorEntry 8 Counter32 read only current The number of Delimiter Errors detected by this FxPort fcFxPortErrorEntry 9 Counter32 read only current The number of address identifier errors detected by this FxPort fcFxPortErrorEntry 10 Error group McDATA Nishan FC Fabric Element MIB G 35 McDATA Nishan FC Fabric Element MIB G 36 fcFxPortLinkResetIns Syntax Max Access Status Description Sequence fcFxPortLinkResetOuts Syntax Max Access Status Description Sequence fcFxPortOlsIns Syntax Max Access Status Descr
82. chasCardEmpty or it may be implemented to have no conceptual row instance fcswCard 1 FcswCardEntry not accessible current Card attributes INDEX feswCardIndex fcswCardTable 1 FeswCardEntry SEQUENCE fcswCardIndex INTEGER INTEGER DisplayString feswCardType fcswCardSerialNumber Chassis information McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB feswCardHardwareRevision DisplayString feswCardOperStatus INTEGER feswCardPartNumber DisplayString fcswCardIndex Syntax INTEGER 1 8 Max Access read only Status current Description A unique value for each expansion module within the chassis This value is determined by the chassis slot number where the module is inserted Valid entries are 1 to the value of feswChasNumSlots Sequence fcswCardEntry fcswCardType Syntax INTEGER other 1 twoxfcGe 2 twoxutpGe 3 twoxetherGbic 4 twoxetherGbicCams 5 twoxatm 6 twoxsonet 7 twoxgeFc 8 routerModule 9 twoxescon 10 twoxiFCP 11 twoxutpgbic 12 Max Access read only Status current 1 no card installed Two dual mode FC GE connections Two UTP GE connections Two 70 100km Ethernet GBICs Two Ethernet GBIC or UTP ports with CAMs Two ATM ports Two SONET ports Two GE FC ports with Gateway functionality Intelligent Storage Router Module Two ESCON Links Two iFCP WAN link ports Two UTP
83. connUnitEntry 5 E OSi SNMP Support Manual connUnitStatus Syntax Access Status Description Sequence connUnitProduct Syntax Access Status Description Sequence connUnitSn Syntax Access Status Description Sequence INTEGER unknown 1 unused 2 cannot report status ok 3 available for meaningful work warning 4 something needs attention failed 5 something has failed read only mandatory Overall status of the connectivity unit The goal of this object is to be the single poll point to check the status of the connunit If there is any other component that has warning then this should be set to warning etc Any of these values may occur with any of the ConnUnitState values connUnitEntry 6 DisplayString SIZE 0 79 read only mandatory The connectivity unit vendor s product model name connUnitEntry 7 DisplayString SIZE 0 79 read only mandatory The serial number for this connectivity unit connUnitEntry 8 FCMGMT MIB McDATA SNMP Support McDATA SNMP Support connUnitUpTime Syntax Access Status Description Sequence connUnitUrl Syntax Access Status Description Sequence connUnitDomainId Syntax Access Status Description Sequence connUnitProxyMaster Syntax TimeTicks read only mandatory The number of centiseconds since the last unit initialization connUnitEntry 9
84. create Status current E 24 E OSi SNMP Support Manual Description File name with path to flash image on host File name must come Description Index into flash of which operation will be performed against Description Sequence flashCommandStatus Syntax Max Access Status Description Sequence Command to send to flash flashObject 8 INTEGER inprogress 1 completedSuccessfully 2 invalidHostName 3 invalidSourceName 4 invalidOperation 5 deviceBusy 6 deviceOpenError 7 deviceFull 8 fileOpenError 9 fileTransferError 10 fileCheckSumError 11 unknownError 12 invalidFlashFile 13 read only current Returns current status of command flashObject 9 flashUploadProtocolPassword Syntax Max Access Status Description Sequence DisplayString SIZE 0 15 read write current Password to use with UploadProtocol if required flashObject 10 Flash Memory Operations McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB runtimeImageLoadedFrom Syntax Max Access Status Description Sequence logMsgUploadCommand Syntax Max Access Status Description Sequence nvramLoadingCommand Syntax Max Access Status Description Sequence logMsgUsedSpace Syntax Max Access Status INTEGER flashPartition1 1 flashPartition2 2 network 3 read only current Returns
85. current The object identifies the contents of a Symbolic Name of the node associated with the entry fcswNsPortEntry 6 OCTET STRING SIZE 8 read only current The object identifies the Initial Process Associator of the node for the entry as defined in FC GS 2 fcswNsPortEntry 7 OCTET STRING SIZE 16 E OSi SNMP Support Manual Max Access Status Description Sequence fcswNsPortIpAddress Syntax Max Access Status Description Sequence fcswNsFcCos Syntax McDATA Eclipse SAN Router Management MIB read only current The IP address of the node as defined in FC GS 3 The format of the address is in IPv6 When an IPv4 value is contained in this field the most significant 12 bytes are set to 0x00 By convention this IP Address can be used as the management IP Address for the device fcswNsPortEntry 8 OCTET STRING SIZE 16 read only current The IP address of the node as defined in FC GS 3 The format of the address is in IPv6 When an IPv4 value is contained in this field the most significant 12 bytes are set to 0x00 fcswNsPortEntry 9 INTEGER classUnknown 0 classF 1 class1 2 classF1 3 class2 4 classF2 5 class12 6 classF12 7 class3 8 classF3 9 class13 10 classF13 11 FC Switch Zone Configuration E 43 McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence fcswNs
86. current DURABLE 0 all The subnet mask to use for this port after the next system reset if the port type is iFCP or iSCSI or both If the port type is GE Layer 3 the port s subnet mask is specified in the NISHAN RPRO MIB instead fcswTCPPortEntry 7 fcswT CPDefaultGatewayAddressOnNextReset IpAddress read write current DURABLE 0 all The default gateway address to use for this port after the next system reset if the port type is iFCP or iSCSI or both TCP ports act as end nodes hosts attached to the WAN and therefore may have a different default gateway than the UDP ports connecting to the local SAN fcswTCPPortEntry 8 fcswTCPProxyIpAddressOnNextReset IpAddress read write current DURABLE O all E OSi SNMP Support Manual Sequence feswTCPAutoReset Syntax Max Access Status Description Sequence feswTCPResetNow Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB The TCP proxy IP address to use for this port after the next reset if the port type is iFCP or iSCSI or both The SAN Router represents remote iFCP devices and iSCSI devices on the local SAN by proxy The proxy IP address is registered for these devices in the Storage Name Service The SAN Router performs address translation when forwarding traffic from the local UDP SAN to the TCP WAN NOTE The proxy IP address must be in the same IP subnet as the switch address T
87. current DURABLE 32768 all The amount of memory in KBytes allocated to Fast Write buffers The memory pool is shared across all FC login sessions for this port The allowed range corresponds to 1MB to 64MB The actual value used in the SAN Router is the configured value rounded down to the nearest multiple of 8 KBytes The default value is 32MB DEFVAL 32768 fceswTCPPortEntry 25 feswTCPXmitBufferMgmtMem INTEGER 256 65536 read write current DURABLE The number of buffers requested by the user for Transmit Buffer Management This value cannot exceed the value of feswT CPXmitMgmtMaxBufferCount The actual number of buffers used by the TCP port is given by feswTCPXmitMgmtCurrentUsedBufferCount DEFVAL 256 fceswTCPPortEntry 26 feswTCPXmitMgmtMaxBufferCount INTEGER 256 44599 read only current The maximum number of buffers that the user can request for Transmit Buffer Management This depends on the TCP port speed and is set after port initialization DEFVAL 44599 fcoswTCPPortEntry 27 E 124 E OSi SNMP Support Manual feswTCPXmitMgmtCurrentUsedBufferCount Syntax Max Access Status Description Sequence fcswChasBrdLeds Syntax Max Access Status Description Sequence TCP Port Compression Statistics Table fcswTcpCompStatTable Syntax Max Access McDATA Eclipse SAN Router Management MIB INTEGER 256 44599 read onl
88. data integrity beyond the integrity checks provided by the link layers and the covering of the whole communication path including all elements that may change the network level PDUs such as routers switches and proxies Bit 2 InitialR2T default ON The InitialR2T key is used to turn off the default use of R2T for unidirectional and the output part of bidirectional commands thus allowing an initiator to start sending data to a target as if it has received an initial R2T with Buffer Offset Immediate Data Length E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB and Desired Data Transfer Length min FirstBurstLength Expected Data Transfer Length Received Immediate Data Length Bit 3 ImmediateData default ON The initiator and target negotiate support for immediate data To turn immediate data off the initiator or target must state its desire to do so ImmediateData can be turned on if both the initiator and target have ImmediateData Yes Bit 4 Store and Forward default OFF The target will wait until all the data received from the drive then deliver it to the initiator Bit 5 Big PDU default ON The target will send data Header for each data frame Bit 6 Read Padding default OFF The target will send the padding bytes to the initiator if the initiator can not handle the underrun data Bit 7 Write Padding default OFF The target will send the padding bytes to the drive if the initiator do
89. for the tcp ports INDEX feswTCPPortIndex gag E OSi SNMP Support Manual Sequence fcswTCPPortReadData Syntax Max Access Status Description Sequence feswTCPPortWriteData Syntax Max Access Status Description Sequence fcswTCPPortlIOReads Syntax Max Access fceswTCPStorageStatsTable 1 FcswTCPStorageStatsEntry SEQUENCE feswTCPPortReadData Counter32 feswTCPPortWriteData Counter32 feswTCPPortIOReads Counter32 feswTCPPortlIOWrites Counter32 feswTCPPortPendingIOReads Gauge32 feswT CPPortPendinglOWrites Gauge32 feswT CPPortAvgReadCmdReqLen Gauge32 feswT CPPortAvgWriteCmdReqLen Gauge32 feswTCPPortUtil INTEGER Counter32 read only current The total amount of actual READ throughput data in kbytes passed through this TCP Port since it was last initialized fceswTCPStorageStatsEntry 1 Counter32 read only current The total amount of actual WRITE throughput data in kbytes passed through this TCP Port since it was last initialized fceswTCPStorageStatsEntry 2 Counter32 read only Chassis information McDATA Eclipse SAN Router Management MIB E 130 McDATA Eclipse SAN Router Management MIB Status Description Sequence feswTCPPortlOWrites Syntax Max Access Status Description Sequence current The total amount of IO READ operations commands passed through this TCP Port fceswTCPStorageS
90. for which this entry contains information fcFxPortStatusEntry 1 FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortStatusEntry 2 FcAddressld read only current The address identifier by which this FxPort is identified within the Fabric The FxPort may assign its address identifier to its attached NxPort s during Fabric Login fcFxPortStatusEntry 3 E OSi SNMP Support Manual fcFPortAttachedPortName Syntax Max Access Status Description Sequence fcFPortConnectedPort Syntax Max Access Status Description Sequence fcFxPortBbCreditAvailable Syntax Max Access Status Description Sequence fcFxPortOperMode Syntax McDATA Nishan FC Fabric Element MIB FcPortName read only deprecated The port name of the attached N_Port if applicable If the value of this object is 0000000000000000 H this FxPort has no NxPort attached to it This variable has been deprecated and may be implemented for backward compability fcFxPortStatusEntry 4 FcAddressId read only deprecated The address identifier of the destination FxPort with which this FxPort is currently engaged in a either a Class 1 or loop connection If the value of this object
91. in would be to use the RNID ELS ANSI document 99 422v0 This allows one to query a port for the information needed for the link table This table is accessed either directly if the management software has an index value or via GetNexts The value of the indexes are not required to be contiguous Each entry created in this table will be assigned an index This relationship is kept persistent until the entry is removed from the table or the system is reset The total number of entries are defined by the size of the table E OSi SNMP Support Manual connUnitLinkTable Syntax Access Status Description Sequence connUnitLinkEntry Syntax Access Status Description Sequence McDATA SAN Routing Management MIB SEQUENCE OF ConnUnitLinkEntry not accessible mandatory A list of links know to this agent from this connectivity unit to other connectivity units connSet 12 ConnUnitLinkEntry not accessible mandatory An entry describing a particular link to another INDEX connUnitLinkUnitId connUnitLinkIndex connUnitLinkTable 1 ConnUnitLinkEntry SEQUENCE connUnitLinkUnitId FcGloballd connUnitLinkIndex INTEGER connUnitLinkNodeIdX OCTET STRING connUnitLinkPortNumberX INTEGER connUnitLinkPortWwnxX FcGloballd connUnitLinkNodeIdY OCTET STRING connUnitLinkPortNumberY INTEGER connUnitLinkPortWwnY FcGloballd connUnitLinkA gentAddressY OCTET STRING connUnitLinkAgentAddressTypeY INT
92. interface screens nishanCommonMiscGroup 8 INTEGER E OSi SNMP Support Manual McDATA Nishan Common MIB noop 1 no operation reset 2 reset unit resetToDefaults 3 reset to factory defaults and then reset unit Max Access read write Status current Description Physically performs a hardware reset of the unit Use with care A reset 2 resets the unit a reset to defaults 3 resets the nonvolatile configuration to factory defaults and then resets the unit and noop 1 does nothing A value of noop 1 is always returned for a GET operation Sequence nishanCommonMiscGroup 9 Architecture Group Interface Information This group provides interface control and information not easily available from other MIBs Generic switches have lt unit gt lt slot gt lt port gt topology Any port designator may be described in this manner The port topology supported by the Nishan FC reference platform is of the form lt unit gt lt port gt since there are no slots The units may be stacked up to 4 high Each unit has 24 10 100 Ports and 2 1000 Ports Port designators will then have the form lt unit gt lt port gt where unit may range from 1 through 4 and port may range from 1 through 26 The maximum configuration is shown below Ports Ports Unit 10 100 1000 4 lt 1 24 25 26 gt 3 lt 1 24 25 26 gt 4 units x 26 ports 2 lt 1 24 25 26 gt 104 unique interfaces 1 lt 1 24 25 26
93. is that internal event id may represent a smaller number than a 32 bit integer e g max 100 entries and would only have a value range up to connUnitMaxEvents connUnitEventEntry 3 DisplayString SIZE 0 15 read only mandatory This is the real time when the event occurred It has the following format DDMMYYYY HHMMSS DD day number MM month number YYYY year number HH hour number MM minute number SS seconds number If not applicable return either a NULL string or 00000000 000000 connUnitEventEntry 4 TimeTicks read only mandatory This is the sysuptime timestamp when the event occurred connUnitEventEntry 5 E OSi SNMP Support Manual connUnitEventSeverity Syntax Access Status Description Sequence connUnitEventType Syntax Access Status Description Sequence connUnitEventObject Syntax Access Status Description Sequence McDATA SAN Routing Management MIB FcEventSeverity read only mandatory The event severity level connUnitEventEntry 6 INTEGER unknown 1 other 2 status 3 configuration 4 topology 5 read only mandatory The type of this event connUnitEventEntry 7 OBJECT IDENTIFIER read only mandatory This is used with the connUnitEventType to identify which object the event refers to Examples are connUnitPortStatus connUnitId connUnitPortIndex connUnitStatus connUnitld etc c
94. itself into an implementation dependant offline state In general if a unit is in an offline state it cannot be used to perform meaningful Fibre Channel work onlineConnunit the addressed unit puts itself into an implementation dependant online state In general if a unit is in an online state it is capable of performing meaningful Fibre Channel work NOTE Each implementation may chose not to allow any or all of these values on a SET connUnitEntry 22 DisplayString SIZE 0 79 read write mandatory E OSi SNMP Support Manual Description Sequence connUnitLocation Syntax Access Status Description Sequence connUnitEventFilter Syntax Access Status Description Sequence connUnitNumEvents Syntax Access Status Description Sequence connUnitMaxEvents Syntax Access McDATA SNMP Support Contact information for this connectivity unit Persistent across boots connUnitEntry 23 DisplayString SIZE 0 79 read write mandatory Location information for this connectivity unit Persistent across boots connUnitEntry 24 FcEventSeverity read write mandatory This value defines the event severity that will be logged by this connectivity unit All events of severity less than or equal to connUnitEventFilter are logged in connUnitEventTable Persistent across boots connUnitEntry 25 INTEGER read only mandatory Number o
95. localPortHoldTime Syntax INTEGER 5 60 Max Access read write Status current E OSi SNMP Support Manual McDATA Gateway MIB UNITS seconds Description DURABLE 5 all The time out value in seconds that the backup port should wait before declaring the primary port as down If the primary port remains unreachable for this period of time the backup port will take over the primary port s remote connections DEFVAL 5 Sequence localPortFailoverEntry 3 localPortAction Syntax INTEGER disable 0 enable 1 Max Access read write Status current Description DURABLE disable all Administrative status for the port backup If set to 1 enable the backup port takes over the primary port s connections if the hold time expires If set to 0 disable the backup port does not monitor the primary port and does not detect a primary port failure DEFVAL disable Sequence localPortFailoverEntry 4 localPortFailoverStatus Syntax INTEGER down 0 accepted 1 rejected 2 Max Access read only Status current Description The status of the port backup configuration Down the configured backup port cannot be reached or the port backup operation is disabled Accepted the specified backup port has accepted the fail over request Rejected the specified backup port has rejected the fail over request DEFVAL down Sequence localPortFailoverEntry 5 Local SAN configurati
96. nishanEnv 1 envMechanical OBJECT IDENTIFIER nishanEnv 2 envSetup OBJECT IDENTIFIER nishanEnv 3 SEQUENCE OF EnvVoltageEntry not accessible current Table entries for the Monitored Voltages envElectrical 1 EnvVoltageEntry not accessible current Environmental information E 27 McDATA Eclipse SAN Router Management MIB Description Sequence envVoltageIndex Syntax Max Access Status Description Sequence envVoltageDescr Syntax Max Access Status Description Sequence env VoltageOperStatus Syntax Max Access Status Description Voltage monitor information INDEX envVoltageIndex envVoltageTable 1 EnvVoltageEntry SEQUENCE envVoltageIndex INTEGER envVoltageDescr DisplayString envVoltageOperStatus NishanOperStatus envVoltageValue INTEGER envVoltageUpperThresh INTEGER envVoltageLowerThresh INTEGER INTEGER 1 6 read only current Entry Index envVoltageEntry 1 DisplayString SIZE 0 8 read only current Description of measurement envVoltageEntry 2 NishanOperStatus read only current Voltage status E OSi SNMP Support Manual Sequence envVoltageValue Syntax Max Access Status Description Sequence env VoltageUpperThresh Syntax Max Access Status Description Sequence envVoltageLowerThresh Syntax Max Access Status Description Sequence envTemperature S
97. number connUnitSensorEntry 5 DisplayString E OSi SNMP Support Manual Access Status Description Sequence connUnitSensorType Syntax Access Status Description Sequence read only mandatory This describes the status of the sensor as a message It may also provide more resolution on the sensor indication for example Cover temperature 1503K above nominal operating range connUnitSensorEntry 6 INTEGER McDATA SAN Routing Management MIB unknown 1 other 2 battery 3 fan 4 power supply 5 transmitter 6 enclosure 7 board 8 receiver 9 read only mandatory The type of component being monitored by this sensor connUnitSensorEntry 7 connUnitSensorCharacteristic Syntax INTEGER unknown 1 other 2 temperature 3 pressure 4 emf 5 Connectivity unit group McDATA SAN Routing Management MIB Access Status Description Sequence Port Table connUnitPortTable Syntax Access Status Description Sequence connUnitPortEntry Syntax Access Status Description Sequence currentValue 6 current is a keyword airflow 7 frequency 8 power 9 door 10 read only mandatory The characteristics being monitored by this sensor connUnitSensorEntry 8 SEQUENCE OF ConnUnitPortEntry not accessible mandatory Generic information on ports for a specific connUnit connSe
98. of 1 2 introduction to 1 1 SNMP commands 1 2 standard MIBs 1 4 statusChangeTime 2 92 systemURL 2 92 T traps definition of 1 6 purpose of 1 6 U uNumber 2 91 V variables how SNMP changes 1 3 introduction to 1 3 is E OSi SNMP Support Manual
99. of the acceptable values a value of illegal 99 is returned nishanArchIfaceEntry 10 nishanArchIfaceTXOctetsNoErr Syntax Max Access Status Description Sequence Counter32 read only current The number of octets transmitted from the interface This number does not include octets in error nishanArchIfaceEntry 11 nishanArchIfaceTXPacketsNoErr Syntax Max Access Status Description Sequence Counter32 read only current The number of packets transmitted from the interface This number does not include packets in error nishanArchIfaceEntry 12 nishanArchIfaceRXOctetsNoErr Syntax Max Access Status Counter32 read only current Architecture Group McDATA Nishan Common MIB A 43 McDATA Nishan Common MIB Description Sequence The number of octets received on the interface This number does not include octets in error nishanArchIfaceEntry 13 nishanArchIfaceRXPacketsNoErr Syntax Max Access Status Description Sequence Counter32 read only current The number of packets received on the interface This number does not include packets in error nishanArchIfaceEntry 14 Nishan Extension MIB Chip Group nishanChipStub Syntax Max Access Status Description Sequence INTEGER noop 1 chipValue2 2 chipValue3 3 read write current This object is a placeholder for the nishanChipGroup
100. on the unit specified by connUnitLinkNodeldX if known otherwise 1 If the value is nonnegative then it will be equal to connUnitPortPhysicalNumber Sequence connUnitLinkEntry 4 connUnitLinkPortWwnX Syntax FcGloballd Access read only Status mandatory Description The port WWN of the unit specified by connUnitLinkNodeldx if known otherwise 16 octets of binary 0 Sequence connUnitLinkEntry 5 connUnitLinkNodelIdY Syntax OCTET STRING SIZE 16 Access read only Status mandatory Description The node WWN of the unit at the other end of the link If the node WWN is unknown and the node is a connUnit in the responding SNMP agency then the value of this object MUST BE equal to its connUnitID Sequence connUnitLinkEntry 6 connUnitLinkPortNumberY Syntax INTEGER Access read only Status mandatory Event Group a McDATA SAN Routing Management MIB Description Sequence connUnitLinkPortWwnY Syntax Access Status Description Sequence The port number on the unit specified by connUnitLinkNodeldY if known otherwise 1 If the value is nonnegative then it will be equal to connUnitPortPhysicalNumber connUnitLinkEntry 7 FcGloballd read only mandatory The port WWN on the unit specified by connUnitLinkNodeldY if known otherwise 16 octets of binary 0 connUnitLinkEntry 8 connUnitLinkAgentAddressY Syntax Access Status Description Sequence
101. read write Status current Description When set to save 2 all nonvolatile configuration parameters are saved to NVM Nonvolatile Memory NVM save operations may be slow e g erasing writing Flash device Consequently all or many updates should be made before saving to NVM A get operation always returns noop 1 Sequence nishanCommonMiscGroup 1 nishanCommonMiscSnmpSecurityOnOff Syntax INTEGER enable 1 disable 2 Max Access read write E OSi SNMP Support Manual McDATA Nishan Common MIB Status current Description NONVOLATILE disable Enable Disable SNMP Security A 1 enables a 2 disables This object controls the application of the Community and Host tables WARNING If SNMP security is disabled ANY HOST has access to the SNMP agent See nishanCommonAuthenGroup and nishanCommonTrapGroup Sequence nishanCommonMiscGroup 2 nishanCommonMiscSpanOnOff Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description Enable Disable Spanning Tree A 1 enables a 2 disables When disabled the ports of the device are placed in the forwarding mode regardless of current Spanning Tree state When re enabled the normal state transitions take place Sequence nishanCommonMiscGroup 3 nishanCommonMiscBOOTPOnOff Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description Enable Disable BOOTP operation A 1 enables a 2
102. received on the interface including framing characters Counter R The number of subnetwork unicast packets delivered to a higher layer protocol Counter R The number of non unicast i e subnetwork broadcast or subnetwork multicast packets delivered to a higher layer protocol Counter R MIB Definitions McDATA SNMP Support Description ifInErrors Type Access Description ifInUnknownProtos Type Access Description ifOutOctets Type Access Description ifOutUcastPkts Type Access Description ifOutNUcastPkts Type Access The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher layer protocol One possible reason for discarding such a packet could be to free up buffer space Counter R The number of inbound packets that contained errors preventing them from being deliverable to a higher layer protocol Counter R The number of packets received via the interface which were discarded because of an unknown or unsupported protocol Counter R The total number of octets transmitted out of the interface including framing characters Counter R The total number of packets that higher level protocols requested be transmitted to a subnetwork unicast address including those that were discarded or not sent Counter R E OSi SNMP Support Manual Descriptio
103. s rmtConnectionEntry 3 INTEGER 10 90 read create current The hold time measured in seconds used between the local and remote peers DEFVAL 30 rmtConnectionEntry 4 rmtConnExpZoneListBitMap Syntax Max Access Status Description Sequence rmtConnAction Syntax Max Access Status OCTET STRING SIZE 64 read create current A bit map indicating the zones requested to be exported from the local peer to the remote peer indicated Zone 1 is represented by the least significant bit rightmost of byte 0 rmtConnectionEntry 5 INTEGER disable 0 enable 1 read create current Remote Connection Table McDATA Gateway MIB C 21 McDATA Gateway MIB C 22 Description Sequence rmtConnConnectionStatus Syntax Max Access Status Description Sequence rmtConnConnectionDesc Syntax Max Access Status Description Sequence rmtConnRmtSanID Syntax Max Access Status This connection is enabled by setting the remotePeerAction status to Enabled DEFVAL disable rmtConnectionEntry 6 INTEGER down 0 standby 1 primaryactive 2 failoveractive 3 backup 4 read only current This indicates the current status of the connection down 0 Connection is not operating standby 1 This value is not used primaryactive 2 The connection is up and running failoveractive 3 Connection is not operating backup 4 Conne
104. segment may be sent from the managed node to the other TCP endpoint note however that RST segments are not sent reliably Values closed 1 listen 2 synSent 3 synReceived 4 established 5 finWait1 6 finWait2 7 closeWait 8 lastAck 9 closing 10 timeWait 11 deleteTCB 12 tcpConnLocalAddress Type IpAddress Access R Description The local IP address for this TCP connection In the case of a connection in the listen state which is willing to accept connections for any IP interface associated with the node the value 0 0 0 0 is used MIB Definitions 2 43 McDATA SNMP Support tcpConnLocalPort Type Access Description tcpConnRemA ddress Type Access Description tcpConnRemPort Type Access Description Additional TCP Objects tcpInErrs Type Access Description tcpOutRsts Type Access Description INTEGER 0 65535 R The local port number for this TCP connection IpAddress R The remote IP address for this TCP connection INTEGER 0 65535 R The remote port number for this TCP connection Counter R The total number of segments received in error e g bad TCP checksums Counter R The number of TCP segments sent containing the RST flag E OSi SNMP Support Manual UDP Group udpInDatagrams Type Access Description udpNoPorts Type Access Description udpInErrors Type Access Description udpOutDatagr
105. that indicates which Zones are members of this Zone Set fcswSNSzstEntry 4 RowStatus read create current E OSi SNMP Support Manual Description Sequence This object indicates the status of this entry active 1 read write notInService 2 read write notReady 3 read only createAndGo 4 write only createAndWait 5 write only destroy 6 write only fcswSNSzstEntry 5 iSCSI LUN Mapping and Masking fcswSNSLunMapping Syntax Max Access Status Description Sequence fcswLuns Table Syntax Max Access Status Description Sequence feswLunsEntry Syntax Max Access This section is supported on Eclipse switches for software release 3 0 and above INTEGER disable 0 enable 1 read write current Indicates whether LUN Masking Mapping is enabled or disabled nishanFCsw 32 SEQUENCE OF FcswLunsEntry not accessible current Contains status parameters specific to LUNs nishanFCsw 33 FcswLunsEntry not accessible FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Status Description Sequence fcswTargetWWN Syntax Max Access Status Description Sequence feswNumberOfLuns Syntax Max Access Status Description Sequence feswLunInfoTable fcswLunInfoTable Syntax Max Access Status Description current Information for Nishan FC Targets
106. that represents the capacity of the device in megabytes One MegaByte equals to 1 048 576 when calculating this value FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB E OSi SNMP Support Manual Sequence fcswLunInfoEntry 9 fcswLunDeviceType Syntax Integer32 Max Access read only Status current Description Byte 0 gives SCSI device type Identifies the type of SCSI Device Code Description 00h Direct access device oth Sequential access device 02h Printer device 03h Processor device 04h Write once device 05h CD ROM device 06h Scanner device 07h Optical Memory device 08h Medium Changer device 09h Communications device 0Ah 0Bh Graphics arts pre press devices OCh Storage array controller RAID 0Dh Enclosure services device OEh Simp direct access dev mag disk OFh Optical card reader writer device 10h Reserved 11h Object based Storage Device 12h 1Eh Reserved 1Fh Unknown or no device type Byte 1 gives FC Port Type 0 INVALID 1 PRIVATE 2 PUBLIC Sequence feswLunRemovable Syntax Max Access Status Description Sequence feswLunScsiVersion Syntax Max Access Status Description McDATA Eclipse SAN Router Management MIB 3 ALIEN Byte 2 is a bit map that indicates device role Both Bits 0 1 0 means device role is UNKNOWN Bit 0 1 means role is TARGET Bit 1 1 means role is INITIATOR Both Bits 0 1 1 means role is TARGET
107. the Fx_Port 1 Unknown long distance laser 2 LongwaveLaser LC version 3 ShortwaveLaser 6 ShortwaveLaser no OFC FcODistance FPM R The FC 0 distance range of the Fx_Port transmitter 1 Unknown 2 Long 3 Intermediate 4 Short A table that contains one entry for each Fx_Port in the Fabric Element operational status and parameters of the Fx_Ports FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized FcAddressId Login Server E OSi SNMP Support Manual Access Description fcFPortAttachedPortName Type Provided By Access Description FcFPortConnectedPort Type Provided By Access Description FcFxPortBbCreditAvailable Type Provided By Access McDATA SNMP Support R The address identifier by which this Fx_Port is identified within the Fabric The Fx_Port may assign its address identifier to its attached NxPort s during Fabric Login Return a port id if the port is logged into the fabric otherwise this address is 000000 in FCEOS FcPortName Login Server R The port name of the attached N_Port if applicable If the value of this object is 0000000000000000 H this F_Port has no NxPort attached to it This variable has been deprecated and may be implemented for backwa
108. the management agent has re initialized Implementation of this group is optional fcFxPortC2AccountingTable Syntax SEQUENCE OF FcFxPortC2AccountingEntry Max Access not accessible Status current Description A table that contains one entry for each FxPort in the Fabric Flement Class 2 accounting information recorded since the management agent has re initialized Sequence fcFeAccounting 2 fcFxPortC2AccountingEntry Syntax FcFxPortC2AccountingEntry Accounting Groups G 37 McDATA Nishan FC Fabric Element MIB G 38 Max Access Status Description Sequence not accessible current An entry containing Class 2 accounting information for each FxPort INDEX fcFxPortC2AccountingModuleIndex fcFxPortC2AccountingFxPortIndex fcoFxPortC2AccountingTable 1 FcFxPortC2AccountingEntry SEQUENCE fcFxPortC2AccountingModuleIndex FcFeModuleIndex fcFxPortC2AccountingFxPortIndex FcFeFxPortIndex fcFxPortC2InFrames Counter32 fcFxPortC2OutFrames Counter32 fcFxPortC2InOctets Counter32 fcFxPortC2OutOctets Counter32 fcFxPortC2Discards Counter32 fcFxPortC2FbsyFrames Counter32 fcFxPortC2FrjtFrames Counter32 fcFxPortC2AccountingModuleIndex Syntax Max Access FcFeModuleIndex read only E OSi SNMP Support Manual Status Description Sequence current This object identifies the module containing the FxPort for which this entry contains information
109. then FcFxPortPhysOperStatus should be offline 2 If FcFxPortPhysAdminStatus is changed to online 1 then FcFxPortPhysOper Status should change to online 1 if the Fx_Port is ready to accept Fabric Login request from the attached NxPort it should proceed and remain in the link failure 4 state if and only if there is a fault that prevents it from going to the online 1 state The values are defined as online 1 Login may proceed offline 2 Login cannot proceed testing 3 port is under test link failure 4 failure after online testing Fabric Element Management MIB 2 69 McDATA SNMP Support 2 70 FcFxPortPhysLastChange Type Provided By Access Description FcFxPortPhysRttov Type Provided By Access Description Fx_Port Fabric Login Table fcFxlogiFxPortIndex Type Provided By Access Description FcFxlogiNxPortIndex Type TimeTicks SNMP R The value of sysUpTime at the time the Fx_Port entered its current operational status A value of zero indicates that the Fx_Port s operational status has not changed since the agent last restarted This is SS_TIM_RD_TICKS MILLISEC 10 MilliSeconds SNMP R The Receiver_Transmitter_Timeout value of the Fx_Port This is used by the receiver logic to detect Loss of Synchronization This value is fixed at 100ms An entry containing service parameters established from a successful Fabric Login FcFeFxPortIndex SNMP R Thi
110. this MIB variable The new value begins taking effect immediately Large changes may take a few seconds to become fully effective as the window size changes gradually TCP window size changes do not interrupt the remote SAN Router traffic DEFVAL 0 rmtPeerEntry 21 INTEGER 0 2147483647 read only current The current number of entries in rmtTable This is a count of all configured remote connections including disabled and down connections remotePeer 2 E OSi SNMP Support Manual McDATA Gateway MIB Remote Connection Table NOTE The rmtConnectionTable below is available only in switch software version 4 1 or later In earlier software versions the rmtPeerTable is provided instead rmtConnectionTable Syntax SEQUENCE OF RmtConnectionEntry Max Access not accessible Status current Description The remote connection table contains the configured list of remote SAN Routers The remote connection table provides the ability to export zones to a remote peer SAN Router Sequence remotePeer 3 rmtConnectionEntry Syntax RmtConnectionEntry Max Access not accessible Status current Description The information relating to the specified remote peer INDEX rmtConnLocalGigelndex rmtConnPrimarylPAddress Sequence rmtConnectionTable 1 RmtConnectionEntry SEQUENCE rmtConnLocalGigeIndex INTEGER rmtConnPrimaryIPAddress IpAddress rmtConnFailoverIPAddress IpAddress rmtConnHo
111. to be performed to this port the addressed port performs a vendor specific online operation Examples of these operations are enabling a port s transceiver the Link Failure protocol request PARTICIPATING command to the Loop Port state machine or addition of the port from an arbitrated loop by a hub resetConnUnitPortCounters If the addressed connUnit allows this operation to be performed to this port the addressed port statistics table counters will be set to zero NOTE Each implementation may chose not to allow any or all of these values on a SET On a read if you do not support write then return invalid Otherwise return the last control operation attempted connUnitPortEntry 16 DisplayString read write mandatory A user defined name for this port This means that up to DisplayString characters may be supported If less than then the name will be truncated in the connunit E OSi SNMP Support Manual Sequence connUnitPortEntry 17 connUnitPortPhysicalNumber Syntax Access Status Description Sequence connUnitPortStatObject Syntax Access Status Description Sequence connUnitPortProtocolCap Syntax Access Status Description INTEGER read only mandatory This is the internal port number this port is known by In many implementations this should be the same as connUnitPortIndex Some implementations may have an internal port representation not comp
112. whether the agent removes an invalidated entry from the table Accordingly management stations must be prepared to receive tabular information that corresponds to entries not currently in use Proper interpretation of such entries requires examination of the relevant ipNetToMediaType object Values other 1 none of the following invalid 2 an invalidated mapping dynamic 3 static 4 E OSi SNMP Support Manual ipRoutingDiscards Type Access Description ICMP Group icmpInMsgs Type Access Description icmpInErrors Type Access Description icmpInDestUnreachs Type Access Description icmpInTimeExcds Type Access Description Counter R The number of routing entries which were chosen to be discarded even though they are valid One possible reason for discarding such an entry could be to free up buffer space for other routing entries Counter R The total number of ICMP messages which the entity received Note that this counter includes all those counted by icmpInErrors Counter R The number of ICMP messages which the entity received but determined as having ICMP specific errors bad ICMP checksums bad length etc Counter R The number of ICMP Destination Unreachable messages received Counter R The number of ICMP Time Exceeded messages received MIB Definitions McDATA SNMP Support 2 35 McDATA SNMP Support 2 36 icmpInParmProbs Type Access
113. zero Counter PSCC R The number of F_BSY frames generated by this Fx_Port against Class 2 frames Counter PSCC R The number of F_RJT frames generated by this Fx_Port against Class 2 frames A table that contains one entry for each Fx_Port in the Fabric Element Class 3 accounting information recorded since the management agent has re initialized E OSi SNMP Support Manual fcFxPortC3 AcctFxPortIndex Type Provided By Access Description FcFxPortC3InFrames Type Provided By Access Description FcFxPortC3OutFrames Type Provided By Access Description FcFxPortC3InOctets Type Provided By Access Description FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized Counter PSCC R The number of Class 3 frames received by this Fx_Port from its attached Nx_Port Counter PSCC R The number of Class 3 frames delivered through this Fx_Port to its attached Nx_Port Counter PSCC R The number of Class 3 frame octets including the frame delimiters received by this Fx_Port from its attached Nx_Port Fabric Element Management MIB McDATA SNMP Support 2 83 McDATA SNMP Support FcFxPortC3OutOctets Type Provided By Access Description FcFxPortC3Discards Type
114. 1 IpAddress read write current The network mask to be used for the management port after the next reset mgtPort 2 Port configuration EJ McDATA Eclipse SAN Router Management MIB mgtBeacon Syntax Max Access Status Description Sequence mgtPortIpAddressCurrent Syntax Max Access Status Description Sequence mgtPortNetMaskCurrent Syntax Max Access Status Description Sequence mgtPortOperStatus Syntax Max Access Status INTEGER on 1 off 2 read write current Set to on 1 to cause the management port status LED to blink on the hardware front panel This may be used to locate a particular SAN Router in a rack of equipment This feature is only supported on the Eclipse Model 3300 DEFVAL off mgtPort 3 IpAddress read only current The IP address in use for this management port mgtPort 4 IpAddress read only current The network mask in use for this management port mgtPort 5 INTEGER up 1 down 2 read write current E OSi SNMP Support Manual Description Sequence mgtPortPhysAddress Syntax Max Access Status Description Sequence mgtPortIPAddress ViaDHCP Syntax Max Access Status Description Sequence mgtPortBroadcastAddressOnNextReset Syntax Max Access Status Description Sequence mgtPortBroadcastAddressCurrent Syntax McDATA Eclipse SAN Router Management MIB The o
115. 147483647 read only mandatory A unique value among all connUnitPortEntrys on this connectivity unit between 1 and connUnitNumPort connUnitPortUnitId connUnitPortEntry 2 INTEGER unknown 1 other 2 not present 3 hub port 4 n port 5 end port for fabric nl port 6 end port for loop fl port 7 public loop f port 8 fabric port e port 9 fabric expansion port g port 10 generic fabric port domain ctl 11 hub controller 12 scsi 13 escon 14 lan 15 wan 16 ac 17 dc 18 ssa 19 domain controller parallel SCSI port AC power line DC power line serial storage architecture read only mandatory E OSi SNMP Support Manual McDATA SAN Routing Management MIB Description The port type Sequence connUnitPortEntry 3 connUnitPortFCClassCap Syntax OCTET STRING SIZE 2 Access read only Status mandatory Description Bit mask that specifies the classes of service capability of this port If this is not applicable return all bits set to zero The bits have the following definition unknown 0 class f 1 class one 2 class two 4 class three 8 class four 16 class five 32 class six 64 Sequence connUnitPortEntry 4 connUnitPortFCClassOp Syntax OCTET STRING SIZE 2 Access read only Status mandatory Description Bit mask that specifies the classes of service that are currently operational If this is not applicable ret
116. 2 This value is fixed no 2 FcFxPortCapStackedConnMode Type FcStackedConnMode E OSi SNMP Support Manual McDATA SNMP Support Provided By SNMP Access R Description A value indicating the mode of Stacked Connect request that the Fx_Port is capable of supporting This value is fixed at none 1 FcFxPortCapClass2SeqDeliv Type INTEGER Provided By SNMP Access R Description A flag indicating whether or not the Fx_Port is capable of supporting Class 2 Sequential Delivery This value is fixed at yes 1 FcFxPortCapClass3SeqDeliv Type INTEGER Provided By SNMP Access R Description A flag indicating whether or not the Fx_Port is capable of supporting Class 3 Sequential Delivery This value is fixed at yes 1 FcFxPortCapHoldTimeMax Type MicroSeconds Provided By SNMP Access R Description The maximum holding time in microseconds that the Fx_Port is capable of supporting This value is not supported It s always zero Fabric Element Management MIB 2 87 McDATA SNMP Support 2 88 FcFxPortCapHoldTimeMin Type Provided By Access Description FcFxPortCapBaudRates Type Provided By Access Description FcFxPortCapMedia Type Provided By Access Description MicroSeconds SNMP R The minimum holding time in microseconds that the Fx_Port is capable of supporting This value is not supported It s always zero FcOBaudRateCap FPM R A value indic
117. 255 255 0 1 enable 4 sunbox xyz 3 4 5 6 255 255 255 0 enable 8 macbox admin 4 3 2 1 255 255 255 0 3 delete A 12 E OSi SNMP Support Manual McDATA Nishan Common MIB 1 host1 which belongs to community public attempts access to the agent This access is disallowed because host1 is disabled in the nishanCommonAuthHostTable 2 ntbox which belongs to community netman attempts access to the agent This access is disallowed because the community netman is disabled 3 sunbox which belongs to community xyz attempts access to the agent This access is disallowed because the community xyz does not exist 4 host2 which belongs to community public attempts SET access to the agent This access is permitted nishanCommonAuthHostTableEntriesMax Syntax INTEGER 1 8 Max Access read write Status current Description NONVOLATILE 8 The maximum possible number of entries in the nishanCommonAuthHostTable This value equates to the total number of trusted Hosts which potentially may be recognized Sequence nishanCommonAuthGroup 1 nishanCommonAuthCommTableEntriesMax Syntax INTEGER 1 8 Max Access read write Status current Description NONVOLATILE 8 The maximum possible number of entries in the nishanCommonAuthCommtTable This value equates to the total number of communities which potentially may be recognized Sequence nishanCommonAuthGroup 2 Common Group A 13 McDA
118. 32 read only current The total number of bytes transmitted by this remote SAN Router since the remote SAN Router s connection was first established including MAC headers and CRC For some devices this count may be only approximate since the destination SAN Router is determined before the MAC layer fields are added lclPeerEntry 10 E OSi SNMP Support Manual IclPeerConnections Syntax Max Access Status Description Sequence IclPeerLatency Syntax Max Access Status Description Sequence IclPeerLostConnections Syntax Max Access Status Description Sequence lclPeerLostPackets Syntax Gauge32 read only current The current number of initiator target pair data connections between the local and remote SAN Router using the iFCP link For example if one local server uses four remote disks four connections are counted lclPeerEntry 11 Gauge32 read only current The round trip time RTT between the local and remote SAN Routers measured in milliseconds of the most recent connection keep alive message The RTT measurement is updated at one third the interval of the rmtConnHoldTime of the connection lclPeerEntry 12 Counter32 read only current The number of times that the control connection to this remote SAN Router had to be abnormally terminated because the hold time expired the port link status went down or other indications of lost connectivity
119. 9 McDATA SAN Routing Management MIB Sequence connUnitType Syntax Access Status Description Sequence connUnitNumports Syntax Access Status Description Sequence connUnitState Syntax As a counterexample if your agent runs in a host and the host has an HBA it is quite possible that agent host and HBA will all be distinct connUnits so the host and agent can not use the WWN of the HBA Another example If your hub has a built in Ethernet port it might be reasonable for the hub to use its MAC address prefixed with the appropriate NAA as its connUnitld But if the Ethernet were a replaceable PCCard the hub should have an independent ID connUnitEntry 2 FcUnitType read only mandatory The type of this connectivity unit connUnitEntry 3 INTEGER read only mandatory Number of physical ports in the connectivity unit internal embedded external connUnitEntry 4 INTEGER unknown 1 online 2 available for meaningful work offline 3 unavailable for meaningful work for example in self test mode configuration etc E OSi SNMP Support Manual Access Status Description Sequence conn UnitStatus Syntax Access Status Description Sequence connUnitProduct Syntax Access Status Description Sequence connUnitSn Syntax Access read only mandatory Overall state of the connectivity unit connUnitEntry
120. A Appendix B Appendix C Appendix D Appendix E SNMP trap registration QTOUP c ccesesceseseseecscseseseeeeneneees 2 177 Related trapsicasescseccssessisrconscsvecaenesstess tesasenssicresoentsieneseastsdoneta 2 181 McDATA Nishan Common MIB Nishan Enterprise MIB for FC Platform cscsessesseseseees COMMON GLOUP enion n R NE Nishan Extension MIB Version Group sss sesseeeseeeeseeeese Nishan Extension MIB Authentication Group Nishan Extension MIB Authenticating device logins Nishan Extension MIB Trap Group cccssseseeseeeeeees Nishan Extension MIB Load TFTP Group ccccseeee Architecture COU goes onictonieinbnssitannisidn aaamaniedbnaonamoans Interface Information ccccccceeeee es seesesesessesesseeseseneeeees McDATA SAN Routing Management MIB NISHAN FCMGMT MIB 0 ccccccecsceccceeseececeesesnseecesesensnesesesenens R Port Support Branchiaiiminwnunnndaatemmnnnitiacnannirs R_Port Zoning Information se sssssesesssserrsssssestesssessesstsestes R_Port Security Taplesn s reesei kossa R Port Route Tabl S nisiingie piesn R_Port Subfabric Tables ccccccsccsssssesscessecsecssecsecssesseenees McDATA Gateway MIB Nishan Gateway MIB iFCP Gateway V1 cscscssesessseneseseees Local SAN configuration ccccccsesesseteesceeescsesteneseseseeseneseseenenens iFCP Remote Peer Configuration ccccccceseessteteseseesesesneens Remote Connection Table c
121. A SAN Routing Management MIB connUnitPortStatCountClass1PBS YFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that PBSY was returned to this port as a result of a Class 1 Frame that could not be delivered to the other end of the link This occurs if the destination N_Port is temporarily busy PBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 17 connUnitPortStatCountClass1FRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 1 Frame that was rejected by the fabric Note this is a Fibre Channel only stat connUnitPortStatEntry 18 connUnitPortStatCountClass1PRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 1 Frame that was rejected at the destination N_Port Note this is a Fibre Channel only stat connUnitPortStatEntry 19 connUnitPortStatCountClass2RxFrames Syntax Access OCTET STRING SIZE 8 read only E OSi SNMP Support Manual Status Description Sequence mandatory Count of Class 2 Frames received at this port Note this is a Fib
122. ATA Gateway MIB Sequence lclPeerEntry 17 IclPeerDiscoveredPathMtuSize Syntax INTEGER 0 65535 Max Access read only Status current Description The Discovered Path Maximum Transmission Unit MTU Size in bytes is the MTU size that was discovered for the path used by this connection The Path MTU is determined at connection initiation and when the connection is made aware of route changes The actual MTU used by the connnection is either the Discovered Path MTU or rmtConnMaxMtuSize whichever is smaller If the rmtConnMaxMtuSize has not been set indicated by a value of 0 then it is ignored Sequence lclPeerEntry 18 IclPeerTcpWindowSize Syntax INTEGER 0 8184 Max Access read only Status current Description The TCP window size used for all TCP data connections in this iFCP remote connection in KBytes The TCP window size specifies how much outstanding data data not yet acknowledged by the receiver may be sent on one TCP connection The window size is also the receive buffer size for each TCP connection The value 0 is a special value meaning Auto In Auto mode the switch selects the optimal receive window size for each TCP connection independently The window size is based on the TCP stack measured round trip times Each connection is adjusted dynamically as the connection s RTT changes In the case of oversubscription buffering resources are distributed fairly across connections to the extent poss
123. Any value between 8 and 256 is valid Typical other values are 8 128 and 256 This value is used only if this port is configured for iSCSI DEFVAL 64 feoswTCPPortEntry 15 feswTCPiSCSIMaxBurstLength INTEGER 8 256 read write current DURABLE 256 all The maximum amount of unsolicited data an iSCSI initiator may send to the target during the execution of a single SCSI command kilobytes The default value is 64 Any value between 8 and 256 is valid Typical other values are 8 128 and 256 This value is used only if this port is configured for iSCSI DEFVAL 64 fcswTCPPortEntry 15 feswTCPiSCSIMaxBurstLength INTEGER 8 256 read write E n E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB Status current Description DURABLE 256 all The maximum SCSI data payload in a Data In or a solicited Data Out iSCSI sequence in kilobytes The default value is 256 Any value between 8 and 256 is valid Typical other values are 8 64 and 128 This value is used only if this port is configured for iSCSI DEFVAL 256 Sequence fcswTCPPortEntry 16 fcswTCPiSCSIMaxRecvDataSegmentLength Syntax INTEGER 8 256 Max Access read write Status current Description DURABLE 64 all The maximum data segment length the SAN Router can receive in an iSCSI PDU in kilobytes The default value is 64 Any value between 8 and 256 is valid Typical other values ar
124. B FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 44 connUnitPortStatCountInvalidOrderedSets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of invalid ordered sets received at port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 45 connUnitPortStatCountFramesTooLong Syntax Access Status OCTET STRING SIZE 8 read only mandatory FCMGMTMIB McDATA SNMP Support 2 163 McDATA SNMP Support Description Sequence Count of frames received at this port where the frame length was greater than what was agreed to in FLOGI PLOGI This could be caused by losing the end of frame delimiter Note this is a Fibre Channel only stat connUnitPortStatEntry 46 connUnitPortStatCountFrames Truncated Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received at this port where the frame length was less than the minimum indicated by the frame header normally 24 bytes but it could be more if the DFCTL field indicates an optional header should have been present Note this is a Fibre Channel only stat connUnitPortStatEntry 47 connUnitPortStatCountAddressErrors Syntax Access Status Description Sequence OCTET STRING S
125. CE connUnitld FcGloballd connUnitGloballd FcGloballd connUnitType FcUnitType connUnitNumports INTEGER connUnitState INTEGER connUnitStatus INTEGER connUnitProduct DisplayString connUnitSn DisplayString connUnitUpTime TimeTicks connUnitUrl DisplayString 2 94 E OSi SNMP Support Manual connUnitDomainId OCTET STRING connUnitProxy Master INTEGER connUnitPrincipal INTEGER connUnitNumSensors INTEGER connUnitStatusChangeTime TimeTicks connUnitConfigurationChangeTime TimeTicks connUnitNumRevs INTEGER connUnitNumZones INTEGER connUnitModuleld FcGloballd connUnitName DisplayString connUnitInfo DisplayString connUnitControl INTEGER connUnitContact DisplayString connUnitLocation DisplayString connUnitEventFilter FCMGMT MIB McDATA SNMP Support McDATA SNMP Support connUnitld Syntax Access Status Description Sequence connUnitGloballd Syntax Access Status FcEventSeverity connUnitNumEvents INTEGER connUnitMaxEvents INTEGER connUnitEventCurrID INTEGER connUnitFabricID FcGloballd connUnitNumLinks INTEGER connUnitVendorld DisplayString FcGloballd read only mandatory The unique identification for this connectivity unit among those within this proxy domain The value must be unique within the proxy domain because it is the index variable for connUnitTable The value assigned to a given conectiv
126. CPFastWriteMaxXferRdys represents a window of xfer_rdys that can be issued Bit 1 Hold Commands When bit 1 is set the SAN Router may delay IO commands for some amount of time before sending the command to the target Bit 2 Remote Buffering Management If bit 2 is off then there are no specific limits on the remote buffering resources used by fast write If bit 2 is set then the initiator side will limit the fast write data in the pipeline according to the amount of buffer memory available as specified in feswTCPFastWriteBufferMem Bits 3 31 are reserved for future use They are 0 when read and ignored when written for future backward compatibility DEFVAL 0 fcswTCPPortEntry 23 fcswT CPFastWriteMaxXferRdys Syntax Max Access Status Description Sequence INTEGER 1 512 read write current DURABLE 512 all The maximum number of concurrent outstanding XFER_RDYs allowed per FC Fast Write login session The limit is applied separately to each session and each session has the same limit DEFVAL 512 fceswTCPPortEntry 24 feswTCPFastWriteBufferMem Syntax INTEGER 1024 65536 Chassis information McDATA Eclipse SAN Router Management MIB E 123 McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence Syntax Max Access Status Description Sequence SYNTAX Max Access Status Description Sequence read write
127. CPPortTable 1 FeswTCPPortEntry SEQUENCE feswT CPPortIndex feswT CPIpAddressCurrent feswT CPSubnetMaskCurrent feswTCPDefaultGatewayAddressCurrent feswTCPProxyIpAddressCurrent feswTCPIpAddressOnNextReset feswT CPSubnetMaskOnNextReset INTEGER IpAddress IpAddress IpAddress IpAddress IpAddress IpAddress feswTCPDefaultGateway AddressOnNextReset IpAddress feswT CPProxyIpAddressOnNextReset feswT CPAutoReset feswT CPResetNow feswT CPOptions feswT CPMaxMtuSize feswTCPiSCSIOptions feswTCPiSCSIFirstBurstLength fesw TCPiSCSIMaxBurstLength feswT CPiSCSIMaxRecvDataSegmentLength feswTCPiSNSServerlpAddress fcswTCPCompressionMethod feswT CPiSCSITargetChapCredential feswT CPiSCSILoginRetryTimeout fcswTCPReorderThreshold feswTCPFastWriteOptions feswTCPFastWriteMaxXferRdys feswT CPFastWriteBufferMem feswTCPXmitBufferMgmtMem feswTCPXmitMgmtMaxBufferCount feswTCPXmitMgmtCurrentUsedBufferCount IpAddress INTEGER TruthValue INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER IpAddress INTEGER OCTET STRING INTEGER Integer32 INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER Chassis information McDATA Eclipse SAN Router Management MIB E 107 McDATA Eclipse SAN Router Management MIB fcswTCPPortIndex Syntax Max Access Status Description Sequence fcswTCPIpAddressCurrent Syntax Max Access Status Description Sequence INTEGER 1 32 read only c
128. DATA SNMP Support FcOMediaCap Syntax Description FcOMedium Syntax Description Fc0TxType Syntax Description INTEGER 0 65535 bit 0 unknown bit 1 single mode fibre sm bit 2 multi mode fibre 50 micron m5 bit 3 multi mode fibre 62 5 micron m6 bit 4 video cable tv bit 5 miniature cable mi bit 6 shielded twisted pair stp bit 7 twisted wire tw bit 8 long video lv bits 9 15 reserved for future use INTEGER The values are defined as follows unknown 1 sm 2 m5 4 m6 8 tv 16 mi 32 stp 64 tw 128 lv 256 INTEGER The values are defined as follows 2 56 E OSi SNMP Support Manual McDATA SNMP Support unknown 1 longWaveLaser 2 LL shortWaveLaser 3 SL longWaveLED 4 LE electrical 5 EL shortWaveLaser noOFC 6 SN FcODistance Syntax INTEGER Description The values are defined as follow unknown 1 long 2 intermediate 3 short 4 FcFeModuleCapacity Syntax INTEGER 1 256 Description FcFeFxPortCapacity Syntax INTEGER 1 256 Description FcFeModuleIndex Syntax INTEGER 1 256 Description FcFeFxPortIndex Syntax INTEGER 1 256 FcFeNxPortIndex Syntax INTEGER 1 126 Fabric Element Management MIB 2 57 McDATA SNMP Support FcFxPortMode Syntax Description FcBbCreditModel Syntax Description INTEGER The values are defined as follow unknown 1 fPort 2 flPort 3 IN
129. Description icmpInSrcQuenchs Type Access Description icmpInRedirects Type Access Description icmpInEchos Type Access Description icmpInEchoReps Type Access Description icmpInTimestamps Type Access Description Counter R The number of ICMP Parameter Problem messages received Counter R The number of ICMP Source Quench messages received Counter R The number of ICMP Redirect messages received Counter R The number of ICMP Echo request messages received Counter R The number of ICMP Echo Reply messages received Counter R The number of ICMP Timestamp request messages received E OSi SNMP Support Manual icmpInTimestampReps Type Access Description icmpInAddrMasks Type Access Description icmpInAddrMaskReps Type Access Description icmpOutMsgs Type Access Description icmpOutErrors Type Access Description Counter R The number of ICMP Timestamp Reply messages received Counter R The number of ICMP Address Mask Request messages received Counter R The number of ICMP Address Mask Reply messages received Counter R The total number of ICMP messages which this entity attempted to send Note that this counter includes all those counted by icmpOutErrors Counter R The number of ICMP messages which this entity did not send due to problems discovered within ICMP such as a lack of buffers This value s
130. Description Sequence This table contains parameters specific to R_Ports R_Ports are routing ports that connect to other vendor s FC switches using an inter switch protocol similar to E_Ports This table only contains rows for ports currently configured as R_Ports SEQUENCE OF FcswEPortEntry not accessible current This table contains port parameters specific to R_Ports R_Ports are ports that connect to another vendor s FC switches using an inter switch protocol This table contains one row for each port currently configured as an R_Port fcswPort 3 FcswEPortEntry not accessible current Entry containing info for a particular R_Port INDEX _ fcswEPortIndex fcswEPortTable 1 FceswEPortEntry SEQUENCE fcswEPortIndex INTEGER fcswEPortRole INTEGER feswEPortPreferredDomainID INTEGER feswEPortCurrentDomainID INTEGER feswEPortStatus INTEGER feswEPortPrincipalFabricPortName WWNtype E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB feswEPortSoIPZoneSetPolicy INTEGER feswEportMergeFCZone INTEGER feswEportMergeFCZoneStatus INTEGER feswEportPortWWN WWNtype fcswEportSwitchInterconnect INTEGER feswEportAllowFcPortZoning INTEGER feswEportFcSanld INTEGER feswEPortZoneSetActionStatus INTEGER feswEPortSoIPZoneCleanup INTEGER fcswEPortNeighborEDTOV INTEGER fcswEPortNeighborRATOV INTEGER feswEPortErrorMsgString OCTET STRING feswEPortInsistentDomainID IN
131. Description Sequence ZONE SET INFO feswSNSzstTable Syntax Max Access Status Description INTEGER 0 1024 read only current The version of the local SNS on this switch One of the switches with the highest SNS version and then SNS priority will become the primary SNS for the network The SNS version is fixed for a specific firmware release fcswSNSrevinfo 1 INTEGER 0 128 read write current DURABLE The priority of the local SNS on this switch One of the switches with the highest SNS version and then SNS priority will become the primary SNS for the network Higher values indicate higher priority The SNS Priority is configurable by the user fcswSNSrevinfo 2 feswSNSzsInfo OBJECT IDENTIFIER nishanFCsw 31 SEQUENCE OF FcswSNSzstEntry not accessible current A table containing configuration information for each ZONE SET configured into the device by local or network management All entries are permanent once saved to flash and will be restored after the device is reset Zonesets are not currently supported This table is empty for current products E OSi SNMP Support Manual Sequence fcswSNSzstEntry Syntax Max Access Status Description Sequence feswSNSzstZoneSetID Syntax Max Access Status Description Sequence fcswSNSzstSymbolicName Syntax Max Access Status McDATA Eclipse SAN Router Management MIB fcswSNSzsInfo 1
132. E 3 Fibre Channel Address Identifier A 24 bit value unique within the address space of a Fabric FcRxDataFieldSize INTEGER 128 2112 Receive Data_Field Size FcBbCredit INTEGER 0 32767 Buffer to buffer Credit FC PH version FephVersion INTEGER 0 255 Class 1 Stacked Connect Support Mode FcStackedConnMode INTEGER none 1 transparent 2 lockedDown 3 Class of Service Capability Set FcCosCap INTEGER 0 127 bit 0 Class F bit 1 Class 1 bit 2 Class 2 bit 3 Class 3 bit 4 Class 4 bit 5 Class 5 bit 6 Class 6 bit 7 reserved for future FC 0 Baud Rates FcOBaudRate INTEGER other 1 none of below oneEighth 2 155 Mbaud 12 5MB s quarter 4 266 Mbaud 25 0MB s half 8 532 Mbaud 50 0MB s E OSi SNMP Support Manual full 16 1 Gbaud 100MB s double 32 2 Gbaud 200MB s quadruple 64 4 Gbaud 400MB s Baud Rate Capability Set FcOBaudRateCap INTEGER 0 127 bit 0 other bit 1 oneEighth bit 2 quarter bit 3 half bit 4 full bit 5 double bit 6 quadruple bit 7 reserved for future FC 0 Media Capability Set FcOMediaCap INTEGER 0 65535 bit 0 unknown bit 1 single mode fibre sm bit 2 multi mode fibre 50 micron m5 bit 3 multi mode fibre 62 5 micron m6 bit 4 video cable tv bit 5 miniature cable mi bit 6 shielded twisted pair stp bit 7 twisted wire tw bit 8 long video lv bits 9 15 reserved for future use A specific FC
133. E 74 Max Access Status Description Sequence read only current A bitmap indicating configuration conflicts between this client and the primary SNS Conflicts are detected when the primary SNS is elected or when the client joined the mSAN The bitmap is not updated after the initial detection so this may not be current information Bit 0 is the least significant bit Bit meanings are bit 0 fabric interconnect mode conflict bit 1 fabric zone policy conflict bit 2 cluster ID conflict bit 3 iFCP SAN ID conflict bit 4 default zoning mode conflict bit 5 jumbo frames setting conflict bit 6 LUN Mapping setting conflict A value of 0 indicates no configuration conflicts fcswSnsClientEntry 7 Chassis information PHYSICAL Elements fcswChasType Syntax Max Access Status Description Sequence nishanFCswChassis OBJECT IDENTIFIER nishanMgmt 9 INTEGER pebrine2 1 P2 box others 2 other boxes read only current Chassis Type nishanFCswChassis 1 E OSi SNMP Support Manual fcswChasSerialNumber Syntax Max Access Status Description Sequence fcswChasHardwareRevision Syntax Max Access Status Description Sequence fcswChasPartNumber Syntax Max Access Status Description Sequence feswChasNumSlots Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB DisplayString SIZE 0 8 read only
134. EGER connUnitLinkAgentPortY INTEGER Event Group McDATA SAN Routing Management MIB connUnitLinkUnitId Syntax Access Status Description Sequence connUnitLinkIndex Syntax Access Status Description Sequence connUnitLinkNodeIdX Syntax Access Status Description Sequence connUnitLinkUnitTypeY FcUnitType connUnitLinkConnIdY OCTET STRING connUnitLinkCurrIndex INTEGER FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this link table connUnitLinkEntry 1 INTEGER 1 2147483647 read only mandatory This index is used to create a unique value for each entry in the link table with the same connUnitLinkUnitId The value can only be reused if it is not currently in use and the value is the next candidate to be used This value wraps at the highest value represented by the size of INTEGER This value is reset to zero when the system is reset and the first value to be used is one connUnitLinkEntry 2 OCTET STRING SIZE 16 read only mandatory The node WWN of the unit at one end of the link If the node WWN is unknown and the node is a connUnit in the responding agent then the value of this object MUST BE equal to its connUnitID connUnitLinkEntry 3 E OSi SNMP Support Manual McDATA SAN Routing Management MIB connUnitLinkPortNumberX Syntax INTEGER Access read only Status mandatory Description The port number
135. ENCE fcFxPortPhysModuleIndex E OSi SNMP Support Manual McDATA Nishan FC Fabric Element MIB FcFeModuleIndex fcFxPortPhysFxPortIndex FcFeFxPortIndex fcFxPortPhysAdminStatus INTEGER fcFxPortPhysOperStatus INTEGER fcFxPortPhysLastChange TimeTicks fcFxPortPhysRttov MilliSeconds fcFxPortPhysModuleIndex Syntax FcFeModuleIndex Max Access read only Status current Description This object identifies the module containing the FxPort for which this entry contains information Sequence fcFxPortPhysEntry 1 fcFxPortPhysFxPortIndex Syntax FcFeFxPortIndex Max Access read only Status current Description This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized Sequence fcFxPortPhysEntry 2 Operation group G 23 McDATA Nishan FC Fabric Element MIB G 24 fcFxPortPhysAdminStatus Syntax Max Access Status Description Sequence fcFxPortPhysOperStatus Syntax Max Access Status Description INTEGER online 1 place port online offline 2 take port offline testing 3 initiate test procedures read write current The desired state of the FxPort A management station may place the FxPort in a desired state by setting this object accordingly The testing 3 state indicates that no operation
136. ENTITY macro below Changes are no longer recorded as comments in this header NISHAN SNTP DEFINITIONS BEGIN IMPORTS MODULE IDENTITY OBJECT TYPE FROM SNMPv2 SMI InetAddress InetAddressType FROM INET ADDRESS MIB nishan FROM NISHAN SMI idbNishanSNTP MODULE IDENTITY 0509190000Z McDATA SNIP Configuration MIB Organization Contact Info McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com Description The private MIB for Nishan SNTP configuration Revision 0509190000Z Description Released for E OSi version 4 7 Revision 0305060000Z Description Initial public release of this MIB module Sequence nishan 23 SNTP Configuration sntpAdminStatus Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description disable This field is used to enable disable the admin status of SNTP protocol Sequence idbNishanSNTP 1 sntpRole Syntax INTEGER client 1 server 2 Max Access read write Status current E OSi SNMP Support Manual Description Sequence sntpServerlpAddressType Syntax Max Access Status Description Sequence sntpServerlpAddress Syntax Max Access Status Description Sequence sntpTimeZone Syntax Max Access Status Description Sequence client Specifies whether the SNTP protocol is configured
137. ER enable 1 disable 2 read create current DURABLE enable enable disable Link Aggregation auto detect mode nishanLinkAggr 6 END E OSi SNMP Support Manual F McDATA SAN Routing Management MIB FCMGMT MIB Definitions Version 3 0 of FA MIB Text modified by Nishan Systems for compilation and trap integration purposes only 10 10 02 Assigned severity levels for traps and categorized them into NNM compliant event categories IMPORTS IpAddress TimeTicks experimental FROM RFC1155 SMI OBJECT TYPE FROM RFC 1212 DisplayString FROM RFC1213 MIB TRAP TYPE FROM RFC 1215 Textual conventions for this MIB FcNameld OCTET STRING SIZE 8 FcGloballd OCTET STRING SIZE 16 FcAddressld OCTET STRING SIZE 3 FCMGMT MIB Definitions Fea McDATA SAN Routing Management MIB FcEventSeverity INTEGER unknown 1 emergency 2 alert 3 critical 4 error 5 warning 6 notify 7 info 8 debug 9 mark 10 All messages logged FcUnitType INTEGER unknown 1 other 2 hub 3 switch 4 gateway 5 converter 6 hba 7 proxy agent 8 storage device 9 host 10 storage subsystem 11 module 12 E OSi SNMP Support Manual none of the following passive connectivity unit supporting loop protocol active connectivity unit supporting multiple protocols unit that converts not only the interface but al
138. ET STRING SIZE 8 read only mandatory Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Description Sequence A count of the errors that have occurred on this port connUnitPortStatEntry 3 connUnitPortStatCountTxObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory The number of frames packets IOs etc that have been transmitted by this port Note A Fibre Channel frame starts with SOF and ends with EOF FC loop devices should not count frames passed through This value represents the sum total for all other Tx objects connUnitPortStatEntry 4 connUnitPortStatCountRxObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory The number of frames packets IOs etc that have been received by this port Note A Fibre Channel frame starts with SOF and ends with EOF FC loop devices should not count frames passed through This value represents the sum total for all other Rx objects connUnitPortStatEntry 5 connUnitPortStatCountTxElements Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory The number of octets or bytes that have been transmitted by this port One second periodic polling of the port This value is saved and compared with the next polled value to compute net throughput Note
139. Fc4 Syntax Max Access Status Description Sequence fcswNsFabricPortWwn Syntax Max Access Status Description Sequence class23 12 classF23 13 class123 14 classF123 15 read only current The object identifies the class of services supported by the port The value is a bit map defined as follows o bit 0 is class F o bit 1 is class 1 o bit 2 is class 2 o bit 3 is class 3 o bit 4 is class 4 etc fcswNsPortEntry 10 OCTET STRING SIZE 32 read only current The object identifies the FC 4s supported by the port as defined in FC GS 3 fcswNsPortEntry 11 WWNtype read only current The object identifies the Fibre Channel World Wide Name of the associated switch port as defined in FC GS 3 fcswNsPortEntry 13 E OSi SNMP Support Manual fcswNsDeviceZoneMap Syntax Max Access Status Description Sequence fcswNsDevicePriority Syntax Max Access Status Description Sequence fcswNsRmtDevFlg Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB OCTET STRING SIZE 1 512 read write current DURABLE 0 all The ZONE ID BIT map to which this device belongs The total number of zone supported in SAN Router network environment is determined by feswMaxZoneld Each bit in this object refers to a zone id e g bit 1 referring to zone 1 bit 2 referring to zone 2 etc Number of octets in t
140. FceCosCap Fabric Element Management MIB 2 71 McDATA SNMP Support 2 72 Provided By Access Description Login Server R A variable indicating that the attached NxPort has requested the Fx_Port for the support of classes of services and the Fx_Port has granted the request FcFxPortIntermixSuppAgreed Type Provided By Access Description INTEGER SNMP R A variable indicating that the attached Nx_Port has requested the Fx_Port for the support of Intermix and the Fx_Port has granted the request This flag is only valid if Class 1 service is supported The values are defined as yes 1 and no 2 This is always no 2 E OSi SNMP Support Manual FcFxPortStackedConnModeA greed Type Provided By Access Description FcStackedConnMode SNMP R A variable indicating whether the Fx_Port has agreed to support stacked connect from the Fabric Login This is only meaningful if Class 1 service has been agreed This is always none 1 FcFxPortClass2SeqDelivAgreed Type Provided By Access Description INTEGER Login Server R A variable indicating whether the Fx_Port has agreed to support Class 2 sequential delivery from the Fabric Login This is only meaningful if Class 2 service has been agreed The values are defined as yes 1 and no 2 FcFxPortClass3SeqDelivAgreed Type Provided By Access Description FcFxPortNxPortName Type Provided By Access INTEGER Login S
141. GigE ports It will be a read only object if applied to FC ports and return notAvailable fcswPortEntry 10 INTEGER notAvailable 0 enable 1 disable 2 read write current Chassis information McDATA Eclipse SAN Router Management MIB Description Sequence fcswPortConfiguredSpeed Syntax Max Access Status Description Sequence fcswPortSupportsTCP Syntax Max Access Status Used to enable disable the auto link aggregation on a GE port feswPortAutoLinkAgegregationAdminStatus is read only for FC ports and TCP ports and always returns notAvailable for those port types For software versions or hardware models that do not support Link Aggregation this variable is read only and returns notAvailable 0 for all ports For example E OSi version 4 7 does not support link aggregation fcswPortEntry 11 INTEGER 0 10000000 read write current Used to set the port speed in Kbits s of Ethernet and Fibre Channel ports In software versions before 4 7 Ethernet ports support a range from 1500 to 1000000 In software version 4 7 and later the allowed range for Ethernet ports is 100 to 1000000 For Fibre Channel ports that support 2Gbps speeds the valid values are 0 to indicate auto mode 1000000 for 1Gbps or 2000000 for 2Gbps speeds If the Fibre Channel port doesn t support 2Gbps speeds the speed can only be set to 1Gbps 2Gbps Fibre Channel is supported only on the Ecl
142. IFIER fcFeModuleOperStatus INTEGER fcFeModuleLastChange TimeTicks fcFeModuleFxPortCapacity FcFeFxPortCapacity fcFeModuleName FcNameld FcFeModuleIndex read only current E OSi SNMP Support Manual Description Sequence fcFeModuleDescr Syntax Max Access Status Description Sequence fcFeModuleObjectID Syntax Max Access Status Description Sequence fcFeModuleOperStatus Syntax McDATA Nishan FC Fabric Element MIB This object identifies the module within the Fabric Element for which this entry contains information This value is never greater than fcFeModuleCapacity fcFeModuleEntry 1 DisplayString read only current A textual description of the module This value should include the full name and version identification of the module It should contain printable ASCII characters fcFeModuleEntry 2 OBJECT IDENTIFIER read only current The vendor s authoritative identification of the module This value may be allocated within the SMI enterprises subtree 1 3 6 1 4 1 and provides a straight forward and unambiguous means for determining what kind of module is being managed For example this object could take the value 1 3 6 1 4 1 99649 3 9 if vendor Neufe Inc was assigned the subtree 1 3 6 1 4 1 99649 and had assigned the identifier 1 3 6 1 4 1 99649 3 9 to its FeFiFo 16 PlugInCard fcFeModuleEntry 3 INTEGER online 1 functional Co
143. INTEGER eportPreferredPathInPort INTEGER eportPreferredPathOutEPort INTEGER eportPreferredPathRowStatus RowStatus NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 37 McDATA SAN Routing Management MIB B 38 eportPreferredPathIndex Syntax Max Access Status Description Sequence eportPreferredPathInPort Syntax Max Access Status Description Sequence INTEGER 1 4096 not accessible current This is the logical index of this particular preferred path entry eportPreferredPathEntry 1 INTEGER 1 4096 read create current The physical IN Port that this preferred path entry applies too This can be any portType E port F port GigEPort eportPreferredPathEntry 2 eportPreferredPathOutEPort Syntax Max Access Status Description Sequence INTEGER 1 4096 read create current The physical Out Port that this preferred path entry applies too This must be an R_Port that which directly connects to the subfabric this entry represents eportPreferredPathEntry 3 eportPreferredPathRowStatus Syntax Max Access Status Description Sequence RowStatus read create current The status of this preferred path entry eportPreferredPathEntry 4 E OSi SNMP Support Manual nishanClusterID Syntax Max Access Status Description Sequence R_Port Subfabric Tables eportSubFabricConfigurationTable Syntax Max Ac
144. ISHAN RPRO MIB TCP ports act as end nodes hosts attached to the WAN and therefore may have a different default gateway than the UDP ports connecting to the local SAN fcswTCPPortEntry 4 IpAddress read only current The TCP proxy IP address currently in use for this port if the port type is set to iFCP or iSCSI or both For other port types the value of this variable is undefined The SAN Router represents remote iFCP devices and iSCSI devices on the local SAN by proxy The proxy IP address is registered for these devices in the Storage Name Service The SAN Router performs address translation when forwarding traffic from the local UDP SAN to the TCP WAN NOTE The proxy IP address must be in the same IP subnet as the switch address The proxy IP address cannot be shared with other TCP ports or other devices fcswTCPPortEntry 5 IpAddress read write current DURABLE O all Chassis information EA McDATA Eclipse SAN Router Management MIB Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status Description The IP Address to use for this port after the next system reset if the port type is iFCP or iSCSI or both If the port type is GE Layer 3 the port s IP address is specified in the NISHAN RPRO MIB instead fcswTCPPortEntry 6 fcswT CPSubnetMaskOnNextReset IpAddress read write
145. IZE 8 read only mandatory Count of frames received with unknown addressing e x unknown SID or DID the SID or DID is not known to the routing algorithm Note this is a Fibre Channel only stat connUnitPortStatEntry 48 connUnitPortStatCountDelimiterErrors Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of invalid frame delimiters received at this port An example is a frame with a class 2 start and and a class 3 at the end Note this is a Fibre Channel only stat connUnitPortStatEntry 49 E OSi SNMP Support Manual connUnitPortStatCountEncodingDisparityErrors Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of disparity errors received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 50 FCMGMTMIB McDATA SNMP Support McDATA SNMP Support The Fibre Channel Simple Name Server table connUnitSnsMaxEntry Syntax Access Status Description Sequence connUnitSns Table Syntax Access Status Description Sequence connUnitSnsEntry Syntax Access Status Description The Fibre Channel Simple Name Server table contains an entry for each device presently known to this connUnit There will not be any version on this since FC GS3 does not define a version today This table is accessed either directly if the manageme
146. MCDATA Networking the world s business data E OSi SNMP Support Manual P N 620 000228 040 REV A Simplifying Storage Network Management McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 3464 Corporate Headquarters 800 545 5773 Sales E mail sales mcdata com Web www mcdata com Record of Revisions and Updates Revision Date Description 620 000228 010 12 2004 Initial release of Manual 620 000228 020 01 2005 Updated version for E OSi version 4 6 1 620 000228 030 06 2005 Updated version for E OSi version 4 5 620 000228 040 10 2005 Updated version for E OSi version 4 7 Printed October 2005 Fourth Edition 2005 McDATA Corporation All rights reserved McDATA the McDATA logo McDATA Eclipse Fabricenter HotCAT Intrepid Multi Capable Storage Net work Solutions Networking the World s Business Data nScale nView OPENready SANavigator SANpilot SANtegrity SANvergence SecureConnect and Sphereon are trademarks or registered trademarks of McDA TA Corporation OEM and Reseller logos are the property of such parties and are reprinted with limited use permission All other trademarks are the property of their respective companies All specifications subject to change No part of this publication may be reproduced or distributed in any form or by any means or stored in a database or retrieval system without the prior written consent of McDATA Corporation The information contained i
147. MIB fceoswFCPortEntry 2 INTEGER 1 4095 read only current Receiver Transmitter Timeout in units of thousands of a second fcswFCPortEntry 3 INTEGER 1 64 read only current Error Detect Timeout in seconds fcswFCPortEntry 4 INTEGER 1 4 read only current Resource Allocation Timeout in seconds fcswFCPortEntry 5 INTEGER 1 64 read only current Loop Timeout in seconds fcswFCPortEntry 6 Chassis information E 93 McDATA Eclipse SAN Router Management MIB feswFCPortBbCreditCur Syntax Max Access Status Description Sequence INTEGER 1 2147483647 read only deprecated The total number of receive buffers available for holding Class 2 or 3 frames from the attached NxPort BB Credits are used for flow control of received traffic This is a read only duplicate of feswFCPortBbCredits fcoswFCPortEntry 7 fcswFCPortRequestNLPortsNext Syntax Max Access Status Description Sequence fcswFCPortRTTOVnext Syntax Max Access Status Description Sequence fcswFCPortEDTOVnext Syntax Max Access Status INTEGER 0 125 read write current Number of FC ports in this FC virtual loop port This value will be used in next FC login NVRAM value fcswFCPortEntry 8 INTEGER 1 4095 read write current Receiver Transmitter Timeout This value will be used in next FC login NVRAM value
148. ModuleLastChange 2 60 fcFeModuleName 2 60 FcFeModuleObjectID 2 59 fcFeModuleOperStatus 2 59 FcFeNxPortIndex 2 57 fcFPortAttachedPortName 2 67 FcFPortConnectedPort 2 67 fcFxConfFxPortIndex 2 61 fcFxlogiFxPortIndex 2 70 FcFxlogiNxPortIndex 2 70 FcFxPortAddressIdErrors 2 76 FcFxPortAdminMode 2 68 FcFxPortBaudRate 2 65 FcFxPortBbCredit 2 62 FcFxPortBbCreditAvailable 2 67 fcFxPortBbCreditModel 2 74 fcFxPortC1AcctFxPortIndex 2 78 FcFxPortC1ConnTime 2 79 FcFxPortC1Discards 2 80 FcFxPortC1FbsyFrames 2 78 FcFxPortC1FrjtFrames 2 79 FcFxPortC1InConnections 2 78 FcFxPortClInFrames 2 79 FcFxPortC1InOctets 2 80 FcFxPortC1OutConnections 2 78 FcFxPortC1OutFrames 2 79 FcFxPortC1OutOctets 2 80 fcFxPortC2AcctFxPortIndex 2 81 FcFxPortC2Discards 2 82 FcFxPortC2FbsyFrames 2 82 FcFxPortC2FrjtFrames 2 82 FcFxPortC2InFrames 2 81 FcFxPortC2InOctets 2 81 FcFxPortC2OutFrames 2 81 FcFxPortC2OutOctets 2 82 fcFxPortC3AcctFxPortIndex 2 83 FcFxPortC3Discards 2 84 FcFxPortC3InFrames 2 83 FcFxPortC3InOctets 2 83 FcFxPortC3OutFrames 2 83 FcFxPortC3OutOctets 2 84 FcFxPortCapBaudRates 2 88 FcFxPortCapBbCreditMax 2 85 FcFxPortCapBbCreditMin 2 85 FcFxPortCapClass2SeqDeliv 2 87 FcFxPortCapClass3SeqDeliv 2 87 FcFxPortCapCos 2 86 FcFxPortCapFcphVersionHigh 2 84 FcFxPortCapFcphVersionLow 2 85 fcFxPortCapFxPortIndex 2 84 FcFxPortCapHoldTimeMax 2 87 FcFxPortCapHoldTimeMin 2 88 fcFxPortCapIntermix 2 86 FcFxPortCapMedia 2 88 FcFxPortCapRxDataFieldSizeMax 2 85 F
149. N eportSubFabricDiscoveredDeviceCount INTEGER 1 4096 not accessible current INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER OCTET STRING WWNtype WWNtype WWNtype INTEGER The Logical Index representing this subfabric entry eportSubFabricEntry 1 eportSubFabricInterconnect INTEGER openFabric 1 mcDataNative 2 brocade 3 read write current DURABLE 2 all This object shows what interoperability mode a SubFabric operates in Note if running in openFabric or mcDataNative mode Domain Id s are limited to a value between hex 1 1F Changes to this entry requires the port to go offline followed by an online DEFVAL openFabric E OSi SNMP Support Manual McDATA SAN Routing Management MIB Sequence eportSubFabricEntry 2 eportSubFabricZoneSetPolicy Syntax INTEGER noZoneSynch 1 appendIPSZones 2 createIPSZoneset 3 Max Access read write Status current Description DURABLE leaveCurrentZoneSet all This object determines the action that is taken by Nishan E Port with the connected FC SAN island If set to createI PSZoneset this switch will always force the SoIPZoneset on a given island to be the active configuration otherwise if set to leaveCurrentZoneset the current active ZoneSet is not altered If set to appendIPSZones the SoIP zones shall be appended to the active FC zoneset on the FC Island If there is no active FC zoneset no append sha
150. N Router Management MIB Added another compression method to fcswTCPCompressionMethod Modified the feswEPortSoIPZoneCleanup variable s allowed values and its description Modified the feswChasFanOperStatus enumerations and descriptions Add fcswTcpOptions bit to enable SACK for iFCP Update SNS configuration variable descriptions Obsolete fcswChasFanPartNumber Added fIscsiGtwy to feswNsPortType in the SNS table This type indicates the iSCSI listener for each of the configured iSCSI ports Added fcswEPortErrorMsgString to fcEPortTable This octet string allows a more detailed error message to describe an error encountered on a given Eport Added softwareBundleString to show the software string associated with the version of software running on the switch Updated feswTCPResetNow description to specify a return value to indicate when the port reset is finished Changed fabricManager to fabric controller and placed descriptions throughout the mib to describe when a port must be taken offline for a configuration to take place Added fcswEportFcNodeWWN to report McDATA OUI support for E OS 5 0 Added feswTCPiSCSILoginRetryTimeout to control the number of retries an iSCSI Initiator attempts to relogin to the target Fixed description of fcswPortOperStatus bug 4684 Added inTransition 5 value to feswPortOperStatus MCDT 00027533 Added fcswSnsClientTable Add 4 new bit definitions to the feswTCPOptions bitmap and o
151. NTEGER 0 8184 read create iFCP Remote Peer Configuration C 17 McDATA Gateway MIB Status Description Sequence rmtConnectionCount Syntax Max Access Status Description Sequence current DURABLE 0 all The TCP window size used for all TCP data connections in this iFCP remote connection in KBytes The value configured here is rounded up to the next multiple of 8 KBytes internally The TCP window size specifies how much outstanding data data not yet acknowledged by the receiver may be sent on one TCP connection The window size is also the receive buffer size for each TCP connection The recommended TCP window size is the expected bandwidth multiplied by the round trip time RTT For example the optimal window size for a 100 Mbit sec connection with a 5 msec RTT is 100Mbit sec 005 sec 0 5Mbits or about 65 KBytes The value 0 is a special value meaning Auto In Auto mode the switch selects the optimal receive window size for each TCP connection independently The window size is based on the TCP stack measured round trip times Each connection is adjusted dynamically as the connection s RTT changes In the case of oversubscription buffering resources are distributed fairly across connections to the extent possible In the automode each connection has a minimum window size of 128 KB and a maximum window size of 8184 KB The TCP window size may be manually changed at any time by setting
152. NTEGER inNoZone 0 inDefaultZone 1 E OSi SNMP Support Manual Max Access Status Description Sequence ZONE INFO TABLE fcswZonelInfoTable Syntax Max Access Status Description Sequence fcswZoneInfoEntry Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB read write current DURABLE inNoZone Zone Status for new device when plugged in this switch Either the new device will automatically go in no zone or go in default zone nishanFCsw 3 SEQUENCE OF FcswZonelnfoEntry not accessible current A table containing configuration information for each ZONE configured into the device by local or network management All entries are permanent and will be restored after the device is reset nishanFCsw 7 FeswZonelInfoEntry not accessible current Configuration information for a ZONE configured into the device by local or network management INDEX fcswZonelInfoTag fcswZoneInfoTable 1 FcswZonelnfoEntry SEQUENCE feswZonelnfoTag INTEGER feswZoneSymbolicName OCTET STRING feswZoneRowStatus RowStatus FC Switch Zone Configuration E 31 McDATA Eclipse SAN Router Management MIB E 32 fcswZonelInfoTag Syntax Max Access Status Description Sequence fcswZoneSymbolicName Syntax Max Access Status Description Sequence fcswZoneRowStatus Syntax Max Access Status Description feswZ
153. ONS BEGIN IMPORTS MODULE IDENTITY OBJECT TYPE IpAddress Gauge32 Counter32 TimeTicks Unsigned32 FROM SNMPv2 SMI DisplayString RowStatus FROM SNMPv2 TC Last Updated Organization Contact Info Description Revision Description Revision Description Revision Description Sequence nishanMgmt FROM NISHAN MGT nishanGtwyPeer MODULE IDENTITY 0509190000Z McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com The private MIB for McDATA Eclipse SAN Router Management 0509190000Z Released for E OSi version 4 7 0506160000Z Multiple comment and description updates Removed the localPeerFailoverTable not supported in any current products 0304270000Z Public release of this MIB module as of 4 27 03 nishanMgmt 11 Local SAN configuration The following setup parameters are used to configure the SAN Router to manage the local SAN localSAN OBJECT IDENTIFIER nishanGtwyPeer 1 remotePeerDefaultHoldTime Syntax Max Access INTEGER 10 90 read write Local SAN configuration McDATA Gateway MIB ork McDATA Gateway MIB Status Units Description Sequence localSanId Syntax Max Access Status Description Sequence localSanIdOnNextReset Syntax Max Access Status Description Sequence localRecoveryAction Syntax Max Acc
154. Optical Memory device 08h Medium Changer device 09h Communications device OAh 1Eh Reserved 1Fh Unknown or no device type Byte 1 gives FC Port Type 0 INVALID 1 PRIVATE 2 PUBLIC 3 ALIEN Byte 2 is a bit map that indicates device role E OSi SNMP Support Manual Sequence fcswNsParentNodeWwn Syntax Max Access Status Description Sequence fcswNsFc4Features Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB Both Bits 0 1 0 means device role is UNKNOWN Bit 0 1 means role is TARGET Bit 1 1 means role is INITIATOR Both Bits 0 1 1 means role is TARGET AND INITIATOR Byte 3 is reserved fcswNsPortEntry 17 WWNtype read only current The object identifies the node World Wide Name of the associated node if exists fcswNsPortEntry 18 OCTET STRING SIZE 128 read only current The object identifies the FC 4 Features supported by the port as defined in FC GS 3 For FC4 type FCP 2 defined in FC PH as type 08h the FC4 feature bits are defined as follows Bit Interpretation 3 Reserved 2 Reserved 1 1 FCP Initiator function supported 0 not supported 0 1 FCP Target function supported 0 not supported fcswNsPortEntry 19 FC Switch Zone Configuration E 47 McDATA Eclipse SAN Router Management MIB AL Port Map Table fcswALPortMapping Table Syntax Max Access Status Description Sequence
155. P 7 END E OSi SNMP Support Manual A agents introduction to 1 1 C commands SNMP 1 2 configurationChangeTime 2 93 connUnitConfigurationChangeTime 2 102 connUnitContact 2 104 connUnitControl 2 103 connUnitDomainId 2 100 connUnitEntry 2 94 connUnitEventCurrID 2 106 connUnitEventFilter 2 105 connUnitFabricID 2 106 connUnitGloballd 2 96 connUnitId 2 96 connUnitInfo 2 103 connUnitLocation 2 105 connUnitMaxEvents 2 105 connUnitModuleld 2 103 connUnitName 2 103 connUnitNumEvents 2 105 connUnitNumLinks 2 106 connUnitNumports 2 98 connUnitNumkRevs 2 102 connUnitNumSensors 2 101 connUnitNumZones 2 102 connUnitPrincipal 2 101 connUnitProduct 2 99 connUnitProxyMaster 2 100 connUnitRevsDescription 2 108 connUnitRevsEntry 2 107 connUnitRevsIndex 2 108 connUnitRevsRevId 2 108 connUnitRevsTable 2 107 connUnitRevsUnitId 2 108 connUnitSensorCharacteristic 2 112 connUnitSensorEntry 2 109 connUnitSensorIndex 2 110 connUnitSensorInfo 2 111 connUnitSensorMessage 2 111 connUnitSensorName 2 110 connUnitSensorStatus 2 111 connUnitSensorTable 2 109 connUnitSensorType 2 112 connUnitSensorUnitld 2 110 connUnitSn 2 99 connUnitState 2 98 connUnitStatus 2 99 connUnitStatusChangeTime 2 102 connUnitTable 2 93 connUnitTableChangeTime 2 93 connUnitType 2 98 connUnitUpTime 2 100 connUnitUrl 2 100 connUnitVendorld 2 106 F fabric element management MIB class 1 accounting table 2 77 class 2 accounting table 2 80 class 3 accounti
156. P Support Manual Description ipInDiscards Type Access Description ipInDelivers Type Access Description ipOutRequests Type Access Description ipOutDiscards Type Access Description McDATA SNMP Support The number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol Counter R The number of input IP datagrams for which no problems were encountered to prevent their continued processing but which were discarded e g for lack of buffer space Note that this counter does not include any datagrams discarded while awaiting re assembly Counter R The total number of input datagrams successfully delivered to IP user protocols including ICMP Counter R The total number of IP datagrams which local IP user protocols including ICMP supplied to IP in requests for transmission Note that this counter does not include any datagrams counted in ipForwDatagrams Counter R The number of output IP datagrams for which no problem was encountered to prevent their transmission to their destination but which were discarded e g for lack of buffer space Note that this counter would include datagrams counted in ipForwDatagrams if any such packets met this discretionary discard criterion MIB Definitions McDATA SNMP Support ipOutNoRoutes Type Access Description ipReasmTimeout Type Access Description
157. P Support Manual Fx_Port Error Table fcFxPortErrorFxPortIndex Type Provided By Access Description FcFxPortLinkFailures Type Provided By Access Description FcFxPortSyncLosses Type Provided By Access Description FcFxPortSigLosses Type Provided By Access Description McDATA SNMP Support A table that contains one entry for each Fx_Port counters that record the numbers of errors detected FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of fcFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized Counter PSCC R The number of link failures detected by this Fx_Port Counter PSCC R The number of loss of synchronization detected by the Fx_Port Counter PSCC R The number of loss of signal detected by the Fx_Port Fabric Element Management MIB 2 75 McDATA SNMP Support yoy FcFxPortPrimSeqProtoErrors Type Provided By Access Description FcFxPortInvalidTxWords Type Provided By Access Description FcFxPortInvalidCrcs Type Provided By Access Description FcFxPortDelimiterErrors Type Provided By Access Description FcFxPortAddressIdErrors Type Provided By Access Description Counter PSCC R The number of primitive sequence protocol errors detected by the Fx_Port Co
158. P Support Manual Status Description Sequence fcFeElementName Syntax Max Access Status Description Sequence fcFeModuleCapacity Syntax Max Access Status Description Sequence The Module Table fcFeModuleTable Syntax Max Access Status Description Sequence current The Name_Identifier of the Fabric to which this Fabric Element belongs fcFeConfig 1 FcNameld read only instead of read write current The Name_Identifier of the Fabric Element fcFeConfig 2 FcFeModuleCapacity read only current The maximum number of modules in the Fabric Element regardless of their current state fcFeConfig 3 This table contains one entry for each module information of the modules SEQUENCE OF FcFeModuleEntry not accessible current A table that contains one entry for each module in the Fabric Element information of the modules fcFeConfig 4 Configuration group McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fabric Element MIB fcFeModuleEntry Syntax Max Access Status Description Sequence fcFeModuleIndex Syntax Max Access Status FcFeModuleEntry not accessible current An entry containing the configuration parameters of a module INDEX feFeModuleIndex fcFeModuleTable 1 FcFeModuleEntry SEQUENCE fcFeModuleIndex FcFeModuleIndex fcFeModuleDescr DisplayString fcFeModuleObjectID OBJECT IDENT
159. PGroup 2 nishanCommonIPGateAddress Syntax Max Access Status Description Sequence IpAddress read write current The current default gateway address for the SAN Router A value of 0 0 0 0 indicates that no default gateway is set Setting this variable has no effect on the actual value used in the SAN Router Use nishanCommonIPGateAddressOnNextReset instead to change the SAN Router s default gateway address nishanCommonIPGroup 3 Common Group McDATA Nishan Common MIB McDATA Nishan Common MIB A 10 nishanCommonIPNetMask Syntax Max Access Status Description Sequence nishanCommonIPStatus Syntax Max Access Status Description Sequence IpAddress read write current The current subnet mask for the inband address of the SAN Router Setting this variable has no effect on the actual value used in the SAN Router Use nishanCommonIPNetMaskOnNextReset instead to change the SAN Router s subnet mask nishanCommonIPGroup 4 INTEGER notModified 1 modified 2 restore 3 apply 4 read write obsolete This object is used to synchronize the modification of the IP parameters used by the protocol stack based on the nishanCommonIPGroup MIB objects This allows the user to change nishanCommonIPMACAddr nishanCommonIPIpAddress nishanCommonIPGateAddress and nishanCommonIPNetMask and then apply the changes to the unit using apply 4 If nishanCommonIPStatus returns not_modif
160. Password A 36 nishanCommonMiscProductName A 36 nishanCommonMiscReset A 36 nishanCommonMiscSaveToNvm A 34 nishanCommonMiscSnmpSecurity OnOff A 34 nishanCommonMiscSpanOnOff A 35 Trap nishanCommonTrapCommAuthentica tion A 27 nishanCommonTrapCommBridge A 27 nishanCommonTrapCommColdStart A 26 nishanCommonTrapCommEntry A 25 nishanCommonTrapCommIndex A 26 nishanCommonTrapCommLinkDown A 27 nishanCommonTrapCommLinkUp A 27 nishanCommonTrapCommName A 26 nishanCommonTrapCommOEMSpecif ic A 28 nishanCommonTrapCommRMON A 28 nishanCommonTrapCommState A 28 nishanCommonTrapCommTable A 25 nishanCommonTrapCommTableEn triesMax A 24 nishanCommonTrapDestCommName A 30 nishanCommonTrapDestEntry A 29 nishanCommonTrapDestIndex A 29 nishanCommonTrapDestIpAddress A 30 nishanCommonTrapDestIpMask A 31 nishanCommonTrapDestName A 30 nishanCommonTrapDestState A 31 nishanCommonTrapDestTable A 29 nishanCommonTrapDestTableEntries Max A 24 nishanCommontTrapTest A 24 Trap Group A 23 Version Group nishanCommonVerAppSWMinor A 8 nishanCommonVerBootSWMajor A 7 nishanCommonVerBootSWMinor A 8 nishanCommonVerMIBMajor A 7 nishanCommonVerMIBMinor A 7 Nishan iSCSI Configuration D 1 Nishan Management MIB NishanOperStatus E 8 Port Configuration Management Port configuration E 9 Port configuration E 9 P private enterprise MIBs 1 5 Index R revisionNumber 2 91 rPortConfigurationChanged H 10 S setrequest command 1 3 SNMP description
161. PortRevision Syntax Access Status Description Sequence connUnitPortVendor Syntax Access Status Description Sequence connUnitPortSpeed Syntax Access Status Description Sequence connUnitPortControl Syntax McDATA SAN Routing Management MIB The serial number of the unit e g for a GBIC If this is not applicable return empty string connUnitPortEntry 12 DisplayString SIZE 0 79 read only mandatory The port revision e g for a GBIC connUnitPortEntry 13 DisplayString SIZE 0 79 read only mandatory The port vendor e g for a GBIC connUnitPortEntry 14 INTEGER read only mandatory The speed of the port in kilobytes per second connUnitPortEntry 15 INTEGER unknown 1 invalid 2 resetConnUnitPort 3 Port Table F 31 McDATA SAN Routing Management MIB bypassConnUnitPort 4 unbypassConnUnitPort 5 offlineConnUnitPort 6 onlineConnUnitPort 7 resetConnUnitPortCounters 8 Access read write Status mandatory F 32 E OSi SNMP Support Manual McDATA SAN Routing Management MIB Description This object is used to control the addressed connUnit s port Valid commands are resetConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific reset operation Examples of these operations are the Link Reset protocol the Loop Initial
162. PortSet Syntax Max Access Status Description INTEGER 0 65535 read write current For software versions before 4 1 this variable indicates the UDP TCP port that the local SNS entity will use after the next reset of the switch For software version 4 1 and later this variable indicates the UDP TCP port currently used by SNS Any changes take effect immediately FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Sequence Syntax Max Access Status Description Sequence fcswSNSL3McastGrpSet Syntax Max Access Status Description Sequence Syntax Max Access Status All switches in the SAN must use the same port number for proper operation nishanFCsw 20 fcswSNSCommPortCurrent INTEGER 0 65535 read only current The current UDP port being used for name server communication For software version 4 1 and later this variable returns the same value as feswSNSCommPortSet nishanFCsw 21 IpAddress read write current For software versions before 4 1 this variable indicates the multicast group that the local SNS entity will use after the next reset of the switch For software version 4 1 through 4 5 this variable indicates the multicast group currently being used by SNS Any changes take effect immediately For software version 4 6 and later this variable is ignored because multicast is no lo
163. PortStatCountRxOfflineSequences Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of Offline Primitive OLS received at this port Note this is a Fibre Channel only stat Sequence connUnitPortStatEntry 36 connUnitPortStatCountTxOfflineSequences Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of Offline Primitive OLS transmitted by this port Note this is a Fibre Channel only stat Sequence connUnitPortStatEntry 37 connUnitPortStatCountNumberOfflineSequences Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of Offline Primitive sequence received at this port Note this is a Fibre Channel only stat Sequence connUnitPortStatEntry 38 connUnitPortStatCountLinkFailures Syntax OCTET STRING SIZE 8 Access read only FCMGMT MIB 2 161 McDATA SNMP Support Status Description Sequence mandatory Count of link failures This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 39 connUnitPortStatCountInvalidCRC Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received with invalid CRC This count is part of the Link Error Status Block LESB FC PH 29 8 Loop ports should not count CRC errors passing t
164. PortStatEntry not accessible mandatory An entry describing port statistics INDEX connUnitPortStatUnitlId connUnitPortStatIndex connUnitPortStatTable 1 ConnUnitPortStatEntry SEQUENCE connUnitPortStatUnitld FcGloballd connUnitPortStatIndex INTEGER connUnitPortStatCountError OCTET STRING connUnitPortStatCountTxObjects OCTET STRING connUnitPortStatCountRxObjects OCTET STRING FCMGMT MIB McDATA SNMP Support 2 147 McDATA SNMP Support connUnitPortStatCountTxElements OCTET STRING connUnitPortStatCountRxElements OCTET STRING connUnitPortStatCountBBCreditZero OCTET STRING connUnitPortStatCountInputBuffersFull OCTET STRING connUnitPortStatCountFBSYFrames OCTET STRING connUnitPortStatCountPBSY Frames OCTET STRING connUnitPortStatCountFRJTFrames OCTET STRING connUnitPortStatCountPRJTFrames OCTET STRING connUnitPortStatCountClass1RxFrames OCTET STRING connUnitPortStatCountClass1TxFrames OCTET STRING connUnitPortStatCountClass1FBSYFrames OCTET STRING connUnitPortStatCountClass1PBSYFrames OCTET STRING connUnitPortStatCountClass1FRJTFrames OCTET STRING connUnitPortStatCountClass1PRJTFrames OCTET STRING connUnitPortStatCountClass2RxFrames E OSi SNMP Support Manual McDATA SNMP Support OCTET STRING connUnitPortStatCountClass2TxFrames OCTET STRING connUnitPortStatCountClass2FBS YFrames OCTET STRING connUnitPortStatCountClass2PBSYFra
165. R nishanArchIfaceSTPEnable INTEGER nishanArchlfaceLink INTEGER nishanArchIfaceDuplexSpeedSet INTEGER nishanArchIfaceDuplexSpeedGet INTEGER nishanArchlfaceTXOctetsNoErr Counter32 nishanArchlfaceTXPacketsNoErr Counter32 nishanArchlfaceRXOctetsNoErr Counter32 nishanArchIfaceRXPacketsNoErr Counter32 nishanArchIfaceUnit Syntax INTEGER 1 4 Max Access read only Status current Description An index that uniquely identifies a unit in the Nishan FC Interface Table Sequence nishanArchIfaceEntry 1 nishanArchlfacePort Syntax INTEGER 1 32 Max Access read only Status current Description An index that uniquely identifies a port within the unit in the Nishan FC Interface Table Sequence nishanArchIfaceEntry 2 nishanArchIfaceLogicalPort Syntax INTEGER 1 128 Max Access read only Status current Architecture Group A 39 McDATA Nishan Common MIB Description units For this MIB 32 po Sequence nishanArchIfacel nishanArchIfaceName Syntax Max Access read write Status current Description Sequence nishanArchIfacel nishanArchIfaceType Syntax INTEGER other 1 regular1822 2 hdh1822 3 ddnX25 4 rfc877X25 5 iso88026Man 10 starLan 11 proteon10Mbit 12 proteon80Mbit 13 fddi 15 A 40 E OSi SNMP Support Manual An index that uniquely identifies a port in the Nishan FC Interface Table This is a linear port number that may have hole
166. ROM NISHAN SMI WWNtype FCIDtype FROM NISHAN MGT nishanFcMgmt MODULE IDENTITY 0509190000Z McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com The private McDATA MIB for SAN Routing 0509190000Z Released for E OSi version 4 7 0507140000Z Multiple description updates from Product Test amp Integration Multiple variables marked obsolete or not supported in the current release 0107030000Z Initial public release of this MIB module nishan 11 The following is a collection of object which present information about a particular R_Port nishanEport OBJECT IDENTIFIER nishanFcMgmt 1 R_Port device list and switch list information E OSi SNMP Support Manual eportSwitchTable Syntax Max Access Status Description Sequence eportSwitchEntry Syntax Max Access Status Description Sequence McDATA SAN Routing Management MIB The following tables shows the relationship of what switches and devices are connected to a particular R_Port nishanEportDeviceInfo OBJECT IDENTIFIER nishanEport 1 SEQUENCE OF eportSwitchEntry not accessible current This table contains information on the different FC switches connected to a local R_Port nishanEportDevicelInfo 1 eportSwitchEntry not accessible current Entry containing information for a particular swit
167. Router is reset to factory default The value set here takes effect the next time the SAN Router is reset mgtPort 11 mgtPortCurrentDefaultGatewayAddress IpAddress read only current The current next hop address for a permanent static route This value remains even if the SAN Router is reset to factory defaults This variable together with nearby variables provides an IP static route to the primary management station so that contact is not lost even when the SAN Router is reset to factory default mgtPort 12 mgtPortHostIpAddressOnNextReset IpAddress read write current EA E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB Description The IP address of NMS in use to management this management port to which this entry is applicable after the next reset Sequence mgtPort 14 mgtPortCurrentHostIpAddress Syntax IpAddress Max Access read only Status current Description The current destination address of a permanent static route This value remains even if the SAN Router is reset to factory defaults This variable together with nearby variables provides an IP static route to the primary management station so that contact is not lost even when the SAN Router is reset to factory default Sequence mgtPort 15 mgtPortHostNetMaskOnNextReset Syntax IpAddress Max Access read write Status current Description The new subnet mask for a permanent static route This value rema
168. Status INTEGER connUnitSensorInfo DisplayString connUnitSensorMessage DisplayString connUnitSensorType INTEGER connUnitSensorCharacteristic INTEGER FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this sensor table connUnitSensorEntry 1 INTEGER 1 2147483647 read only mandatory A unique value among all connUnitSensorEntrys with the same value of connUnitSensorUnitld in the range between 1 and connUnitNumSensor connUnitSensorUnitld connUnitSensorEntry 2 Connectivity unit group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connUnitSensorName Syntax Access Status Description Sequence connUnitSensorStatus Syntax Access Status Description Sequence connUnitSensorInfo Syntax Access Status Description Sequence connUnitSensorMessage Syntax DisplayString read only mandatory A textual identification of the sensor intended primarily for operator use connUnitSensorEntry 3 INTEGER unknown 1 other 2 the sensor indicates other than ok warning or failure ok 3 the sensor indicates ok warning 4 the sensor indicates a warning failed 5 the sensor indicates failure read only mandatory The status indicated by the sensor connUnitSensorEntry 4 DisplayString read only mandatory Miscellaneous static info about the sensor such as its serial
169. T STRING SIZE 8 read only mandatory E OSi SNMP Support Manual Description Sequence Count of primitive sequence protocol errors detected at this port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 42 connUnitPortStatCountLossofSignal Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of instances of signal loss detected at port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 43 connUnitPortStatCountLossofSynchronization Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of instances of synchronization loss detected at port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 44 connUnitPortStatCountInvalidOrderedSets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of invalid ordered sets received at port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 45 Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connU
170. TA Nishan Common MIB A 14 nishanCommonAuthCommTable Syntax Max Access Status Description Sequence SEQUENCE OF nishanCommonAuthCommEntry not accessible current A list of valid SNMP Community Entries nishanCommonAuthGroup 3 nishanCommonAuthCommEntry Syntax Max Access Status Description Sequence nishanCommonAuthCommEntry not accessible current A list of SNMP Community properties INDEX nishanCommonAuthCommIndex nishanCommonAuthCommTable 1 NishanCommonAuthCommEntry SEQUENCE nishanCommonAuthCommIndex INTEGER nishanCommonAuthCommName DisplayString nishanCommonAuthCommPerm INTEGER nishanCommonAuthCommState INTEGER nishanCommonAuthCommIndex Syntax Max Access Status Description Sequence INTEGER 1 8 read only current An index that uniquely identifies an ordered entry in the SNMP Community Table nishanCommonAuthCommEntry 1 nishanCommonAuthCommName Syntax DisplayString SIZE 1 16 E OSi SNMP Support Manual McDATA Nishan Common MIB Max Access read write Status current Description NONVOLATILE public private The name of this SNMP Community Entry e g public Sequence nishanCommonAuthCommEntry 2 nishanCommonAuthCommPerm Syntax INTEGER permRO 1 permRW 2 Max Access read write Status current Description NONVOLATILE perm ro perm rw The Read Write GET SET perm
171. TEGER The values are defined as follow regular 1 alternate 2 MIB objects defined in the Fabric Element MIB fcFabricName Type Access Description FcElementName Type Access Description FcFeModuleCapacity Type Access Description Module Table FabricName R The Name_Identifier of the Fabric to which this Fabric Element belongs FcNameld R The Name_Identifier of the Fabric Element FcFeModuleCapacity R The maximum number of modules in the Fabric Element regardless of their current state A table that contains one entry for each module in the Fabric Element containing information about the modules Fabric Element MIB Object Name E OSi SNMP Support Manual fcFeModuleDescr Type Provided By Access Description FcFeModuleObjectID Type Provided By Access Description fcFeModuleOperStatus Type Provided By Access Description DisplayString SIZE 256 McK DEV_TBL R A textual description of the module This value should include the full name and version identification of the module It should contain printable ASCII characters This string should be derived from VPD information stored in the FRU EEPROM OBJECT IDENTIFIER SNMP R This is a fixed object identifier assigned from the McDATA enterprise subtree 1 3 6 1 4 1 289 2 1 1 2 INTEGER SNMP R This object indicates the operational status of the module online 1 the module is functioning prope
172. TEGER feswEPortFcNodeWWN WWNtype fcswEPortIndex Syntax INTEGER 1 32 Max Access read only Status current Description An index value that uniquely identifies a port The value is the port number same as fcswPortIndex Sequence fcswEPortEntry 1 fcswEPortRole Syntax INTEGER principal 1 nonprincipal 2 fabricManager 3 Max Access read only Status current Description This object identifies the role of R_Port Sequence fcswEPortEntry 2 Chassis information E 97 McDATA Eclipse SAN Router Management MIB fcswEPortPreferred DomainID Syntax INTEGER 0 255 Max Access read write Status current Description DURABLE OxE0 all This object is used to set the R_Port Preferred Domain ID A change to this configuration does not take affect until the R_Port is brought down and up Sequence fcswEPortEntry 3 feswEPortCurrentDomainID Syntax INTEGER 0 255 Max Access read only Status current Description This object identifies R_Port Current Domain ID The current domain ID is 0 for ports that are not R_Ports Sequence fcswEPortEntry 4 fcswEPortStatus Syntax INTEGER active 1 isolated 2 isolated AtRemoteEnd 3 error 4 portNotRport 5 noSignalDetected 6 elpParmError 7 elpParmErrorBPort 8 elpEDTOVRATOVmismatch 9 elpClassFmismatch 10 Ea E OSi SNMP Support Manual McDATA Eclipse SAN Router
173. Table Syntax Access Status Description Sequence connUnitPortStatEntry Syntax Access Status Description Sequence A list of statistics for the LAN WAN port type statSet 4 There is one and only one statistics table for each individual port For all objects in statistics table if the object is not supported by the conn unit then the high order bit is set to 1 with all other bits set to zero The high order bit is reserved to indicate if the object if supported or not All objects start at a value of zero at hardware initialization and continue incrementing till end of 63 bits and then wrap to zero SEQUENCE OF ConnUnitPortStatEntry not accessible mandatory A list of statistics for the fabric port types statSet 5 ConnUnitPortStatEntry not accessible mandatory An entry describing port statistics INDEX connUnitPortStatUnitId connUnitPortStatIndex connUnitPortStatTable 1 ConnUnitPortStatEntry SEQUENCE connUnitPortStatUnitld FcGloballd connUnitPortStatIndex INTEGER Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connUnitPortStatCountError OCTET STRING connUnitPortStatCountTxObjects OCTET STRING connUnitPortStatCountRxObjects OCTET STRING connUnitPortStatCountTxElements OCTET STRING connUnitPortStatCountRxElements OCTET STRING connUnitPortStatCountBBCreditZero OCTET STRING connUnitPortStatCountInputBuffersF
174. V variables to get the connected FC neighbor s timeout values 10 29 02 Added feswZoneBurstLimit and feswZoneNormalLimit for bandwidth manager support Added feswZoneType for iSNS support 11 20 02 fcswEPortZoneSetActionStatus variable Added description to delete or invalidate a LUN MAP Changed Burst Limit and Normal limit ranges 11 26 02 Added feswTCPStorageStatsTable to show storage statistics for the TCP ports Added fcswTCPSessionsTable to list all the sessions for a TCP port Added feswTCPSessionStatsTable to show storage statistics for the TCP sessions 12 05 02 Added feswNsFc4Features in the feswNsPortTable to capture the FC4 feature bits as defined in FC GS 3 12 23 02 Added feswTCPiSCSIOptions feswTCPiSCSIFirstBurstLength feswTCPiSCSIMaxBurstLength fesw TCPiSCSIMaxRecvDataSegmentLength variables to configure iSCSI options per TCP port mom NISHAN MGT MIB E3 McDATA Eclipse SAN Router Management MIB 1 18 03 1 20 03 1 22 03 1 23 03 1 27 03 02 11 03 02 28 03 03 03 03 03 12 03 03 12 03 03 17 03 04 11 03 04 18 03 E OSi SNMP Support Manual Add fcswPortActualSpeed to determine the actual port speed when the port speed is configured to auto Added mgtPortReset mib variable to reset the mgmt port after changing the IP address Aded comments to explain which of the variables are reserved for future use Added fast ethernet enumerations to the feswPortTyp
175. WriteBufferMem to configure FastWrite properties 0506150000Z Multiple corrections to various descriptions from PTI Removed more unimplemented variables and tables 0506090000Z Multiple corrections to various descriptions Removed unimplemented variables and tables Increased minimum value for feswZoneBurstLimit and feswZoneNormalLimit 0506060000Z Corrections to beacon description from PTI 0505090000Z Increased size range on flashImageVersion 2001012000002 Initial public release of this MIB module nishan 1 FCIDtype OCTET STRING SIZE 3 WWNtype OCTET STRING SIZE 8 z TEXTUAL CONVENTION current Represents the state of device being monitored INTEGER disabled 0 normal 1 E OSi SNMP Support Manual Port configuration Management Port configuration mgtPortIpAddressOnNextReset Syntax Max Access Status Description Sequence mgtPortNetMaskOnNextReset Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB warning 2 critical 3 shutdown 4 notpresent 5 Except for specific variables marked below this section is supported on all Nishan products nishanPort OBJECT IDENTIFIER n nishanMgmt 2 portSetUp OBJECT IDENTIFIER nishanPort 1 metPort OBJECT IDENTIFIER portSetUp 1 IpAddress read write current The IP address to be used for this management port after the next reset mgtPort
176. _Port eportPortBindingEntry 3 eportPortBindingAttachedaWWN Syntax Max Access Status Description Sequence R_Port Route Tables eportPreferredPathCount Syntax Max Access Status Description WWNtype read only current The WWN node name of the immediately attached switch off this local R_Port eportPortBindingEntry 4 nishanEportRoute OBJECT IDENTIFIER nishanEport 4 INTEGER 1 4096 read only current This returns the count of the total number of entries in this table E OSi SNMP Support Manual Sequence nishanEportRoute 1 eporPreferredPathNextFreeIndex Syntax Max Access Status Description Sequence eportPreferredPathTable Syntax Max Access Status Description Sequence eportPreferredPathEntry Syntax Max Access Status Description Sequence INTEGER 1 4096 read only current This returns the next free available index in this table that is free for use nishanEportRoute 2 SEQUENCE OF EportPreferredPathEntry not accessible current This table contains information on the static route information that pertains to a given R_Port nishanEportRoute 3 EportPreferredPathEntry not accessible current Entry containing information for a particular R_Port static route INDEX eportPreferredPathIndex eportPreferredPathTable 1 EportPreferredPathEntry SEQUENCE eportPreferredPathIndex
177. a Fibre Channel only stat connUnitPortStatEntry 18 connUnitPortStatCountClass1PRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 1 Frame that was rejected at the destination N_Port Note this is a Fibre Channel only stat connUnitPortStatEntry 19 conn UnitPortStatCountClass2RxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 2 Frames received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 20 E OSi SNMP Support Manual conn UnitPortStatCountClass2TxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 2 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 21 connUnitPortStatCountClass2FBS YFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FBSY was returned to this port as a result of a Class 2 Frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy FBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat
178. able for use with SNMP network management stations The standard MIBs provide a baseline of common operations across a wide variety of managed devices Standard MIBs supported by the McDATA E OSi are e MIB II Internet MIB as described in RFC 1213 e IP Forwarding Table MIB as described in RFC 1354 e Bridge MIB as described in RFC 1493 that defines Managed Objects for Bridges e Remote Network Monitoring MIB as described in RFC 1757 that defines objects for managing remote network monitoring devices ia E OSi SNMP Support Manual Private Enterprise MIBs e Fibre Alliance Fibre Channel Management MIB FCMGMT MIB version 3 0 e Fibre Channel Fabric Element FCFE version 1 10 e P Bridge MIB the Bridge MIB Extension module for managing Priority and Multicast Filtering e Q Bridge MIB the VLAN Bridge MIB module for managing Virtual Bridged Local Area Networks Private MIBs are those provided by the manufacturer of the managed devices to allow management of device specific items Chapter 2 describes the McDATA private Enterprise MIBs in more detail The McDATA private enterprise MIBs used by the McDATA E OSi are e McDATA Nishan Common MIB that lists the McDATA Nishan SAN Router Common MIBs e McDATA SAN Routing Management MIB that contains management objects for McDATA Nishan Storage over IP Devices e McDATA Gateway MIB that describes the McDATA Nishan SAN Router iFCP Gateway MIBs e McDATA iSCSI Configurat
179. abric eportSubFabricEntry 11 NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 43 McDATA SAN Routing Management MIB B 44 eportSubFabricDiscoveredDeviceCount Syntax Max Access Status Description Sequence INTEGER 1 4096 read only current This is the count of active entries in the Device Discovery Table for this given Sub Fabric eportSubFabricEntry 12 eportSubFabricMaximumConfigurable Syntax Max Access Status Description Sequence INTEGER 1 4096 read only current This variable shows the maximum number of usable Subfabrics for this given product nishanEportSubFabric 2 END E OSi SNMP Support Manual C McDATA Gateway MIB Nishan Gateway MIB iFCP Gateway V1 This MIB contains management objects for McDATA iFCP gateway support Revision history 10 00 Initial version created 4 24 01 Minor corrections to compile without warnings in SMICng 5 11 01 Added DURABLE keyword for saturn objects to be saved to flash 5 24 01 Added new variable localPeerAction updated enumerated values for localPeerFailoverStatus and rmtPeerAction 5 28 01 Changed allowed range for localPeerHoldTime and remotePeerDefaultHoldTime 6 12 01 Added localPeerFailoverTable 6 15 01 Corrected range on rmtPeerLocalGigeIndex 6 28 01 Changed allowed range for localPortHoldTime 6 29 01 Changed allowed range for localPortHoldTime again for testing
180. accessible current Contains status parameters specific to LUNs nishanFCsw 35 FcswLunMappingEntry not accessible current E OSi SNMP Support Manual Description Sequence fcswfcDeviceWWN Syntax Max Access Status Description Sequence fcswZoneld Syntax Max Access Status Description Sequence fcswPLunIndex Syntax Max Access Status Description Information for the Nishan SNS LUNs INDEX feswfcDeviceWWN fcswZoneld feswPLunIndex fcswLunMappingTable 1 FecswLunMappingEntry SEQUENCE feswfcDeviceWWN WWNtype feswZoneld INTEGER feswPLunIndex INTEGER feswVLuNumber INTEGER feswLunMaskedStatus INTEGER WWNtype read only current The Port WWN for this FC target fcswLunMappingEntry 1 INTEGER 1 512 read only current This value is the zone id for which this mapping is done fcswLunMappingEntry 2 INTEGER 1 256 read only current This is the index of the physical LUN from the lun info table FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB E 70 Sequence feswVLuNumber Syntax Max Access Status Description Sequence feswLunMaskedStatus Syntax Max Access Status Description Sequence feswSnsClientTable feswSnsClientCount Syntax Max Access Status fcswLunMappingEntry 3 INTEGER 0 65535 read write current
181. ad write current DURABLE O all System configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Sequence softwareBundleString Syntax Max Access Status Description Sequence loginBannerLines Syntax A bitmap representing options for this SAN Router Bit 0 is the least significant bit Setting a bit enables the option Current bit assignments are bit 0 Enable Jumbo frames on local GE ports This is not available in E OSi 4 7 release bit 1 Enable R_Port SAN IDs Not used in E OSi 4 4 and later bits 2 31 Reserved bit 2 Internal use bit 3 Telnet turning the bit on disables the feature and vice versa bit 4 Reserved bit 5 Internal use bit 6 Internal use bit 7 Internal use bits 8 31 Reserved Reserved bits must be zero when read and must be ignored by the agent when set for future backward compatibility DEFVAL 0 nishanSystem 17 DisplayString read only current This value will reflect the supported features for the version of the software running on this switch For example if the s w version is 4 2 5 then this string will have the value Standard iSCSI DEFVAL _ Standard iSCSI nishanSystem 19 Integer32 0 25 E OSi SNMP Support Manual Max Access Status Description Sequence loginBannerTable Syntax Max Access Status Description Sequence loginBannerEntry Syntax Max Access S
182. al frames can be passed When a Fabric Element initializes all FxPorts start with fcFxPortPhysAdminStatus in the offline 2 state As the result of either explicit management action or per configuration information accessible by the Fabric Element fcFxPortPhysAdminStatus is then changed to either the online 1 or testing 3 states or remains in the offline state fcFxPortPhysEntry 3 INTEGER online 1 Login may proceed offline 2 Login cannot proceed testing 3 port is under test linkFailure 4 failure after online testing Other values may be used to indicate diagnostic for failed test read only current The current operational status of the FxPort The testing 3 indicates that no operational frames can be passed If fcFxPortPhysAdminStatus is offline 2 then fcFxPortPhysOperStatus E OSi SNMP Support Manual Sequence fcFxPortPhysLastChange Syntax Max Access Status Description Sequence fcFxPortPhysRttov Syntax Max Access Status Description Sequence The FxPort Fabric Login table fcFxloginTable Syntax Max Access McDATA Nishan FC Fabric Element MIB should be offline 2 If fcFxPortPhysAdminStatus is changed to online 1 then fcFxPortPhysOperStatus should change to online 1 if the FxPort is ready to accept Fabric Login request from the attached NxPort it should proceed and remain in the link failure 4 state if and only if there is a fault that prevents it from
183. ams Type Access Description The UDP Listener Table udpLocalAddress Type Access Counter R The total number of UDP datagrams delivered to UDP users Counter R The total number of received UDP datagrams for which there was no application at the destination port Counter R The number of received UDP datagrams that could not be delivered for reasons other than the lack of an application at the destination port Counter R The total number of UDP datagrams sent from this entity The UDP listener table contains information about this entity s UDP end points on which a local application is currently accepting datagrams IpAddress R MIB Definitions McDATA SNMP Support McDATA SNMP Support Description udpLocalPort Type Access Description SNMP Group snmpInPkts Type Access Description snmpOutPkts Type Access Description snmpInBad Versions Type Access Description The local IP address for this UDP listener In the case of a UDP listener which is willing to accept datagrams for any IP interface associated with the node the value 0 0 0 0 is used INTEGER 0 65535 R The local port number for this UDP listener Some of the objects defined below will be zero valued in those SNMP implementations that are optimized to support only those functions specific to either a management agent or a management station In particular it should be observed that the objec
184. andatory 1 byte bit mask that specifies the current enforcement of the Zone Set Bit 7 Soft zone set enforced Bit 6 Hard zone set enforced Bits 5 0 Reserved connUnitZoneEntry 7 connUnitZoneAttributeBlock Syntax Access Status Description Sequence OCTET STRING SIZE 80 read only mandatory A variable length structure that contains extended zone attributes defined in the FC GS 4 enhanced zone server See FC GS 4 draft standard for details and format of the structure Support of this object is optional connUnitZoneEntry 8 E OSi SNMP Support Manual connUnitZoneNumMembers Syntax Access Status Description Sequence connUnitZoneMemberldType Syntax Access Status Description Sequence connUnitZoneMemberID Syntax Access Status Description Sequence McDATA SNMP Support INTEGER read only mandatory Number of zone members in the zone connUnitZoneName connUnitZoneEntry 9 INTEGER read only mandatory Type of zone member ID 1 Port WWN 2 Domain amp Port ID 3 FC Address 4 Node WWN 5 Alias Name 6 FF h Vendor specified connUnitZoneEntry 10 FcGloballd read only mandatory ID of the zone member based on connUnitZoneMemberldType connUnitZoneEntry 11 FCMGMT MIB McDATA SNMP Support Zone Alias Table connUnitZoningAlias Table Syntax Access Status Description Sequence
185. ap port 162 This object is an index and must be specified to create a row in this table trapRegEntry 2 E OSi SNMP Support Manual McDATA SNMP Support trapRegFilter Syntax FcEventSeverity Access read write Status mandatory Description This value defines the trap severity filter for this trap host The connUnit will send traps to this host that have a severity level less than or equal to this value The default value of this object is warning Sequence trapRegEntry 3 trapRegRowState Syntax INTEGER rowDestroy 1 Remove row from table rowInactive 2 Row exists but TRAPs disabled rowActive 3 Row exists and is enabled for sending traps Access __ read write Status mandatory Description Specifies the state of the row rowDestroy READ Can never happen WRITE Remove this row from the table rowInactive READ Indicates that this row does exist but that traps are not enabled to be sent to the target WRITE If the row does not exist and the agent allows writes to the trap table then a new row is created The values of the optional columns will be set to default values Traps are not enabled to be sent to the target If the row already existed then traps are disabled from being sent to the target rowActive READ Indicates that this row exists and that traps FCMGMT MIB McDATA SNMP Support are enabled to be sent to the target WRITE If the row does not exist and t
186. ar alias object and a given member off of a local R_Port INDEX eportZoneAliasTOoWWNSoIP Port eportZoneAliasToWWNAliasIndex eportZoneAliasToWWNDeviceName eportZoneAliasToWWNTable 1 E OSi SNMP Support Manual eportZoneAliasTOWWNSoIPPort Syntax Max Access Status Description Sequence eportZoneAliasTOWWNAliasIndex Syntax Max Access Status Description Sequence eportZoneAliasTOoWWNDeviceName Syntax Max Access Status Description Sequence eportZoneAliasToPortZoneTable Syntax McDATA SAN Routing Management MIB EportZoneAliasToWWNEntry SEQUENCE eportZoneAliasTOoWWNSolIPPort WWNtype eportZoneAliasToWWNAliasIndex INTEGER eportZoneAliasToWWNDeviceName WWNtype WWNtype read only current This object defines the local port off of which this configuration resides eportZoneAliasToWWNEntry 1 INTEGER 1 65535 read only current This object defines the particular alias that a particular member belongs too This integer indexes into the eportZoneAliasTable eportZoneAliasToWWNEntry 2 WWNtype read only current This object defines a device that belongs to a particular alias in this entry eportZoneAliasToWWNEntry 3 SEQUENCE OF eportZoneAliasToPortZoneEntry NISHAN FCMGMT MIB B 27 McDATA SAN Routing Management MIB B 28 Max Access Status Description Sequence not accessible current This tab
187. ass2FRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 2 Frame that was rejected by the fabric Note this is a Fibre Channel only stat connUnitPortStatEntry 24 connUnitPortStatCountClass2PRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Class 2 Frame that was rejected at the destination N_Port Note this is a Fibre Channel only stat connUnitPortStatEntry 25 connUnitPortStatCountClass3RxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 3 Frames received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 26 connUnitPortStatCountClass3TxFrames OCTET STRING SIZE 8 Syntax Access read only E OSi SNMP Support Manual Status Description Sequence mandatory Count of Class 3 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 27 connUnitPortStatCountClass3Discards Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 3 Frames that were discarded upon reception at this port There is n
188. atible with the rules for table indices In that case provide the internal representation of this port in this object This value may also be used in the connUnitLinkPortNumberxX or connUnitLinkPortNumberY objects of the connUnitLinkTable connUnitPortEntry 18 OBJECT IDENTIFIER read only deprecated This contains the OID of the first object of the table that contains the statistics for this particular port If this has a value of zero then there are no statistics available for this port The port type information will help identify the statistics objects that will be found in the table connUnitPortEntry 19 OCTET STRING SIZE 2 read only mandatory Bit mask that specifies the driver level protocol capability of this port If this is not applicable return all bits set to zero The bits have the following definition unknown 0 Port Table McDATA SAN Routing Management MIB F 35 McDATA SAN Routing Management MIB F 36 Sequence connUnitPortProtocolOp Syntax Access Status Description Sequence connUnitPortNodeWwn Syntax Access Status Description Sequence Loop 1 Fabric 2 SCSI 4 TCP IP 8 VI 16 FICON 32 connUnitPortEntry 20 OCTET STRING SIZE 2 read only mandatory Bit mask that specifies the driver level protocol s that are currently operational If this is not applicable return all bits set to zero This object has the same defini
189. ating the set of baud rates that the Fx_Port is capable of supporting This variable has been deprecated and may be implemented for backward compatibility Fc0MediaCap FPM R A value indicating the set of media that the Fx_Port is capable of supporting NOTE All the counters are 32 bit counters E OSi SNMP Support Manual FCMGMT MIB McDATA SNMP Support Last edit date Aug 19th 2001 DEFINITIONS BEGIN IMPORTS IpAddress TimeTicks experimental FROM RFC1155 SMI FROM RFC 1212 DisplayString FROM RFC1213 MIB TRAP TYPE FROM RFC 1215 Textual conventions for this MIB FcNameld OCTET STRING SIZE 8 FcGloballd OCTET STRING SIZE 16 FcAddresslId OCTET STRING SIZE 3 FcEventSeverity INTEGER unknown 1 emergency 2 alert 3 critical 4 error 5 warning 6 notify 7 info 8 debug 9 mark 10 All messages logged FCMGMT MIB 2 89 McDATA SNMP Support Groups in femgmt FcUnitType INTEGER unknown 1 other 2 none of the following hub 3 passive connectivity unit supporting loop protocol switch 4 active connectivity unit supporting multiple protocols gateway 5 unit that converts not only the interface but also encapsulates the frame into another protocol The assumption is that there is always two gateways connected together For example FC lt gt ATM converter 6 unit that converts from one interface to
190. ays 0 nishanFCsw 36 SEQUENCE OF FeswSnsClientEntry not accessible current Information on SNS clients If this SAN Router is the primary SNS MIB variable feswSNSRoleStatus 0 then feswSnsClientTable contains one entry for each remote client If this SAN Router is not the primary SNS then fcswSnsClientTable contains 1 entry for the local client For software releases and hardware models that don t support mFCP this table is always empty nishanFCsw 37 FcswSnsClientEntry not accessible current Information for one SNS client INDEX feswSnsClientIndex fcswSnsClientTable 1 FeswSnsClientEntry FC Switch Zone Configuration E 71 McDATA Eclipse SAN Router Management MIB E 72 SEQUENCE fcswSnsClientIndex Integer32 feswSnsClientInbandAddrType InetAddressType fcswSnsClientInbandAddr InetAddress feswSnsClientMgmtPortAddrType InetAddressType feswSnsClientMgmtPortAddr InetAddress feswSnsClientRegDate DateAndTime fecswSnsClientConflicts Integer32 fcswSnsClientIndex Syntax Integer32 1 255 Max Access not accessible Status current Description An arbitrary integer to identify an SNS client Client indexes do not need to be contiguous Sequence fcswSnsClientEntry 1 fcswSnsClientInbandAddrType Syntax InetAddressType Max Access read only Status current Description The format of the IP address in feswSnsClientInbandAddr Currently only IPv4 1 is suppor
191. banner Values range from 1 to the value of loginBannerLines loginBannerEntry 1 DisplayString SIZE 0 80 read write current One line of text making up the login banner The text may contain 0 to 80 characters End of line characters CR LF are not included Blank lines must contain at least one space character A zero length line terminates the prompt and deletes any following lines loginBannerEntry 2 Flash Memory Operations flashImageTable Syntax Max Access Status Description Sequence This section is supported on all Nishan products nishanFlash OBJECT IDENTIFIER flashObject OBJECT IDENTIFIER nishanMgmt 4 nishanFlash 1 Information regarding locations found the flash devices SEQUENCE OF FlashImageEntry not accessible current Table entries for Flash Locations flashObject 1 E OSi SNMP Support Manual flashImageEntry Syntax Max Access Status Description Sequence flashImageIndex Syntax Max Access Status Description Sequence flashImageVersion Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB FlashImageEntry not accessible current Table entries for Flash Locations INDEX _ flashImageIndex flashImageTable 1 FlashImageEntry SEQUENCE flashImageIndex INTEGER flashImageVersion DisplayString flashImageCheckSum INTEGER flashImageSize INTEGER flashImageDate D
192. bit Ethernet port with COS R_Port inter FC switch connection iFCP WAN Link iSCSI iFCP and iSCSI iFCP L3 port iSCSI L3 Port Chassis information McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence g1000TCPL3 16 fcL 17 18 19 20 al00basetTrunk 21 al00baset 22 al00basetL3 23 al00basetTrunkCOS 24 al00basetCOS 25 al00iFCP 26 a100iSCSI 27 al00TCP 28 al00iFCPL3 29 al100iSCSIL3 30 al00TCPL3 31 read write current iFCP and iSCSI L3 port Fibre Channel private loop reserved for future use reserved for future use reserved for future use Fast Ethernet Trunk port Fast Ethernet port Fast Ethernet L3 Port Fast Ethernet Trunk port with COS Fast Ethernet port with COS Fast Ethernet with iFCP WAN Link Fast Ethernet with iSCSI Fast Ethernet with iFCP and iSCSI Fast Ethernet with iFCP L3 port Fast Ethernet with iSCSI L3 Port Fast Ethernet with iFCP and iSCSI L3 Port type which will be used after next reset if this variable is set in NVRAM NOTE 1 Ports support either iFCP or iSCSI at one time NOTE 2 Fast Ethernet port types with iSCSI or iFCP are supported only on the IPS 3350 The remaining Fast Ethernet port types will be supported in a future release fcswPortEntry 2 E OSi SNMP Support Manual fcswPortConnectorType Syntax Max Access Status Description Sequence feswPortAdminStatus Syntax
193. bitmap identifies the status after a SAN Router Zone action is taken Following bits represent the status codes which are returned Bit 0 is the least significant bit Chassis information McDATA Eclipse SAN Router Management MIB E 103 McDATA Eclipse SAN Router Management MIB Sequence Syntax Max Access Status Description Bits 0 15 indicate the status of the action Bits 16 31 indicate the information about the configuration Bit Status 0 Configuration matches or appended successfully 1 Configuration update in progress 2 Configuration mismatches 3 Append failed No active zoneset 4 Append zone removal failed Last zones in active zoneset 5 Zoning Error Detected See feswEPortErrorMsgString for details 16 Configuration mismatches due to Leave Current Zoneset policy 17 Cleanup failed Not in Leave Current Zoneset policy 18 No active FC Zoneset on the FC Switch 19 SAN Router Zoneset is the active zoneset 20 FC Fabric Defined Zoneset is the active zoneset Bits 0 3 are transitional states while applying a policy for this R_Port Bit 16 is set when our R_Port is set to Leave Current Zoneset policy and the connected FC neighbor has another active FC zoneset Bit 17 is set when the user manually tries to set fcswEPortSoIP ZoneCleanup variable from the mib when the policy is not set to Leave Current Zoneset Bits 18 20 are useful indications of the configuration on the connected FC
194. ble current A Table which has list of Aggregators and its members For software versions or hardware models that do not support Link Aggregation this table is always empty nishanLinkAggr 5 LaAggEntry not accessible current Configuration information for an aggregator configured into the device by local or network management INDEX laAggId laAggTable 1 LaAggEntry SEQUENCE laAgeld INTEGER laAggMACAddr MacAddress laAgegPortStatus Integer32 laAggAdminStatus Link Aggregation E 139 McDATA Eclipse SAN Router Management MIB laAgeld Syntax Max Access Status Description Sequence laAggMACAddr Syntax Max Access Status Description Sequence laAggPortStatus Syntax Max Access Status INTEGER laAggOperStatus INTEGER laPhysPortList INTEGER laAggName DisplayString INTEGER 0 255 read only current The ID that refers to this aggregator laAggEntry 1 MacAddress read only current The MAC address of this aggregator laAggEntry 2 NOTE Range removed to avoid MIB compiler errors This should be an Unsigned32 or an octet string but the agent returns an INTEGER Syntax INTEGER 0 4294967295 Integer32 read only current E OSi SNMP Support Manual Description Sequence laAggAdminStatus Syntax Max Access Status Description Sequence laAggOperStatus Syntax Max Access Status De
195. ble return unknown connUnitEntry 13 INTEGER read only mandatory Number of sensors in the connUnitSensorTable connUnitEntry 14 FCMGMT MIB McDATA SNMP Support McDATA SNMP Support connUnitStatusChangeTime Syntax Access Status Description Sequence TimeTicks read only obsolete The sysuptime timestamp in centiseconds at which the last status change occurred connUnitEntry 15 connUnitConfigurationChangeTime Syntax Access Status Description Sequence connUnitNumRevs Syntax Access Status Description Sequence connUnitNumZones Syntax Access Status Description Sequence TimeTicks read only obsolete The sysuptime timestamp in centiseconds at which the last configuration change occurred connUnitEntry 16 INTEGER read only mandatory The number of revisions in the connUnitRevsTable DEFVAL 1 connUnitEntry 17 INTEGER read only obsolete Number of zones defined in connUnitZoneTable connUnitEntry 18 E OSi SNMP Support Manual connUnitModuleld Syntax Access Status Description Sequence connUnitName Syntax Access Status Description Sequence connUnitInfo Syntax Access Status Description Sequence connUnitControl Syntax FcGloballd read only mandatory This is a unique id persistent between boots that can be used to group a set of connUnits t
196. ble are not yet implemented 5 17 01 Added comments to the Card Table PartNumber description 5 22 01 Added SNS version info feswSNSrevInfo Zoneset info fcswSNSzsInfo and TCP Port support feswTCPPortTable feswPortSupportsTCP new port types 6 2 01 Added DURABLE clause for above objects to be saved to falsh 6 7 01 Changed rnage of fcswSNSzstTable to 1 to 64 6 12 01 Added logMsgUsedSpace 6 13 01 Added range to logMsgUsedSpace to fix smicng warning NISHAN MGT MIB EE McDATA Eclipse SAN Router Management MIB 7 16 01 8 14 01 9 14 01 9 27 01 11 14 01 01 28 02 02 21 02 03 01 02 03 07 02 03 13 02 03 15 02 03 19 02 04 12 02 04 19 02 04 26 02 05 07 02 05 13 02 06 14 02 06 25 02 06 26 02 07 01 02 07 30 02 E OSi SNMP Support Manual Added new enumerated values to fcswPortType Added flashImageOnNextReset Added omniPort value to feswNsPortType and elaborated its definition Added fcswTCPAutoReset and feswTCPResetNow Added feswTCPOptions Added fcswEportSwitchInterconnect implemented since 9 25 01 Added updated feswTCPOptions with compression levels and flow control Added lport private loop port to the port type tables Added feswTCPCompressionStatsTable for the TCP Port compression stats Changed description of the compression types in feswTCPOptions Updated feswTCPOptions to enable jumboframes bit Added systemOptions
197. bled or disabled for both transmit and receive together When SACK is enabled the TCP port accepts SACKs from remote receivers and may send SACKs to remote transmitters that accept SACKs When SACK is disabled the port does not include the Sack Permitted option in data sent to a remote receiver and does not send SACKs to remote transmitters even if the remote transmitter accepts SACKs When SACK is enabled for a port individual TCP sessions may or may not use SACK depending on whether the remote end supports SACK To check whether a particular TCP session is using SACK see the fcswTCPSessionStatsTable Galileo Mode bit 13 runs the port in a network delay and drop simulation mode All normal functions of the port are disabled Reorder Resistance bit 14 allows more duplicate ACKs before triggering fast retransmit or fast recovery The number of duplicates is specified in feswTCPReorderThreshold This can improve performance in networks where re ordered packets occur more often by reducing unnecessary fast retransmits and fast recoveries due to reordered packets In some cases Reorder Resistance may delay recovery from dropped packets Smaller CWND Reduction bit 15 reduces the CWND size by 1 8 instead of 1 2 when Fast Recovery occurs The SAN Router effectively adjusts more slowly to congestion events Quick Start bit 16 uses a larger initial value for the congestion window at the beginning of slow starts and increases the window
198. cFxPortCapRxDataFieldSizeMin 2 86 FcFxPortCapStackedConnMode 2 86 FcFxPortClass2SeqDeliv 2 64 FcFxPortClass2SeqDelivAgreed 2 73 FcFxPortClass3SeqDeliv 2 64 FcFxPortClass3SeqDelivAgreed 2 73 FcFxPortConnectedNxPort 2 74 FcFxPortCosSuppAgreed 2 71 FcFxPortCosSupported 2 63 FcFxPortDelimiterErrors 2 76 FcFxPortDistance 2 66 FcFxPortEdtov 2 63 fcFxPortErrorFxPortIndex 2 75 FcFxPortFcphVersionAgreed 2 71 FcFxPortFcphVersionHigh 2 61 FcFxPortFcphVersionLow 2 62 FcFxPortHoldTime 2 64 FcFxPortID 2 66 FcFxPortIntermixSuppAgreed 2 72 fcFxPortIntermixSupported 2 63 FcFxPortInvalidCres 2 76 Index FcFxPortInvalidTxWords 2 76 FcFxPortLinkFailures 2 75 FcFxPortLinkResetIns 2 77 FcFxPortLinkResetOuts 2 77 FcFxPortMedium 2 65 FcFxPortMode 2 58 FcFxPortName 2 61 FcFxPortNxPortBbCredit 2 71 FcFxPortNxPortName 2 73 FcFxPortNxPortRxDataFieldSize 2 71 FcFxPortOlsIns 2 77 FcFxPortOlsOuts 2 77 fcFxPortOperFxPortIndex 2 66 FcFxPortOperMode 2 68 FcFxPortPhysAdminStatus 2 69 fcFxPortPhysFxPortIndex 2 68 FcFxPortPhysLastChange 2 70 FcFxPortPhysOperStatus 2 69 FcFxPortPhysRttov 2 70 FcFxPortPrimSeqProtoErrors 2 76 FcFxPortRatov 2 62 FcFxPortRxBufSize 2 62 FcFxPortSigLosses 2 75 FcFxPortStackedConnMode 2 64 FcFxPortStackedConnModeAgreed 2 73 FcFxPortSyncLosses 2 75 FcFxPortTxType 2 65 FceNameld 2 53 FephVersion 2 54 FcPortName 2 54 FcRxDataFieldSize 2 54 FcStackedConnMode 2 54 icmpInAddrMaskReps 2 37 icmpInAddrMasks 2 37 icmpInDestUnreachs 2 35
199. ccccccccssesecensseessstsneesesceeesesesnenens iFP Backup Link Int sc cccesiesetseieieccebeestuecsessescdeatagsesesseregievenevtanis McDATA iSCSI Configuration MIB McDATA iSCSI Configuration MIB cccsesetesesceeesesesesnenenens iSCSI Device Configuration 0 0 ceeesesesteneeneees McDATA Eclipse SAN Router Management MIB NISHAN MGT MIB ou ccccsccscsssseesesseteesescecesescsnsnenssesesnesenescscenenens Port configura HON iann paap E E Management Port configuration ses ssssssssssssesttsriesstestsessessee SySteM COMFIQUIAtION saiisine rein r EEE Flash Memory Operations caitcscseseanscaaugencudschssstadvessessdasbaanensantneiies File Transfer Information sessirnar E OSi SNMP Support Manual Appendix F Appendix G Flash Operation Commands visas cisscsiasosasnsciadesnanvepadeansaschesessne E 24 Environmental information s sssssssssssesssesissessisssrsiesessesssesiseesee E 27 FC Switch Zone Configuration a ssccsesnassdanisds dopanssenttediaseaaveadbiodaas E 30 ZONE INFO TABLE visscsiscssicsssisescacasatsessadcasesessucseeciesstecseiearss E 31 FC Port Map Table scsccccctissiscsscsessceissonesciessisusisstatscaessitecseceares E 34 FC Storage Name Server group ccesesssssesssssseseseteteteneeeens E 37 Naming Service s Port Table ccccccsssesesssteeseseeteteseeeeees E 39 AL Port Map Table wicscscscscssicsssiscscasasasssssastcssssssuescacssasedscueseanss E 48 Naming Service s Node Table cccccssssesessstete
200. ce fpDeviceType Syntax Syntax Max Access Status Description current A 32 bit value that represents the size of the logical block for this device Octet 1 is the LSB octet 4 is the MSB fcpPortEntry 8 INTEGER 0 2147483647 UNITS megabytes read only current A value that represents the capacity of the device in megabytes One MegaByte equals to 1 048 576 when calculating this value fcpPortEntry 9 NOTE Range removed to avoid MIB compiler errors This should be an Unsigned32 or octet string but the agent returns an ASN 1 INTEGER INTEGER 0 4294967295 Integer32 read only current Byte 0 gives SCSI device type Identifies the type of SCSI Device Code Description 00h Direct access device oth Sequential access device 02h Printer device 03h Processor device 04h WORM device 05h D ROM device 06h Scanner device E OSi SNMP Support Manual Sequence 07h Optical Memory device 08h Medium Changer device 09h Communications device 0Ah 1Eh Reserved 1Fh Unknown or no device type Byte 1 gives FC Port Type 0 INVALID 1 PRIVATE 2 PUBLIC 3 ALIEN Byte 2 is a bit map that indicates device role Both Bits 0 1 0 means device role is UNKNOWN Bit 0 1 means role is TARGET Bit 1 1 means role is INITIATOR Both Bits 0 1 1 means role is TARGET AND INITIATOR Byte 3 is reserved fcpPortEntry 10 FC Name Server Configuration fcswSNSComm
201. ce E OSi SNMP Support Manual ipAdEntReasmMaxSize Type Access Description The IP routing group ipRouteDest Type Access Description ipRoutelfIndex Type Access Description ipRouteMetricl Type Access Description INTEGER 0 65535 R The size of the largest IP datagram which this entity can re assemble from incoming IP fragmented datagrams received on this interface The IP routing group contains an entry for each route presently known to this entity IpAddress RW The destination IP address of this route An entry with a value of 0 0 0 0 is considered a default route Multiple routes to a single destination can appear in the table but access to such multiple entries is dependent on the table access mechanisms defined by the network management protocol in use INTEGER RW The index value which uniquely identifies the local interface through which the next hop of this route should be reached The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex INTEGER RW The primary routing metric for this route The semantics of this metric are determined by the routing protocol specified in the route s ipRouteProto value If this metric is not used its value should be set to 1 MIB Definitions McDATA SNMP Support McDATA SNMP Support ipRouteMetric2 Type Access Description ipRouteMetric3 Type Ac
202. ceres G 41 Capability Group isise i kierie G 44 AppendixH McDATA Management Traps MIB McDATA Management Traps MIB ssssssssssssssrsssrssesssrrersessrsssne H 1 Eclipse Series traps tiscscscssszscsissieczscsesessez sissies sasessisecsasssaciessestscinats H 3 IFCP Gateway TYraps cccccccesecccsesesesescscsesesescscecsssesescssacsescscssenses H 8 Appendix McDATA Products Object Identifier Tree NISHAN PRODIUCTS sini yiaciasccsssicssnncrnnndinanttesverninionsisccnietonsenn 1 1 Appendix J McDATA SAN Router SMI Definitions NISHAN SMI MIB ccsuseictcmrnird denne auaienmioun J 1 Appendix K McDATA SNTP Configuration MIB SNTP Config rati n sesir seinaka arenan KOAT K EEES EREE K 2 E OSi SNMP Support Manual Preface This publication is part of the documentation suite that supports the McDATA Eclipse 1620 and 2640 SAN Routers referred to as SAN Router in this document Who Should Use This Manual Use this publication if you are planning to use SNMP to manage the SAN Router The publications listed in Related Publications provide considerable information about both concepts and McDATA products Organization of This Manual This publication is organized as follows Chapter 1 Introduction to SNMP provides an introduction and overview of Simple Network Management SNMP and its operation e Chapter 2 McDATA SNMP Support describes specific information available through SNMP especially the Management In
203. cess Description ipRouteMetric4 Type Access Description ipRouteNextHop Type Access Description INTEGER RW An alternate routing metric for this route The semantics of this metric are determined by the routing protocol specified in the route s ipRouteProto value If this metric is not used its value should be set to 1 INTEGER RW An alternate routing metric for this route The semantics of this metric are determined by the routing protocol specified in the route s ipRouteProto value If this metric is not used its value should be set to 1 INTEGER RW An alternate routing metric for this route The semantics of this metric are determined by the routing protocol specified in the route s ipRouteProto value If this metric is not used its value should be set to 1 IpAddress RW The IP address of the next hop of this route In the case of a route bound to an interface which is realized via a broadcast media the value of this field is the agent s IP address on that interface E OSi SNMP Support Manual McDATA SNMP Support ipRouteType Type INTEGER Access RW Description The type of route Note that the values direct 3 and indirect 4 refer to the notion of direct and indirect routing in the IP architecture Setting this object to the value invalid 2 has the effect of invalidating the corresponding entry in the ipRouteTable object That is it effectively disassociates the destination ide
204. cess Status Description Sequence eportSubFabricEntry Syntax Max Access Status Description Sequence McDATA SAN Routing Management MIB INTEGER 1 63 read write current The cluster ID uniquely identifies a unique collection of gateways across multiple IPS and FC Fabric installations Those gateways interconnected via mFCP must all have the same cluster ID NOTE Any changes to the cluster ID requires all R_Ports to go offline followed by an online nishanEportRoute 4 nishanEportSubFabric OBJECT IDENTIFIER nishanEport 5 SEQUENCE OF EportSubFabricEntry not accessible current This table contains configuration information for a given subfabric nishanEportSubFabric 1 EportSubFabricEntry not accessible current Entry containing information for a particular subfabric entry INDEX eportSubFabricI ndex eportSubFabricConfigurationTable 1 NISHAN FCMGMT MIB B 39 McDATA SAN Routing Management MIB eportSubFabricIndex Syntax Max Access Status Description Sequence Syntax Max Access Status Description EportSubFabricEntry SEQUENCE eportSubFabriclndex eportSubFabricInterconnect eportSubFabricZoneSetPolicy eportSubFabricCollectFcSwitchInfo eportSubFabricFabricBinding eportSubFabricSwitchBinding eportSubFabricEnterpriseFabricMode eportSubFabricName eportSubFabricPrincipalSwitch eportSubFabricFcFabricProxyWWN eportSubFabricLocalProxyWW
205. ch off of a local R_Port INDEX eportSwitchLocalSoIPPortName eportSwitchFCSwitchName eportSwitchTable 1 EportSwitchEntry SEQUENCE eportSwitchLocalSolIPPortName WWNtype eportSwitchFCSwitchName WWNtype eportSwitchTrueDomainId INTEGER eportSwitchSolIPPrincipalFabricPort WWNtype eportSwitchFCSwitchProductName DisplayString eportSwitchFCSwitchProductVersion DisplayString eportSwitchIpAddress IpAddress NISHAN FCMGMT MIB B 3 McDATA SAN Routing Management MIB Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence eportSwitchTrueDomainId Syntax Max Access Status Description eportSwitchLocalSoIPPortName WWNtype read only current The logical port off of which the current FC Switch resides The same switch can reside on more than one port eportSwitchEntry 1 eportSwitchFCSwitchName WWNtype read only current The FC Switch s WWN which resides off of a local R_Port eportSwitchEntry 2 INTEGER 1 240 read only current The FC Switch s true domain ID The domain ID it uses ina given SAN Island If the operating mode is Open Fabric the configured value is equal to eportSwitchTrueDomainld value 96 eportSwitchEntry 3 eportSwitchSoIPPrincipalFabricPort WWNtype read only current The Principal E_Port which the following s
206. changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header Groups in the Nishan Fabric Channel PRODUCT MIB NOTE Common Groups are those defined without dependence upon the underlying hardware or architecture Architecture Groups provide visibility to architecture specific items such as e Stackability e Number of ports per unit e Number of slots per unit Nishan Enterprise MIB for FC Platform McDATA Nishan Common MIB e Number of units per stack A 2 e Architecture specific statistics Chip Groups provide visibility to hardware specific items such as e Reading Writing registers within the switch ASIC e Exposing modes of the chip which are not used normally The following groups are supported for the Nishan Enterprise MIB Group nishanCommonGroup nishanCommonVerGroup nishanCommonIPGroup nishanCommonAuthGroup nishanCommontTrapGroup nishanCommonLoadGroup nishanCommonMiscGroup nishanArchGroup nishanArchIfaceGroup nishanChipGroup Nishan Common MIB Definitions IMPORTS MODULE IDENTITY Counter32 Description Common groups Retrieve version information Configure and retrieve IP connectivity items Configure trusted SNMP hosts communities and RADIUS servers Configure SNMP traps Configure file download upload parameters Configure and retrieve miscellaneous items Architecture specific gro
207. ched NxPort fcFxPortCapEntry 5 FcBbCredit read only current The minimum number of receive buffers available for holding Class 1 connect request Class 2 or Class 3 frames from the attached NxPort Capability Group McDATA Nishan FC Fabric Element MIB G 47 McDATA Nishan FC Fabric Element MIB G 48 Sequence fcFxPortCapEntry 6 fcFxPortCapRxDataFieldSizeMax Syntax Max Access Status Description Sequence FcRxDataFieldSize read only current The maximum size in bytes of the Data Field in a frame that the FxPort is capable of receiving from its attached NxPort fcFxPortCapEntry 7 fcFxPortCapRxDataFieldSizeMin Syntax Max Access Status Description Sequence fcFxPortCapCos Syntax Max Access Status Description Sequence fcFxPortCapIntermix Syntax Max Access Status FcRxDataFieldSize read only current The minimum size in bytes of the Data Field in a frame that the FxPort is capable of receiving from its attached NxPort fcFxPortCapEntry 8 FcCosCap read only current A value indicating the set of Classes of Service that the FxPort is capable of supporting fcFxPortCapEntry 9 INTEGER fyes 1 no 2 read only current E OSi SNMP Support Manual McDATA Nishan FC Fabric Element MIB Description A flag indicating whether or not the FxPort is capable of supporting the intermixing of Class 2 and Class 3
208. class 3 at the end Note this is a FC only stat Sequence connUnitPortStatEntry 49 connUnitPortStatCountEncodingDisparityErrors Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of disparity errors received at this port Note this is a Fibre Channel only stat Sequence connUnitPortStatEntry 50 FC Simple Name Server Table The Fibre Channel Simple Name Server table contains an entry for each device presently known to this connUnit There will not be any version on this since FC GS3 does not define a version today This table is accessed either directly if the management software has an index value or via GetNexts The value of the indexes are not required to be contiguous Each entry created in this table will be assigned an index This relationship is kept persistent until the entry is removed from the table or the system is reset The total number of entries are defined by the size of the table connUnitSnsMaxEntry Syntax INTEGER Access read only Status mandatory Description The maximum number of entries in the table Sequence connUnitServiceScalars 1 Event Group F 67 McDATA SAN Routing Management MIB connUnitSns Table Syntax Access Status Description Sequence connUnitSnsEntry Syntax Access Status Description Sequence SEQUENCE OF ConnUnitSnsEntry not accessible mandatory This table contains an entry for each obje
209. connUnitZoneSetNumZones connUnitZoneEntry 1 E OSi SNMP Support Manual connUnitZoneMemberIndex Syntax Access Status Description Sequence connUnitZoneSetName Syntax Access Status Description Sequence INTEGER 1 2147483647 read only mandatory Unique table index for each zone member Valid values are between 1 and connUnitZoneNumMembers connUnitZoneEntry 2 DisplayString SIZE 0 79 read only mandatory Name of the active zone set to which the zone and zone member belong connUnitZoneEntry 3 connUnitZoneSetNumZones Syntax Access Status Description Sequence connUnitZoneName Syntax Access Status Description Sequence INTEGER read only mandatory The number of zones in the active zone set connUnitZoneEntry 4 DisplayString SIZE 0 79 read only mandatory Name of the zone connUnitZoneEntry 5 FCMGMT MIB McDATA SNMP Support 2 139 McDATA SNMP Support connUnitZoneCapabilities Syntax Access Status Description Sequence OCTET STRING SIZE 1 read only mandatory 1 byte bit mask that specifies the zoning capabilities supported by the fabric Bit 7 Soft zones supported Bit 6 Hard zones supported Bits 5 0 Reserved connUnitZoneEntry 6 connUnitZoneEnforcementState Syntax Access Status Description Sequence OCTET STRING SIZE 1 read only m
210. cription FcFxPortC2InFrames Type Provided By Access Description FcFxPortC2OutFrames Type Provided By Access Description FcFxPortC2InOctets Type Provided By Access Description FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized Counter PSCC R The number of Class 2 frames received by this Fx_Port from its attached Nx_Port Counter PSCC R The number of Class 2 frames delivered through this Fx_Port to its attached Nx_Port Counter PSCC R The number of Class 2 frame octets including the frame delimiters received by this Fx_Port from its attached Nx_Port Fabric Element Management MIB McDATA SNMP Support McDATA SNMP Support FcFxPortC2OutOctets Type Provided By Access Description FcFxPortC2Discards Type Provided By Access Description FcFxPortC2FbsyFrames Type Provided By Access Description FcFxPortC2FrjtFrames Type Provided By Access Description Class 3 Accounting table Counter PSCC R The number of Class 2 frame octets including the frame delimiters delivered through this Fx_Port to its attached Nx_Port Counter SNMP R The number of Class 2 frames discarded by this Fx_Port This value is not supported It s always
211. csae F 42 Port Stat SH CS sae shies ete aa decd engi oahom ceases F 49 FC Simple Name Server Table ccccscssesesesesessseseseseees F 67 SNMP Trap Registration Group cccceceeceeseeesseseeeseneeeseeseeeneees F 73 Related Traps E E EE F 76 McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fabric Element Management MIB G 1 Configuration STOUP scscscsceseseescsceesesesnseseseecetessseecenenesesnsneneees G 6 The Module Table wo cccccceccscssccsscsssessscssesssssscsscsssssesssssasesees G 7 FxPort Configuration Table ccccccccecccssescsestsnetesesceeesesesnenens G 11 FxPort COMMON service parameters ccceeseeeeeseseteeeeeesesees G 14 FxPort class service paraMeterS ccesessessessessseseseeeeeeees G 16 Other FxPort parameters csc sassed ds cease danctasttodavataarisacnctantashes G 17 OPperablOn SOUP oriire kisirisiri isisisi esirinnas G 18 FxPort Operation taple sisisisisitsirsscissssrisiiiiterssscesirojissie G 18 The FxPort Fabric Login table icc ccccisasccossnicemadectanstatotieas G 25 Error SLOUP nasscscvsescteesorsessenezeuseseedagecessntsosocnsentshsoanststdbeoendeatsasenneten G 31 ACCOUNTING GLOUPS cccseeseesescssseseseeceesnseseeceeenesseecesenassneeecenanenees G 37 The Class 1 Arce trina ee sees seiesscnasesescocsectazaaeetoetecetinss G 37 The Class 2 Accounting fable sasaiccsactts cccstccdesteanssiesachesnrtasicteas G 37 The Class 3 Accounting Gros cipicceisstesdicscaprsceeiccnciers
212. ct registered with this port in the switch connUnitServiceTables 1 ConnUnitSnsEntry not accessible mandatory The Simple Name Server table for the port represented by ConnUnitSnsPortIndex INDEX connUnitSnsId connUnitSnsPortIndex connUnitSnsTable 1 ConnUnitSnsEntry SEQUENCE connUnitSnsId OCTET STRING connUnitSnsPortIndex INTEGER connUnitSnsPortldentifier FcAddressId connUnitSnsPortName FcNameld connUnitSnsNodeName FcNameld connUnitSnsClassOfSvc E OSi SNMP Support Manual connUnitSnsId Syntax Access Status Description Sequence conn UnitSnsPortIndex Syntax McDATA SAN Routing Management MIB OCTET STRING connUnitSnsNodeIPAddress OCTET STRING connUnitSnsProcAssoc OCTET STRING connUnitSnsFC4Type OCTET STRING connUnitSnsPortType OCTET STRING connUnitSnsPortIPAddress OCTET STRING connUnitSnsFabricPortName FcNameld connUnitSnsHard Address FcAddresslId connUnitSnsSymbolicPortName DisplayString connUnitSnsSymbolicNodeName DisplayString OCTET STRING SIZE 16 read only mandatory The connUnitld of the connectivity unit that contains this Name Server table connUnitSnsEntry 1 INTEGER Event Group F 69 McDATA SAN Routing Management MIB F 70 Access Status Description Sequence connUnitSnsPortIdentifier Syntax Access Status Description Sequence connUnitSnsPortName Syntax Access Sta
213. ction is not operating The precise differences between values 0 3 and 4 are not known rmtConnectionEntry 7 DisplayString SIZE 0 32 read create current A string describing the connection Used for management purposes DEFVAL rmtConnectionEntry 8 Unsigned32 read only current E OSi SNMP Support Manual Description Sequence rmtConnRcvBytes Syntax Max Access Status Description Sequence rmtConnXmtBytes Syntax Max Access Status Description Sequence rmtConnConnections Syntax Max Access Status Description Sequence rmtConnLatency Syntax McDATA Gateway MIB The SAN ID of the remote SAN The format is a 4 Byte unsigned value This is determined through inter SAN Router communication rmtConnectionEntry 9 Counter32 read only current The total number of bytes received from the remote SAN Router since the connection was first established including MAC headers and CRC rmtConnectionEntry 10 Counter32 read only current The total number of bytes transmitted by this SAN Router since the connection was first established including MAC headers and CRC rmtConnectionEntry 11 Gauge32 read only current The current number of initiator target pair data connections between the local and remote SAN Router using the iFCP link For example if one local server uses four remote disks four connections are counted
214. current Unique serial number for this chassis nishanFCswChassis 2 DisplayString SIZE 0 20 read only current Device hardware revision level nishanFCswChassis 3 DisplayString SIZE 0 6 read only current Chassis Part Number nishanFCswChassis 4 INTEGER 1 16 read only current The number of slots in the chassis available for plug in cards nishanFCswChassis 5 Chassis information E 75 McDATA Eclipse SAN Router Management MIB E 76 feswChasNumPorts Syntax Max Access Status Description Sequence feswChasNumFcPorts Syntax Max Access Status Description Sequence INTEGER 0 255 read only current The total number of ports currently installed in the chassis nishanFCswChassis 6 INTEGER 0 255 read only current The total number of Fibre Channel ports currently installed the chassis nishanFCswChassis 7 fcswChasNumPowerSupply Syntax Max Access Status Description Sequence feswChasNumFans Syntax Max Access Status Description Sequence INTEGER 0 255 read only current The total number of Power Supply currently installed in the chassis nishanFCswChassis 8 INTEGER 0 255 read only current The total number of Fans currently installed in the chassis nishanFCswChassis 9 E OSi SNMP Support Manual Fan fcswChasFanTable Syntax Max Access Status
215. d Type Minimum voltage threshold passed Summary s Arguments 0 Severity CRITICAL Category Error Events Ha E OSi SNMP Support Manual Timelndex State Sequence 1 OPERATIONAL 25 6 nSswEnvTempUpperThreshTrap Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nishanProducts nishanTrapMsg The internal temperature has exceeded its maximum threshold Maximum temperature threshold exceeded Jos 0 CRITICAL Error Events 1 OPERATIONAL Som 7 nSswEnvChasFanStatus Trap Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nishanProducts nishanTrapMsg A fan s rotation rate dropped below the minimum threshold Fan failed hg 0 WARNING Error Events 1 OPERATIONAL 8 Eclipse Series traps McDATA Management Traps MIB McDATA Management Traps MIB nSswEnvChasPowerSupplyStatusTrap Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nSswLaAggDownTrap Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nishanProducts nishanTrapMsg A power supply has changed state The DisplayString argument indicates whether the power supply status changed from up to down or down to up Power supply status changed
216. d entry from the mapping identified with said entry It is an implementation specific matter as to whether the agent removes an invalidated entry from the table Accordingly management stations must be prepared to receive tabular information from agents that corresponds to entries not E OSi SNMP Support Manual McDATA SNMP Support currently in use Proper interpretation of such entries requires examination of the relevant atPhysAddress object atNetAddress Type NetworkAddress Access RW Description The NetworkAddress e g the IP address corresponding to the media dependent physical address IP Group ipForwarding Type INTEGER Access RW Description The indication of whether this entity is acting as an IP gateway in respect to the forwarding of datagrams received by but not addressed to this entity IP gateways forward datagrams IP hosts do not except those source routed via the host Note that for some managed nodes this object may take on only a subset of the values possible Accordingly it is appropriate for an agent to return a badValue response if a management station attempts to change this object to an inappropriate value ipDefaultT TL Type INTEGER Access RW Description The default value inserted into the Time To Live field of the IP header of datagrams originated at this entity whenever a TTL value is not supplied by the transport layer protocol ipInReceives Type Counter Access
217. d to one of its permanently attached FC LAN interface s This can not risk uniqueness though Asa counterexample if your agent runs in a host and the host has an HBA it is quite possible that agent host and HBA will all be distinct connUnits so the host and agent can not use the WWN of the HBA Another example If your hub has a built in Ethernet port it might be reasonable for the hub to use its MAC address prefixed with the appropriate NAA as its connUnitld But if the Ethernet were a replaceable PCCard the hub should have an independent ID connUnitEntry 2 FCMGMT MIB 2 97 McDATA SNMP Support connUnitType Syntax Access Status Description Sequence connUnitNumports Syntax Access Status Description Sequence connUnitState Syntax Access Status Description Sequence FcUnitType read only mandatory The type of this connectivity unit connUnitEntry 3 INTEGER read only mandatory Number of physical ports in the connectivity unit internal embedded external connUnitEntry 4 INTEGER unknown 1 online 2 available for meaningful work offline 3 unavailable for meaningful work for example in self test mode configuration etc read only mandatory This object reports the overall state of the connectivity unit The meaning of all values is essentially self explanatory Any of these values may occur with any of the ConnUnitStatus values
218. d to this port the addressed port performs a vendor specific unbypass operation Examples of these operations are the Link Failure protocol a request PARTICIPATING command to the Loop Port state machine or addition of the port to an arbitrated loop by a hub offlineConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific offline operation Examples of these operations are disabling a port s transceiver the Link Failure protocol request NON PARTICIPATING command to the Loop Port state machine or removal of the port from an arbitrated loop by a hub E OSi SNMP Support Manual Sequence connUnitPortName Syntax Access Status Description Sequence connUnitPortPhysicalNumber Syntax Access Status Description McDATA SNMP Support onlineConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific online operation Examples of these operations are enabling a port s transceiver the Link Failure protocol request PARTICIPATING command to the Loop Port state machine or addition of the port from an arbitrated loop by a hub resetConnUnitPortCounters If the addressed connUnit allows this operation to be performed to this port the addressed port statistics table counters will be set to zero NOTE Each implementation may chose not
219. ddresslId connUnitPortSn DisplayString connUnitPortRevision DisplayString connUnitPortVendor DisplayString connUnitPortSpeed E OSi SNMP Support Manual connUnitPortUnitId Syntax Access Status Description Sequence connUnitPortIndex Syntax Access Status McDATA SNMP Support INTEGER connUnitPortControl INTEGER connUnitPortName DisplayString connUnitPortPhysicalNumber INTEGER connUnitPortStatObject OBJECT IDENTIFIER connUnitPortProtocolCap OCTET STRING connUnitPortProtocolOp OCTET STRING connUnitPortNodeWwn FcNameld connUnitPortHWState INTEGER FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this port connUnitPortEntry 1 INTEGER 1 2147483647 read only mandatory FCMGMT MIB McDATA SNMP Support Description A unique value among all connUnitPortEntrys on this connectivity unit between 1 and connUnitNumPort connUnitPortUnitld Sequence Pre connUnitPortType Syntax INTEGER unknown 1 other 2 not present 3 hub port 4 n port 5 nl port 6 fl port 7 f port 8 e port 9 g port 10 domain ctl 11 hub controller 12 scsi 13 escon 14 lan 15 wan 16 ac 17 dc 18 ssa 19 wdm 20 ib 21 ipstore 22 Access read only Status mandatory Description The port type E OSi SNMP Support Manual connUnitPortEntry 2 end port for fabric
220. deEntry SEQUENCE fcswNtNsNodeWwn WWNtype feswNtNsNodelIpAddress OCTET STRING feswNtNsNodeSymb OCTET STRING feswNtNsNodeIPA OCTET STRING WWNtype read only FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB Status Description Sequence fcswNtNsNodelIpAddress Syntax Max Access Status Description Sequence fcswNtNsNodeSymb Syntax Max Access Status Description Sequence feswNtNsNodeIPA Syntax Max Access Status current The object identifies the Fibre Channel World Wide Name of the associated node as defined in FC GS 3 fcswNsNodeEntry 1 OCTET STRING SIZE 16 read only current The IP address of the node as defined in FC GS 3 The format of the address is in IPv6 When an IP v4 value is contained in this field the most significant 12 bytes are set to 0x00 By convention this IP Address can be used as the management IP Address for the device fcswNsNodeEntry 2 OCTET STRING SIZE 0 255 read write obsolete The Symbolic Name of the node as defined in FC GS 3 This is a variable length text based description of up to 255 bytes that is associated with the device node in the network This field is normally provided during device registration However a network management application can update this field as required NOTE This variable is no longer supported in current products Use feswNsNodeSymb instead fcswN
221. ded isciDevAdminStatus and iscsilnitiatorAutoRegister to auto configure iSCSI initiators 08 07 02 Removed iSNS portion of MIB duplicate of iSNS MIB removed imports referenced in the iSNS portion of the mib 03 12 03 Included support for IPS 5000 series 11 06 03 Added iscsiDevicesMaxEntries and iscsiDevicesCurrentEntries After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN ISCSI DEFINITIONS BEGIN IMPORTS MODULE IDENTITY OBJECT TYPE IpAddress FROM SNMPv2 SMI DisplayString RowStatus FROM SNMPv2 TC nishan WWNtype FCIDtype FROM NISHAN SMI nishanISCSI_ MODULE IDENTITY 05091900002 McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com E OSi SNMP Support Manual Description Revision Description Revision Description Revision Description Sequence iSCSI Device Configuration iSCSI Device Table iscsiDeviceTable Syntax Max Access Status Description Sequence iscsiDeviceEntry Syntax McDATA iSCSI Configuration MIB The private MIB for Nishan iSCSI device configuration 0509190000Z Released for E OSi version 4 7 0507270000Z Update descriptions and comments to remove references to old IPS product lines 0105220000Z Initial public release of
222. deleted FA MIB Connection unit deleted Warning Status Events 1 OPERATIONAL i 3 femgmt connUnitEventld connUnitEventType connUnitEventObject connUnitEventDescr An event has been generated by the connectivity unit Recommended severity level for filtering info FA MIB Connection unit event trap FA MIB Connection unit event trap Normal Configuration Events 1 OPERATIONAL Related Traps McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB F 78 Sequence connUnitSensorStatusChange ENTERPRISE VARIABLES Description TYPE SUMMARY SEVERITY CATEGORY TIMEINDEX STATE Sequence connUnitPortStatusChange ENTERPRISE VARIABLES Description TYPE SUMMARY SEVERITY CATEGORY TIMEINDEX STATE Sequence femgmt connUnitSensorStatus The overall status of the connectivity unit has changed Recommended severity level for filtering alert FA MIB Connection unit sensor status change FA MIB Connection unit sensor status change Minor Status Events 1 OPERATIONAL f2 5 femgmt connUnitPortStatus connUnitPortState The overall status of the connectivity unit has changed Recommended severity level for filtering alert FA MIB Port status change FA MIB Port status change Minor Status Events 99 DEGRADED 6 END E OSi SNMP Support Manual G McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fab
223. dentify the statistics objects that will be found in the table connUnitPortEntry 19 OCTET STRING SIZE 2 read only mandatory Bit mask that specifies the driver level protocol capability of this port If this is not applicable return all bits set to zero The bits have the following definition unknown 0 Loop Fabric SCSI TCP IP VI 16 FICON 32 o A N connUnitPortEntry 20 OCTET STRING SIZE 2 read only mandatory 2 124 E OSi SNMP Support Manual Description Sequence connUnitPortNodeWwn Syntax Access Status Description Sequence connUnitPortHWState Syntax Access Status Description Sequence Bit mask that specifies the driver level protocol s that are currently operational If this is not applicable return all bits set to zero This object has the same definition as connUnitPortProtocolCap connUnitPortEntry 21 FcNameld read only mandatory The Node World Wide Name of the port if applicable otherwise all zeros This should have the same value for a group of related ports The container is defined as the largest physical unit For example all ports on HBAs ona host will have the same Node WWN All ports on the same storage subsystem will have the same Node WWN connUnitPortEntry 22 INTEGER unknown 1 failed 2 port failed diagnostics bypassed 3 FCAL bypass loop only active 4 connected to a device loopback 5
224. ding SNMP agency then the value of this object MUST BE equal to its connUnitID connUnitLinkEntry 6 connUnitLinkPortNumberY Syntax Access Status INTEGER read only mandatory E OSi SNMP Support Manual Description Sequence connUnitLinkPortWwnY Syntax Access Status Description Sequence connUnitLinkAgentAddressY Syntax Access Status Description Sequence connUnitLinkAgentAddressTypeY Syntax Access Status Description Sequence McDATA SNMP Support The port number on the unit specified by connUnitLinkNodeldY if known otherwise 1 If the value is nonnegative then it will be equal to connUnitPortPhysicalNumber connUnitLinkEntry 7 FcGloballd read only mandatory The port WWN on the unit specified by connUnitLinkNodeldY if known otherwise 16 octets of binary 0 connUnitLinkEntry 8 OCTET STRING SIZE 16 read only mandatory The address of an FCMGMT MIB agent for the node identified by connUnitLinkNodeldY if known otherwise 16 octets of binary 0 connUnitLinkEntry 9 INTEGER read only mandatory If connUnitLinkAgentAddressY is nonzero it is a protocol address ConnUnitLinkAgentAddressTypeY is the the address family number assigned by IANA to identify the address format eg lis Ipv4 2 is Ipv6 If connUnitLinkAgentAddressyY is all zeros then this value is ignored connUnitLinkEntry 10 FCMGMT MIB 2 135
225. disable Switch Binding will result in an error Changes to this entry requires the port to go offline followed by an online eportSubFabricEntry 6 eportSubFabricEnterpriseFabricMode Syntax Max Access Status Description Sequence INTEGER enabled 1 disabled 2 read write current DURABLE disabled all This object is used by R_Port to determine whether Enterprise Fabric Mode is enabled or not for this given port Changes to this entry requires the port to go offline followed by an online eportSubFabricEntry 7 E OSi SNMP Support Manual eportSubFabricName Syntax Max Access Status Description Sequence OCTET STRING SIZE 0 32 read write current This is the name of a given sub fabric it is user editable eportSubFabricEntry 8 eportSubFabricPrincipalSwitch Syntax Max Access Status Description Sequence WWNtype read only current This variables shows the Switch Node name of the principal switch in this subfabric eportSubFabricEntry 9 eportSubFabricFcFabricProxyWWN Syntax Max Access Status Description Sequence WWNtype read only current This is the WWN for the FcProxy proxy domain of this given Sub Fabric eportSubFabricEntry 10 eportSubFabricLocalProxyWWN Syntax Max Access Status Description Sequence WWNtype read only current This is the WWN for the local proxy domain of this given Sub F
226. diusServerIPAd dress A 21 nishanCommonAuthRadiusServerRe tries A 22 nishanCommonAuthRadiusServerTable A 19 nishanCommonAuthRadiusServerTime out A 22 nishanCommonAuthRadiusServerType A 20 nishanCommonAuthRadiusServerUdp Port A 21 Authentication nishanCommonAuthCommIndex A 14 nishanCommonAuthCommName A 14 nishanCommonAuthCommPerm A 15 nishanCommonAuthCommState A 15 nishanCommonAuthCommTable A 14 nishanCommonAuthCommTableEn triesMax A 13 nishanCommonAuthHostCommName A 17 nishanCommonAuthHostEntry A 16 nishanCommonAuthHostIndex A 16 nishanCommonAuthHostIpAddress A 17 nishanCommonAuthHostlpMask A 17 nishanCommonAuthHostName A 17 nishanCommonAuthHostState A 18 nishanCommonAuthHostTable A 16 nishanCommonAuthHostTableEntries Max A 13 Authentication Group A 11 Chip Group A 44 nishanChipStub A 44 IP Connectivity A 9 nishanCommonIPGateAddress A 9 nishanCommonIPGateAddressOnNex tReset A 11 nishanCommonIPIpAddress A 9 nishanCommonIPIpAddressOnNextRe set A 11 nishanCommonIPMACAddr A 9 E OSi SNMP Support Manual nishanCommonIPNetMask A 10 nishanCommonIPNetMaskOnNextRe set A 11 nishanCommonIPStatus A 10 Load TFTP nishanCommonLoadExecute A 33 nishanCommonLoadExecuteStatus A 33 nishanCommonLoadTftpAddress A 32 nishanCommonLoadTftpFileName A 32 nishanCommonLoadType A 32 Load TFTP Group A 32 Miscellaneous A 34 nishanCommonMiscBaud A 36 nishanCommonMiscBOOTPOnOff A 35 nishanCommonMiscDHCPOnOff A 35 nishanCommonMisc
227. e add twoxutpgbic enumeration to the feswCardType Changed fcswPortConfiguredSpeed range Syntax to be acceptable to SMICNG Reserve fcswPortType enumerations for later use Changed TCP Port compression statistic variable descriptions to reflect units change Counters now return units of 16 bytes instead of 128K bytes Changed comment lines to support HP NNM i e replace with Add connector type HSSDC2 to feswPortConnectorType Expand fcswPortConnectorType and feswPortType description add feswTcpOptions bit to enable SACK for iSCSI Update feswTcpOptions description for compression bits for clarity Add new variable feswTCPCompressionMethod to select compression method Included support for IPS 5000 series and 3350 models Updated feswTcpOptions bitmap to support iSNS changes Added a new variable feswTCPiSNSServerlpAddress to feswTCPPortTable to set the iSNS server s IP address if the port is configured as iSNS client Added feswTCPiSCSITargetChapCredential to feswTCPPortTable to configure the CHAP authentication secret key for virtual targets Defined two more bits in feswTCPiSCSIOptions to select the iSCSI authentication method Corrected the Syntax range for feswPortUtilization 04 21 03 04 28 03 05 09 03 05 21 03 05 21 03 05 29 03 06 27 03 07 08 03 11 19 03 03 25 04 04 05 04 07 14 04 07 15 04 07 19 04 09 27 04 11 16 04 01 25 05 McDATA Eclipse SA
228. e the information in this group to determine the quality of the link between the FxPort and its attached NxPort Implementation of this group is optional The FxPort Error table This table contains one entry for each FxPort in the Fabric Element counters recording numbers of errors detected since the management agent re initialized The first 6 columnar objects after the port index corresponds to the counters in the Link Error Status Block 1 29 8 fcFxPortErrorTable Syntax SEQUENCE OF FcFxPortErrorEntry Max Access not accessible Error group G 31 McDATA Nishan FC Fabric Element MIB G 32 Status Description Sequence fcFxPortErrorEntry Syntax Max Access Status Description Sequence current A table that contains one entry for each FxPort counters that record the numbers of errors detected fcFeError 1 FcFxPortErrorEntry not accessible current An entry containing error counters of a FxPort INDEX fcFxPortErrorModuleIndex fcFxPortErrorFxPortIndex fcoFxPortErrorTable 1 FcFxPortErrorEntry SEQUENCE fcFxPortErrorModuleIndex FcFeModuleIndex fcFxPortErrorFxPortIndex FcFeFxPortIndex fcFxPortLinkFailures Counter32 fcFxPortSyncLosses Counter32 fcFxPortSigLosses Counter32 fcFxPortPrimSeqProtoErrors Counter32 fcFxPortInvalidTxWords Counter32 fcFxPortInvalidCrcs Counter32 E OSi SNMP Support Manual fcFxPortErrorModuleIndex Syntax
229. e 8 128 and 256 This value is used only if this port is configured for iSCSI DEFVAL 64 Sequence fcswTCPPortEntry 17 fcswT CPiSNSServerlpAddress Syntax IpAddress Max Access read write Status current Description DURABLE 0 all The IP Address of the iSNS server to which this TCP port registers as an iSNS client This value is valid only if this port has been configured as an iSNS client by setting bit 10 of the feswTcpOptions Sequence fcswI CPPortEntry 18 Chassis information E 119 McDATA Eclipse SAN Router Management MIB Syntax Max Access Status Description Sequence fcswT CPCompressionMethod INTEGER Izo 1 IzoWithHistory 2 IzoWithHistory AndHuffman 3 deflate 4 Izo2ByteWithHistory 5 read write current DURABLE 1 This MIB variable defines the compression algorithm for iFCP connections on this port This setting is ignored when compression is disabled in feswTCPPortOptions 1zo 1 performs compression on a frame by frame basis This method is best when there are many active iFCP initiator target sessions IzoWithHistory 2 performs LZO compression with 8KB of history It provides a higher compression ratio at the expense of memory It works best with few active iFCP initiator target sessions and a T3 or faster remote link IzoWithHistory AndHuffman 3 performs Huffman encoding after the LZO compression with 8KB of history It may provide a hig
230. e at www mcdata com for possible updates or supplements to this manual Other publications that provide additional information about the products mentioned in this manual are SAN Routing E_Port and iFCP Concepts and Technologies Configuration Options Design Guidelines Best Practices Caveats White Paper by Prasad Pammidimukkala SANvergence Manager User Manual P N 620 00189 150 Eclipse 2640 SAN Router Administration and Configuration Manual P N 620 00203 E OSi Command Line Interface User Manual P N 620 00207 Eclipse 1620 SAN Router Administration and Configuration Manual P N 620 000206 McDATA Products in a SAN Environment Planning Manual P N 620 000124 IP SANs Tom Clark Addison Wesley ISBN 0 201 75277 8 Designing Storage Area Networks Second Edition Tom Clark Addison Wesley ISBN 0 321 13650 0 Gigabit Ethernet Technology and Applications for High Speed LANs Addison Wesley ISBN 0 201 18553 9 Fibre Channel A Comprehensive Introduction NLA ISBN 0 931836 84 0 Basics of SCSI Fourth Edition Ancot Corporation ISBN 0 963 74398 8 Preface EA Manual Conventions The following notational conventions are used in this document Convention Meaning Italic Outside book references names of user interface windows panels buttons and dialog boxes Bold Keyboard keys Click As in click the icon on Click with the left mouse button on the object to activate a the navigation co
231. e this value Implementation of the Address Translation group is mandatory for all systems Note however that this group is deprecated by MIB II That is it is being included solely for compatibility with MIB I nodes and will most likely be excluded from MIB III nodes From MIB II and onwards each network protocol group contains its own address translation tables The Address Translation group contains one table which is the union across all interfaces of the translation tables for converting a NetworkAddress e g an IP address into a subnetwork specific address For lack of a better term this document refers to such a subnetwork specific address as a physical address Examples of such translation tables are for broadcast media where ARP is in use the translation table is equivalent to the ARP cache or on an X 25 network where non algorithmic translation to X 121 addresses is required the translation table contains the NetworkAddress to X 121 address equivalences INTEGER RW The interface on which this entry s equivalence is effective The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex PhysAddress RW The media dependent physical address Setting this object to a null string one of zero length has the effect of invaliding the corresponding entry in the atTable object That is it effectively disassociates the interface identified with sai
232. e value will be stored as an ASCII value The following is the current value of this object 0 0 1 3 2 0 3 0 This defines a revision of 03 00 Sequence fomgmt 3 Connectivity unit group Implementation of the group is mandatory for all systems uNumber Syntax INTEGER Access read only Status mandatory Description The number of connectivity units present on this system represented by this agent May be a count of the boards in a chassis or the number of full boxes in a rack DEFVAL 1 Sequence connSet 1 systemURL Syntax DisplayString Access read write Status mandatory Description The top level URL of the system If it does not exist the value is empty string The URL format is implementation dependant and can have keywords embedded that are preceeded by a percent sign e g USER ie E OSi SNMP Support Manual Sequence statusChangeTime Syntax Access Status Description Sequence configurationChangeTime Syntax Access Status Description Sequence connUnitTableChangeTime Syntax Access McDATA SAN Routing Management MIB The following are the defined keywords that will be recognized and replaced with data during a launch USER replace with username PASSWORD replace with password GLOBALID replace with globalid SERIALNO replace with serial number If write is not supported then return invalid This value will be retained across
233. eases fcswPort 8 FeswTCPSessionsEntry not accessible current Session entries for the tcp ports INDEX feswTCPPortIndex feswTCPSessionInitWwn feswTCPSessionTargetWwn fcswTCPSessionsTable 1 FcswTCPSessionsEntry SEQUENCE fcswTCPSessionInitWwn WWNtype feswTCPSessionTargetWwn WWNtype feswT CPSessionRemoteGwAddressType InetAddressType feswT CPSessionRemoteGwIpAddress InetAddress E OSi SNMP Support Manual feswTCPSessionInitWwn Syntax Max Access Status Description Sequence WWNtype read only current The port WWN of the initiator the N_Port as registered in the feswNsPortTable for this tcp session fcswTCPSessionsEntry 1 fcswTCPSessionTargetWwn Syntax Max Access Status Description Sequence WWNtype read only current The port WWN of the target the N_Port as registered in the fcswNsPortTable for this tcp session fceswTCPSessionsEntry 2 fcswTCPSessionRemoteGwAddressType Syntax Max Access Status Description Sequence InetAddressType read only current The address type for the remote gateway to which this session is connected fcswTCPSessionsEntry 3 fcswTCPSessionRemoteGwIpAddress Syntax Max Access Status Description InetAddress read only current The IP address of the remote gateway to which this session is connected Chassis information McDATA Eclipse SAN Router Management MIB
234. ecated Description The IP Address of the failover remote peer SAN Router used to backup the primary peer SAN Router If no backup has been configured then the entry is set to all 0 s Sequence rmtPeerEntry 2 iFCP Remote Peer Configuration C 11 McDATA Gateway MIB C 12 rmtPeerLocalGigeIndex Syntax Max Access Status Description Sequence rmtPeerHoldTime Syntax Max Access Status Description Sequence INTEGER 1 16 read create deprecated The Gigabit Ethernet port index being used for this connection on the switch rmtPeerEntry 3 INTEGER 10 90 read create deprecated The hold time measured in seconds used between the local and remote peers DEFVAL 30 rmtPeerEntry 4 rmtPeerExpZoneListBitMap Syntax Max Access Status Description Sequence rmtPeerAction Syntax Max Access Status OCTET STRING SIZE 64 read create deprecated A bit map indicating the zones requested to be exported from the local peer to the remote peer indicated Zone 1 is represented by the least significant bit rightmost of byte 0 rmtPeerEntry 5 INTEGER disable 0 enable 1 read create deprecated E OSi SNMP Support Manual Description Sequence rmtPeerConnectionStatus Syntax Max Access Status Description Sequence rmtPeerConnectionDesc Syntax Max Access Status Description Sequence rmtPeerRmtSanID
235. ed 1 disallowed 2 read write current DURABLE 1 all This object informs R_Port to allow or disallow port zoning on a given FC island A change to this configuration does not take affect until the R_Port is brought down and up DEFVAL allowed fcswEPortEntry 12 E OSi SNMP Support Manual fcswEportFcSanId Syntax Max Access Status Description Sequence INTEGER 1 85 read write current DURABLE 1 all This object determines the Fibre Channel SAN ID to be used on this eport All eports on the same FC san must have the same Fibre Channel SAN ID A change to this configuration does not take affect until the R_Port is brought down and up DEFVAL 1 fcswEPortEntry 13 NOTE Following e port variables are unsupported in 4 0 release and before fcswEPortSoIPZoneCleanup Syntax Max Access Status Description Sequence INTEGER noCleanUp 1 removelpsZoning 2 read write current This MIB object is valid only when the feswEPortSolPZoneSetPolicy is set to leaveCurrentZoneset 2 Setting this variable to removelpsZoning 2 will remove all IPS Zone Sets and associated Zones from the connected FC fabric If an IPS Zone Set was the active Zone Set there will no longer be an active FC Zone Set fcswEPortEntry 14 fcswEPortZoneSetActionStatus Syntax Max Access Status Description INTEGER 0 2147483647 read only current This
236. ed Host Destination Entry s community e g public or trap nishanCommonTrapDestEntry 3 nishanCommonTrapDestIpAddress Syntax Max Access Status Description IpAddress read write current NONVOLATILE The IP Address for the host This identified host has permission to access information in this device s MIB tables providing the SNMP security toggle is on see nishanCommonMiscSNMPSecurity E OSi SNMP Support Manual McDATA Nishan Common MIB Sequence nishanCommonTrapDestEntry 4 nishanCommonTrapDestIpMask Syntax IpAddress Max Access read write Status current Description NONVOLATILE fffff 00 H all The Network Mask for the trusted Host Destination entry Sequence nishanCommonTrapDestEntry 5 nishanCommontTrapDestState Syntax INTEGER enable 1 disable 2 delete 3 invalid 4 read only set returns SNMP_BADVALUE Max Access read write Status current Description NONVOLATILE enable disable all The state of this trusted trap destination entry Enable 1 defines an entry that is valid Disable 2 defines an entry that is valid but not enabled Delete 3 removes an entry from the table Invalid 4 defines an entry that is no longer valid e g an entry that was deleted and should be ignored An attempt to set a value of invalid 4 causes the agent to return SNMP_BADVALUE Sequence nishanCommonTrapDestEntry 6 Begin 3 22 Common Gr
237. elf into an implementation dependant online state In general if a unit is in an online state it is capable of performing meaningful Fibre Channel work NOTE Each implementation may chose not to allow any or all of these values on a SET connUnitEntry 22 DisplayString SIZE 0 79 read write mandatory Contact information for this connectivity unit Persistent across boots connUnitEntry 23 E OSi SNMP Support Manual connUnitLocation Syntax Access Status Description Sequence connUnitEventFilter Syntax Access Status Description Sequence connUnitNumEvents Syntax Access Status Description Sequence connUnitMaxEvents Syntax Access Status Description DisplayString SIZE 0 79 read write mandatory Location information for this connectivity unit Persistent across boots connUnitEntry 24 FcEventSeverity read write mandatory This value defines the event severity that will be logged by this connectivity unit All events of severity less than or equal to connUnitEventFilter are logged in connUnitEventTable Persistent across boots connUnitEntry 25 INTEGER read only mandatory Number of events currently in the connUnitEventTable connUnitEntry 26 INTEGER read only mandatory Max number of events that can be defined in connUnitEventTable Connectivity unit group McDATA SAN Routing Management MIB F 17
238. end port for loop public loop fabric port fabric expansion port generic fabric port domain controller parallel SCSI port AC power line DC power line serial storage architecture optical wave division multiplex Infiniband IP storage McDATA SNMP Support Sequence connUnitPortEntry 3 connUnitPortFCClassCap Syntax OCTET STRING SIZE 2 Access read only Status mandatory Description Bit mask that specifies the classes of service capability of this port If this is not applicable return all bits set to zero The bits have the following definition unknown 0 class f 1 class one 2 class two 4 class three 8 class four 16 class five 32 class six 64 Sequence connUnitPortEntry 4 connUnitPortFCClassOp Syntax OCTET STRING SIZE 2 Access read only Status mandatory Description Bit mask that specifies the classes of service that are currently operational If this is not applicable return all bits set to zero This object has the same definition as connUnitPortFCClassCap Sequence connUnitPortEntry 5 FCMGMT MIB McDATA SNMP Support connUnitPortState Syntax Access Status Description Sequence conn UnitPortStatus Syntax Access Status INTEGER unknown 1 online 2 offline 3 by passed 4 diagnostics 5 read only mandatory available for meaningful work not available for meaningful work no longer used 4 12 00 The user selec
239. ent manufacturers use different ports The port may be 0 for initiators iscsiDeviceEntry 4 INTEGER 1 16 read create McDAIA iSCSI Configuration MIB McDATA iSCSI Configuration MIB McDATA iSCSI Configuration MIB Status Description Sequence iscsiDevAlias Syntax Max Access Status Description Sequence iscsiDevRole Syntax Max Access Status Description current DURABLE O all The local SAN Router s port to be used for traffic to the iSCSI device if the iSCSI device is not on a locally attached subnet The SAN Routers perform only static routing they do not learn routes on iSCSI interfaces by listening to route advertisements The default gateway specified for the port identified by this variable becomes the next hop for outgoing iSCSI traffic iscsiDeviceEntry 5 DisplayString SIZE 0 80 read create current DURABLE 0 all A user friendly name to describe this iSCSI device The alias may be set manually on the SAN Router or configured on the iSCSI device and learned by the SAN Router If an alias is configured on the iSCSI device it will replace an alias entered on the SAN Router The alias becomes the port symbolic name when the device is registered with SNS DEFVAL fey iscsiDeviceEntry 6 INTEGER initiator 1 target 2 both 3 read create current DURABLE 2 all Specifies whether the iSCSI device is an initiator a target or bot
240. entry INDEX eportSwitchBindingIndex eportSwitchBindingTable 1 EportSwitchBindingEntry SEQUENCE eportSwitchBindingIndex INTEGER eportSwitchBindingSubFabric INTEGER eportSwitchBindingSwitchWWN WWNtype eportSwitchBindingRowStatus RowStatus INTEGER 1 4096 not accessible current A logical index representing this Switch Binding Index binding row NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 33 McDATA SAN Routing Management MIB B 34 Sequence eportSwitchBindingEntry 1 eportSwitchBindingSubFabric Syntax Max Access Status Description Sequence INTEGER 1 4096 read create current DURABLE 0 all The logical subfabric off which this particular Switch Binding resides eportSwitchBindingEntry 2 eportSwitchBindingSwitchWWN Syntax Max Access Status Description Sequence WWNtype read create current DURABLE 0 all The switchNode name of the switch that this subfabric can be bound too eportSwitchBindingEntry 3 eportSwitchBindingRowStatus Syntax Max Access Status Description Sequence eportPortBindingTable Syntax Max Access RowStatus read create current DURABLE 2 all The status of a signle switch binding entry eportSwitchBindingEntry 4 SEQUENCE OF EportPortBindingEntry not accessible E OSi SNMP Support Manual Status Description Sequence
241. equence nishan FROM NISHAN SMI nishanProducts MODULE IDENTITY 005091900002 McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com MIB for listing full set of products supported 0509190000Z Released for E OSi version 4 7 0309290000Z Initial public release of this MIB module nishan 3 E OSi SNMP Support Manual McDATA Products Object Identifier Tree Object Identifier Assignments Switch Object Type Sequence Nishan routers soipRouter OBJECT nishanProducts 1 IDENTIFIER ips2000 OBJECT soipRouter 1 IDENTIFIER ips2x00 OBJECT ips2000 1 IDENTIFIER Nishan Switches soipSwitch OBJECT nishanProducts 2 IDENTIFIER IPS 3000 series ips3000 OBJECT soipSwitch 1 IDENTIFIER Nishan IPS3100 ips3100 OBJECT ips3000 1 IDENTIFIER Nishan IPS3300 ips3300 OBJECT ips3000 2 IDENTIFIER Nishan IPS3320 ips3320 OBJECT ips3000 3 formerly 3350 IDENTIFIER McDATA Eclipse eclipsel1620 OBJECT ips3000 4 1620 formerly IDENTIFIER IPS1620 IBM version of the ibm1620 OBJECT ips3000 5 Eclipse 1620 IDENTIFIER Nishan IPS 4000 ips4000 OBJECT soipSwitch 2 series IDENTIFIER Nishan IPS4100 ips4100 OBJECT ips4000 1 IDENTIFIER Nishan IPS4300 ips4300 OBJECT ips4000 2 IDENTIFIER Eclipse 26xx series eclipse26xx OBJECT soipSwitch 3
242. erver R A flag indicating whether the Fx_Port has agreed to support Class 3 sequential delivery from the Fabric Login This is only meaningful if Class 3 service has been agreed The values are defined as yes 1 and no 2 FcPortName Login Server R Fabric Element Management MIB McDATA SNMP Support 2 73 McDATA SNMP Support 2 74 Description FcFxPortConnectedNxPort Type Provided By Access Description fcFxPortBbCreditModel Type Provided By Access Description The port name of the attached Nx_Port if applicable If the value of this object is 0000000000000000 H this Fx_Port has no Nx_Port attached to it This is the world wide Name of the attached Nx_Port It s same as fcFPortAttachedPortName FcAddressId SNMP R The address identifier of the destination Fx_Port with which this Fx_Port is currently engaged in a either a Class 1 or loop connection If the value of this object is 000000 H this Fx_Port is not engaged ina connection This is fixed at 000000 H FcBbCreditModel SNMP R This object identifies the BB_Credit model used by the Fx_Port The regular model refers to the Buffer to Buffer flow control mechanism defined in FC PH 1 is used between the F_Port and the N_Port For FL_Ports the Alternate Buffer to Buffer flow control mechanism as defined in FC AL 4 is used between the FL_Port and any attached NL_ Ports This is fixed at regular 1 E OSi SNM
243. es that this device has removable media False Media is not removable True Media is removable fcpPortEntry 2 INTEGER 0 7 read only current Indicates the implement ANSI version of this device 0 might or might not comply to ANSI standards 1 complies to ANSI X3 131 1966 SCSI I 2 compiles to ANSI SCSI II 3 7 reserved fcpPortEntry 3 DisplayString E OSi SNMP Support Manual Max Access Status Description Sequence fpProductld Syntax Max Access Status Description Sequence fpProductRevision Syntax Max Access Status Description Sequence fpLogicalBlocks Syntax Max Access Status Description Sequence fpBlockLength Syntax Max Access McDATA Eclipse SAN Router Management MIB read only current Indicates the vendor ID fcpPortEntry 4 DisplayString read only current Indicates the Product ID fcpPortEntry 5 DisplayString read only current Indicates the Product Revision fcpPortEntry 6 INTEGER 0 2147483647 read only current A 32 bit value that represents the total number of logical blocks for this device Octet 1 is the LSB octet 4 is the MSB fcpPortEntry 7 INTEGER 0 2147483647 read only FC Switch Zone Configuration E 53 McDATA Eclipse SAN Router Management MIB Status Description Sequence fpCapacity Syntax Max Access Status Description Sequen
244. ess Description snmpInSetRequests Type Access Description snmpInGetResponses Type Access Description Counter R The total number of MIB objects which have been altered successfully by the SNMP protocol entity as the result of receiving valid SNMP Set Request PDUs Counter R The total number of SNMP Get Request PDUs which have been accepted and processed by the SNMP protocol entity Counter R The total number of SNMP Get Next PDUs which have been accepted and processed by the SNMP protocol entity Counter R The total number of SNMP Set Request PDUs which have been accepted and processed by the SNMP protocol entity Counter R The total number of SNMP Get Response PDUs which have been accepted and processed by the SNMP protocol entity MIB Definitions McDATA SNMP Support McDATA SNMP Support snmpInTraps Type Access Description snmpOutTooBigs Type Access Description snmpOutNoSuchNames Type Access Description snmp OutBad Values Type Access Description snmpOutGenErrs Type Access Counter R The total number of SNMP Trap PDUs which have been accepted and processed by the SNMP protocol entity Counter R The total number of SNMP PDUs which were generated by the SNMP protocol entity and for which the value of the error status field is tooBig Counter R The total number of SNMP PDUs which were generated by the SNMP protocol entity
245. ess Status Description current seconds DURABLE 30 The hold time in seconds used by default between the local and remote peers Valid values are 10 90 DEFVAL 30 localSAN 1 Unsigned32 read only current The SAN ID of the local network The format is a 4 Byte unsigned value localSAN 2 Unsigned32 read write current DURABLE The SAN ID of the local network after system reset The format is a 4 Byte unsigned value localSAN 3 INTEGER manual 0 automatic 1 read write obsolete This variable determined backup recovery operation on old discontinued products and is no longer supported On current products the recovery action is configured separately for each port See localPortRecovery Action in the localPortFailoverTable DEFVAL manual E OSi SNMP Support Manual Sequence localRecoverNow Syntax Max Access Status Description Sequence localPortFailoverTable Syntax Max Access Status Description Sequence localPortFailoverEntry Syntax Max Access Status Description localSAN 4 INTEGER idle 0 recover 1 read write obsolete This variable initiated the backup recovery operation on old discontinued products and is no longer supported On current products recovery is initiated separately for each port See localPortRecoverNow in the localPortFailoverTable DEFVAL idle localSAN 5 SEQUENCE OF Loca
246. estamp in centiseconds at which the last status change occurred Connectivity unit group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Sequence connUnitEntry 15 connUnitConfigurationChangeTime Syntax Access Status Description Sequence connUnitNumRevs Syntax Access Status Description Sequence connUnitNumZones Syntax Access Status Description Sequence connUnitModuleld Syntax Access Status TimeTicks read only obsolete The sysuptime timestamp in centiseconds at which the last configuration change occurred connUnitEntry 16 INTEGER read only mandatory The number of revisions in the connUnitRevsTable DEFVAL 1 connUnitEntry 17 INTEGER read only obsolete Number of zones defined in connUnitZoneTable connUnitEntry 18 FcGloballd read only mandatory E OSi SNMP Support Manual Description Sequence connUnitName Syntax Access Status Description Sequence connUnitInfo Syntax Access Status Description Sequence connUnitControl Syntax McDATA SAN Routing Management MIB This is a unique id persistent between boots that can be used to group a set of connUnits together into a module The intended use would be to create a connUnit with a connUnitType of module to represent a physical or logical group of connectivity units Then the value of the group would be
247. ests the value of the next variable after the one specified in the command This command is used to retrieve lists and tables of management data E OSi SNMP Support Manual Introduction to SNMP An agent responds to a request by sending a single command the GetResponse command This command contains the requested information A manager changes information variables in the agent by sending a single command the SetRequest command This command is used to manipulate management data A trap is used by an agent to report extraordinary events Refer to Traps and Their Purpose on page 1 6 G Get et Ne Reaves Py Regue DU Poy DU DU Cae Pee Get Values Get Next Values NMS Switch NMS Switch Setp Sque Ey U Trap PP pee a SEN Set Values Send Trap Figure 1 1 SNMP Commands and Responses Why Variables Exist In a Managed Device Variables are the means by which the Director and other devices keep track of their performance control their own performance and provide access to their performance for network managers A simple example of a variable s use is to set a port offline and turn the port back on Some variables just hold values that indicate status for example error counts SNMP allows the network managers to have access to some of the same variables for network management For purposes of the following explanation an object is a data variable that repre
248. etToZoneSolPPort WWNtype eportZoneSetToZoneSetIndex INTEGER eportZoneSetToZoneZoneIndex INTEGER eportZoneSetToZoneSolIPPort Syntax Max Access Status Description Sequence WWNtype read only current The logical local R_Port off of which this particular zone set and zone configuration resides eportZoneSetToZoneEntry 1 eportZoneSetToZoneSetIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current The zone set index defined in this particular relationship This integer indexes into the eportZoneSetTable eportZoneSetToZoneEntry 2 E OSi SNMP Support Manual eportZoneSetToZoneZoneIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current The zone object index defined in this particular relationship This integer indexes into the eportZoneObjectTable eportZoneSetToZoneEntry 3 eportZoneObjectToWWN Table Syntax Max Access Status Description Sequence SEQUENCE OF eportZoneObjectToWWNEntry not accessible current This table contains the relationship of a zone with a particular WWN If an entry exists the relationship defines that the particular WWN is a member of the zone nishanEportZoning 5 eportZoneObjectTtoWWNEntry Syntax Max Access Status Description Sequence EportZoneObjectToWWNEntry not accessible current Entry containing information for a pa
249. ets This is the number of LRs received Note this is a Fibre Channel only stat connUnitPortStatEntry 33 conn UnitPortStatCountTxLinkResets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Link resets This is the number LRs transmitted Note this is a Fibre Channel only stat connUnitPortStatEntry 34 connUnitPortStatCountNumberLinkResets Syntax OCTET STRING SIZE 8 E OSi SNMP Support Manual Access Status Description Sequence read only mandatory Count of Link resets and LIPs detected at this port The number times the reset link protocol is initiated These are the count of the logical resets a count of the number of primatives Note this is a Fibre Channel only stat connUnitPortStatEntry 35 connUnitPortStatCountRxOfflineSequences Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Offline Primitive OLS received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 36 connUnitPortStatCountTxOfflineSequences Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Offline Primitive OLS transmitted by this port Note this is a Fibre Channel only stat connUnitPortStatEntry 37 connUnitPortStatCountNumberOfflineSequences Syntax Access Statu
250. ets received at this port connUnitPortStatEntry 31 FCMGMT MIB McDATA SNMP Support McDATA SNMP Support connUnitPortStatCountTxBroadcastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Broadcast Frames or Packets transmitted out this port On a Fibre Channel loop count only OPNr frames generated connUnitPortStatEntry 32 conn UnitPortStatCountRxLinkResets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Link resets This is the number of LRs received Note this is a Fibre Channel only stat connUnitPortStatEntry 33 connUnitPortStatCountTxLinkResets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Link resets This is the number LRs transmitted Note this is a Fibre Channel only stat connUnitPortStatEntry 34 connUnitPortStatCountNumberLinkResets Syntax Access Status Description OCTET STRING SIZE 8 read only mandatory Count of Link resets and LIPs detected at this port The number times the reset link protocol is initiated These are the count of the logical E OSi SNMP Support Manual McDATA SNMP Support resets a count of the number of primatives Note this is a Fibre Channel only stat Sequence connUnitPortStatEntry 35 connUnit
251. ex FcFeFxPortIndex fcFxloginNxPortIndex FcFeNxPortIndex fcFxPortFcphVersionAgreed FcphVersion fcFxPortNxPortBbCredit FcBbCredit fcFxPortNxPortRxDataFieldSize FcRxDataFieldSize fcFxPortCosSuppA greed FcCosCap E OSi SNMP Support Manual fcFxloginModuleIndex Syntax Max Access Status Description Sequence fcFxloginFxPortIndex Syntax Max Access Status Description McDATA Nishan FC Fabric Element MIB fcFxPortIntermixSuppA greed INTEGER fcFxPortStackedConnModeA greed FcStackedConnMode fcFxPortClass2SeqDelivAgreed INTEGER fcFxPortClass3SeqDelivAgreed INTEGER fcFxPortNxPortName FcPortName fcFxPortConnectedNxPort FcAddresslId fcFxPortBbCreditModel FcBbCreditModel FcFeModuleIndex read only current This object identifies the module containing the FxPort for which this entry contains information fcFxloginEntry 1 FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized Operation group G 27 McDATA Nishan FC Fabric Element MIB G 28 Sequence fcFxloginNxPortIndex Syntax Max Access Status Description Sequence fcFxloginEntry 2 FcFeNxPortIndex read only current The object identifies the associated NxPort in the attachment f
252. f too old can be implied except through knowledge of the routing protocol by which the route was learned IpAddress RW Indicate the mask to be logical ANDed with the destination address before being compared to the value in the ipRouteDest field For those systems that do not support arbitrary subnet masks an agent constructs the value of the ipRouteMask by determining whether the value of the correspondent ipRouteDest field belong to a class A B or C network and then using one of mask network 255 0 0 0 class A 255 255 0 0 class B 255 255 255 0 class C E OSi SNMP Support Manual ipRouteMetric5 Type Access Description ipRouteInfo Type Access Description IP Address Translation Table ipNetToMedialfIndex Type Access Description McDATA SNMP Support If the value of the ipRouteDest is 0 0 0 0 a default route then the mask value is also 0 0 0 0 It should be noted that all IP routing subsystems implicitly use this mechanism INTEGER RW An alternate routing metric for this route The semantics of this metric are determined by the routing protocol specified in the route s ipRouteProto value If this metric is not used its value should be set to 1 OBJECT IDENTIFIER R A reference to MIB definitions specific to the particular routing protocol which is responsible for this route as determined by the value specified in the route s ipRouteProto value If this information is not present i
253. f events currently in the connUnitEventTable connUnitEntry 26 INTEGER read only FCMGMT MIB McDATA SNMP Support Status Description Sequence connUnitEventCurrID Syntax Access Status Description Sequence connUnitFabricID Syntax Access Status Description Sequence connUnitNumLinks Syntax Access Status Description Sequence connUnitVendorld Syntax Access mandatory Max number of events that can be defined in connUnitEventTable connUnitEntry 27 INTEGER read only mandatory The last used event id connUnitEventIndex connUnitEntry 28 FcGloballd read only mandatory A globally unique value to identify the fabric that this ConnUnit belongs to otherwise empty string This would typically be equal to the connUnitGlobalID of the primary switch in a Fibre Channel fabric connUnitEntry 29 INTEGER read only mandatory The number of links in the link table connUnitEntry 30 DisplayString SIZE 0 79 read only E OSi SNMP Support Manual Status Description Sequence connUnitRevsTable Syntax Access Status Description Sequence connUnitRevsEntry Syntax Access Status Description Sequence McDATA SNMP Support mandatory The connectivity unit vendor s name connUnitEntry 31 The Table of revisions for hardware and software elements SEQUENCE OF ConnUnitRevsEntry no
254. f the class is supported Class 1 is bit zero connUnitSnsEntry 6 OCTET STRING SIZE 16 read only mandatory The IPv6 formatted address of the Node for this entry in the SNS table connUnitSnsEntry 7 FCMGMT MIB 2 170 McDATA SNMP Support connUnitSnsProcAssoc Syntax Access Status Description Sequence connUnitSnsFC4Type Syntax Access Status Description Sequence connUnitSnsPortType Syntax Access Status Description Sequence connUnitSnsPortIPAddress Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory The Process Associator for this entry in the SNS table connUnitSnsEntry 8 OCTET STRING SIZE 32 read only mandatory The FC 4 Types supported by this entry in the SNS table connUnitSnsEntry 9 OCTET STRING SIZE 1 read only mandatory The Port Type of this entry in the SNS table connUnitSnsEntry 10 OCTET STRING SIZE 16 read only mandatory The IPv6 formatted address of this entry in the SNS table connUnitSnsEntry 11 E OSi SNMP Support Manual connUnitSnsFabricPortName Syntax Access Status Description Sequence connUnitSnsHardAddress Syntax Access Status Description Sequence connUnitSnsSymbolicPortName Syntax Access Status Description Sequence connUnitSnsSymbolicNodeName Syntax Access Status Description
255. figured for the Fx_Port This is used as the timeout value for determining when to reuse an NxPort resource such as a Recovery_Qualifier It represents E_D_TOV see next object plus twice the maximum time that a frame may be delayed within the Fabric and still be delivered MilliSeconds PCP R The E_D_TOV value configured for the Fx_Port The Error_Detect_Timeout Value is used as the timeout value for detecting an error condition FcCosCap SNMP R A value indicating the set of Classes of Service supported by the Fx_Port This is fixed at CLASS 2 CLASS 3 0x0C INTEGER SNMP R A flag indicating whether or not the Fx_Port supports an Intermixed Dedicated Connection The values are defined as follow yes 1 and no 2 This is fixed at no 2 Fabric Element Management MIB 2 63 McDATA SNMP Support FcFxPortStackedConnMode Type Provided By Access Description FcFxPortClass2SeqDeliv Type Provided By Access Description FcFxPortClass3SeqDeliv Type Provided By Access Description FcFxPortHoldTime Type Provided By Access FcStackedConnMode SNMP R A value indicating the mode of Stacked Connect supported by the Fx_Port This is fixed at none 1 INTEGER SNMP R A flag indicating whether or not Class 2 Sequential Delivery is supported by the Fx_Port The values are defined as follow yes 1 and no 2 This is fixed at yes 1 INTEGER SNMP R A flag indicating w
256. for SNS discovery All SAN Routers in the mSAN must use the same communication type for proper operation This variable is ignored by the Eclipse Model 1620 The value unicast 3 is not supported For software releases before 4 1 changes to this variable take effect the next time the SAN Router is reset For software release 4 1 and later changes take effect immediately In software versions 4 6 and later the only supported value is 12Brdcst 1 Although the enumerated value name is l12Brdcst SNS uses layer 3 IP subnet broadcast nishanFCsw 10 INTEGER 12Brdcst 1 multicast 2 unicast 3 read only current The type of communication currently used for SNS discovery All SAN Routers in the mSAN must use the same communication type for proper operation The value unicast 3 is not supported FC Switch Zone Configuration E 37 McDATA Eclipse SAN Router Management MIB E 38 Sequence For software release 4 1 and later this variable is present but not used since it has the same value as fcswSNSCommSet In software versions 4 6 and later the only supported value is 12Brdcst 1 Although the enumerated value name is 12Brdcst SNS uses layer 3 IP subnet broadcast nishanFCsw 11 fcswPrimarySNSIpAddress Syntax Max Access Status Description Sequence IpAddress read only current The in band IP address of the current primary SNS in this SAN nishanFCsw 12 fcswPrima
257. formation Bases MIBs that are supported and the SNMP traps generated by the SAN Router e Appendix A McDATA Nishan Common MIB lists the McDATA Nishan SAN Router Common MIBs e Appendix B McDATA SAN Routing Management MIB contains management objects for McDATA Nishan Storage over IP Devices e Appendix C McDATA Gateway MIB describes the McDATA Nishan SAN Router iFCP Gateway MIBs Manual Updates Related Publications E OSi SNMP Support Manual Appendix D McDATA iSCSI Configuration MIB lists the McDATA Nishan iSCSI Configuration MIB Appendix E McDATA Eclipse SAN Router Management MIB lists the McDATA Nishan SAN Router Management MIB Appendix F McDATA SAN Routing Management MIB lists the FA FC Management MIB with text modified by Nishan Systems for compilation and trap integration purposes Appendix G McDATA Nishan FC Fabric Element MIB lists the Fabric Element MIB modified by McDATA Nishan for its SAN Router products Appendix H McDATA Management Traps MIB contains the McDATA Nishan SAN Router Enterprise Traps Appendix I McDATA Products Object Identifier Tree describes the McDATA Nishan SAN Router family and related Object Identifiers Appendix J McDATA SAN Router SMI Definitions describes McDATA Nishan SAN Router SMI definitions and textual conventions Appendix K McDATA SNTP Configuration MIB describes McDATA Nishan management objects for Nishan SNTP configuration Check the McDATA web sit
258. frames during a Class 1 connection This flag is only valid if the port is capable of supporting Class 1 service Sequence fcFxPortCapEntry 10 fcFxPortCapStackedConnMode Syntax FcStackedConnMode Max Access read only Status current Description A value indicating the mode of Stacked Connect request that the FxPort is capable of supporting Sequence fcFxPortCapEntry 11 fcFxPortCapClass2SeqDeliv Syntax INTEGER fyes 1 no 2 Max Access read only Status current Description A flag indicating whether or not the FxPort is capable of supporting Class 2 Sequential Delivery Sequence fcFxPortCapEntry 12 fcFxPortCapClass3SeqDeliv Syntax INTEGER yes 1 no 2 Max Access read only Status current Description A flag indicating whether or not the FxPort is capable of supporting Class 3 Sequential Delivery Sequence fcFxPortCapEntry 13 fcFxPortCapHoldTimeMax Syntax MicroSeconds Capability Group G 49 McDATA Nishan FC Fabric Element MIB G 50 Max Access Status Description Sequence fcFxPortCapHoldTimeMin Syntax Max Access Status Description Sequence fcFxPortCapBaudRates Syntax Max Access Status Description Sequence fcFxPortCapMedia Syntax Max Access Status Description Sequence read only current The maximum holding time in microseconds that the FxPort is capable of supporting fcFxPortCapEntry 14 M
259. g information about what each FxPort is inherently capable of operating or supporting A capability may be used as expressed in its respective object value in the Configuration group Implementation of this group is optional SEQUENCE OF FcFxPortCapEntry not accessible current A table that contains one entry for each FxPort the capabilities of the port within the Fabric Element fcFeCapabilities 1 FcFxPortCapEntry not accessible E OSi SNMP Support Manual Status Description Sequence McDATA Nishan FC Fabric Element MIB current An entry containing the capabilities of a FxPort INDEX fcFxPortCapModuleIndex fcFxPortCapFxPortIndex fcFxPortCapTable 1 FcFxPortCapEntry SEQUENCE fcFxPortCapModuleIndex FcFeModuleIndex fcFxPortCapFxPortIndex FcFeFxPortIndex fcFxPortCapFcphVersionHigh FcphVersion fcFxPortCapFcphVersionLow FcphVersion fcFxPortCapBbCreditMax FcBbCredit fcFxPortCapBbCreditMin FcBbCredit fcFxPortCapRxDataFieldSizeMax FcRxDataFieldSize fcFxPortCapRxDataFieldSizeMin FcRxDataFieldSize fcFxPortCapCos FcCosCap fcFxPortCapIntermix INTEGER fcFxPortCapStackedConnMode FcStackedConnMode fcFxPortCapClass2SeqDeliv Capability Group G 45 McDATA Nishan FC Fabric Element MIB G 46 fcFxPortCapModuleIndex Syntax Max Access Status Description Sequence fcFxPortCapFxPortIndex Syntax Max Access Status Description Sequence INTEGER fcFxPor
260. gAliasEntry 3 connUnitZoning AliasName Syntax DisplayString SIZE 0 79 FCMGMT MIB McDATA SNMP Support 2 143 McDATA SNMP Support Access Status Description Sequence read only mandatory The alias name connUnitZoningAliasEntry 4 connUnitZoningAliasNumMembers Syntax Access Status Description Sequence INTEGER read only mandatory Number of members in the alias connUnitZoningAliasName connUnitZoningAliasEntry 5 connUnitZoningAliasMemberldType Syntax Access Status Description Sequence INTEGER read only mandatory Type of alias member ID 1 Port WWN 2 Domain amp Port ID 3 FC Address Others reserved connUnitZoningAliasEntry 6 connUnitZoningAliasMemberID Syntax Access Status Description Sequence FcGloballd read only mandatory ID of the alias member based on connUnitZoning AliasMemberldType connUnitZoningAliasEntry 7 E OSi SNMP Support Manual connUnitPortStatHub Table Syntax Access Status Description Sequence The following four tables have been obsoleted These were used to keep statistic information based on the type of port type It was changed for all ports to use a common statistics table SEQUENCE OF ConnUnitPortStatHubEntry not accessible obsolete A list of statistics for the hub port type statSet 1 connUnitPortStatFabricTable Synta
261. going to the online 1 state fcFxPortPhysEntry 4 TimeTicks read only current The value of sysUpTime at the time the FxPort entered its current operational status A value of zero indicates that the FxPort s operational status has not changed since the agent last restarted fcFxPortPhysEntry 5 MilliSeconds read only instead of read write current The Receiver_Transmitter_Timeout value of the FxPort This is used by the receiver logic to detect Loss of Synchronization fcFxPortPhysEntry 6 This table contains one entry for each FxPort in the Fabric Element the Service Parameters that have been established from the most recent Fabric Login implicit or explicit SEQUENCE OF FcFxloginEntry not accessible Operation group G 25 McDATA Nishan FC Fabric Element MIB G 26 Status Description Sequence fcFxloginEntry Syntax Max Access Status Description Sequence current A table that contains one entry for each FxPort in the Fabric Element services parameters established from the most recent Fabric Login explicit or implicit fcFeStatus 4 FcFxloginEntry not accessible current An entry containing service parameters established from a successful Fabric Login INDEX fcFxloginModuleIndex fcFxloginFxPortIndex fcFxloginNxPortIndex fcFxloginTable 1 FcFxloginEntry SEQUENCE fcFxloginModuleIndex FcFeModuleIndex fcFxloginFxPortInd
262. gt Architecture Group A 37 McDATA Nishan Common MIB nishanArchIfaceTable Syntax Max Access Status Description Sequence nishanArchIfaceEntry Syntax Max Access Status Description Sequence The lt unit gt lt port gt numbering scheme translates into a logical port numbering scheme which can best be described as linear with holes These holes accomodate missing units or virtual ports such as trunks Logical ports track the physical ports on a one to one correspondence with the holes being extra ports to be defined For example logical port 26 is physical unit 1 port 26 Logical port 66 is physical unit 3 port 2 The translation is shown below Unit 10 100 1000 Logical Ports 4 lt 1 24 25 26 gt lt 97 122 gt 3 lt 1 24 25 26 gt lt 65 90 gt 2 lt 1 24 25 26 gt lt 33 58 gt 1 lt 1 24 25 26 gt lt 1 26 gt SEQUENCE OF NishanArchlfaceEntry not accessible current A list of Interfaces and their properties nishanArchIfaceGroup 1 NishanArchlIfaceEntry not accessible current An index of interfaces INDEX nishanArchIfaceUnit nishanArchlfacePort nishanArchIfaceTable 1 NishanArchlfaceEntry SEQUENCE nishanArchlfaceUnit INTEGER nishanArchlfacePort INTEGER nishanArchlfaceLogicalPort INTEGER nishanArchIfaceName DisplayString E OSi SNMP Support Manual McDATA Nishan Common MIB nishanArchIfaceType INTEGER nishanArchIfaceEnable INTEGE
263. h The both option allows a device that shares the same IP address for target and initiator functions to be entered in the iscsiDeviceTable just once Devices that use different IP addresses for the initiator and D6 E OSi SNMP Support Manual Sequence iscsiDevPortWWN Syntax Max Access Status Description Sequence iscsiDevNodeWWN Syntax Max Access Status Description Sequence iscsiDevSoIPSocket Syntax Max Access Status Description Sequence McDATA iSCSI Configuration MIB target functions or initiators that use more than one IP address are entered in the iscsiDeviceTable once for each address DEFVAL target iscsiDeviceEntry 7 WWNtype read only current The port World Wide Name assigned to this iSCSI device The SAN Router generates this WWN in order to register the iSCSI device with the Storage Name Service iscsiDeviceEntry 8 WWNtype read only current The node World Wide Name assigned to this iSCSI device The SAN Router generates this WWN in order to register the iSCSI device with the Storage Name Service iscsiDeviceEntry 9 FCIDtype read only current The IP Storage socket number generated by the SAN Router to register the iSCSI device with the Storage Name Service The socket number for FC devices is the 3 byte FCID iscsiDeviceEntry 10 McDAIA iSCSI Configuration MIB McDATA iSCSI Configuration MIB iscsiDevAdminStatus S
264. he Fx_Ports FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized E OSi SNMP Support Manual McDATA SNMP Support FcFxPortPhysAdminStatus Type INTEGER Provided By PCP FPM Access R W Description The desired state of the Fx_Port A management station may place the Fx_Port in a desired state by setting this object accordingly The testing 3 state indicates that no operational frames can be passed When a Fabric Element initializes all Fx_Port start with fcFxPortPhysAdminStatus in the offline 2 state As the result of either explicit management action or per configuration information accessible by the Fabric Element f cFxPort PhysAdminStatus is then changed to either the online 1 or testing 3 states or remains in the offline state The values are defined as follow online 1 place port online offline 2 take port offline testing 3 If the port cannot be set to testing because it is inactive or ina failed state the return value will be resource_unavailable 13 FcFxPortPhysOperStatus Type INTEGER Provided By FPM SNMP Access R Description The current operational status of the Fx_Port The testing 3 status indicates that no operational frames can be passed If FcFxPortPhysAdminStatus is offline 2
265. he agent allows writes to the trap table then a new row is created The values of the optional columns will be set to default values Traps are enabled to be sent to the target If the row already exists then traps are enabled to be sent to the target A value of rowActive or rowInactive must be specified to create a row in the table Sequence trapRegEntry 4 2 180 E OSi SNMP Support Manual McDATA SNMP Support Related traps connUnitStatusChange ENTERPRISE femgmt VARIABLES connUnitStatus connUnitState Description The overall status of the connectivity unit has changed Recommended severity level for filtering alert ee by connUnitPortStatusChange ENTERPRISE fcmgmt VARIABLES connUnitPortStatus connUnitPortState Description The overall status of the connectivity unit has changed Recommended severity level for filtering alert Sequence 6 END FCMGMT MIB 2 181 McDATA SNMP Support 2 182 E OSi SNMP Support Manual A McDATA Nishan Common MIB Nishan Enterprise MIB for FC Platform Version 1 0 Revision history 2 14 99 4 25 01 11 14 02 02 11 03 Initial version created Minor corrections to compile without warnings in SMICng Addition of nishanCommonAuthDevicesGroup and tables to authenticate iSCSI device logins with RADIUS servers Changed comment lines to support HP NNM i e replace with After 05 05 05
266. he logical local R_Port of which this particular Zone Object configuration resides eportZoneObjectEntry 1 INTEGER 1 65535 read only current NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 17 McDATA SAN Routing Management MIB B 18 Description Sequence eportZoneObjectName Syntax Max Access Status Description Sequence eportZoneAliasTable Syntax Max Access Status Description Sequence eportZoneAliasEntry Syntax Max Access Status Description Sequence An arbitrary index which uniquely identifies a local Zone Object on this given port eportZoneObjectEntry 2 DisplayString SIZE 1 255 read only current The unique ASCII string that represents a Zone Object eportZoneObjectEntry 3 SEQUENCE OF eportZoneAliasEntry not accessible current This table contains all the zone aliases for a FC SAN on a local R_Port nishanEportZoning 3 eportZoneAliasEntry not accessible current Entry containing information for a particular Zone Set off of a local R_Port INDEX eportZoneAliasSolPPort eportZoneAliasIndex eportZoneAliasTable 1 EportZoneAliasEntry SEQUENCE eportZoneAliasSoIPPort WWNtype eportZoneAliasIndex INTEGER eportZoneAliasName DisplayString E OSi SNMP Support Manual eportZoneAliasSoIPPort Syntax Max Access Status Description Sequence eportZoneAliasIndex Syntax
267. he proxy IP address cannot be shared with other TCP ports or other devices fcswTCPPortEntry 9 INTEGER enable 1 disable 2 read write current DURABLE 1 all If AutoReset is enabled the TCP port resets itself after a fatal error If AutoReset is disabled errors do not force an automatic reset DEFVAL enable fcswTCPPortEntry 10 TruthValue read write current Setting this variable to true 1 causes the TCP port to reset itself immediately iSCSI and iFCP traffic is interrupted The TCP port configuration is updated to the latest configuration settings Reading this variable returns true 1 if a port reset is in progress or false 2 if a port reset is finished or no port reset has been requested fcswTCPPortEntry 11 Chassis information e111 McDATA Eclipse SAN Router Management MIB fcswTCPOptions Syntax INTEGER 0 2147483647 Max Access read write Status current Description DURABLE 0 all A bitmap representing TCP options for this port Bit 0 is the least significant bit Setting a bit enables the option Current bit assignments are bit 0 Manual Fast Write bit 1 Auto Fast Write bit 2 Enable SW Compression bit 3 Automatic SW Compression bit 4 End To End Flow Control bit 5 Internal Use bit 6 Use Manually Configured MTU Size bit 7 Use Min of Discovered MTU or Manual MTU Sizes bit 8 Enable Zone based Scheduling stream based if clear bit 9 Enable iSNS Ser
268. he row status of this import entry eportDeviceImportEntry 2 E OSi SNMP Support Manual R_Port Zoning Information eportZoneSetTable Syntax Max Access Status Description Sequence eportZoneSetEntry Syntax Max Access Status Description Sequence eportZoneSetSoIPPort Syntax Max Access The following section of the MIB displays R_Port zoning information The following table shows the current Zoning configuration found on a particular SAN island nishanEportZoning OBJECT IDENTIFIER nishanEport 2 SEQUENCE OF EportZoneSetEntry not accessible current This table contains all the Zone Set for a FC SAN on a local R_Port nishanEportZoning 1 EportZoneSetEntry not accessible current Entry containing information for a particular Zone Set off of a local R_Port INDEX eportZoneSetSolPPort eportZoneSetIndex eportZoneSetTable 1 EportZoneSetEntry SEQUENCE eportZoneSetSoIPPort WWNtype eportZoneSetIndex INTEGER eportZoneSetName DisplayString eportZoneSetIsActive INTEGER WWNtype read only NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Status Description Sequence eportZoneSetIndex Syntax Max Access Status Description Sequence eportZoneSetName Syntax Max Access Status Description Sequence eportZoneSetIsActive Syntax Max Access Status Description Sequence
269. her compression ratio at the expense of CPU and memory resources It also works best with few active iFCP initiator target sessions and a medium speed remote link deflate 4 provides maximum compression but at the lowest rate It is best for T1 links The number of active sessions does not matter 1zo2ByteWithHistory 5 performs LZO compression with history 2 bytes at a time instead of 1 byte at a time Compared to IzoWithHistory 1zo2ByteWithHistory increases the compression rate at the cost of a lower compression ratio It works best with few active iFCP initiator target sessions and a fast remote link DEFVAL lzo fcswTCPPortEntry 19 E OSi SNMP Support Manual fcswT CPiSCSITargetChapCredential Syntax Max Access Status Description Sequence OCTET STRING SIZE 0 144 read write current DURABLE The secret key in encrypted form for iSCSI CHAP authentication of this port s virtual iSCSI initiator by iSCSI targets If this port receives a CHAP challenge from an iSCSI target this mib variable specifies the secret key to use in preparing the CHAP response For transfer between the management station and switch the CHAP secret key is encrypted according to the method described for encrypting user passwords in RFC 2865 section 5 2 The first 16 bytes of the MIB variable value contain the 16 byte random number Request Authenticator in RFC 2865 used as part of the encryption process The re
270. hether or not Class 3 Sequential Delivery is supported by the Fx_Port The values are defined as follow yes 1 and no 2 This is fixed at yes 1 MicroSeconds PCP R E OSi SNMP Support Manual Description FcFxPortBaudRate Type Provided By Access Description FcFxPortMedium Type Provided By Access Description FcFxPortTxType Type Provided By Access McDATA SNMP Support The maximum time in microseconds that the Fx_Port shall hold a frame before discarding the frame if it is unable to deliver the frame The value 0 means that the Fx_Port does not support this parameter This is equal to quarter of d the E_ D_TOV which is obtained from PCP FcOBaudRate FPM R The FC 0 baud rate of the Fx_Port One of these values or no value will be returned 0x10 1 Gbaud 100 MB s 0x20 2 Gbaud 200 MB s 0x40 4 Gbaud 400 MB s FcOMedium FPM R The FC 0 medium of the Fx_Port The value is a bitwise OR of these values 0x02 Single Mode fibre 0x04 Multi mode fibre 50 micron 0x08 Multi mode fibre 62 5 micron Or it will be unknown 0x01 if no information is available FcOTxType FPM R Fabric Element Management MIB McDATA SNMP Support Description FcFxPortDistance Type Provided By Access Description Fx_Port Operation Table fcFxPortOperFxPortIndex Type Provided By Access Description FcFxPortID Type Provided By The FC 0 transmitter type of
271. his octet string should be equal to feswMaxZoneld 8 Only feswPortsCanBelongInMaxNumZones number of bits should be set as fcswPortsCanBelongInMaxNumZones are the number of zones a device can belong into fcswNsPortEntry 14 INTEGER 0 7 read write current DURABLE 1 all Priority of this device fcswNsPortEntry 15 INTEGER snsLocalDevice 1 snsRemoteDevice 2 read only current This is to differentiate remote devices from local devices Default for this flag is 1 SNS_LOCAL_DEVICE Remote devices are 2 SNS_REMOTE_DEVICE fcswNsPortEntry 16 FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB fcswNsDeviceType Syntax Syntax Max Access Status Description Range removed to avoid MIB compiler errors This should be an Unsigned32 or octet string but the agent returns an ASN 1 INTEGER INTEGER 0 4294967295 Integer32 read only current This mib variable is deprecated from switch software release 3 1 and beyond This attribute indicates the type of device that is registered It can be used by network management to provide hints to the user what type of functions can be performed on this device Byte 0 gives SCSI device type Identifies the type of SCSI Device Code Description 00h Direct access device oth Sequential access device 02h Printer device 03h Processor device 04h WORM device 05h CD ROM device 06h Scanner device 07h
272. hould not include errors discovered outside the ICMP layer such as the inability of IP to route the resultant datagram In some implementations there may be no types of error which contribute to this counter s value MIB Definitions McDATA SNMP Support 2 37 McDATA SNMP Support 2 38 icmpOutDestUnreachs Type Access Description icmpOutTimeExcds Type Access Description icmpOutParmProbs Type Access Description icmpOutSrcQuenchs Type Access Description icmpOutRedirects Type Access Description icmpOutEchos Type Access Description Counter R The number of ICMP Destination Unreachable messages sent Counter R The number of ICMP Time Exceeded messages sent Counter R The number of ICMP Parameter Problem messages sent Counter R The number of ICMP Source Quench messages sent Counter R The number of ICMP Redirect messages sent For a host this object will always be zero since hosts do not send redirects Counter R The number of ICMP Echo request messages sent E OSi SNMP Support Manual icmpOutEchoReps Type Access Description icmpOutTimestamps Type Access Description icmpOutTimestampReps Type Access Description icmpOutAddrMasks Type Access Description icmpOutAddrMaskReps Type Access Description TCP Group tcpRtoAlgorithm Type Counter R The number of ICMP Echo Reply messages sen
273. hrough when monitoring Note this is a Fibre Channel only stat connUnitPortStatEntry 40 connUnitPortStatCountInvalidTxWords Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of invalid transmission words received at this port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 41 connUnitPortStatCountPrimitiveSequenceProtocolErrors Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of primitive sequence protocol errors detected at this port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 42 E OSi SNMP Support Manual connUnitPortStatCountLossofSignal Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of instances of signal loss detected at port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 43 connUnitPortStatCountLossofSynchronization Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of instances of synchronization loss detected at port This count is part of the Link Error Status Block LES
274. iasAliasIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current This object defines Zone Alias that belongs to the zone in this entry eportZoneObjectToAliasEntry 3 eportZoneObjectToPortZoneTable Syntax Max Access Status Description Sequence SEQUENCE OF eportZoneObjectToPortZoneEntry not accessible current This table contains the relationship of a zone with a particular port zone If an entry exists the relationship defines that the particular domain port combination is a member of the zone nishanEportZoning 7 eportZoneObjectToPortZoneEntry Syntax Max Access Status Description EportZoneObjectToPortZoneEntry not accessible current Entry containing information for a particular zone object and a given member off of a local R_Port E OSi SNMP Support Manual INDEX eportZoneObjectToPortZoneSoIPPort eportZoneObjectToPortZoneZonelndex eportZoneObjectToPortZoneDomain eportZoneObjectToPortZonePort Sequence eportZoneObjectToPortZoneTable 1 EportZoneObjectToPortZoneEntry SEQUENCE eportZoneObjectToPortZoneSolPPort WWNtype eportZoneObjectToPortZoneZoneIndex INTEGER eportZoneObjectToPortZoneDomain INTEGER eportZoneObjectToPortZoneP ort INTEGER eportZoneObjectToPortZoneSoIPPort Syntax WWNtype Max Access read only Status current Description This object defines the local port off of which this configurat
275. ible In the automode each connection has a minimum window size of 128 KB and a maximum window size of 8184 KB Sequence lclPeerEntry 19 END iFCP Backup Link Info C 35 McDATA Gateway MIB fomxy E OSi SNMP Support Manual D McDATA iSCSI Configuration MIB McDATA iSCSI Configuration MIB This MIB contains management objects for McDATA iSCSI configuration Version 1 1 Revision history 5 29 01 Initial version released 6 06 01 Removed iscsiSessionTable It duplicates info in the standard iSCSI MIB 6 20 01 Moved origin from nishanMgmt 13 to nishan 10 6 26 01 Changed size for iscsiDevName and iscsiDevAlias 6 28 01 Made iscsiDevAlias read create instead of read only added iscsiDevRole added isnsLocateTable added isnsAddressTable added iscsiZone2DDTable increased MIB version to 1 1 06 29 01 Added both enumerated value to iscsiDevRole 07 09 01 Updates from MIB review move typedefs to NISHAN SMI add more default values reword some descriptions 07 11 01 FcWWN and FcID typedefs were renamed as WWNtype and FCIDtype for backward compatibility MCcDATA iSCSI Configuration MIB pet McDATA iSCSI Configuration MIB Last Updated Organization Contact Info 07 24 01 Removed isnsLocateTable duplicated in IETF iSNS MIB remove port index from isnsAddressTable no longer port specific change iscsiZone2DDTable index from arbitrary integer to zone ID 07 31 02 Ad
276. icalError Enterprise nishanProducts Variables nishanTrapMsg Description This trap is sent when a r_port detects a critical error on an FC Fabric The message within the trap will contain informational string on the critical error and which port it was encountered on Type R_Port Fabric Error Summary s Arguments 0 Severity CRITICAL Category Error Events Timelndex 1 State OPERATIONAL Sequence 22 END iFCP Gateway Traps H 13 McDATA Management Traps MIB H14 E OSi SNMP Support Manual McDATA Products Object Identifier Tree NISHAN PRODUCTS mib McDATA Products Object Identifier Tree Version 1 0 Revision history 4 25 01 Added revision list to header comments 5 03 01 Added ipS4000 series support 8 27 02 Added IPS 5000 series support 1 20 03 Added IPS 3350 support 3 07 03 Added IPS 3200 support 4 09 03 Modified to show new model numbers 9 29 03 Modified to show new model numbers 3 05 04 Modified for Eclipse 2600 series 03 29 05 Added IBM OEM version of 1620 After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN PRODUCTS DEFINITIONS BEGIN IMPORTS MODULE IDENTITY FROM SNMPv2 SMI NISHAN PRODUCTS mib ot McDATA Products Object Identifier Tree Last Updated Organization Contact Info Description Revision Description Revision Description S
277. icroSeconds read only current The minimum holding time in microseconds that the FxPort is capable of supporting fcFxPortCapEntry 15 FcOBaudRateCap read only deprecated A value indicating the set of baud rates that the FxPort is capable of supporting This variable has been deprecated and may be implemented for backward compability fcFxPortCapEntry 16 Fc0MediaCap read only deprecated A value indicating the set of media that the FxPort is capable of supporting This variable has been deprecated and may be implemented for backward compability fcFxPortCapEntry 17 END E OSi SNMP Support Manual H McDATA Management Traps MIB McDATA Management Traps MIB SNMP v1 Format Version 1 0 Revision history 4 20 01 Initial version created by extracting traps from NISHAN MGT mib 4 24 01 Removed nSswLaAggPortsDownTrap and nSswLaAggPortsUpTrap which were never implemented See Springbok TIR 1619 and 1620 6 18 01 Merged 1000 2000 and 3000 Series traps into a single file 7 13 01 Corrected enterprise ID and varbind list for all v1 traps removed v2 traps now in NISHAN TRAPS v2 mib 9 26 01 Updated Saturn trap descriptions to match v2 0 implementation to resolve TIR 1780 and others 9 28 01 Redefined all Saturn traps to match latest v2 0 plans 10 9 01 Restored 9 26 trap definitions v2 0 won t include revised traps 10 10 01 Revised Saturn trap definitions yet again as mo
278. icular port INDEX feswPortIndex fcswPortTable 1 FcswPortEntry SEQUENCE feswPortIndex feswPortType feswPortConnectorType feswPortAdminStatus feswPortOperStatus feswPortOperation fcswPortBeacon feswPortName feswPortUtilization feswAutoNegotiationsAdmin feswPortAutoLinkAggregationAdminStatus E OSi SNMP Support Manual INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER OCTET STRING INTEGER INTEGER INTEGER fcswPortIndex Syntax Max Access Status Description Sequence fcswPortType Syntax feswPortConfiguredSpeed feswPortSupportsTCP feswPortActualSpeed INTEGER 1 32 read only current An index value that uniquely identifies a port This value is similar to ifIndex in MIB2 fcswPortEntry 1 INTEGER other 0 g1000basefTrunk 1 g1000basef 2 fcAuto 3 fcFl 4 fcF 5 fcIsl 6 g1000basefL3 7 g1000basefTrunkCOS 8 g1000basefCOS 9 fcRport 10 g1000iFCP 11 g1000iSCSI 12 g1000TCP 13 g1000iFCPL3 14 g1000iSCSIL3 15 McDATA Eclipse SAN Router Management MIB INTEGER INTEGER INTEGER Changed port type from any GIGE types lt gt any FC types Gigabit Ethernet Trunk port Gigabit Ethernet port Fibre Channel Auto port Fibre Channel FL port Fibre Channel F port Fibre Channel port for connecting to 3rd party FC switch Gigabit Ethernet L3 Port Gigabit Ethernet Trunk port with COS Giga
279. id This value will be retained across boots connUnitEntry 10 OCTET STRING SIZE 3 read only mandatory 24 bit Fibre Channel address ID of this connectivity unit right justified with leading zero s if required This should be set to the Fibre Channel address ID or if it is a switch it would be set to the Domain Controller address If this value is not applicable return all bits set to one connUnitEntry 11 E OSi SNMP Support Manual connUnitProxyMaster Syntax Access Status Description Sequence connUnitPrincipal Syntax Access Status Description Sequence connUnitNumSensors Syntax Access Status Description Sequence INTEGER unknown 1 no 2 yes 3 read only mandatory A value of yes means this is the proxy master unit for a set of managed units For example this could be the only unit with a management card in it for a set of units A standalone unit should return yes for this object connUnitEntry 12 INTEGER unknown 1 no 2 yes 3 read only mandatory Whether this connectivity unit is the principal unit within the group of fabric elements If this value is not applicable return unknown connUnitEntry 13 INTEGER read only mandatory Number of sensors in the connUnitSensorTable connUnitEntry 14 connUnitStatusChangeTime Syntax Access Status Description TimeTicks read only obsolete The sysuptime tim
280. ied 1 no modifications were made to any nishanCommonIPGroup MIB objects If nishanCommonIPStatus returns modified 2 one or more objects were changed but have not been applied Both not_modified 1 and modified 2 are read only values the agent returns a SNMP_BADVALUE for sets using these values Both restore 3 and apply 4 are valid set values If one or more of the nishanCommonIPGroup objects were modified the user can restore the parameters to a mirror of the NVM values using restore 3 This variable is no longer supported in current E OSi releases nishanCommonIPGroup 5 E OSi SNMP Support Manual nishanCommonIPIpAddressOnNextReset Syntax Max Access Status Description Sequence IpAddress read write current Sets the inband IP Address for the SAN Router Changes take effect after a SAN Router reset nishanCommonIPGroup 6 nishanCommonIPGateAddressOnNextReset Syntax Max Access Status Description Sequence IpAddress read write current Sets the Default Gateway Address for the SAN Router A value of 0 0 0 0 indicates that no default gateway is set Changes take effect after a SAN Router reset nishanCommonIPGroup 7 nishanCommonIPNetMaskOnNextReset Syntax Max Access Status Description Sequence IpAddress read write current Sets the IP Subnet Mask for the SAN Router s inband IP address Changes take effect after a SAN Router reset ni
281. iensatisissansesiiaacnacnncias 1 6 McDATA SNMP Support OVELVICW annan a E E E 2 1 SAN Router Supported MIBS cccccceesescecesesesseteeseeceneteseseenenes 2 2 Proprietary MIB Versions ccccsscseseessseeeseteteteseseeeneeneeess 2 4 Standard MIB SUpport cccccccesescsseseesestesesesceceesssssneneneseees 2 5 TRA PS wiesciiescadatestoecesess detestatesscvstatessessees disios TE ninna RE asek Nr assertion 2 9 Fibre Alliance Traps cccccsescsessssetetesescesesescenenesesesneneneneees 2 10 MIB De finiti Ons cessscccesscicnssssccdencescasstseatensncscasaesasetienendsvensestocsesee cates 2 12 MIB L a sescessatesatessstuas S E 2 12 Fabric Element Management MIB ccccsessssesesceeetesesesnenenenees 2 53 Fabric Element Management MIB Tables cccccsee 2 53 Class 2 Accounting tableus 2 80 BOMGMIT MIB scssssscsececossstesnsstazsacnsnsvepssnsscesasedeng aodepecsessteapenteinenets 2 89 The Sensor tables iniiis se iiinis itita 2 109 TRG Orta Dees tether eet anaes 2 113 Event GTOUP sis cissecescecessescsssnsseassssensvteccets latnenssensateessaet datas sinik 2 126 ZONE Alias Table i sccissscsnsccvesstecssosessasssdenetaivecersesecensteanernsdeinene 2 142 Port Statistics ocsssssscssacisesssesssveeisacssiveetesacssoesteadesssttesdendhestacnese 2 147 The Fibre Channel Simple Name Server table 004 2 166 Platform Tables i c snscessecssssssdieccststetsstessncscessastecasabscsntesvonsesies 2 172 Appendix
282. if a default value is used the next line after the right curly brace for the default value DURABLE objects WITHOUT an explicit factory default value in curly braces default to zero NULL or the lowest enumerated value This also applies to the remaining table entries when only some of the defaults are defined Valid Examples decimal INTEGER examples DURABLE 60 single default DURABLE 1 3 7 11 4 defaults DURABLE 60 all all entries use 60 DURABLE 1 2 30 all 3rd thru end use 30 hexadecimal INTEGER examples DURABLE face h DURABLE face H DURABLE face H all DURABLE deaf h face h 2 defaults binary INTEGER examples DURABLE 710101111 b DURABLE 0010110100101101 B enumerated value examples E OSi SNMP Support Manual DURABLE disable McDATA Nishan Common MIB DURABLE enable enable 2 defaults DURABLE enable all enable all entries DURABLE enable disable all enable 1st disable rest MacAddress OCTET STRING example DURABLE 0123456789ab H OBJECT IDENTIFIER example DURABLE sysDescr IpAddress example DURABLE c0210415 h DisplayString examples DURABLE Nishan Product DURABLE public private 2 defaults rest null NONVOLATILE Non Standard Objects that are saved across a system reset and or power cycle and are not owned by this MIB are n
283. igned the next higher integer value than the last item entered into the table If the index value reaches its maximum value the next item entered will cause the index value to roll over and start at one again connUnitEventEntry 2 INTEGER read only deprecated The internal event Id Incremented for each event ranging between 1 and connUnitMaxEvents Not used as table index to simplify the agent implementation When this reaches the end of the range specified by connUnitMaxEvents the Id will roll over to start at one This value will be set back to one at reset The relationship of this value to the index is that internal event id may represent a smaller number than a 32 bit integer eg max 100 entries and would only have a value range up to connUnitMaxEvents connUnitEventEntry 3 DisplayString SIZE 0 15 read only mandatory This is the real time when the event occurred It has the following format DDMMYYYY HHMMSS 2 128 E OSi SNMP Support Manual Sequence connUnitSEventTime Syntax Access Status Description Sequence connUnitEventSeverity Syntax Access Status Description Sequence connUnitEventType Syntax DD day number MM month number YYYY year number HH hour number MM minute number SS seconds number If not applicable return either a NULL string or 00000000 000000 connUnitEventEntry 4 TimeTicks read only mandatory This is the s
284. in the range between 1 and connUnitNumRevs connUnitRevsUnitld connUnitRevsEntry 2 DisplayString read only mandatory A vendor specific string identifying a revision of a component of the connUnit indexed by connUnitRevsUnitld connUnitRevsEntry 3 Connectivity unit group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connUnitRevsDescription Syntax Access Status Description Sequence Sensor table connUnitSensorTable Syntax Access Status Description Sequence connUnitSensorEntry Syntax Access Status Description Sequence DisplayString read only mandatory Description of a component to which the revision corresponds connUnitRevsEntry 4 SEQUENCE OF ConnUnitSensorEntry not accessible mandatory Table of the sensors supported by each connectivity unit managed by this agent connSet 8 ConnUnitSensorEntry not accessible mandatory Each entry contains the information for a specific sensor INDEX connUnitSensorUnitId connUnitSensorIndex connUnitSensorTable 1 ConnUnitSensorEntry SEQUENCE connUnitSensorUnitld FcGloballd connUnitSensorIndex E OSi SNMP Support Manual connUnitSensorUnitld Syntax Access Status Description Sequence connUnitSensorIndex Syntax Access Status Description Sequence INTEGER 1 2147483647 connUnitSensorName DisplayString connUnitSensor
285. ins even if the SAN Router is reset to factory defaults This variable together with nearby variables provides an IP static route to the primary management station so that contact is not lost even when the SAN Router is reset to factory default The value set here takes effect the next time the SAN Router is reset Sequence mgtPort 16 mgtPortCurrentHostNetMask Syntax IpAddress Max Access read only Status current Description The current subnet mask for a permanent static route This value remains even if the SAN Router is reset to factory defaults This variable together with nearby variables provides an IP static route to Port configuration E 13 McDATA Eclipse SAN Router Management MIB Sequence megtPortReset Syntax Max Access Status Description Sequence the primary management station so that contact is not lost even when the SAN Router is reset to factory default mgtPort 17 INTEGER false 0 true 1 read write current Reset the management port This variable is not supported on current Eclipse models DEFVAL false mgtPort 18 System configuration memoryUtil Syntax Max Access Status Description Sequence beacon Syntax Max Access Status Description nishanSystem OBJECT IDENTIFIER nishanMgmt 3 INTEGER 0 100 read only current Shared Memory utilization of the device nishanSystem 1 INTEGER false 0 true 1
286. ins information regarding a power supply unit INDEX fcswChasPowerSupplyld fcswChasPowerSupplyTable 1 FeswChasPowerSupplyEntry SEQUENCE fcswChasPowerSupplyld INTEGER fcswChasPowerSupplyOperStatus INTEGER fcswChasPowerSupplyPartNumber DisplayString INTEGER 1 2 read only current Identifier for a power supply instance fcswChasPowerSupplyEntry 1 fcswChasPowerSupplyOperStatus INTEGER unknown 1 empty 2 up 3 down 4 read only current Actual status of the power supply unknown 1 status can not be determined empty 2 power supply not installed up 3 present and supplying power down 4 present but failure indicated fcswChasPowerSupplyEntry 2 fcswChasPowerSupplyPartNumber DisplayString SIZE 0 6 read only EJ E OSi SNMP Support Manual Status Description Sequence Expansion Card Table fcswCard Table Syntax Max Access Status Description Sequence fcswCardEntry Syntax Max Access Status Description Sequence current Power Supply Part Number fcswChasPowerSupplyEntry 3 feswCard OBJECT IDENTIFIER nishanFCswChassis 12 SEQUENCE OF FeswCardEntry not accessible current A table that contains information about the expansion cards in this chassis For those slots that do not contain a physical card the table may be implemented to contain a conceptual row with the type of physical module set to
287. interfaces that are used for transmitting network datagrams this is the size of the largest network datagram that can be sent on the interface Gauge R An estimate of the interface s current bandwidth in bits per second For interfaces which do not vary in bandwidth or for those where no accurate estimation can be made this object should contain the nominal bandwidth PhysAddress R The interface s address at the protocol layer immediately below the network layer in the protocol stack For interfaces which do not have such an address e g a serial line this object should contain an octet string of zero length INTEGER RW The desired state of the interface The testing 3 state indicates that no operational packets can be passed INTEGER R E OSi SNMP Support Manual Description ifLastChange Type Access Description ifInOctets Type Access Description ifInUcastPkts Type Access Description ifInNUcastPkts Type Access Description ifInDiscards Type Access McDATA SNMP Support The current operational state of the interface The testing 3 state indicates that no operational packets can be passed TimeTicks R The value of sysUpTime at the time the interface entered its current operational state If the current state was entered prior to the last re initialization of the local network management subsystem then this object contains a zero value Counter R The total number of octets
288. ion resides Sequence eportZoneObjectToPortZoneEntry 1 eportZoneObjectToPortZoneZoneIndex Syntax INTEGER 1 65535 Max Access read only Status current Description This object defines the particular zone that a particular member belongs too This integer indexes into the eportZoneObjectTable Sequence eportZoneObjectToPortZoneEntry 2 eportZoneObjectToPortZoneDomain Syntax INTEGER 1 240 Max Access read only NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Status Description Sequence current This object defines the particular domain of a port zone eportZoneObjectToPortZoneEntry 3 eportZoneObjectToPortZonePort Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current This object defines the particular port of a port zone eportZoneObjectToPortZoneEntry 4 eportZoneAliasTOoWWN Table Syntax Max Access Status Description Sequence SEQUENCE OF eportZoneAliasToWWNEntry not accessible current This table contains the relationship of an alias with a particular WWN If an entry exists the relationship defines that the particular WWN is a member of the alias nishanEportZoning 8 eportZoneAliasTOoWWNEntry Syntax Max Access Status Description Sequence EportZoneAliasToWWNEntry not accessible current Entry containing information for a particul
289. ion MIB that lists the McDATA Nishan iSCSI Configuration MIB e McDATA Eclipse SAN Router Management MIB that lists the McDATA Nishan SAN Router Management MIB e McDATA Nishan FC Fabric Element MIB that lists the Fabric Element MIB modified by McDATA Nishan for its SAN Router products e McDATA Management Traps MIB that contains the McDATA Nishan SAN Router Enterprise Traps e McDATA Products Object Identifier Tree that describes the McDATA Nishan SAN Router family and related Object Identifiers SNMP Management Introduction to SNMP Introduction to SNMP e McDATA SAN Router SMI Definitions that describe McDATA Nishan SAN Router SMI definitions and textual conventions e McDATA SNTP Configuration MIB describes management objects for Nishan SNTP configuration Traps and Their Purpose Traps are unsolicited status reports or status change indicators a managed object sends to a network manager The destination address for traps is a configuration item for each managed agent If configured the SAN Routers send all traps as they occur E OSi SNMP Support Manual 2 McDATA SNMP Support Overview SNMP is a protocol that uses the User Data Protocol UDP to exchange messages between an SNMP agent in a managed device and a management station residing on a network Although SNMP can be made available over other protocols McDATA only supports UDP To be monitored and managed remotely by a netwo
290. ipReasmReqds Type Access Description ipReasmOKs Type Access Description ipReasmFails Type Access Description Counter R The number of IP datagrams discarded because no route could be found to transmit them to their destination Note that this counter includes any packets counted in ipForwDatagrams which meet this no route criterion Note that this includes any datagrams which a host cannot route because all of its default gateways are down INTEGER R The maximum number of seconds which received fragments are held while they are awaiting reassembly at this entity Counter R The number of IP fragments received which needed to be reassembled at this entity Counter R The number of IP datagrams successfully Counter R The number of failures detected by the IP re assembly algorithm for whatever reason timed out errors etc Note that this is not necessarily a count of discarded IP fragments since some algorithms E OSi SNMP Support Manual ipFragOKs Type Access Description ipFragFails Type Access Description ipFragCreates Type Access Description notably the algorithm in RFC 815 can lose track of the number of fragments by combining them as they are received Counter R The number of IP datagrams that have been successfully fragmented at this entity Counter R The number of IP datagrams that have been discarded because they needed to be fragmented a
291. ipReasmTimeout 2 26 ipRouteAge 2 32 ipRouteDest 2 29 ipRoutelfIndex 2 29 ipRoutelInfo 2 33 ipRouteMask 2 32 ipRouteMetricl 2 29 ipRouteMetric2 2 30 ipRouteMetric3 2 30 ipRouteMetric4 2 30 ipRouteMetric5 2 33 ipRouteNextHop 2 30 ipRouteProto 2 31 ipRouteType 2 31 ipRoutingDiscards 2 35 snmpEnableAuthenTraps 2 52 snmpInASNParseErrs 2 47 snmpInBadCommunityNames 2 47 snmpInBadCommunityUses 2 47 snmpInBadValues 2 48 snmpInBadVersions 2 46 snmpInGenErrs 2 48 snmpInGetNexts 2 49 snmpInGetRequests 2 49 snmpInGetResponses 2 49 snmpInNoSuchNames 2 47 snmpInPkts 2 46 snmpInReadOnlys 2 48 snmpInSetRequests 2 49 snmpInTooBigs 2 47 snmpInTotalReqVars 2 48 snmplInTotalSetVars 2 49 snmpInTraps 2 50 snmpOutBadValues 2 50 snmpOutGenErrs 2 50 snmpOutGetNexts 2 51 snmpOutGetRequests 2 51 snmpOutGetResponses 2 51 snmpOutNoSuchNames 2 50 snmpOutPkts 2 46 snmpOutSetRequests 2 51 snmpOutTooBigs 2 50 snmpOutTraps 2 51 sysContact 2 13 sysDescr 2 12 sysLocation 2 14 sysName 2 14 sysObjectID 2 12 sysServices 2 14 sysUpTime 2 13 tcpActiveOpens 2 41 tcpAttemptFails 2 41 tcpConnLocalAddress 2 43 tcpConnLocalPort 2 44 tcpConnRemAddress 2 44 tcpConnRemPort 2 44 tcpConnState 2 42 tcpCurrEstab 2 42 tcpEstabResets 2 41 tcpInErrs 2 44 tcpInSegs 2 42 tcpMaxConn 2 40 tcpOutRsts 2 44 tcpOutSegs 2 42 tcpPassiveOpens 2 41 tcpRetransSegs 2 42 tcpRtoAlgorithm 2 39 tcpRtoMax 2 40 tcpRtoMin 2 40 udpInDatagrams 2 45 udpInErrors 2 45 udpLocalAddres
292. ipse 2640 and 2600 Prior to software version 4 0 this variable was called fcswEthernetPortSpeed and has since been changed to support 2G FC and potential 10G speeds fcswPortEntry 12 INTEGER false 0 true 1 read only current E OSi SNMP Support Manual Description Sequence fcswPortActualSpeed Syntax Max Access Status Description Sequence FC Port Table feswFCPortTable Syntax Max Access Status Description Sequence fcswFCPortEntry Syntax Max Access Status McDATA Eclipse SAN Router Management MIB Indicates whether this port supports TCP i e whether the port type can be set to iFCP or iSCSI Only certain ports on some SAN Router models support TCP protocols The value of this variable depends only on the model and port number not on the current configuration fcswPortEntry 13 INTEGER 1500 10000000 read only current The actual speed in Kbits s that the port can deliver based on fcswPortConfiguredSpeed For software releases before 4 7 the SAN Router adjusts Ethernet port speeds down to the closest multiple of 1500 Kbps For software release 4 7 and later the speed is not rounded down In the case of Fibre Channel ports that support 2Gbps speeds a configured value set to auto will have an actual speed of either 1 Gbps 1000000 or 2 Gbps 2000000 fcswPortEntry 14 SEQUENCE OF FceswFCPortEntry not accessible current FC Port table
293. iption Sequence fcFxPortOlsOuts Syntax Max Access Status Description Sequence Counter32 read only current The number of Link Reset Protocol received by this FxPort from the attached NxPort fcFxPortErrorEntry 11 Counter32 read only current The number of Link Reset Protocol issued by this FxPort to the attached NxPort fcFxPortErrorEntry 12 Counter32 read only current The number of Offline Sequence received by this FxPort fcFxPortErrorEntry 13 Counter32 read only current The number of Offline Sequence issued by this FxPort fcFxPortErrorEntry 14 E OSi SNMP Support Manual McDATA Nishan FC Fabric Element MIB Accounting Groups 1 Class 1 Accounting Group 2 Class 2 Accounting Group and 3 Class 3 Accounting Group Fach group consists of a table that contains accounting information for the FxPorts in the Fabric Element Implementation of each group is optional The Class 1 Accounting table This table contains one entry for each FxPort in the Fabric Element Counters for certain types of events occurred in the FxPorts since the management agent has re initialized Implementation of this group is optional Class1 is not supported by Nishan table removed The Class 2 Accounting table This table contains one entry for each FxPort in the Fabric Element Counters for certain types of events occurred in the FxPorts since the
294. is 000000 H this FxPort is not engaged in a connection This variable has been deprecated and may be implemented for backward compability fcFxPortStatusEntry 5 Gauge32 read only current The number of buffers currently available for receiving frames from the attached port in the buffer to buffer flow control The value should be less than or equal to fcFxPortBbCredit fcFxPortStatusEntry 6 FcFxPortMode Operation group G 21 McDATA Nishan FC Fabric Element MIB G 22 Max Access Status Description Sequence fcFxPortAdminMode Syntax Max Access Status Description Sequence fcFxPortPhysTable Syntax Max Access Status Description Sequence fcFxPortPhysEntry Syntax Max Access Status Description Sequence read only current The current operational mode of the FxPort fcFxPortStatusEntry 7 FcFxPortMode read only instead of read write current The desired operational mode of the FxPort fcFxPortStatusEntry 8 SEQUENCE OF FcFxPortPhysEntry not accessible current A table that contains one entry for each FxPort in the Fabric Element physical level status and parameters of the FxPorts fcFeStatus 3 FcFxPortPhysEntry not accessible current An entry containing physical level status and parameters of a FxPort INDEX fcFxPortPhysModuleIndex fcFxPortPhysFxPortIndex cFxPortPhysTable 1 FcFxPortPhysEntry SEQU
295. ishanFCsw 16 FeswNsPortEntry not accessible current An entry of the local Name Server database INDEX feswNsPortWwn fcswNsPortTable 1 FC Switch Zone Configuration E 39 McDATA Eclipse SAN Router Management MIB feswNsPortWwn Syntax Max Access Status Description Sequence feswNsPortID Syntax Max Access Status FcswNsPortEntry SEQUENCE feswNsPortWwn feswNsPortID fcswNsPortType feswN feswNsNodeWwn feswNsNodeSymb feswNsNodeIPA feswNsNodelpAddress feswNsPortIpAddress feswNsFcCos feswNsFc4 fcswNsFabricPortWwn sPortSymb feswNsDeviceZoneMap fcswl feswNsRmtDevFlg sDevicePriority feswNsDeviceType fcswNsParentNodeWwn fcswNsFc4Features WWNtype read only current The WorldWideName of the port as defined in FC GS 3 fcswNsPortEntry 1 FCIDtype read only current E OSi SNMP Support Manual WWNtype FCIDtype INTEGER OCTET STRING WWNtype OCTET STRIN OCTET STRIN OCTET STRIN OCTET STRIN INTEGER OCTET STRING WWNtype OCTET STRING INTEGER INTEGER Integer32 WWNtype OCTET STRING 7 7 7 annA 7 Description Sequence fcswNsPortType Syntax Max Access Status Description Sequence fcswNsPortSymb Syntax Max Access Status The Port ID of the port in this SAN as used in mFCP iFCP fcswNsPortEntry 2 INTEGER unknown 0 nPort 1 nlPort 2 fN1Port 3 nSoIlPP
296. isplayString flashImageStatus INTEGER INTEGER 1 4 read only current The index of this flash image flashImageEntry 1 DisplayString SIZE 0 32 read only current Version of the image downloaded into flash flashImageEntry 2 Flash Memory Operations McDATA Eclipse SAN Router Management MIB flashImageCheckSum Syntax Max Access Status Description Sequence flashImageSize Syntax Max Access Status Description Sequence flashImageDate Syntax Max Access Status Description Sequence flashImageStatus Syntax Max Access Status Description INTEGER 0 2147483647 read only current Check sum of the image file downloaded flashImageEntry 3 INTEGER 0 16777215 read only current Size of the image file downloaded flashImageEntry 4 DisplayString SIZE 8 read only current Time of image file creation flashImageEntry 5 INTEGER 0 31 read write current If active is on then the value of deleted invalidCRC and valid are not applicable If active is off then the value of deleted invalidCRC and valid must be exclusive OR only one is on at any time See PortUsageType table for converting from BITS to INTEGER 1 deleted E OSi SNMP Support Manual Sequence File Transfer Information upgradeServer Syntax Max Access Status Description Sequence flashUpl
297. ission for the community A 1 indicates perm ro GET permission A 2 indicates perm wr GET SET permission Sequence nishanCommonAuthCommEntry 3 nishanCommonAuthCommState Syntax INTEGER enable 1 disable 2 delete 3 invalid 4 read only set returns SNMP_BADVALUE Max Access read write Status current Description NONVOLATILE enable enable invalid all The state of this community entry Enable 1 defines an entry that is valid Disable 2 defines an entry that is valid but not enabled Delete 3 removes an entry from the table Invalid 4 defines an entry that is no longer valid e g an entry that was deleted and should be ignored An attempt to set a value of invalid 4 causes the agent to return SNMP_BADVALUE Sequence nishanCommonAuthCommEntry 4 Common Group A 15 McDATA Nishan Common MIB A 16 nishanCommonAuthHostTable Syntax Max Access Status Description Sequence SEQUENCE OF nishanCommonAuthHostEntry not accessible current A list of valid SNMP Trusted Host Entries nishanCommonAuthGroup 5 nishanCommonAuthHostEntry Syntax Max Access Status Description Sequence nishanCommonAuthHostEntry not accessible current A list of SNMP Host properties INDEX nishanCommonAuthHostIndex nishanCommonAuthHostTable 1 NishanCommonAuthHostEntry SEQUENCE nishanCommonAuthHostIndex INTEGER nishanCommonAuthHostName Displa
298. itEventUnitId Syntax Access Status Description Each entry contains information on a specific event for the given connectivity unit INDEX connUnitEventUnitId connUnitEventIndex connUnitEventTable 1 ConnUnitEventEntry SEQUENCE connUnitEventUnitld FcGloballd connUnitEventIndex INTEGER 1 2147483647 connUnitEventld INTEGER connUnitREventTime DisplayString connUnitSEventTime TimeTicks connUnitEventSeverity FcEventSeverity connUnitEventType INTEGER connUnitEventObject OBJECT IDENTIFIER connUnitEventDescr DisplayString FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this event table E OSi SNMP Support Manual McDATA SAN Routing Management MIB Sequence connUnitEventEntry 1 connUnitEventIndex Syntax INTEGER 1 2147483647 Access read only Status mandatory Description Each connectivity unit has its own event buffer As it wraps it may write over previous events This object is an index into the buffer It is recommended that this table be read using getNext s to retrieve the initial table The management application should read the event table at periodic intervals and then determine if any new entries were added by comparing the last known index value with the current highest index value The management application should then update its copy of the event table If the read interval is too long it is possible that
299. itId The value can only be reused if it is not currently in use and the value is the next candidate to be used This value wraps at the highest value represented by the size of INTEGER This value is reset to zero when the system is reset and the first value to be used is one connUnitLinkEntry 2 OCTET STRING SIZE 16 read only mandatory The node WWN of the unit at one end of the link If the node WWN is unknown and the node is a connUnit in the responding agent then the value of this object MUST BE equal to its connUnitID connUnitLinkEntry 3 FCMGMT MIB McDATA SNMP Support 2 133 McDATA SNMP Support 2 134 connUnitLinkPortNumberX Syntax Access Status Description Sequence connUnitLinkPortWwnX Syntax Access Status Description Sequence connUnitLinkNodeIdY Syntax Access Status Description Sequence INTEGER read only mandatory The port number on the unit specified by connUnitLinkNodeldX if known otherwise 1 If the value is nonnegative then it will be equal to connUnitPortPhysicalNumber connUnitLinkEntry 4 FcGloballd read only mandatory The port WWN of the unit specified by connUnitLinkNodeldx if known otherwise 16 octets of binary 0 connUnitLinkEntry 5 OCTET STRING SIZE 16 read only mandatory The node WWN of the unit at the other end of the link If the node WWN is unknown and the node is a connUnit in the respon
300. ity unit should be persistent across agent and unit resets It should be the same as connUnitGloballd if connUnitGloballd is known and stable connUnitEntry 1 FcGloballd read only mandatory 2 96 E OSi SNMP Support Manual Description Sequence McDATA SNMP Support An optional global scope identifier for this connectivity unit It MUST be a WWN for this connectivity unit or 16 octets of value zero WWN formats requiring fewer than 16 octets MUST be extended to 16 octets with trailing zero octets Left justified zero filled Ifa WWN is used for connUnitld the same WWN MUST be used for connUnitGloballd When a non zero value is provided it SHOULD be persistent across agent and unit resets It SHOULD be globally unique It SHOULD be one of these FC PH PH3 formats IEEE NAA 1 IEEE Extended NAA 2 IEEE Registered NAA 5 IEEE Registered extended NAA 6 Use of the IEEE formats allows any IEEE registered vendor to assure global uniqueness independently The following are some references on IEEE WWN formats http standards ieee org regauth oui tutorials fibreformat html http standards ieee org regauth oui tutorials fibrecomp_id htm 1 If one or more WWNs are associated with the connUnit via other management methods one of them SHOULD be used for connUnitGloballd If there is not a WWN assigned specifically to the connUnit there is some merit though not a requirement to using a WWN assigne
301. ity unit that contains this event table connUnitEventEntry 1 INTEGER 1 2147483647 read only mandatory Each connectivity unit has its own event buffer s it wraps it may write over previous events This object is an index into the buffer It is recommended that this table be read using getNext s to retrieve the initial table The management application should read the event table at periodic intervals and then determine if any new entries were added by comparing the last known index value with the current highest index value The management application should then update its copy of the event table If the read interval is too long it is possible that there may be events that may not be contained in the agent s internal event buffer FCMGMT MIB McDATA SNMP Support 2 127 McDATA SNMP Support Sequence connUnitEventId Syntax Access Status Description Sequence connUnitREventTime Syntax Access Status Description For example an agent may read events 50 75 At the next read interval connUnitEventCurrID is 189 If the management app tries to read event index 76 and the agent s internal buffer is 100 entries max event index 76 will no longer be available The index value is an incrementing integer starting from one every time there is a table reset On table reset all contents are emptied and all indeces are set to zero When an event is added to the table the event is ass
302. iusServerIndex INTEGER nishanCommonAuthRadiusServerType INTEGER nishanCommonAuthRadiusServerAddressType InetAddressType nishanCommonAuthRadiusServerlPAddress InetAddress nishanCommonAuthRadiusServerUdpPort INTEGER nishanCommonAuthRadiusServerCredential OCTET STRING nishanCommonAuthRadiusServerTimeout INTEGER nishanCommonAuthRadiusServerRetries INTEGER nishanCommonAuthRadiusServerIndex Syntax Max Access Status Description Sequence INTEGER 1 8 read only current An index that uniquely identifies an ordered entry in the RADIUS servers table The RADIUS client on the NISHAN switch will contact all the primary RADIUS servers first sequentially and then contact the secondary servers if the primary response fails nishanCommonAuthRadiusServerEntry 1 nishanCommonAuthRadiusServerType Syntax Max Access Status Description INTEGER primary 1 secondary 2 read write current DURABLE 1 all The type of this RADIUS server primary or secondary The primary RADIUS server is contacted first and if no response is received within E OSi SNMP Support Manual Sequence a timeout period then the secondary server is contacted Atleast one of the servers should be set to primary DEFVAL primary nishanCommonAuthRadiusServerEntry 2 nishanCommonAuthRadiusServerAddressType Syntax Max Access Status Description Sequence InetAddressType read write current DURABLE
303. iusServers Syntax INTEGER 1 8 Max Access read only Status current Description The maximum possible number of entries in the nishanCommonAuthRadiusServerTable This value equates to the total number of potential RADIUS servers that the switch could authenticate the iSCSI logins against DEFVAL 2 Sequence nishanCommonAuthDevicesGroup 1 nishanCommonAuthRadiusServerTable Syntax SEQUENCE OF nishanCommonAuthRadiusServerEntry Max Access not accessible Status current Description This table lists the entries for the RADIUS servers and is used by the NISHAN TCP ports which also act as a RADIUS clients to authenticate iSCSI logins from initiators The user can only modify the contents of the RADIUS server entries and cannot create delete server rows For this release the table has a primary and a secondary RADIUS server with the ip address initialized to 0 0 0 0 Sequence nishanCommonAuthDevicesGroup 2 nishanCommonAuthRadiusServerEntry Syntax nishanCommonAuthRadiusServerEntry Max Access not accessible Status current Common Group A 19 McDATA Nishan Common MIB Description Sequence A list of RADIUS Servers and their properties To indicate that an entry is not in use set the nishanCommonAuthRadiusServerIPAddress to 0 0 0 0 INDEX nishanCommonAuthRadiusServerIndex nishanCommonAuthRadiusServerTable 1 NishanCommonAuthRadiusServerEntry SEQUENCE nishanCommonAuthRad
304. ived at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 26 connUnitPortStatCountClass3TxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 3 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 27 E OSi SNMP Support Manual connUnitPortStatCountClass3Discards Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 3 Frames that were discarded upon reception at this port There is no FBSY or FRJT generated for Class 3 Frames They are simply discarded if they cannot be delivered Note this is a Fibre Channel only stat connUnitPortStatEntry 28 connUnitPortStatCountRxMulticastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Multicast Frames or Packets received at this port connUnitPortStatEntry 29 connUnitPortStatCountTxMulticastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Multicast Frames or Packets transmitted out this port connUnitPortStatEntry 30 connUnitPortStatCountRxBroadcastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Broadcast Frames or Pack
305. ization protocol or a resynchronization occurring between the transceiver in the addressed port to the transceiver that the port is connected to bypassConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific bypass operation Examples of these operations are transitioning from online to offline a request NON PARTICIPATING command to the Loop Port state machine or removal of the port from an arbitrated loop by a hub unbypassConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific unbypass operation Examples of these operations are the Link Failure protocol a request PARTICIPATING command to the Loop Port state machine or addition of the port to an arbitrated loop by a hub Port Table F 33 McDATA SAN Routing Management MIB F 34 Sequence connUnitPortName Syntax Access Status Description offlineConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific offline operation Examples of these operations are disabling a port s transceiver the Link Failure protocol request NON PARTICIPATING command to the Loop Port state machine or removal of the port from an arbitrated loop by a hub onlineConnUnitPort If the addressed connUnit allows this operation
306. kup connection is ready but not activated primaryactive 2 backup connection is ready but not activated failoveractive 3 backup connection is active and running The precise differences between values 1 and 2 are not known lclPeerEntry 5 INTEGER 1 5 read only current The Gigabit Ethernet port index used for this backup connection If this table entry is unused the value is 0 lclPeerEntry 6 INTEGER 10 90 read only current The hold time in seconds used between the local and remote peers iFCP Backup Link Info McDATA Gateway MIB C 31 McDATA Gateway MIB C 32 Sequence IclPeerRmtSanID Syntax Max Access Status Description Sequence IclPeerRcvBytes Syntax Max Access Status Description Sequence IclPeerXmtBytes Syntax Max Access Status Description Sequence lclPeerEntry 7 Unsigned32 read only current The SAN ID of the remote SAN The format is a 4 Byte unsigned value This is determined throught inter SAN Router communication lclPeerEntry 8 Counter32 read only current The total number of bytes received from this remote SAN Router since the remote SAN Router s connection was first established including MAC headers and CRC For some devices this count may be only approximate since the source SAN Router is only identified after the MAC layer fields have been stripped off lclPeerEntry 9 Counter
307. lPortFailoverEntry not accessible current This table configures an optional backup port for each TCP port The backup port may be on the same switch or a different switch Rows are not created or deleted in this table There is one permanent row for each TCP port in the switch The backup information for a TCP port remains even if the port is not currently configured for iFCP localSAN 7 LocalPortFailoverEntry not accessible current Configuration information for one port backup INDEX localPortIndex localPortFailoverTable 1 Local SAN configuration McDATA Gateway MIB Cc 5 McDATA Gateway MIB LocalPortFailoverEntry SEQUENCE localPortIndex localPortFailoverlpAddress localPortHoldTime localPortAction localPortFailoverStatus localPortRecoveryAction localPortRecoverNow localPortBackupConnect INTEGER IpAddress INTEGER INTEGER INTEGER INTEGER INTEGER INTEGER localPortIndex Syntax INTEGER 1 16 Max Access read only Status current Description The number of the TCP port being backed up Sequence localPortFailoverEntry 1 localPortFailoverIpAddress Syntax IpAddress Max Access read write Status current Description DURABLE The internal proxy IP Address of the TCP port which is providing backup for this port This may be the internal proxy address of a port on this same switch or a different switch Sequence localPortFailoverEntry 2
308. lationship of a zone with a particular Alias If an entry exists the relationship defines that the particular Alias is a member of the Zone nishanEportZoning 6 eportZoneObjectToAliasEntry Syntax Max Access Status Description Sequence EportZoneObjectToAliasEntry not accessible current Entry containing information for a particular zone object and a given alias off of a local R_Port INDEX eportZoneObjectToAliasSolIPPort eportZoneObjectToAliasZonelndex eportZoneObjectToAliasAliasIndex eportZoneObjectToAliasTable 1 EportZoneObjectToAliasEntry SEQUENCE eportZoneObjectToAliasSoIPPort WWNtype eportZoneObjectToAliasZoneIndex INTEGER eportZoneObjectToAliasAliasIndex INTEGER eportZoneObjectToAliasSoIPPort Syntax Max Access Status Description Sequence WWNtype read only current This object defines the local port off of which this configuration resides This integer indexes into the eportZoneAliasTable eportZoneObjectToAliasEntry 1 NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 23 McDATA SAN Routing Management MIB eportZoneObjectToAliasZoneIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current This object defines the particular zone that a particular member belongs too This integer indexes into the eportZoneObjectTable eportZoneObjectToAliasEntry 2 eportZoneObjectToAl
309. ldTime INTEGER rmtConnExpZoneListBitMap OCTET STRING rmtConnAction INTEGER rmtConnConnectionStatus INTEGER rmtConnConnectionDesc DisplayString rmtConnRmtSanID Unsigned32 Remote Connection Table C 19 McDATA Gateway MIB rmtConnkcvBytes Counter32 rmtConnXmtBytes Counter32 rmtConnConnections Gauge32 rmtConnLatency Gauge32 rmtConnLostConnections Counter32 rmtConnLostPackets Counter32 rmtConnTotalPackets Counter32 rmtConnUpTime TimeTicks rmtConnDiscoveredPathMtuSize INTEGER rmtConnMaxMtuSize INTEGER rmtConnTcpWindowSize INTEGER rmtConnTcpTotalSlowStarts Counter32 rmtConnRowStatus RowStatus rmtConnLocalGigeIndex Syntax INTEGER 1 16 Max Access read only Status current Description The Gigabit Ethernet port index on the local switch being used for this connection Sequence rmtConnectionEntry 1 rmtConnPrimaryIPAddress Syntax IpAddress Max Access read only Status current Description The external IP Address of the TCP port at the remote endof this iFCP connection Sequence rmtConnectionEntry 2 C 20 E OSi SNMP Support Manual rmtConnFailoverIPAddress Syntax Max Access Status Description Sequence rmtConnHoldTime Syntax Max Access Status Description Sequence IpAddress read only current The IP Address of the failover remote peer SAN Router used to backup the primary peer SAN Router If no backup has been configured then the entry is set to all 0
310. le contains information about port zone members for a given alias nishanEportZoning 9 eportZoneAliasToPortZoneEntry Syntax Max Access Status Description Sequence EportZoneAliasToPortZoneEntry not accessible current Entry containing information for a particular zone alias and a given member off of a local R_Port INDEX eportZoneAliasToPortZoneSoIPPort eportZoneAliasToPortZoneAliasIndex eportZoneAliasToPortZoneDomain eportZoneAliasToPortZonePort eportZoneAliasToPortZoneTable 1 EportZoneAliasToPortZoneEntry SEQUENCE eportZoneAliasToPortZoneSoIPPort WWNtype eportZoneAliasToPortZoneAliasIndex INTEGER eportZoneAliasToPortZoneDomain INTEGER eportZoneAliasToPortZonePort INTEGER eportZoneAliasToPortZoneSoIPPort Syntax Max Access Status Description Sequence WWNtype read only current This object defines the local port off of which this configuration resides eportZoneAliasToPortZoneEntry 1 E OSi SNMP Support Manual eportZoneAliasToPortZoneA liasIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current This object defines the particular alias that a particular member belongs to This integer indexes into the eportZoneAliasTable eportZoneAliasToPortZoneEntry 2 eportZoneAliasToPortZoneDomain Syntax Max Access Status Description Sequence INTEGER 1 240 read only current Thi
311. le download or upload procedure A SET of this object starts the load procedure Note that the Application and Boot images can only be downloaded The Configuration file can be uploaded and downloaded A GET of this object will return a noop 1 Use nishanCommonLoadExecuteStatus to determine the status of the executed load nishanCommonLoadGroup 4 INTEGER notStarted 1 inProgress 2 success 3 errorConnection 4 errorFilename 5 errorFault 6 read only current Common Group A 33 McDATA Nishan Common MIB A 34 Description Provides status on the execute file load procedure The status return is given by one of the enumerated codes not started download has not yet started in progress download has not yet finished success download has finished successfully error connection download cannot connect error filename download has bad image path filename error fault download has fault condition on device Sequence nishanCommonLoadGroup 5 Nishan Extension MIB Miscellaneous Information This group is meant to be a collection of controls and data that do not require a group of their own or fall into the category of miscellaneous The user may easily add simple objects in this group without destroying the integrity or definition of the group nishanCommonMiscSaveToNvm Syntax INTEGER noop 1 no operation save 2 save all configuration parameters to NVM Max Access
312. les Router Management MIB Y Y Y Y NISHAN GTWY mib iFCP gateway support McDATA Gateway MIB Y Y Y Y NISHAN COM mib Eclipse Enterprise MIB McDATA Nishan variables Common MIB y Y Y Y NISHAN ISCSI mib Eclipse iSCSI configuration McDATA iSCSI MIB Configuration MIB Y Y Y Y NISHAN FC mib Fabric Element MIB similar McDATA Nishan FC to RFC 2837 Fabric Element MIB Y Y Y Y NISHAN FCMGMT mib Eclipse enterprise R_Port McDATA SAN Routing Management MIB E OSi SNMP Support Manual McDATA SNMP Support 1620 3300 4300 2640 MIB Description P P P P NISHAN RPRO mib Eclipse inband address and static routes Y Y Y Y NISHAN SNTP mib Eclipse enterprise SNTP MIB Y Y Y Y rfc1213 mib MIB II Y Y Y Y ric1354 mib IP Forwarding table MIB Y Y Y Y rfc1493 mib Bridge MIB P P P P rfc1757 mib RMON MIB 4 tables supported P P P P P BRIDGE MIB mib 802 1d p Traffic Prioritization MIB from rfc2674 N P P P Q BRIDGE MIB mib 802 1q VLAN Bridge MIB from rfc2674 Y Y Y Y FAFCMGMT mib Fibre Alliance MIB v3 0 Y Y Y N NISHAN TRAPS v1 mib Nishan s enterprise specific McDATA Management SNMP v1 traps Traps MIB The proprietary MIBs reference textual conventions types or OIDs from some standard RFC MIBs To compile the proprietary MIBs the following standard MIBs may be required Some MIB compilers will not require the SNMP MIBs rfc2578 mib SNMPv2 SMI for SNMP data types
313. ll occur Changes to this entry requires the port to go offline followed by an online Sequence eportSubFabricEntry 3 eportSubFabricCollectFcSwitchInfo Syntax INTEGER allowed 1 disallowed 2 Max Access read write Status current Description DURABLE disallowed all Setting this variable will allow the E_Port to collect the port information of the connected switches in the subfabric Changes to this entry requires the port to go offline followed by an online DEFVAL disallowed Sequence eportSubFabricEntry 4 eportSubFabricF abricBinding Syntax INTEGER enabled 1 disabled 2 Max Access read write Status current NISHAN FCMGMT MIB B 41 McDATA SAN Routing Management MIB Description Sequence DURABLE disabled all This object is used by R_Port to determine whether Fabric Binding is enabled or not for this given SubFabric NOTE If enterpriseFabricMode is enabled a set to disable Fabric Binding will result in an error Changes to this entry requires the port to go offline followed by an online eportSubFabricEntry 5 eportSubFabricSwitchBinding Syntax Max Access Status Description Sequence INTEGER enabled 1 disabled 2 read write current DURABLE disabled all This object is used by R_Port to determine whether Switch Binding is enabled or not for this given port NOTE If enterpriseFabricMode is enabled a set to
314. lly exclusive at most one may be set at a time Attempting to set more than one compression mode at a time results in an SNMP SET failure Use Manually Configured MTU 6 configures all TCP connections to use the manually configured MTU instead of the MTU size discovered for the connection Use Min of Discovered MTU or Manual MTU Sizes 7 configures TCP connections to use either the discovered MTU or the manually configured MTU for the port whichever is smaller If bits 6 amp 7 are 0 then auto discovery of the MTU size is used for communication which is the default behavior Bits 6 amp 7 cannot be set at once A TCP port can be enabled to be an iSNS Server or an iSNS Client but not both Setting bit 9 to 1 will imply that this TCP port is to be configured as an iSNS server Setting bit 10 to 1 will imply that this TCP port is to be configured as an iSNS client Bits 9 and 10 should not be set at once SACK Selective ACK allows acknowledgement of non contiguous sequence numbers to reduce the amount of retransmitted data when packets are lost Chassis information E 113 McDATA Eclipse SAN Router Management MIB Set bit 11 to 1 to enable SACK for iSCSI TCP connections on this port Set bit 11 to 0 to disable SACK for iSCSI TCP connections on this port Set bit 12 to 1 to enable SACK for iFCP TCP connections on this port Set bit 12 to 0 to disable SACK for iFCP TCP connections on this port SACK is ena
315. ly braces i e containing the default value s must follow DURABLE separated by a space or start on the next line 2 There must be a space separating the curly brace left or right and the default value s 3 Strings are denoted using single quotes e g public Do NOT use single or double quotes within a string Strings also must NOT include curly braces Nishan Enterprise MIB for FC Platform McDATA Nishan Common MIB A 4 Decimal INTEGER values must NOT use single quotes Hexadecimal and binary values MUST use single quotes followed by a lower or upper case character to indicate hexadecimal h or binary b e g FACE H The default value may span more than one line i e parser looks for the closing curly brace Extra white space will be removed If possible to avoid confusion put the default value on a single line Multiple default values can be included within the curly brace set Multiple values must be separated using commas with no preceding or succeeding spaces it is OK to use a Return after the comma to allow the new item to start on the next line Do NOT use a comma after the last default value To set all values use all after parameter e g enable all If all is used on the last value e g enable enable disable all the remaining items are set to the last supplied value The actual Description text should start on the next line after DURABLE or
316. m its attached NxPort fcFxPortC2AccountingEntry 5 Counter32 read only current The number of Class 2 frame octets including the frame delimiters delivered through this FxPort to its attached NxPort fcFxPortC2AccountingEntry 6 Counter32 read only current The number of Class 2 frames discarded by this FxPort fcFxPortC2AccountingEntry 7 Counter32 read only current The number of F_BSY frames generated by this FxPort against Class 2 frames fcFxPortC2AccountingEntry 8 E OSi SNMP Support Manual fcFxPortC2FrjtFrames Syntax Max Access Status Description Sequence Counter32 read only current The number of F_RJT frames generated by this FxPort against Class 2 frames fcFxPortC2AccountingEntry 9 The Class 3 Accounting Group This table contains one entry for each FxPort in the Fabric Element Counters for certain types of events occurred in the FxPorts since the management agent has re initialized Implementation of this group is optional fcFxPortC3Accounting Table Syntax Max Access Status Description Sequence SEQUENCE OF FcFxPortC3AccountingEntry not accessible current A table that contains one entry for each FxPort in the Fabric Element Class 3 accounting information recorded since the management agent has re initialized fcFeAccounting 3 fcFxPortC3 Accounting Entry Syntax Max Access Status Desc
317. maining 1 128 bytes contain the encrypted CHAP secret key truncated to the same length as the unencrypted key The unencrypted CHAP secret key should be at least 16 bytes long for best security This variable is not implemented in software versions that do not support FC initiators communicating to iSCSI targets fceswTCPPortEntry 20 fcswT CPiSCSILoginRetryTimeout Syntax Max Access Status Description INTEGER 0 30 600 read write current DURABLE 60 all When the target is unzoned or disconnected the iSCSI initiator attempts to relogin to the target While the iSCSI initiator can continue to relogin to the target indefinitely there can be a performance issue with the constant retries This managed object specifies the timeout period in seconds in which the iSCSI initiator can attempt to relogin to the target before a status is sent by the switch to the iSCSI initiator to abort the login After that point the iSCSI initiator must rediscover the target Chassis information McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB This managed object applies to all the iSCSI sessions bound to the feswTCPPortIndex If this manage object is set to 0 there is no limit to the number of login retries The default value is 60 seconds DEFVAL 60 Sequence fcswTCPPortEntry 21 feswTCPReorderThreshold Syntax Integer32 8 128 Max Access read write Sta
318. ment fcFeMIBObjects OBJECT IDENTIFIER fcFabric 1 E OSi SNMP Support Manual McDATA Nishan FC Fabric Element MIB Groups under fcFe fcFeConfig OBJECT fcFeMIBObjects 1 IDENTIFIER fcFeStatus OBJECT fcFeMIBObjects 2 IDENTIFIER fcFeError OBJECT fcFeMIBObjects 3 IDENTIFIER fcFeAccounting OBJECT i fcCFeMIBObjects 4 IDENTIFIER fcFeCapabilities OBJECT i fcCFeMIBObjects 5 IDENTIFIER Type definitions DisplayString OCTET STRING SIZE 0 255 MilliSeconds INTEGER 0 2147383647 2431 1 MicroSeconds INTEGER 0 2147383647 FcNameld OCTET STRING SIZE 8 Worldwide Name or Fibre Channel Name associated with an FC entity It s a Network_Destination_ID or Network_Source_ID composed of a value up to 60 bits wide occupying the remaining 8 bytes while the first nibble identifies the format of the Name_Identifier with hex values 0 ignored 1 IEEE 48 bit address 2 IEEE extended 3 Locally assigned 4 32 bit IP address FabricName FcNameld The Name Identifier of a Fabric Each Fabric shall provide a unique Fabric Name Only the following formats are allowed IEEE48 and Local FcPortName FcNameld McDATA Nishan FC Fabric Element Management MIB McDATA Nishan FC Fabric Element MIB The Name Identifier associated with a port Only the following formats are allowed IEEE48 IEEE extended and Local FcAddressId OCTET STRING SIZ
319. ment MIB Description Count of times that FBSY was returned to this port as a result of a frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy Port can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat This is the sum of all classes If you cannot keep the by class counters then keep the sum counters Sequence connUnitPortStatEntry 10 connUnitPortStatCountPBS YFrames Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of times that PBSY was returned to this port as a result of a frame that could not be delivered to the other end of the link This occurs if the destination port is temporarily busy PBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat This is the sum of all classes If you cannot keep the by class counters then keep the sum counters Sequence connUnitPortStatEntry 11 connUnitPortStatCountFRJTFrames Syntax OCTET STRING SIZE 8 Access read only Status mandatory Description Count of times that FRJT was returned to this port as a result of a Frame that was rejected by the fabric Note This is the total for all classes and is a Fibre Channel only stat Sequence connUnitPortStatEntry 12 connUnitPortStatCountPRJTFrames Syntax OCTET STRING
320. mes OCTET STRING connUnitPortStatCountClass2FRJTFrames OCTET STRING connUnitPortStatCountClass2PRJTFrames OCTET STRING connUnitPortStatCountClass3RxFrames OCTET STRING connUnitPortStatCountClass3TxFrames OCTET STRING connUnitPortStatCountClass3Discards OCTET STRING connUnitPortStatCountRxMulticastObjects OCTET STRING connUnitPortStatCountTxMulticastObjects OCTET STRING connUnitPortStatCountRxBroadcastObjects OCTET STRING connUnitPortStatCountTxBroadcastObjects OCTET STRING connUnitPortStatCountRxLinkResets OCTET STRING connUnitPortStatCountTxLinkResets OCTET STRING FCMGMT MIB 2 149 McDATA SNMP Support connUnitPortStatCountNumberLinkResets OCTET STRING connUnitPortStatCountRxOfflineSequences OCTET STRING connUnitPortStatCountTxOfflineSequences OCTET STRING connUnitPortStatCountNumberOfflineSequences OCTET STRING connUnitPortStatCountLinkFailures OCTET STRING connUnitPortStatCountInvalidCRC OCTET STRING connUnitPortStatCountInvalidTxWords OCTET STRING connUnitPortStatCountPrimitiveSequenceProtocolErrors OCTET STRING connUnitPortStatCountLossofSignal OCTET STRING connUnitPortStatCountLossofSynchronization OCTET STRING connUnitPortStatCountInvalidOrderedSets OCTET STRING connUnitPortStatCountFramesTooLong OCTET STRING connUnitPortStatCountFramesTruncated OCTET STRING connUnitPortStatCountA ddressErrors OCTET STRING connUnitPortStatCountDelimiterErrors E OSi SNMP S
321. monTrapGroup 3 nishanCommonTrapCommTable Syntax SEQUENCE OF NishanCommonTrapCommEntry Max Access not accessible Status current Description A list of valid SNMP Community Entries used for Traps Sequence nishanCommonTrapGroup 4 nishanCommonTrapCommEntry Syntax NishanCommonTrapCommEntry Max Access not accessible Status current Description A list of SNMP Trap Community properties INDEX nishanCommonTrapCommIndex Sequence nishanCommonTrapCommTable 1 NOTE WarmStart and EgpNeighborLoss Traps are not supported NishanCommonTrapCommEntry SEQUENCE nishanCommonTrapCommIndex INTEGER nishanCommonTrapCommName DisplayString nishanCommonTrapCommColdStart INTEGER nishanCommonTrapCommLinkDown INTEGER nishanCommonTrapCommLinkUp INTEGER nishanCommonTrapCommAuthentication INTEGER nishanCommonTrapCommBridge INTEGER Common Group A 25 McDATA Nishan Common MIB A 26 nishanCommonTrapCommRMON INTEGER nishanCommonTrapCommOEMSpecific INTEGER nishanCommonTrapCommState INTEGER nishanCommonTrapCommIndex Syntax Max Access Status Description Sequence INTEGER 1 8 read only current An index that uniquely identifies an ordered entry in the SNMP Community Trap Table nishanCommonTrapCommEntry 1 nishanCommonTrapCommName Syntax Max Access Status Description Sequence DisplayString SIZE 1 16 read write current NONVOLATILE public
322. n eportDeviceTable 1 EportDeviceEntry SEQUENCE eportDeviceSolPPortName WWNtype eportDeviceWwn WWNtype eportDeviceFcSwitchWWN WWNtype eportDeviceRealFCID FCIDtype eportDeviceSolIPProxyFCID FCIDtype eportDeviceSoIPPrincipalFabricPort WWNtype eportDeviceFcSwitchFabricPort WWNtype eportDeviceFcSwitchPort INTEGER WWNtype read only current The Port Name that identifies which R_Port the device resides off of eportDeviceEntry 1 WWNtype read only current The WWN that identifies a device that is off of a local R_Port E OSi SNMP Support Manual Sequence eportDeviceFcSwitchWWN Syntax Max Access Status Description Sequence eportDeviceRealFCID Syntax Max Access Status Description Sequence eportDeviceEntry 2 WWNtype read only current The Fabric Switch Name off of which the current device resides eportDeviceEntry 3 FCIDtype read only current The FCID used by this device in the local SAN Island This is the true FCID of the device eportDeviceEntry 4 eportDeviceSoIPProxyFCID Syntax Max Access Status Description Sequence FCIDtype read only current The FCID used by this device in the SAN Router fabric This is the proxy representation of the FCID on the SAN Router fabric eportDeviceEntry 5 eportDeviceSoIPPrincipalFabricPort Syntax Max Access Status Description WWNtype read only cur
323. n and that of a FC switch This occurs if a zoning change is made from SAN Router or a FC switch attempts to alter a zone that is under the control of a SAN Router R_Port zoning changed on connected FC switch s 0 WARNING Error Events 1 OPERATIONAL 19 nishanProducts iFCP Gateway Traps McDATA Management Traps MIB Variables Description Type Summary Arguments Severity Category Timelndex State Sequence rPortFabricReconfiguration Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nishanTrapMsg This trap is sent when a r_port failed to establish an ISL link with another switch The message within the trap will contain information about why the ISL link failed to establish For example if it is due to RA_TOV mismatches the message returned would be R_Port 1 ELP error ED_TOV or RA_TOV mismatch R_Port failed to estable ISL Jos 0 CRITICAL Error Events 1 OPERATIONAL 20 nishanProducts nishanTrapMsg This trap is sent when a fabric reconfiguration happens on an e_port This could happen if a new FC switch is added to an existing fabric Or a switch on the fabric sends out a an ELP or requests a re build of the fabric E_Port fabric reconfiguration Jos 0 WARNING Error Events 1 OPERATIONAL H 2L E OSi SNMP Support Manual McDATA Management Traps MIB rPortFabricCrit
324. n ifOutDiscards Type Access Description ifOutErrors Type Access Description ifOutQLen Type Access Description ifSpecific Type Access Description McDATA SNMP Support The total number of packets that higher level protocols requested be transmitted to a non unicast i e a subnetwork broadcast or subnetwork multicast address including those that were discarded or not sent Counter R The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted One possible reason for discarding such a packet could be to free up buffer space Counter R The number of outbound packets that could not be transmitted because of errors Gauge R The length of the output packet queue in packets OBJECT IDENTIFIER R A reference to MIB definitions specific to the particular media being used to realize the interface For example if the interface is realized by an ethernet then the value of this object refers to a document defining objects specific to ethernet If this information is not present its value should be set to the OBJECT IDENTIFIER 0 0 which is a syntactically valid object identifier and any conforming MIB Definitions McDATA SNMP Support Address Translation Group atlfIndex Type Access Description atPhysAddress Type Access Description implementation of ASN 1 and BER must be able to generate and recogniz
325. n that pertains to a given R_Port nishanEportSecurity 3 EportFabricBindingEntry not accessible current Entry containing information for a particular fabric binding entry INDEX eportFabricBindingIndex eportFabricBindingTable 1 E OSi SNMP Support Manual eportFabricBindingIndex Syntax Max Access Status Description Sequence eportFabricBindingSubFabric Syntax Max Access Status Description Sequence eportFabricBindingDomainID Syntax Max Access Status Description McDATA SAN Routing Management MIB EportFabricBindingEntry SEQUENCE eportFabricBindingIndex INTEGER eportFabricBindingSubFabric INTEGER eportFabricBindingDomainID INTEGER eportFabricBindingSwitchWWN WWNtype eportFabricBindingRowStatus RowStatus INTEGER 1 4096 not accessible current A logcal index representing this fabric binding row eportFabricBindingEntry 1 INTEGER 1 4096 read create current DURABLE 0 all The logical local subfabric off which this particular fabricBinding resides eportFabricBindingEntry 2 INTEGER 1 255 read create current DURABLE 0 all A domain ID that belongs to a switchNodeName on this given subFabric NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 32 Sequence eportFabricBindingEntry 3 eportFabricBindingSwitchWWN Syntax Max Access Status Description Sequence
326. n this document is subject to change without notice McDATA Corporation assumes no responsibility for any errors that may appear All computer software programs including but not limited to microcode described in this document are furnished under a license and may be used or copied only in accordance with the terms of such license McDATA either owns or has the right to license the computer software programs described in this document McDATA Corporation retains all rights title and interest in the computer software programs McDATA Corporation makes no warranties expressed or implied by operation of law or otherwise relating to this document the products or the computer software programs described herein McCDATA CORPORATION DISCLAIMS ALL IMPLIED WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE In no event shall McDATA Corporation be liable for a incidental indirect special or consequential damages or b any damages whatsoever resulting from the loss of use data or profits arising out of this document even if advised of the possibility of such damages it E OSi SNMP Support Manual Preface Chapter 1 Chapter 2 EE E E A E E staat as ebgesats vii Introduction to SNMP SNMP Manag ement cresa ee a RRE 1 1 Standard MIBS 3 cssstocs eepe an sp tos rasan Gees 1 4 Private Enterprise MIBS ccccscsesesescscessseeeeesensteeeesseneeneeess 1 5 Traps and Their Purpose ss scsscciscosisstic
327. nTrapDestEntry Max Access not accessible Status current Description A list of valid SNMP Trap Trusted Host Destination entries Sequence nishanCommonTrapGroup 5 nishanCommonTrapDestEntry Syntax NishanCommonTrapDestEntry Max Access not accessible Status current Description A list of SNMP Trap Trusted Host Destination properties INDEX nishanCommonTrapDestIndex Sequence nishanCommonTrapDestTable 1 NishanCommonTrapDestEntry SEQUENCE nishanCommonTrapDestIndex INTEGER nishanCommonTrapDestName DisplayString nishanCommonTrapDestCommName DisplayString nishanCommonTrapDestIpAddress IpAddress nishanCommonTrapDestIpMask IpAddress nishanCommonTrapDestState INTEGER nishanCommonTrapDestIndex Syntax INTEGER 1 8 Common Group A 29 McDATA Nishan Common MIB Max Access Status Description Sequence read only current An index that uniquely identifies an ordered entry in the SNMP Trusted Host Destination Table nishanCommonTrapDestEntry 1 nishanCommonTrapDestName Syntax Max Access Status Description Sequence DisplayString SIZE 1 16 read write current NONVOLATILE The name of this SNMP Trusted Host Destination Entry e g Admin nishanCommonTrapDestEntry 2 nishanCommonTrapDestCommName Syntax Max Access Status Description Sequence DisplayString SIZE 1 16 read write current NONVOLATILE The name of this SNMP Trust
328. nd the enhanced zone server proposed for FC GS 4 Allows alias zone members GS 4 feature and includes an alias table Zone table and Alias table are flat double indexed MIB tables Database view of inactive zone sets is not provided Note This could be added by adding a third index connUnitZoneSetIndex and an zone set active flag to the connUnitActiveZonesTable table Undefined vendor specific bytes have not been included for the bit mask objects connUnitZoneCapabilities and connUnitZoneEnforcementState SEQUENCE OF ConnUnitZoneEntry not accessible mandatory un connSet 13 ConnUnitZoneEntry not accessible mandatory INDEX connUnitZonelIndex connUnitZoneMemberIndex connUnitZoneTable 1 ConnUnitZoneEntry SEQUENCE connUnitZoneIndex FCMGMT MIB McDATA SNMP Support 2 137 McDATA SNMP Support connUnitZoneIndex Syntax Access Status Description Sequence INTEGER connUnitZoneMemberIndex INTEGER connUnitZoneSetName DisplayString connUnitZoneSetNumZones INTEGER connUnitZoneName DisplayString connUnitZoneCapabilities OCTET STRING connUnitZoneEnforcementState OCTET STRING connUnitZoneA ttributeBlock OCTET STRING connUnitZoneNumMembers INTEGER connUnitZoneMemberldType INTEGER connUnitZoneMemberID FcGloballd INTEGER 1 2147483647 read only mandatory Unique table index for each zone Valid values are between 1 and
329. ne entry for each FxPort the operational status and parameters of the FxPorts E OSi SNMP Support Manual fcFxPortStatus Table Syntax Max Access Status Description Sequence fcFxPortStatusEntry Syntax Max Access Status Description Sequence SEQUENCE OF FcFxPortStatusEntry not accessible current A table that contains one entry for each FxPort in the Fabric Element operational status and parameters of the FxPorts fcFeStatus 1 FcFxPortStatusEntry not accessible current An entry containing operational status and parameters of a FxPort INDEX fcFxPortStatusModuleIndex fcFxPortStatusFxPortIndex fcoFxPortStatusTable 1 FcFxPortStatusEntry SEQUENCE fcFxPortStatusModuleIndex FcFeModuleIndex fcFxPortStatusFxPortIndex FcFeFxPortIndex fcFxPortID FcAddresslId fcFPortAttachedPortName FcPortName fcFPortConnectedPort FcAddresslId fcFxPortBbCreditAvailable Gauge32 Operation group McDATA Nishan FC Fabric Element MIB McDATA Nishan FC Fabric Element MIB G 20 fcFxPortOperMode FcFxPortMode fcFxPortAdminMode FcFxPortMode fcFxPortStatusModuleIndex Syntax Max Access Status Description Sequence fcFxPortStatusFxPortIndex Syntax Max Access Status Description Sequence fcFxPortID Syntax Max Access Status Description Sequence FcFeModuleIndex read only current This object identifies the module containing the FxPort
330. ne new variable feswTCPReorderThreshold to feswTcpPortTable to implement Storage Friendly TCP NISHAN MGT MIB E5 McDATA Eclipse SAN Router Management MIB 03 10 05 Add another new bit definition to the feswTCPOptions bitmap for the Reduced Slow Start Timeout feature 03 29 05 Add a bit to systemOptions bitmap to disable Telnet 04 08 05 Removed ancient un implemented variables 04 18 05 Add loginBannerPart1 and loginBannerPart2 04 20 05 Change banner entry to a table 04 21 05 Change banner table to be a table of lines 04 29 05 Change banner table usage After 05 05 05 changes are recorded by adding another Revision clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header NISHAN MGT DEFINITIONS BEGIN IMPORTS MODULE IDENTITY OBJECT TYPE IpAddress Integer32 Gauge32 Counter32 FROM SNMPv2 SMI DisplayString DateAndTime RowStatus PhysAddress MacAddress TruthValue TEXTUAL CONVENTION FROM SNMPv2 TC nishan FROM NISHAN SMI E OSi SNMP Support Manual Last Updated Organization Contact info Description Revision Description Revision Description Revision Description Revision Description Revision Description InetAddressType InetAddress FROM INET ADDRESS MIB mishanMgmt MODULE IDENTITY 0509290000Z McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax
331. nfg_ptr gt ports_per_module FcNameld PCP R The Name_Identifier of the module This is the port module world wide name Fx_Port Configuration Table A table that contains one entry for each Fx_Port in the Fabric Element containing configuration and service parameters of the Fx_Ports E OSi SNMP Support Manual fcFxConfFxPortIndex Type Provided By Access Description FcFxPortName Type Provided By Access Description FcFxPortFcphVersionHigh Type Provided By Access Description FcFeFxPortIndex SNMP R This object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized This number ranges from 1 to AS_glob prod_cnfg_ptr gt ports_per_module FcPortName PCP R The name identifier of this Fx_Port Each Fx_Port has a unique port name within the address space of the Fabric This is the WWN assigned to the port FcphVersion FC2 R The highest or most recent version of FC PH that the Fx_Port is configured to support Since the switch is not capable of changing its support for FC PH version the version reported is the one currently in use for this port If there is no device logged in then the value is 0 If a device is logged in the values reported are 6 FC PH 4 0 7 FC PH 4 1 8 FC PH 4 2 9 FC PH 4 3 Fabric
332. nfiguration group McDATA Nishan FC Fabric Element MIB G 10 Max Access Status Description Sequence fcFeModuleLastChange Syntax Max Access Status Description Sequence fcFeModuleFxPortCapacity Syntax Max Access Status Description Sequence offline 2 not available testing 3 under testing faulty 4 defective read only current This object indicates the operational status of the module online 1 the module is functioning properly offline 2 the module is not available testing 3 the module is under testing and faulty 4 the module is defective in some way fcFeModuleEntry 4 TimeTicks read only current This object contains the value of sysUpTime when the module entered its current operational status A value of zero indicates that the operational status of the module has not changed since the agent last restarted fcFeModuleEntry 5 FcFeFxPortCapacity read only current The number of FxPort that can be contained within the module Within each module the ports are uniquely numbered in the range from 1 to feFeModuleFxPortCapacity inclusive However the numbers are not required to be contiguous fcFeModuleEntry 6 E OSi SNMP Support Manual fcFeModuleName Syntax Max Access Status Description Sequence FxPort Configuration Table fcFxPortTable Syntax Max Access Status Description Sequence fcFxPortEntry Syn
333. ng table 2 82 description of 2 53 FxPort capability table 2 84 FxPort configuration table 2 60 FxPort error table 2 75 FxPort fabric login table 2 70 FxPort operation table 2 66 FxPort physical level table 2 68 module table 2 58 objects defined in 2 58 predefined types 2 53 Fibre Alliance MIB 1 5 Fibre Channel Fabric Element FCFE MIB 1 5 Fx_Port Configuration Table 2 60 G getnextrequest command 1 2 getrequest command 1 2 getresponse command 1 3 l iSCSI Device Table D 3 iscsiDevAdminStatus D 8 iscsiDevAlias D 6 iscsiDeviceEntry D 3 iscsiDevicesCurrentEntries D 9 iscsiDevicesMaxEntries D 9 iscsiDeviceTable D 3 iscsiDevIndex D 4 iscsiDevIpAddress D 5 iscsiDevName D 4 iscsiDevNodeWWN D 7 iscsiDevPortWWN D 7 iscsiDevRole D 6 iscsiDevRowStatus D 8 iscsiDevSoIPSocket D 7 iscsiDevSwitchPort D 5 iscsiDevTcpPort D 5 iscsilnitiatorAutoRegister D 9 M McDATA private enterprise MIBs 1 5 MIB II IP Routing table 2 29 MIB objects table description atIfIndex 2 22 atNetAddress 2 23 atPhysAddress 2 22 FabricName 2 53 a E OSi SNMP Support Manual FcOBaudRate 2 55 FcOBaudRateCap 2 55 FcODistance 2 57 FcOMediaCap 2 56 FcOMedium 2 56 FcOTxType 2 56 FcAddressId 2 54 FcBbCredit 2 54 FcBbCreditModel 2 58 FcCosCap 2 54 FcElementName 2 58 fcFabricName 2 58 FcFeFxPortCapacity 2 57 FcFeFxPortIndex 2 57 FcFeModuleCapacity 2 57 2 58 fcFeModuleDescr 2 59 fcFeModuleFxPortCapacity 2 60 FcFeModuleIndex 2 57 FcFe
334. nger supported All switches in the SAN must use the same multicast group for proper functionality The group is only used if multicast communication has been set nishanFCsw 22 fcswSNSL3McastGrpCurrent IpAddress read only current E 56 E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB Description The current multicast group being used for name server communication This group is only valid if multicast communication has been set For software version 4 1 or later this variable returns the same value as feswSNSL3McastGrpSet Sequence nishanFCsw 23 feswNumSNSPorts Syntax INTEGER 0 65535 Max Access read only Status current Description The current number of entries in Name Server s port table Sequence nishanFCsw 24 fcswNumSNSNodes Syntax INTEGER 0 65535 Max Access read only Status current Description The current number of entries in Name Server s node table Sequence nishanFCsw 25 fcswNumSNSZones Syntax INTEGER 0 65535 Max Access read only Status current Description The current total number of entries in SNS zone table Sequence nishanFCsw 26 SNS Version info feswSNSrevInfo OBJECT IDENTIFIER nishanFCsw 30 FC Switch Zone Configuration E 57 McDATA Eclipse SAN Router Management MIB feswSNSrevLcl Ver Syntax Max Access Status Description Sequence fcswSNSrevLclPriority Syntax Max Access Status
335. nges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortC3AccountingEntry 2 Counter32 read only current The number of Class 3 frames received by this FxPort from its attached NxPort fcFxPortC3AccountingEntry 3 Counter32 read only current The number of Class 3 frames delivered through this FxPort to its attached NxPort fcFxPortC3AccountingEntry 4 Counter32 read only current The number of Class 3 frame octets including the frame delimiters received by this FxPort from its attached NxPort fcFxPortC3AccountingEntry 5 Counter32 Accounting Groups McDATA Nishan FC Fabric Element MIB G 43 McDATA Nishan FC Fabric Element MIB G 44 Max Access Status Description Sequence fcFxPortC3Discards Syntax Max Access Status Description Sequence Capability Group fcFxPortCapTable Syntax Max Access Status Description Sequence fcFxPortCapEntry Syntax Max Access read only current The number of Class 3 frame octets including the frame delimiters delivered through this FxPort to its attached NxPort fcFxPortC3AccountingEntry 6 Counter32 read only current The number of Class 3 frames discarded by this FxPort fcFxPortC3AccountingEntry 7 The Capability Group consists of a table describin
336. nishanArchIfaceSTPEnable Syntax Max Access Status Description Sequence nishanArchIfaceLink Syntax Max Access Status Description Sequence INTEGER enable 1 disable 2 read write current Enable 1 and Disable 2 Spanning Tree operation for this interface nishanArchIfaceEntry 7 INTEGER up 1 down 2 read only current The state of Link Detect on the interface nishanArchIfaceEntry 8 nishanArchIfaceDuplexSpeedSet Syntax Max Access Status Description Sequence INTEGER autonegotiate 1 half10 2 full10 3 half100 4 full100 5 full1000 6 illegal 99 read write current The desired speed and duplex for the interface If the selected control is not possible on the interface a value of 99 illegal is returned If the port type does NOT support the default of autonegotiate 1 then the application will initialize the port to a valid value e g 1000full 6 Note that not all controls are possible for all interfaces For example only full 1000 6 is available for Gigabit Ethernet interfaces nishanArchIfaceEntry 9 E OSi SNMP Support Manual nishanArchIfaceDuplexSpeedGet Syntax Max Access Status Description Sequence INTEGER unknown 1 half10 2 full10 3 half100 4 full100 5 full1000 6 illegal 99 read only current The actual speed and duplex for the interface If the interface is not configured to one
337. nitPortStatCountFramesTooLong Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received at this port where the frame length was greater than what was agreed to in FLOGI PLOGI This could be caused by losing the end of frame delimiter Note this is a Fibre Channel only stat connUnitPortStatEntry 46 connUnitPortStatCountFramesTruncated Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received at this port where the frame length was less than the minimum indicated by the frame header normally 24 bytes but it could be more if the DFCTL field indicates an optional header should have been present Note this is a FC only stat connUnitPortStatEntry 47 connUnitPortStatCountAddressErrors Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received with unknown addressing e x unknown SID or DID the SID or DID is not known to the routing algorithm Note this is a FC only stat connUnitPortStatEntry 48 connUnitPortStatCountDelimiterErrors Syntax Access OCTET STRING SIZE 8 read only E OSi SNMP Support Manual McDATA SAN Routing Management MIB Status mandatory Description Count of invalid frame delimiters received at this port An example is a frame with a class 2 start and a
338. nt software has an index value or via GetNexts The value of the indexes are not required to be contiguous The total number of entries are defined by the size of the table INTEGER read only mandatory The current number of entries in the table connUnitServiceScalars 1 SEQUENCE OF ConnUnitSnsEntry not accessible mandatory This table contains an entry for each object registered with this port in the switch connUnitServiceTables 1 ConnUnitSnsEntry not accessible mandatory The Simple Name Server table for the port represented by ConnUnitSnsPortIndex INDEX connUnitSnsId connUnitSnsPortName E OSi SNMP Support Manual Sequence McDATA SNMP Support connUnitSnsPortIdentifier connUnitSnsTable 1 ConnUnitSnsEntry SEQUENCE connUnitSnsId OCTET STRING connUnitSnsPortIndex INTEGER connUnitSnsPortldentifier FcAddresslId connUnitSnsPortName FcNameld connUnitSnsNodeName FcNameld connUnitSnsClassOfSvc OCTET STRING connUnitSnsNodelIPAddress OCTET STRING connUnitSnsProcAssoc OCTET STRING connUnitSnsFC4Type OCTET STRING connUnitSnsPortType OCTET STRING connUnitSnsPortIPAddress OCTET STRING connUnitSnsFabricPortName FcNameld connUnitSnsHard Address FCMGMT MIB McDATA SNMP Support connUnitSnsId Syntax Access Status Description Sequence connUnitSnsPortIndex Syntax Access Status Description Sequence connUnitSnsPor
339. ntax Description FcAddressId Syntax Description FcRxDataFieldSize Syntax Description FcBbCredit Syntax Description FcphVersion Syntax Description FcStackedConnMode Syntax Description FcCosCap Syntax Description FcNameld The Name Identifier associated with a port Only the following formats are allowed IEEE48 IEEE extended and Local OCTET STRING SIZE 3 Fibre Channel Address Identifier A 24 bit value unique within the address space of a Fabric INTEGER 128 2112 Receive Data_Field Size INTEGER 0 32767 Buffer to buffer Credit INTEGER 0 255 INTEGER The values are defined as follow none 1 transparent 2 lockedDown 3 INTEGER 0 127 bit 0 Class F bit 1 Class 1 E OSi SNMP Support Manual FcOBaudRate Syntax Description FcOBaudRateCap Syntax Description bit2 Class 2 bit3 Class 3 bit4 Class 4 bit5 Class 5 bit6 Class 6 bit7 reserved for future INTEGER The values are defined as follow other 1 none of below oneFighth 2 155 Mbaud 12 5MB s quarter 4 266 Mbaud 25 0MB s half 8 532 Mbaud 50 0MB s full 16 1 Gbaud 100MB s double 32 2 Gbaud 200MB s quadruple 64 4 Gbaud 400MB s INTEGER 0 127 bit 0 bit 1 bit 2 bit 3 bit 4 bit 5 bit 6 bit 7 other oneEighth quarter half full double quadruple reserved for future Fabric Element Management MIB McDATA SNMP Support Mc
340. ntified with said entry from the route identified with said entry It is an implementation specific matter as to whether the agent removes an invalidated entry from the table Accordingly management stations must be prepared to receive tabular information that corresponds to entries not currently in use Proper interpretation of such entries requires examination of the relevant ipRouteType object Values other 1 none of the following invalid 2 an invalidated route direct 3 route to directly connected sub network indirect 4 route to a non localhost network sub network ipRouteProto Type INTEGER Access R Description The routing mechanism via which this route was learned Inclusion of values for gateway routing protocols is not intended to imply that hosts should support those protocols other 1 none of the following local 2 protocol information e g manually configured entries netmgmt 3 set via a network management protocol icmp 4 e g obtained via ICMP Redirect The remaining values are all gateway routing protocols egp 5 MIB Definitions 2 31 McDATA SNMP Support 2 32 ipRouteAge Type Access Description ipRouteMask Type Access Description ggp 6 hello 7 rip 8 is is 9 es is 10 ciscolgrp 11 bbnSpflgp 12 ospf 13 bgp 14 INTEGER RW The number of seconds since this route was last updated or otherwise determined to be correct Note that no semantics o
341. ntrol panel function Right click As in right click Click with the right mouse button on the object to activate the product icon a function Select As in select the log Click once on the object to highlight it entry Where to Get Help For technical support McDATA end user customers should call the phone number located on the service label attached to the front or rear of the hardware product McDATA s Best in Class Solution Center provides a single point of contact for customers seeking help The Solution Center will research explore and resolve inquires or service requests regarding McDATA products and services The Solution Center is staffed 24 hours a day 7 days a week including holidays NOTE To expedite warranty entitlement please have your product serial number available McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 Phone 800 752 4572 or 720 558 3910 Fax 720 558 3851 E mail support mcdata com NOTE Customers who purchased the hardware product from a company other than McDATA should contact that company s service representative for technical support Ea E OSi SNMP Support Manual Forwarding We sincerely appreciate any comments about this publication Did Publication you find this manual easy or difficult to use Did it lack necessary Comments information Were there any errors Could its organization be improved
342. ntry 13 DisplayString SIZE 0 79 read only mandatory The port vendor e g for a GBIC connUnitPortEntry 14 INTEGER read only mandatory The speed of the port in kilobytes per second connUnitPortEntry 15 INTEGER unknown 1 invalid 2 FCMGMT MIB McDATA SNMP Support Access Status Description resetConnUnitPort 3 bypassConnUnitPort 4 unbypassConnUnitPort 5 offlineConnUnitPort 6 onlineConnUnitPort 7 resetConnUnitPortCounters 8 read write mandatory This object is used to control the addressed connUnit s port Valid commands are resetConnUnit Port If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific reset operation Examples of these operations are the Link Reset protocol the Loop Initialization protocol or a resynchronization occurring between the transceiver in the addressed port to the transceiver that the port is connected to bypassConnUnitPort If the addressed connUnit allows this operation to be performed to this port the addressed port performs a vendor specific bypass operation Examples of these operations are transitioning from online to offline a request NON PARTICIPATING command to the Loop Port state machine or removal of the port from an arbitrated loop by a hub unbypassConnuUnitPort If the addressed connUnit allows this operation to be performe
343. ntry in the SNS table connUnitSnsEntry 15 SNMP Trap Registration Group trapMaxClients Syntax Access Status Description Sequence trapClientCount Syntax Access Status Description Sequence trapRegTable Syntax Access Status INTEGER read only mandatory The maximum number of SNMP trap recipients supported by the connectivity unit trapReg 1 INTEGER read only mandatory The current number of rows in the trap table trapReg 2 SEQUENCE OF TrapRegEntry not accessible mandatory SNMP Trap Registration Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB F 74 Description Sequence trapRegEntry Syntax Access Status Description Sequence trapRegIpAddress Syntax Access Status Description Sequence A table containing a row for each IP address port number that traps will be sent to trapReg 3 TrapRegEntry not accessible mandatory IP Port pair for a specific client INDEX trapRegIpAddress trapRegPort trapRegTable 1 TrapRegEntry SEQUENCE trapRegIpAddress IpAddress trapRegPort INTEGER 1 2147483647 trapRegFilter FcEventSeverity trapRegRowState INTEGER IpAddress read only mandatory The IP address of a client registered for traps trapRegEntry 1 E OSi SNMP Support Manual trapRegPort Syntax Access Status Description Sequence
344. o FBSY or FRJT generated for Class 3 Frames They are simply discarded if they cannot be delivered Note this is a Fibre Channel only stat connUnitPortStatEntry 28 connUnitPortStatCountRxMulticastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Multicast Frames or Packets received at this port connUnitPortStatEntry 29 connUnitPortStatCountTxMulticastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Multicast Frames or Packets transmitted out this port connUnitPortStatEntry 30 connUnitPortStatCountRxBroadcastObjects Syntax OCTET STRING SIZE 8 Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Access Status Description Sequence read only mandatory Count of Broadcast Frames or Packets received at this port connUnitPortStatEntry 31 connUnitPortStatCountTxBroadcastObjects Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Broadcast Frames or Packets transmitted out this port On a Fibre Channel loop count only OPNr frames generated connUnitPortStatEntry 32 conn UnitPortStatCountRxLinkResets Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Link res
345. oadProtocol Syntax Max Access Status Description Sequence flashUserName Syntax Max Access Status Description 2 invalidCRC 3 valid 4 active DEFVAL 0 flashImageEntry 6 IpAddress read write current Host used to retrieve flash file from The protocol is TFTP for now so this entry is indeed the IP Address of the TFTP Server flashObject 2 INTEGER tftp 1 rep 2 http 3 ftp 4 read write obsolete Protocol to use to transfer files Not implemented at this time Only TFTP is supported currently DEFVAL tftp flashObject 3 DisplayString SIZE 0 15 read write current User name to use with ftp if required Ignored by the other upload protocols Flash Memory Operations McDATA Eclipse SAN Router Management MIB E 23 McDATA Eclipse SAN Router Management MIB Sequence flashObject 4 flashFileName Syntax DisplayString SIZE 0 255 Max Access read write Status current with fully qualified path Sequence flashObject 5 downloadPercentComplete Syntax INTEGER 0 100 Max Access read only Status current Description Percentage complete of the download operation Sequence flashObject 6 Flash Operation Commands flashDestination Syntax INTEGER 1 4 Max Access read create Status current Sequence flashObject 7 flashCommand Syntax INTEGER erase 1 verify 2 upload 3 Max Access read
346. odeWWN iscsiDevSoIPSocket iscsiDevAdminStatus iscsiDevRowStatus INTEGER 1 500 read only current INTEGER DisplayString IpAddress INTEGER INTEGER DisplayString INTEGER WWNtype WWNtype FCIDtype INTEGER RowStatus An arbitrary index value that identifies this iSCSI device iscsiDeviceEntry 1 DisplayString SIZE 1 255 read create current E OSi SNMP Support Manual Description Sequence iscsiDevIpAddress Syntax Max Access Status Description Sequence iscsiDevTcpPort Syntax Max Access Status Description Sequence iscsiDevSwitchPort Syntax Max Access DURABLE O all The unique iSCSI device name or the default name iscsi iSCSI names must be unique within the SAN iSCSI names are intended to be world wide unique True names may be either fully qualified names e g iqgn com acme sn333 or an IEEE EUI name e g eui 02004567A25678D See internet draft draft ietf ips iscsi name disc 02 txt for more details of iSCSI names When the iSCSI device is registered in SNS the iSCSI name is used for the Symbolic Node Name iscsiDeviceEntry 2 IpAddress read create current DURABLE 0 all The IP address of the iSCSI device iscsiDeviceEntry 3 INTEGER 0 65535 read create current DURABLE 0 all The IP port number for the iSCSI device IANA will assign a default port number for iSCSI devices but for now differ
347. of the connection The connection status is determined by the Action and Status attributes active 1 read write notInService 2 read write notReady 3 read only createAndGo 4 write only createAndWait 5 write only destroy 6 write only Sequence rmtConnectionEntry 22 Remote Connection Table C 27 McDATA Gateway MIB C 28 rmtConnDuplicateSegments Syntax Max Access Status Description Sequence Counter32 read only current The total number of duplicate TCP segments received on all TCP sessions belonging to this remote peer connection rmtConnectionEntry 23 rmtConnOutOfOrderSegments Syntax Max Access Status Description Sequence Counter32 read only current The total number of out of order TCP segments received on all TCP sessions belonging to this remote peer connection rmtConnectionEntry 24 iFCP Backup Link Info localPeer OBJECT IDENTIFIER nishanGtwyPeer 3 IclPeerRedundantSupportTable Syntax Max Access Status Description SEQUENCE OF LclPeerEntry not accessible current This table contains the list of backup iFCP connections learned from primary ports Primary ports may be on this SAN Router or a different SAN Router Backup ports on this SAN Router learn the iFCP connections from the primary ports so the backup port is ready to take over in case the primary port goes away These learned connections are not editable
348. ogether into a module The intended use would be to create a connUnit with a connUnitType of module to represent a physical or logical group of connectivity units Then the value of the group would be set to the value of connUnitld for this container connUnit connUnitModuleld should be zeros if this connUnit is not part of a module connUnitEntry 19 DisplayString SIZE 0 79 read write mandatory A display string containing a name for this connectivity unit This object value should be persistent between boots connUnitEntry 20 DisplayString read write mandatory A display string containing information about this connectivity unit This object value should be persistent between boots connUnitEntry 21 INTEGER unknown 1 FCMGMT MIB McDATA SNMP Support 2 103 McDATA SNMP Support Access Status Description Sequence conn UnitContact Syntax Access Status invalid 2 resetConnUnitColdStart 3 resetConnUnitWarmStart 4 offlineConnUnit 5 onlineConnUnit 6 read write mandatory This object is used to control the addressed connUnit NOTE Cold Start and Warm Start are as defined in MIB II and are not meant to be a factory reset resetConnUnitColdstart the addressed unit performs a Cold Start reset resetConnUnitWarmStart the addressed unit performs a Warm Start reset offlineConnunit the addressed unit puts
349. on Sequence fcswTCPSessionWriteData Syntax Max Access Status Description Sequence fcswT CPSessionIOReads Syntax Max Access FcswTCPSessionStatsEntry SEQUENCE feswTCPSessionReadData feswTCPSessionWriteData feswTCPSessionIOReads feswTCPSessionIOWrites feswTCPSessionPendingIOReads feswTCPSessionPendingIOWrites feswTCPSessionAvgReadCmdRegLen feswTCPSessionAvgWriteCmdReqLen feswTCPSessionRowStatus Counter32 read only current The total amount of actual READ throughput data in kbytes passed Counter32 Counter32 Counter32 Counter32 Gauge32 Gauge32 Gauge32 Gauge32 RowStatus through since this session was first initialized fcswTCPSessionStatsEntry 1 Counter32 read only current The total amount of actual WRITE throughput data in kbytes passed through since this session was first initialized fcswTCPSessionStatsEntry 2 Counter32 read only Chassis information McDATA Eclipse SAN Router Management MIB fcswTCPSessionStatsTable 1 E 136 McDATA Eclipse SAN Router Management MIB Status Description Sequence fcswTCPSessionIOWrites Syntax Max Access Status Description Sequence current The total number of IO READ operations commands for this TCP session fcswTCPSessionStatsEntry 3 Counter32 read only current The total number of IO WRITE operations commands for this TCP session
350. on C 7 McDATA Gateway MIB localPortRecoveryAction Syntax Max Access Status Description Sequence localPortRecoverNow Syntax Max Access Status Description INTEGER manual 0 automatic 1 read write current DURABLE manual all Determines the recovery action when this port or this switch comes back up Manual 0 Connections currently handled by the backup port are left down for this port The connections continue to be handled by the backup port To transfer the connection back to this port the user should use the localPortRecoverNow variable Automatic 1 Connections currently handled by the backup port are terminated in the backup switch If the connection is enabled this port re opens the connection The backed up connections are transferred back to this port automatically DEFVAL manual localPortFailoverEntry 6 INTEGER idle 0 recover 1 read write current DURABLE idle all When localPortRecovery Action is set to Manual 0 localPortRecoverNow is used to trigger a manual recovery of connections previously transferred to a backup port When read localPortRecoverNow always returns 0 Setting localPortRecoverNow to 0 has no effect Setting localPortRecoverNow to 1 causes this port to inform the backup port to terminate all active backup connections re establish primary connections to replace the backup connections E OSi SNMP Support Manual McDATA
351. oneBurstLimit INTEGER32 feswZoneNormalLimit INTEGER32 feswZoneType INTEGER INTEGER 0 4094 read only current The ZONE ID that refering to this ZONE fcswZoneInfoEntry 1 OCTET STRING SIZE 0 64 read create current The symbolic port node name field may be used to contain a variable length field from 0 to 64 that is associated with the port node The content and format of this field is not defined by the name server and simply reflects information provide when this object is registered by a client If the symbolic port node name is not registered then the length of this field is set to zero bytes fcswZoneInfoEntry 2 RowStatus read create current This object indicates the status of this entry active 1 read write notInService 2 read write notReady 3 read only E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB createAndGo 4 write only createAndWait 5 write only destroy 6 write only Sequence fcswZoneInfoEntry 3 fcswZoneBurstLimit Syntax Integer32 150 170000 Max Access read create Status current Description DURABLE The maximum bandwidth in Kbits sec that all sessions in this zone together may use The maximum limit should be gt the minimum limit The useful maximum value is currently 1 000 000 for 1G IP WAN connections iFCP But in subsequent releases the maximum value could be extended to support 1 700 000 for 2G FC C
352. oneListBitMap Syntax Max Access IclPeerFailoverCount Unsigned32 IclPeerDiscoveredPathMtuSize INTEGER IclPeerTcpWindowSize INTEGER INTEGER 0 2147483647 read only current An arbitrary integer to number backup links lclPeerEntry 1 IpAddress read only current The inband IP Address of the primary port that provided this backup link information If this table entry is unused lclPeerIPAddress is 0 0 0 0 lclPeerEntry 2 IpAddress read only current The IP Address of the iFCP port that the local port is exporting zones to lclPeerEntry 3 OCTET STRING SIZE 64 read only E OSi SNMP Support Manual Status Description Sequence 1clPeerConnectionStatus Syntax Max Access Status Description Sequence IclPeerGigeIndex Syntax Max Access Status Description Sequence IclPeerRemoteHoldTime Syntax Max Access Status Description current A bit map indicating the zones exported from the local peer SAN Router to the remote peer SAN Router indicated These are the zones which this SAN Router would need to export if the local peer SAN Router failed Zone 1 is represented by the least significant rightmost bit of byte 0 lclPeerEntry 4 INTEGER down 0 idle 1 primaryactive 2 failoveractive 3 read only current This indicates the current status of the connection down 0 backup connection is not operating idle 1 bac
353. only mandatory A textual description of the platform This value should include the full name and version identification of the platform s hardware type and software operating system The Platform Description shall only contain printable ASCII characters connUnitPlatformEntry 8 FCMGMT MIB McDATA SNMP Support 2 175 2 176 McDATA SNMP Support connUnitPlatformLocation Syntax Access Status Description Sequence DisplayString SIZE 0 79 read only mandatory The physical location of the platform e g telephone closet 3rd floor The Platform Location shall only contain printable ASCII characters connUnitPlatformEntry 9 connUnitPlatformManagementUrl Syntax Access Status Description Sequence DisplayString SIZE 0 79 read only mandatory Primary management URL for the platform If the platform registers more than one URL then this URL is equal to the first in the list connUnitPlatformEntry 10 connUnitPlatformNumNodes Syntax Access Status Description Sequence INTEGER read only mandatory Number of nodes contained in the platform connUnitPlatformEntry 11 connUnitPlatformNodeName Syntax Access Status Description Sequence FcGloballd read only mandatory WWN world wide name of the node contained by the platform connUnitPlatformEntry 12 E OSi SNMP Support Manual SNMP t
354. onnUnitEventEntry 8 Event Group McDATA SAN Routing Management MIB connUnitEventDescr Syntax Access Status Description Sequence Link Table DisplayString read only mandatory The description of the event connUnitEventEntry 9 This is intended to organize and communicate any information the agent possesses which would assist a management application to discover the CONNECTIVITY UNITS in the framework and the TOPOLOGY of their interconnect That is the goal is to assist the management application not only to LIST the elements of the framework but to MAP them With this goal the agent SHOULD include as much as it possesses about any links from its own connectivity units to others including links among its own units An agent SHOULD include partial information about links if it is not able to fully define them For an entry to be considered to be valid both the X local and the Y remote need to have one valid value If the agent is able to discover links which do not directly attach to members of its agency and its discovery algorithm gives some assurance the links are recently valid it MAY include these links Link information entered by administrative action MAY be included even if not validated directly if the link has at least one endpoint in this agency but SHOULD NOT be included otherwise A connectivity unit should fill the table in as best it can One of the methods to fill this
355. onnections This is a constant limit the burst in the variable name is misleading NOTE In E OSi releases earlier than v4 7 the units for this variable are MBytes sec with an allowed range of 1 125 DEFVAL 1000000 Sequence fcswZoneInfoEntry 4 feswZoneNormalLimit Syntax nteger32 150 1700000 Max Access read create Status current Description DURABLE The minimum bandwidth in Kbits sec that all sessions in this zone together should be allocated The normal limit should be lt the maximum limit The useful maximum value is currently 1 000 000 for 1G IP WAN connections iFCP But in subsequent releases the maximum value could be extended to support 1 700 000 for 2G FC Connections If there is insufficient bandwidth for all sessions on a link some session traffic will be queued in a manner to guarantee the minimum FC Switch Zone Configuration E 33 McDATA Eclipse SAN Router Management MIB E 34 bandwidth for each session Sessions with higher minimums may experience less queuing If there is insufficient bandwidth to satisfy all of the configured minimums all sessions are queued to keep all sessions as close to their minimum as practical The term normal in the variable name may be misleading the actual bandwidth used is general much greater than the minimum value configured here NOTE In E OSi releases earlier than 4 7 the units for this variable are MBytes sec with an all
356. or which the entry contains information fcFxloginEntry 3 fcFxPortFcphVersionAgreed Syntax Max Access Status Description Sequence fcFxPortNxPortBbCredit Syntax Max Access Status Description Sequence FcphVersion read only current The version of FC PH that the FxPort has agreed to support from the Fabric Login fcFxloginEntry 4 FcBbCredit read only current The total number of buffers available for holding Class 1 connect request Class 2 or Class 3 frames to be transmitted to the attached NxPort It is for buffer to buffer flow control in the direction from FxPort to NxPort The buffer to buffer flow control mechanism is indicated in the respective fcFxPortBbCreditModel 1 23 6 2 2 fcFxloginEntry 5 fcFxPortNxPortRxDataFieldSize Syntax FcRxDataFieldSize E OSi SNMP Support Manual Max Access Status Description Sequence fcFxPortCosSuppAgreed Syntax Max Access Status Description Sequence read only current The Receive Data Field Size of the attached NxPort This is a binary value that specifies the largest Data Field Size for an FT_1 frame that can be received by the NxPort The value is in number of bytes and ranges from 128 to 2112 inclusive fcFxloginEntry 6 FcCosCap read only current A variable indicating that the attached NxPort has requested the FxPort for the support of classes of services and the FxPor
357. orporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com SMI Structure of Management Information for McDATA Eclipse SAN Routers 0509190000Z Released for E OSi version 4 7 05072700002 Replaced Nishan s CONTACT INFO with McDATA s info 0101010000Z Initial public release of this MIB module enterprises 4369 TEXTUAL CONVENTION current Represents an 8 byte Fibre Channel World Wide Name WWN Equivalent to the FcNameld textual convention in RFC 2837 OCTET STRING SIZE 8 TEXTUAL CONVENTION current Represents a 3 byte Fibre Channel ID Also used for the3 byte SoIP Socket Number that is the IP Storage equivalent of the Fibre E OSi SNMP Support Manual MCcDATA SAN Router SMI Definitions ChannelID FcID is equivalent to the FcAddressId textual convention in RFC 2837 Syntax OCTET STRING SIZE 3 NISHAN SMI MIB J 3 McDATA SAN Router SMI Definitions J 4 E OSi SNMP Support Manual Last Updated K McDATA SNTP Configuration MIB Nishan SNTP Configuration MIB This MIB contains management objects for Nishan SNTP configuration This MIB is supported on IPS Series 3000 4000 and 5000 switches Version 1 0 Revision history 05 06 03 initial version released 05 08 03 Incorporate review comments After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE ID
358. ort 16 x 10 fPort 129 x 81 flPort 130 x 82 rPort 132 x 84 bPort 133 x 85 lport 134 x 86 fEtherPort 144 x 90 fEtherGtwy 145 x 91 omniPort 146 x 92 fIscsiGtwy 147 x 93 unknownEnd 255 read only current The identifies the type of port N_Port NL_Port etc for this entry The port types are consistent with those defined in FC GS 3 with extensions The extensions are fEtherPort fEtherGtwy omniPort nSolPPort and fIscsiGtwy fcswNsPortEntry 3 OCTET STRING SIZE 0 255 read write current FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Description Sequence feswNsNodeWwn Syntax Max Access Status Description Sequence fcswNsNodeSymb Syntax Max Access Status Description Sequence fcswNsNodeIPA Syntax Max Access Status Description Sequence fcswNsNodelIpAddress Syntax The Symbolic Name of the port as defined in FC GS 3 This is a variable length text based description of up to 255 bytes that is associated with the device port in the network This field is normally provided during device registration However a network management application can update this field as required fcswNsPortEntry 4 WWNtype read only current The WorldWideName of the node as defined in FC GS 3 fcswNsPortEntry 5 OCTET STRING SIZE 0 255 read only
359. ortCompressedIn Counter32 feswTcpPortCompressedOut Counter32 feswTcpPortDeCompressedIn Counter32 feswTcpPortDeCompressedOut Counter32 INTEGER 1 32 read only current An index value that uniquely identifies a port The value is the port number fcswTcpCompStatEntry 1 E OSi SNMP Support Manual fcswTcpPortCompressedIn Syntax Max Access Status Description Sequence Counter32 read only current The total amount of iFCP data received on this TCP Port before decompression in units of 16 byte blocks If compression is set to Auto and the port speed is rate limited the received iFCP traffic may be a mix of compressed and uncompressed data This counter s value is the total received iFCP data including both the compressed and uncompressed data fcswTcpCompStatEntry 2 fcswTcpPortCompressedOut Syntax Max Access Status Description Sequence Counter32 read only current The total amount of iFCP data transmitted out this TCP port after compression in units of 16 byte blocks If compression is set to Auto and the port speed is rate limited the transmitted iFCP traffic may be a mix of compressed and uncompressed data This counter s value is the total transmitted iFCP data including both the compressed and uncompressed data fcswTcpCompStatEntry 3 fcswTcpPortDeCompressedIn Syntax Max Access Status Description Sequence Counter32 read only cu
360. ortStatCountNumberLinkResets OCTET STRING connUnitPortStatCountRxOfflineSequences OCTET STRING connUnitPortStatCountTxOfflineSequences OCTET STRING connUnitPortStatCountNumberOfflineSequences OCTET STRING connUnitPortStatCountLinkFailures OCTET STRING connUnitPortStatCountInvalidCRC OCTET STRING connUnitPortStatCountInvalidTxWords OCTET STRING connUnitPortStatCountPrimitiveSequenceProtocolErrors OCTET STRING connUnitPortStatCountLossofSignal OCTET STRING connUnitPortStatCountLossofSynchronization OCTET STRING connUnitPortStatCountInvalidOrderedSets OCTET STRING connUnitPortStatCountFramesTooLong E OSi SNMP Support Manual connUnitPortStatUnitId Syntax Access Status Description Sequence connUnitPortStatIndex Syntax Access Status Description Sequence OCTET STRING connUnitPortStatCountFramesTruncated OCTET STRING connUnitPortStatCountA ddressErrors OCTET STRING connUnitPortStatCountDelimiterErrors OCTET STRING connUnitPortStatCountEncodingDisparityErrors OCTET STRING FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this port stat table connUnitPortStatEntry 1 INTEGER 0 2147483647 read only mandatory A unique value among all entries in this table between 0 and connUnitNumPort connUnitPortUnitld connUnitPortStatEntry 2 connUnitPortStatCountError Syntax Access Status OCT
361. os 0 WARNING Error Events 1 OPERATIONAL r 9 nishanProducts nishanTrapMsg A link Aggregator is no longer functioning Either it has been manually disabled or all member ports are down Aggregated group is down Jos 0 CRITICAL Error Events 1 OPERATIONAL 10 E OSi SNMP Support Manual McDATA Management Traps MIB nSswLaAggUpTrap Enterprise nishanProducts Variables nishanTrapMsg Description A link Aggregator is functioning normally again It may have been manually re enabled or one of the member ports is back up Type Aggregated group is now up Summary s Arguments 0 Severity NORMAL Category Configuration Events Timelndex 1 State OPERATIONAL Sequence 11 Eclipse Series traps H 7 McDATA Management Traps MIB ifcpBackupDown Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence ifcpBackupActivated Enterprise Variables iFCP Gateway Traps The following traps are supported only on the IPS Model 3300 and 4300 switches nishanProducts nishanTrapMsg Sent by a primary iFCP port when it cannot be backed up by its configured backup port The backup port may be unreachable or not responding or the backup port may be unable to act as backup due to its configuration This trap may be sent after the switch is reset when the configuration is changed or when an existing backup port becomes
362. oted as NONVOLATILE for convenience in the Description section of the object definition These objects eventually are defined DURABLE by some MIB in the system and are passed through in this MIB The same Syntax rules apply to the NONVOLATILE as to the DURABLE Sample Nishan FC Product Enterprise MIB Reference Switch NOTE Using Wind River enterprise ID 731 for illustration purposes the customer must replace 731 with the registered enterprise identifier for his company and or product Nishan Enterprise MIB Extensions nishanCommonGroup OBJECT nishanCommon 1 IDENTIFIER nishanCommonVerGroup OBJECT nishanCommonGroup 1 IDENTIFIER nishanCommonIPGroup OBJECT nishanCommonGroup 2 IDENTIFIER nishanCommonAuthGroup OBJECT nishanCommonGroup 3 IDENTIFIER nishanCommonTrapGroup OBJECT nishanCommonGroup 4 IDENTIFIER nishanCommonLoadGroup OBJECT nishanCommonGroup 5 IDENTIFIER nishanCommonMiscGroup OBJECT nishanCommonGroup 6 IDENTIFIER Nishan Enterprise MIB for FC Platform McDATA Nishan Common MIB A 6 nishanArchGroup nishanArchIfaceGroup nishanChipGroup E OSi SNMP Support Manual OBJECT nishanCommon 2 IDENTIFIER OBJECT nishanArchGroup 1 IDENTIFIER OBJECT nishanCommon 3 IDENTIFIER McDATA Nishan Common MIB Common Group Nishan Extension MIB Version Group This group enables the retrieval of version information for various com
363. other action that caused lost connectivity on the link rmtPeerEntry 14 Counter32 read only deprecated The number of TCP segments sent by this SAN Router that had to be retransmitted rmtPeerEntry 15 iFCP Remote Peer Configuration McDATA Gateway MIB C 15 McDATA Gateway MIB C 16 rmtPeerTotalPackets Syntax Max Access Status Description Sequence rmtPeerUpTime Syntax Max Access Status Description Sequence Counter32 read only deprecated The number of TCP segments transmitted by this SAN Router This does not recount a segment that was retransmitted rmtPeerEntry 16 TimeTicks read only deprecated The time in hundredths of a second since the current control connection to the remote SAN Router was established This is the length of time that the current connection to the remote SAN Router has been up and running If the remote SAN Router connection is currently down or disabled this variable should return 0 rmtPeerEntry 17 rmtPeerDiscoveredPathMtuSize Syntax Max Access Status Description Sequence INTEGER 0 65535 read only current The Discovered Path Maximum Transmission Unit MTU Size in bytes is the MTU size that was discovered for the path used by this connection The Path MTU is determined at connection initiation and when the connection is made aware of route changes The actual MTU used by the connnection is ei
364. oup A 31 McDATA Nishan Common MIB A 32 Nishan Extension MIB Load TFTP Group This group is meant to be a collection of controls and data that determine the file download and upload configuration and mode nishanCommonLoadTftpAddress Syntax Max Access Status Description Sequence IpAddress read write current Set IP Address for the TFTP server used for downloading and uploading files nishanCommonLoadGroup 1 nishanCommonLoadTftpFileName Syntax Max Access Status Description Sequence nishanCommonLoadType Syntax Max Access Status Description Sequence DisplayString SIZE 0 64 read write current Set TFTP file path and name nishanCommonLoadGroup 2 INTEGER application 1 boot 2 configuration 3 read write current The type of file to download or upload upon an nishanCommonLoadExecute WARNING The boot should only be downloaded when absolutely required e g if power is removed during the boot Flash write operation the agent cannot be recovered nishanCommonLoadGroup 3 E OSi SNMP Support Manual nishanCommonLoad Execute Syntax Max Access Status Sequence nishanCommonLoadExecuteStatus Syntax Max Access Status McDATA Nishan Common MIB INTEGER noop 1 no operation download 2 Application Boot or Configuration upload 3 Configuration only read write current Description Execute fi
365. oviding any credit Note this is a Fibre Channel stat only connUnitPortStatEntry 8 connUnitPortStatCountInputBuffersFull Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of occurrences when all input buffers of a port were full and outbound buffer to buffer credit transitioned to zero There is no credit to provide to other side Note this is a Fibre Channel stat only connUnitPortStatEntry 9 connUnitPortStatCountFBS YFrames Syntax Access Status Description OCTET STRING SIZE 8 read only mandatory Count of times that FBSY was returned to this port as a result of a frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy Port can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat This is the sum of all classes If you cannot keep the by class counters then keep the sum counters FCMGMTMIB McDATA SNMP Support 2 153 McDATA SNMP Support Sequence connUnitPortStatEntry 10 connUnitPortStatCountPBS YFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that PBSY was returned to this port as a result of a frame that could not be delivered to the other end of the link This occurs if the destination
366. owed range of 1 125 DEFVAL 1000000 Sequence fcswZoneInfoEntry 5 fcswZoneType Syntax INTEGER 0 2147483647 Max Access read only Status current Description A bitmap representing the type of zone Based on the type of zone certain actions could be taken For example if it is an iSNS added zone then this zone cannot be removed or altered Bit 0 is the least significant bit Current bit assignments are bit 0 iSNS added zone bit 1 ISS added zone bits 2 31 Reserved Sequence fcswZoneInfoEntry 6 FC Port Map Table feswNumFcPortMapEntry Syntax INTEGER 0 65535 Max Access read only Status current E OSi SNMP Support Manual Description Sequence fcswFcPortMapTable Syntax Max Access Status Description Sequence fcswFcPortMapEntry Syntax Max Access Status Description Sequence feswFcAddressId Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB The current number of entries in feswFcPortMapTable nishanFCsw 8 SEQUENCE OF FcswFcPortMapEntry not accessible current FC Port Loop table nishanFCsw 9 FeswFcPortMapEntry not accessible current Entry containing info for a particular port INDEX feswFcAddressld fcswFcPortMapTable 1 FceswFcPortMapEntry SEQUENCE feswFcAddressId FCIDtype feswFcNsPortSymb OCTET STRING feswFcNsPortWwn WWNtype feswFcPortType INTEGER fe
367. perational status of the mgmt port This tells you if the interface is up or down mgtPort 6 PhysAddress SIZE 6 read only current The mgmt port MAC address mgtPort 7 INTEGER false 0 true 1 read write current Set true 1 to obtain the management port address via DHCP This feature is not currently supported mgtPort 8 IpAddress read write current The Broadcast address in use for this management port after the next reset This variable does not need to be used for 2 reasons 1 The broadcast address defaults to a subnet broadcast address as determined by the port address and subnet mask 2 The supported management protocols do not issue broadcasts mgtPort 9 IpAddress Port configuration McDATA Eclipse SAN Router Management MIB Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access Status read only current The Broadcast address in use for this management port mgtPort 10 mgtPortDefaultGatewayAddressOnNextReset IpAddress read write current The new next hop address for a permanent static route This value remains even if the SAN Router is reset to factory defaults This variable together with nearby variables provides an IP static route to the primary management station so that contact is not lost even when the SAN
368. ponents in the system Some version numbers have the concept of Major Minor designators In these version numbers the Major designator represents the primary release version while the Minor designator represents the secondary version incremented for bug fixes or non critical modifications For example the version number 1 2 has 1 as the Major version number and 2 as the minor version number nishanCommonVerMIBMajor Syntax INTEGER 0 2147483647 Max Access read only Status obsolete Description Get this MIB Major version number This number should match the Major version given in the documentation header in the beginning text of this MIB No longer supported in current E OSi releases Sequence nishanCommonVerGroup 1 nishanCommonVerMIBMinor Syntax INTEGER 0 2147483647 Max Access read only Status obsolete Description Get this MIB Minor version number This number should match the Minor version given in the documentation header in the beginning text of this MIB No longer supported in current E OSi releases Sequence nishanCommonVerGroup 2 nishanCommonVerBootSWMajor Syntax INTEGER 0 2147483647 Common Group McDATA Nishan Common MIB A 8 Max Access Status Description Sequence read only current Get the Boot Software Major version number This number references the Boot ROM module nishanCommonVerGroup 3 nishanCommonVerBootSWMinor Syntax Max Access Statu
369. port is temporarily busy PBSY can only occur on SOFcl frames the frames that establish a connection Note this is a Fibre Channel only stat This is the sum of all classes If you cannot keep the by class counters then keep the sum counters connUnitPortStatEntry 11 conn UnitPortStatCountFRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Frame that was rejected by the fabric Note This is the total for all classes and is a Fibre Channel only stat connUnitPortStatEntry 12 connUnitPortStatCountPRJTFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FRJT was returned to this port as a result of a Frame that was rejected at the destination N_Port Note This is the total for all classes and is a Fibre Channel only stat connUnitPortStatEntry 13 E OSi SNMP Support Manual conn UnitPortStatCountClass1RxFrames Syntax Access Status Description Sequence conn UnitPortStatCountClass1TxFrames Syntax Access Status Description Sequence connUnitPortStatCountClass1FBSYFrames Syntax Access Status Description Sequence connUnitPortStatCountClass1PBS YFrames Syntax Access Status McDATA SNMP Support OCTET STRING SIZE 8 read only mandatory Count of
370. portSwitchFabricEntry SEQUENCE eportSwitchFabricFCSwitchName WWNtype eportSwitchFabricPort INTEGER eportSwitchFabricPortName WWNtype eportSwitchFabricFCSwitchName Syntax Max Access Status Description Sequence eportSwitchFabricPort Syntax Max Access Status Description Sequence WWNtype read only obsolete The name of the FC switch which a given Fabric Port Name resides off eportSwitchFabricEntry 1 INTEGER 1 65535 read only obsolete The physical port number on the switch which the fabric port name describes eportSwitchFabricEntry 2 eportSwitchFabricPortName Syntax Max Access Status WWNtype read only obsolete NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Description Sequence eportLunDiscoveryTable Syntax Max Access Status Description Sequence eportLunDiscoveryEntry Syntax Max Access Status Description Sequence eportLunDiscoveryPort Syntax Max Access Status Description Sequence The fabric port name of the physical port eportSwitchFabricEntry 3 SEQUENCE OF EportLunDiscoveryEntry not accessible obsolete This table contains the Lun Discovery controls for a local R_Port This command should only be performed on R_Ports that are principal This table is not currently supported nishanEportDevicelInfo 4 EportLunDiscoveryEntry no
371. ptime timestamp in centiseconds at which the last status change occurred for any members of the set E OSi SNMP Support Manual McDATA SNMP Support Sequence connSet 3 configurationChangeTime Syntax TimeTicks Access read only Status obsolete Description The sysuptime timestamp in centiseconds at which the last configuration change occurred for any members of the set This represents a union of change information for connUnitConfigurationChangeTime Sequence connSet 4 connUnitTableChangeTime Syntax TimeTicks Access read only Status obsolete Description The sysuptime timestamp in centiseconds at which the connUnitTable was updated an entry was either added or deleted Sequence connSet 5 The Connectivity table contains general information on the system s units connUnitTable Syntax SEQUENCE OF ConnUnitEntry Access not accessible Status mandatory Description The connectivity table contains general information on the system s units This is the list of units under a single SNMP agent The number of entries is given by the value of uNumber It is 1 for stand alone system Sequence connSet 6 FCMGMT MIB 2 93 McDATA SNMP Support connUnitEntry Syntax Access Status Description ConnUnitEntry not accessible mandatory A connectivity unit entry containing objects for a particular unit INDEX connUnitld connUnitTable 1 ConnUnitEntry SEQUEN
372. ption The remote peer table contains the configured list of remote SAN Routers The remote peer table provides the ability to export zones to a remote peer SAN Router It also shows the current status of the exported zones Sequence remotePeer 1 rmtPeerEntry Syntax RmtPeerEntry Max Access not accessible Status deprecated Description The information relating to the specified remote peer INDEX rmtPeerPrimaryIPAddress Sequence rmtPeerTable 1 RmtPeerEntry SEQUENCE rmtPeerPrimaryIPAddress IpAddress rmtPeerFailoverIPAddress IpAddress rmtPeerLocalGigeIndex INTEGER rmtPeerHoldTime INTEGER rmtPeerAction INTEGER rmtPeerConnectionStatus INTEGER rmtPeerConnectionDesc DisplayString E OSi SNMP Support Manual McDATA Gateway MIB rmtPeerRmtSanID Unsigned32 rmtPeerRcevBytes Counter32 rmtPeerXmtBytes Counter32 rmtPeerConnections Gauge32 rmtPeerLatency Gauge32 rmtPeerLostConnections Counter32 rmtPeerLostPackets Counter32 rmtPeerTotalPackets Counter32 rmtPeerUpTime TimeTicks rmtPeerDiscoveredPathMtuSize INTEGER rmtPeerMaxMtuSize INTEGER rmtPeerRowStatus RowStatus rmtPeerTcpWindowSize INTEGER rmtPeerPrimaryIPAddress Syntax IpAddress Max Access read only Status deprecated Description The external IP Address of the primary remote peer SAN Router that this entry corresponds to Sequence rmtPeerEntry 1 rmtPeerFailover PAddress Syntax IpAddress Max Access read only Status depr
373. rap registration group trapMaxClients Syntax Access Status Description Sequence trapClientCount Syntax Access Status Description Sequence trapRegTable Syntax Access Status Description Sequence trapRegEntry Syntax Access Status Description McDATA SNMP Support INTEGER read only mandatory The maximum number of SNMP trap recipients supported by the connectivity unit trapReg 1 INTEGER read only mandatory The current number of rows in the trap table trapReg 2 SEQUENCE OF TrapRegEntry not accessible mandatory A table containing a row for each IP address port number that traps will be sent to trapReg 3 TrapRegEntry not accessible mandatory Ip Port pair for a specific client FCMGMT MIB 2 177 2 178 McDATA SNMP Support Sequence trapRegIpAddress Syntax Access Status Description Sequence trapRegPort Syntax Access Status Description Sequence INDEX trapRegIpAddress trapRegPort trapRegTable 1 TrapRegEntry SEQUENCE trapRegIpAddress IpAddress trapRegPort INTEGER 1 2147483647 trapRegFilter FcEventSeverity trapRegRowState INTEGER IpAddress read only mandatory The Ip address of a client registered for traps trapRegEntry 1 INTEGER 1 2147483647 read only mandatory The UDP port to send traps to for this host Normally this would be the standard tr
374. rd compatibility Not supported for NL_ports FcAddressId SNMP R The address identifier of the destination Fx_Port with which this Fx_Port is currently engaged in a either a Class 1 or loop connection If the value of this object is 000000 H this Fx_Port is not engaged in a class 1 connection This variable has been deprecated and may be implemented for backward compatibility This address is fixed at 0x000000 Gauge PSCC R Fabric Element Management MIB 2 67 McDATA SNMP Support Description FcFxPortOperMode Type Provided By Access Description FcFxPortAdminMode Type Provided By Access Description The number of buffers currently available for receiving frames from the attached port in the buffer to buffer flow control The value should be less than or equal to fcFxPortBbCredit FcFxPortMode AS R The current operational mode of the Fx_Port This value is F_Port 2 if the port_state_data is unavailable or the port is an F_Port or unknown 1 for the other port state FcFxPortMode AS R The desired operational mode of the Fx_Port This value is F_Port 2 if the port_state_data is unavailable or the port is an F_Port or unknown 1 for the other port state Fx_Port Physical Level Table fcFxPortPhysFxPortIndex Type Provided By Access Description A table that contains one entry for each Fx_Port in the Fabric Element containing physical level status and parameters of t
375. re Channel only stat connUnitPortStatEntry 20 connUnitPortStatCountClass2TxFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Class 2 Frames transmitted out this port Note this is a Fibre Channel only stat connUnitPortStatEntry 21 connUnitPortStatCountClass2FBS YFrames Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of times that FBSY was returned to this port as a result of a Class 2 Frame that could not be delivered to the other end of the link This occurs if either the Fabric or the destination port is temporarily busy FBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat connUnitPortStatEntry 22 connUnitPortStatCountClass2PBS YFrames Syntax Access Status Description OCTET STRING SIZE 8 read only mandatory Count of times that PBSY was returned to this port as a result of a Class 2 Frame that could not be delivered to the other end of the link This occurs if the destination N_Port is temporarily busy PBSY can only occur on SOFc1 frames the frames that establish a connection Note this is a Fibre Channel only stat Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB Sequence connUnitPortStatEntry 23 connUnitPortStatCountCl
376. re information about the real implementation becomes available Removed trap 14 entirely 10 30 01 Added the v2 1 Saturn trap changes that did not make it into v2 0 same as 9 28 01 version 3 27 02 Added the NVS trap changes McDATA Management Traps MIB Ha McDATA Management Traps MIB nishanTrapMsg Syntax Access Status 6 19 02 Removed phase 1 NVS traps 10 10 02 Assigned NNM compatible severity levels so they could be categorized correctly 03 12 03 Included support for IPS 5000 series 03 04 03 Added support for E_Port traps 05 19 05 Removed old comments about Enterprise ID they no longer apply 06 01 05 Improved description of configurationConflict trap 09 19 05 Released for E OSi 4 7 NISHAN TRAPS DEFINITIONS BEGIN NISHAN TRAPS v1 MIB IMPORTS OBJECT Type FROM RFC 1212 TRAP Type FROM RFC 1215 nishan FROM NISHAN SMI nishanTrapMsg is defined here for use in the trap variable binding list nishanTrapMsg is not a true MIB variable and cannot be read by an SNMP GET nishanProducts OBJECT IDENTIFIER nishanMgmt OBJECT IDENTIFIER nishanMgtTraps OBJECT IDENTIFIER DisplayString OCTET STRING DisplayString SIZE 0 255 read only mandatory H2 E OSi SNMP Support Manual nishan 3 nishan 1 nishanMgmt 12 McDATA Management Traps MIB Description A textual log message included in many Nishan Systems enterprise specific traps Sequence
377. read write current Set to true 1 to blink the system LEDs on the Eclipse IPS 3300 Not supported on other Eclipse models DEFVAL false E OSi SNMP Support Manual Sequence timeSetup Syntax Max Access Status Description Sequence readOnlyPassword Syntax Max Access Status Description Sequence systemReset Syntax Max Access Status Description Sequence systemNsPrimaryStatus Syntax Max Access Status McDATA Eclipse SAN Router Management MIB nishanSystem 2 DateAndTime read write current Use this value to set up the system date time nishanSystem 4 DisplayString read write current Read community string As the value is set it takes effect immediately not after the next reset DEFVAL public mnishanSystem 5 INTEGER false 0 true 1 read write current Setting this variable to true will reset the system DEFVAL false mnishanSystem 9 INTEGER snsunvailable 1 snsavailable 2 read only current System configuration McDATA Eclipse SAN Router Management MIB Description Sequence systemSaveToFlash Syntax Max Access Status Description Sequence flashNvramVersion Syntax Max Access Status Description Sequence currentNvram Version Syntax Max Access Status Description Sequence configurationStatus Syntax Max Access SAN Router Name Server is available or not
378. rent The SAN Router Fabric Port Name that represents the Principal R_Port that eventually this device connects to NISHAN FCMGMT MIB McDATA SAN Routing Management MIB B 7 McDATA SAN Routing Management MIB Sequence eportDeviceEntry 6 eportDeviceFcSwitchFabricPort Syntax Max Access Status Description Sequence eportDeviceFcSwitchPort Syntax Max Access Status Description Sequence eportSwitchFabricTable Syntax Max Access Status Description Sequence eportSwitchFabricEntry Syntax Max Access WWNtype read only obsolete The FC Fabric Port Name of the FC port to which this device is connected to eportDeviceEntry 7 INTEGER 1 65535 read only obsolete The FC Fabric Port Number of the FC port to which this device is connected to eportDeviceEntry 8 SEQUENCE OF EportSwitchFabricEntry not accessible obsolete In some previous software releases this table contained fabric information about the port to fabric name mapping of a given FC switch This table is no longer supported in current releases nishanEportDevicelInfo 3 EportSwitchFabricEntry not accessible E OSi SNMP Support Manual Status Description Sequence obsolete Entry containing information for a Fabric Port Name to physical port mapping INDEX eportSwitchFabricFCSwitchName eportSwitchFabricPort eportSwitchFabricTable 1 E
379. ric Element Management MIB Fabric Element Management MIB Version 1 10 same as version 1 9 as per Internet Draft Definitions of Managed Objects for the Fabric Element in Fibre Channel Standard lt draft teow fabric element mib 03 txt gt July 10 1998 This is edited for Nishan Systems based on public implementations Revision history 4 20 01 Minor corrections to compile without warnings in SMICng 5 08 03 Convert to v2 SMI for SMICng checking 5 03 04 Define fibreChannel as a branch here After 05 05 05 changes are recorded by adding another REVISION clause to the MODULE IDENTITY macro below Changes are no longer recorded as comments in this header FCFABRIC ELEMENT MIB DEFINITIONS BEGIN IMPORTS MODULE IDENTITY OBJECT TYPE experimental Counter32 Gauge32 TimeTicks FROM SNMPv2 SMI McDATA Nishan FC Fabric Element Management MIB McDATA Nishan FC Fabric Element MIB Last Updated Organization Contact Info Description Revision Description Sequence fibreChannel OBJECT IDENTIFIER experimental 42 fcFabric MODULE IDENTITY 05091900002 McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com The MIB for managing Fibre Channel Elements 05091900002 Released for E OSi version 4 7 experimental 42 2 fcFabric OBJECT IDENTIFIER fibreChannel 2 Fabric Ele
380. ricMode is enabled a set to disable InsistentDomainID will result in an error A change to this configuration does not take affect until the R_Port is brought down and up Chassis information McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB Sequence fcswEPortFcNodeWWN Syntax Max Access Status Description Sequence TCP Port Table feswTCPPortTable Syntax Max Access Status Description Sequence feswTCPPortEntry Syntax Max Access Status Description fcswEPortEntry 19 WWNtype read only current This objects represents this port s proxy FC Node WWN on the FC Fabric The 0x7E and 0x7F proxy WWN can be found in the eportSubFabricTable as eportSubFabricFcFabricProxyW WN and eportSubFabricLocalProxyWWN fcswEPortEntry 20 This contains port parameters specific to TCP ports TCP ports support iFCP or iSCSI or both This table contains one row for each port currently configured as a TCP port SEQUENCE OF FcswTCPPortEntry not accessible current Contains port parameters specific to TCP ports TCP ports support iFCP or iSCSI or both This table contains one row for each port currently configured as a TCP port fcswPort 4 FeswTCPPortEntry not accessible current Entry containing info for a particular TCP port INDEX feswTCPPortIndex E OSi SNMP Support Manual Sequence fcswT
381. ription Sequence current NONVOLATILE fff f00 H The Network Mask for the trusted Host entry nishanCommonAuthHostEntry 5 nishanCommonAuthHostState Syntax Max Access Status Description Sequence INTEGER enable 1 disable 2 delete 3 invalid 4 read only set returns SNMP_BADVALUE read write current NONVOLATILE enable invalid all The state of this trusted host entry Enable 1 defines an entry that is valid Disable 2 defines an entry that is valid but not enabled Delete 3 removes an entry from the table Invalid 4 defines an entry that is no longer valid e g an entry that was deleted and should be ignored An attempt to set a value of invalid 4 causes the agent to return SNMP_BADVALUE nishanCommonAuthHostEntry 6 Nishan Extension MIB Authenticating device logins This group configures parameters used to authenticate devices users applications A Representative RADIUS Authentication Table nishanCommondAuthRadiusServerlTable Index Type Address Type Address Port Credential Timeout Retries 1 Primary ipv4 1 2 3 4 1812 nishanLogin 1s 2 2 Primary ipv4 42 3 1 23412 nishanLogin 1s 2 This table allows the ability to add more parameters per server if required in the future E OSi SNMP Support Manual McDATA Nishan Common MIB nishanCommonAuthDevicesGroup OBJECT IDENTIFIER nishanCommonAuthGroup 6 nishanCommonAuthDevicesMaxRad
382. ription Sequence feswLunWWN Syntax Max Access Status Description Sequence fcswLun Vendorld Syntax Max Access Status Description Sequence feswLunProductlId Syntax Max Access Status Description Sequence INTEGER 1 256 read only current The sequential index for the table fcswLunInfoEntry 2 WWNtype read only current The Lun WWN if available for this LUN fcswLunInfoEntry 3 DisplayString read only current The Vendor ID for this LUN fcswLunInfoEntry 4 DisplayString read only current The Product ID for this LUN fcswLuniInfoEntry 5 E OSi SNMP Support Manual feswLunProductRev Syntax Max Access Status Description Sequence fcswLunLogicalBlocks Syntax Max Access Status Description Sequence fcswLunLBLength Syntax Max Access Status Description Sequence fcswLunCapacity Syntax Max Access Status Description DisplayString read only current The Product Revision for this LUN fcswLuniInfoEntry 6 Integer32 read only current A 32 bit value that represents the total number of logical blocks for this device fcswLunInfoEntry 7 Integer32 read only current A 32 bit value that represents the size of the logical block for this device in bytes Typical values are 512 1024 2048 fcswLuniInfoEntry 8 Integer32 UNITS megabytes read only current A value
383. ription Sequence FcFxPortC3AccountingEntry not accessible current An entry containing Class 3 accounting information for each FxPort INDEX fcFxPortC3AccountingModuleIndex fcFxPortC3AccountingFxPortIndex fcFxPortC3AccountingTable 1 Accounting Groups McDATA Nishan FC Fabric Element MIB G 4l McDATA Nishan FC Fabric Element MIB G 42 FcFxPortC3AccountingEntry SEQUENCE fcFxPortC3AccountingModuleIndex FcFeModuleIndex fcFxPortC3AccountingFxPortIndex FcFeFxPortIndex fcFxPortC3InFrames Counter32 fcFxPortC3OutFrames Counter32 fcFxPortC3InOctets Counter32 fcFxPortC3OutOctets Counter32 fcFxPortC3Discards Counter32 fcFxPortC3 AccountingModuleIndex Syntax Max Access Status Description Sequence FcFeModuleIndex read only current This object identifies the module containing the FxPort for which this entry contains information fcFxPortC3AccountingEntry 1 fcFxPortC3 AccountingFxPortIndex Syntax Max Access Status FcFeFxPortIndex read only current E OSi SNMP Support Manual Description Sequence fcFxPortC3InFrames Syntax Max Access Status Description Sequence fcFxPortC3OutFrames Syntax Max Access Status Description Sequence fcFxPortC3InOctets Syntax Max Access Status Description Sequence fcFxPortC3OutOctets Syntax This object identifies the FxPort within the module This number ra
384. ription Sequence fcFxPortFxPortIndex Syntax Max Access Status Description Sequence McDATA Nishan FC Fabric Element MIB Other configuration parameters fcFxPortHoldTime MicroSeconds fcFxPortBaudRate Fc0BaudRate fcFxPortMedium Fc0Medium fcFxPortTxType Fc0TxType fcFxPortDistance Fc0Distance FcFeModuleIndex read only current This object identifies the module containing the FxPort for which this entry contains information fcFxPortEntry 1 FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortEntry 2 FxPort Configuration Table G 13 McDATA Nishan FC Fabric Element MIB G 14 fcFxPortName Syntax Max Access Status Description Sequence FcPortName read only current The name identifier of this FxPort Each FxPort has a unique port name within the address space of the Fabric fcFxPortEntry 3 FxPort common service parameters fcFxPortFcphVersionHigh Syntax Max Access Status Description Sequence fcFxPortFcphVersionLow Syntax Max Access Status Description Sequence fcFxPortBbCredit Syntax Max Access Status FcphVersion read only current The highest or most recent version of FC PH that the F
385. rk management station each SAN Router is equipped with an SNMP agent This agent is a software process within the SAN Router that receives management requests and generates corresponding responses by accessing the data specified for the MIB II Fabric Element MIB Fibre Alliance MIB and Enterprise MIB In addition the agent gives each SAN Router the ability to notify a management station when an important event occurs by sending a trap to the management station McDATA SNMP Support at McDATA SNMP Support SAN Router Supported MIBs This section describes the enterprise and standard MIBs supported by the SAN Router The following table indicates the MIB files supported by each SAN Router A Y in the product column indicates that the MIB is supported A P in the product column indicates that parts of the MIB are supported The SAN Router supports only SNMP version 1 not versions 2 or 3 The default read only community string is public while1 the default read write string is private At the same time users can change the read write community string 1620 3300 4300 2640 MIB Description Y Y Y Y NISHAN SMI mib Defines the nishan McDATA SAN Router SMI enterprise MIB branch Definitions Y Y Y Y NISHAN PRODUCTS mib Defines product IDs McDATA Products Object Identifier Tree Y Y Y Y NISHAN MGT mib Eclipse Enterprise specific McDATA Eclipse SAN MIB variab
386. rly offline 2 the module is not available testing 3 the module is under testing and faulty 4 the module is defective in some way The status is evaluated from fcFPortPhysOperStatus as following order Testing 3 the module is under testing if all four ports on the current module are testing faulty 4 the module is defective if any of the ports on the current module is faulty Online 1 the module is functioning properly if any of the ports on the current module is online or testing Fabric Element Management MIB McDATA SNMP Support McDATA SNMP Support FcFeModuleLastChange Type Provided By Access Description fcFeModuleFxPortCapacity Type Provided By Access Description fcFeModuleName Type Provided By Access Description offline 2 the module is not available if any of the ports on the current module is offline TIMETICKS SNMP R This object contains the value of sysUpTime when the module entered its current operational status A value of zero indicates that the operational status of the module has not changed since the agent last restarted This is SS_TIM_RD_TICKS MILLISEC 10 FcFeFxPortCapacity AS R The number of Fx_Port that can be contained within the module Within each module the ports are uniquely numbered in the range from 1 to fcFeModuleFxPortCapacity inclusive However the numbers are not required to be contiguous This is AS_glob prod_c
387. rowing network SNMP operates on a simple fetch store concept With SNMP the available transactions between manager and agent are limited to a handful The manager can request information from the agent or modify variables on the agent The agent can respond to a request by sending information or if enabled to do so voluntarily notify the manager of a change of status on the agent issue a trap With SNMP administrators can manage the Director configuration faults performance accounting and security from remote SNMP management stations SNMP is the only network management protocol that is widely available from many vendors of TCP IP networks and internetworks SNMP e Allows network management with a simple set of commands e Allows new devices added to a network to be easily managed with minimal intervention e Is adequate for many basic network management needs e Is generalized for application to networks other than TCP IP such as IPX and OSI e Provides considerable versatility for managing a great many types of devices e Allows all networks to employ the same method for management A manager requests information from an agent by sending a single command the Get command The Get command also has a variation GetNextRequest that permits more efficient operation e GetRequest Requests the value of a specified variable on the agent This command is used to retrieve management data e GetNextRequest Requ
388. rrent A flag indicating whether the FxPort has agreed to support Class 3 sequential delivery from the Fabric Login This is only meaningful if Class 3 service has been agreed fcFxloginEntry 11 FcPortName read only current The port name of the attached NxPort if applicable If the value of this object is 0000000000000000 H this FxPort has no NxPort attached to it fcFxloginEntry 12 FcAddressId read only E OSi SNMP Support Manual McDATA Nishan FC Fabric Element MIB Status current Description The address identifier of the destination FxPort with which this FxPort is currently engaged in a either a Class 1 or loop connection If the value of this object is 000000 H this FxPort is not engaged in a connection Sequence fcFxloginEntry 13 fcFxPortBbCreditModel Syntax FcBbCreditModel Max Access read only instead of read write Status current Description This object identifies the BB_Credit model used by the FxPort The regular model refers to the Buffer to Buffer flow control mechanism defined in FC PH 1 is used between the F_Port and the N_Port For FL_Ports the Alternate Buffer to Buffer flow control mechanism as defined in FC AL 4 is used between the FL_Port and any attached NL_Ports Sequence fcFxloginEntry 14 Error group This group consists of tables that contain information about the various types of errors detected The management station may us
389. rrent The total amount of iFCP data received on this TCP Port after decompression in units of 16 byte blocks This is the amount of data forwarded to local non TCP switch ports after any compressed data has been decompressed fcswTcpCompStatEntry 4 Chassis information McDATA Eclipse SAN Router Management MIB E 127 McDATA Eclipse SAN Router Management MIB fcswTcpPortDeCompressedOut Syntax Counter32 Max Access read only Status current Description The total amount of iFCP data transmitted out this TCP port before compression in units of 16 byte blocks This is the amount of data received from local non TCP switch ports to be sent out this TCP port before the data is compressed Sequence fcswTcpCompStatEntry 5 TCP Port Storage Statistics Table This table contains the storage statistics for the TCP ports For now only iFCP traffic is included but eventually iSCSI will be added as well This table is reserved for future use and is not supported in the current release fcswTCPStorageStats Table Syntax SEQUENCE OF FcswTCPStorageStatsEntry Max Access not accessible Status current Description A Table that lists the TCP ports and its storage statistics This table is for future use and is not yet implemented Sequence fcswPort 6 fcswTCPStorageStatsEntry Syntax FcswTCPStorageStatsEntry Max Access not accessible Status current Description Storage statistics entries
390. rt This value is fixed at 16 FcFxPortCapBbCreditMin Type FcBbCredit Provided By SNMP Access R Description The minimum number of receive buffers available for holding Class 1 connect request Class 2 or Class 3 frames from the attached Nx_Port This value is fixed at 1 FcFxPortCapRxDataFieldSizeMax Type FcRxDataFieldSize Provided By SNMP Access R Fabric Element Management MIB 2 85 McDATA SNMP Support Description The maximum size in bytes of the Data Field in a frame that the Fx_Port is capable of receiving from its attached Nx_Port This value is fixed at 2112 FcFxPortCapRxDataFieldSizeMin Type Provided By Access Description FcFxPortCapCos Type Provided By Access Description fcFxPortCapIntermix Type Provided By Access Description FcRxDataFieldSize SNMP R The minimum size in bytes of the Data Field in a frame that the Fx_Port is capable of receiving from its attached Nx_Port This value is fixed at 2112 FcCosCap SNMP R A value indicating the set of Classes of Service that the Fx_Port is capable of supporting This value is fixed at CLASS_2 CLASS_3 0x0C INTEGER SNMP R A flag indicating whether or not the Fx_Port is capable of supporting the intermixing of Class 2 and Class 3 frames during a Class 1 connection This flag is only valid if the port is capable of supporting Class 1 service The values are defined as follow yes 1 and no
391. rticular zone object and a given member off of a local R_Port INDEX eportZoneObjectToWWNSoIPPort eportZoneObjectToWWNZonelndex eportZoneObjectToWWNDeviceName eportZoneObjectTowwNTable 1 NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB EportZoneObjectToWWNEntry SEQUENCE eportZoneObjectToWWNSolIPPort WWNtype eportZoneObjectToWWNZonelndex INTEGER eportZoneObjectToWWNDeviceName WWNtype eportZoneObjectToWWNSolIPPort Syntax Max Access Status Description Sequence WWNtype read only current This object defines the local port off of which this configuration resides eportZoneObjectTowwNEntry 1 eportZoneObjectToWWNZonelIndex Syntax Max Access Status Description Sequence INTEGER 1 65535 read only current This object defines the particular zone that a particular member belongs too This integer indexes into the eportZoneObjectTable eportZoneObjectTowwNEntry 2 eportZoneObjectToWWNDeviceName Syntax Max Access Status Description Sequence WWNtype read only current This object defines the device that belongs to the zone in this entry eportZoneObjectTowwNEntry 3 eportZoneObjectToAliasTable Syntax SEQUENCE OF eportZoneObjectToAliasEntry E OSi SNMP Support Manual Max Access Status Description Sequence not accessible current This table contains the re
392. ry 8 OCTET STRING SIZE 1 read only mandatory The FC 4 Types supported by this entry in the SNS table connUnitSnsEntry 9 OCTET STRING SIZE 1 read only Event Group McDATA SAN Routing Management MIB F 71 McDATA SAN Routing Management MIB F 72 Status Description Sequence connUnitSnsPortIPAddress Syntax Access Status Description Sequence mandatory The Port Type of this entry in the SNS table connUnitSnsEntry 10 OCTET STRING SIZE 16 read only mandatory The IPv6 formatted address of this entry in the SNS table connUnitSnsEntry 11 connUnitSnsFabricPortName Syntax Access Status Description Sequence connUnitSnsHard Address Syntax Access Status Description Sequence FcNameld read only mandatory The Fabric Port name of this entry in the SNS table connUnitSnsEntry 12 FcAddressld read only mandatory The Hard ALPA of this entry in the SNS table connUnitSnsEntry 13 connUnitSnsSymbolicPortName Syntax Access Status Description DisplayString SIZE 0 79 read only mandatory The Symbolic Port Name of this entry in the SNS table E OSi SNMP Support Manual Sequence connUnitSnsEntry 14 connUnitSnsSymbolicNodeName Syntax Access Status Description Sequence DisplayString SIZE 0 79 read only mandatory The Symbolic Node Name of this e
393. rySNSMetIpAddress Syntax Max Access Status Description Sequence feswSNSLocalRoleSet Syntax Max Access Status Description Sequence IpAddress read only current The out of band management IP address of the current primary SNS in this SAN nishanFCsw 13 INTEGER server 0 client 1 read write current Indicates the role that the local SNS entity will take after the next reset of the switch server the switch will participate in primary server election on next reboot client the switch will not participate in primary server election on next reboot nishanFCsw 14 E OSi SNMP Support Manual fcswSNSRoleStatus Syntax Max Access Status Description Sequence Naming Service s Port Table fcswNsPortTable Syntax Max Access Status Description Sequence fcswNsPortEntry Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB INTEGER server 0 client 1 serverAsClient 2 read only current The current Name Server mode of this device server the switch is elected as a primary server client the switch did not participate in primary server election and is currently a client server as client the switch participated in primary server election but was not elected and is currently acting as a client nishanFCsw 15 SEQUENCE OF FcswNsPortEntry not accessible current The SNS Port table for this SAN n
394. s Generic Traps from RFC1157 Ref MIB Supported 0 coldStart switch startup 2 linkDown port down 3 linkUp port up 4 authenticationFailure invalid community string RMON traps From RFC1757 enterprise 1 3 6 1 2 1 16 Ref MIB Supported 1 risingAlarm A monitored value exceeded its rising alarm threshold 2 fallingAlarm A monitored value dropped below its falling alarm threshold TRAPS 29 McDATA SNMP Support Fibre Alliance Traps From FAFCMGMT MIB enterprise 1 3 6 1 3 94 Ref Object 1 connUnitStatusChange 6 connUnitPortStatusChange NOTE For connUnitPortStatusChange the implementation doesn t conform to IETF standards To conform to the standard it should report the port index in the varvbind list Rather it reports the physical port making it easier for the management application to correlate the port index to the physical port number Nishan Enterprise specific Traps from NISHAN TRAPS v1 MIB enterprise 1 3 6 1 4 1 4369 3 Ref Object Description 1 nSswSNStTrap Switch has become primary mSNS server 3 nSswFlashOperationTrap New software image written to flash 5 nSswEnvVoltageUpperThreshTrap A power supply voltage too high 6 nSswEnvVoltageLowerThreshTrap A power supply voltage too low 7 nSswEnvTempUpperThreshTrap Internal temperature too high 8 nSswEn
395. s Description Sequence INTEGER 0 2147483647 read only current Get the Boot Software Minor version number This number references the Boot ROM module nishanCommonVerGroup 4 nishanCommonVerAppSWMajor Syntax Max Access Status Description Sequence INTEGER 0 2147483647 read only current Get the Application Software Major version number This number references the core modules as a whole nishanCommonVerGroup 5 nishanCommonVerAppSWMinor Syntax Max Access Status Description Sequence INTEGER 0 2147483647 read only current Get the Application Software Minor version number This number references the core modules as a whole nishanCommonVerGroup 6 E OSi SNMP Support Manual Nishan Extension MIB IP Connectivity Information This group is meant to be a collection of controls and data that configure the device for IP connectivity nishanCommonIPMACAddr Syntax Max Access Status Description Sequence MacAddress read write current Get the agent MAC address nishanCommonIPGroup 1 nishanCommonIPIpAddress Syntax Max Access Status Description Sequence IpAddress read write current The current inband IP Address for the SAN Router Setting this variable has no effect on the actual value used in the SAN Router Use nishanCommonIPIpAddressOnNextReset instead to change the SAN Router s inband address nishanCommonI
396. s Description Sequence connUnitPortSn Syntax Access gbicNoSerialld 7 gbicNotInstalled 8 smallFormFactor 9 this is generically a small form factor connector read only mandatory The module type of the port connector connUnitPortEntry 9 FcGloballd read only mandatory The World Wide Name of the port if applicable otherwise all zeros connUnitPortEntry 10 FcAddressId read only mandatory This is the assigned Fibre Channel ID of this port This value is expected to be a Big Endian value of 24 bits If this is loop then it is the ALPA that is connected If this is an eport then it will only contain the domain ID left justified zero filled If this port does not have a Fibre Channel address return all bits set to 1 connUnitPortEntry 11 DisplayString SIZE 0 79 read only E OSi SNMP Support Manual Status Description Sequence connUnitPortRevision Syntax Access Status Description Sequence connUnitPortVendor Syntax Access Status Description Sequence connUnitPortSpeed Syntax Access Status Description Sequence connUnitPortControl Syntax McDATA SNMP Support mandatory The serial number of the unit e g for a GBIC If this is not applicable return empty string connUnitPortEntry 12 DisplayString SIZE 0 79 read only mandatory The port revision e g for a GBIC connUnitPortE
397. s Description Sequence OCTET STRING SIZE 8 read only mandatory Count of Offline Primitive sequence received at this port Note this is a Fibre Channel only stat connUnitPortStatEntry 38 Event Group McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connUnitPortStatCountLinkFailures Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of link failures This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 39 connUnitPortStatCountInvalidCRC Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of frames received with invalid CRC This count is part of the Link Error Status Block LESB FC PH 29 8 Loop ports should not count CRC errors passing through when monitoring Note this is a Fibre Channel only stat connUnitPortStatEntry 40 connUnitPortStatCountInvalidTxWords Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory Count of invalid transmission words received at this port This count is part of the Link Error Status Block LESB FC PH 29 8 Note this is a Fibre Channel only stat connUnitPortStatEntry 41 connUnitPortStatCountPrimitiveSequenceProtocolErrors Syntax Access Status OCTE
398. s Type Access Description tcpOutSegs Type Access Description tcpRetransSegs Type Access Description The TCP Connection Table tcpConnState Type Access Gauge R The number of TCP connections for which the current state is either ESTABLISHED or CLOSE WAIT Counter R The total number of segments received including those received in error This count includes segments received on currently established connections Counter R The total number of segments sent including those on current connections but excluding those containing only retransmitted octets Counter R The total number of segments retransmitted That is the number of TCP segments transmitted containing one or more previously transmitted octets The TCP connection table contains information about this entity s existing TCP connections INTEGER RW E OSi SNMP Support Manual McDATA SNMP Support Description The state of this TCP connection The only value which may be set by a management station is deleteTCB 12 Accordingly it is appropriate for an agent to return a badValue response if a management station attempts to set this object to any other value If a management station sets this object to the value deleteTCB 12 then this has the effect of deleting the TCB as defined in RFC 793 of the corresponding connection on the managed node resulting in immediate termination of the connection As an implementation specific option an RST
399. s e g missing rt numbers are reserved for each unit in the stack For example port 101 is unit 4 port 5 Entry 3 DisplayString SIZE 1 16 The textual name of this interface e g John Entry 4 none of the following ethernetCSMACD 6 iso88023CSMACD 7 iso88024TokenBus 8 iso88025TokenRing 9 hyperchannel 14 McDATA Nishan Common MIB lapb 16 sdlc 17 ds1 18 T 1 e1 19 european equivalent of T 1 basicISDN 20 primaryISDN 21 proprietary serial propPointToPointSerial 22 ppp 23 softwareLoopback 24 eon 25 CLNP over IP 11 ethernet3Mbit 26 nsip 27 XNS over IP slip 28 generic SLIP ultra 29 ULTRA technologies ds3 30 T 3 sip 31 SMDS frameRelay 32 Max Access read only Status current Description The type of interface repeated here from the definitions in RFC1213 as a matter of convenience Sequence nishanArchIfaceEntry 5 nishanArchIfaceEnable Syntax INTEGER enable 1 disable 2 Max Access read write Status current Description Enable 1 and Disable 2 control for the interface For this product this is the ONLY way to enable or disable the interface Architecture Group A 41 McDATA Nishan Common MIB A 42 Sequence ifAdminStatus in RFC1213 and dot1dStpPortEnable in RFC1493 are both implemented as read only nishanArchIfaceEntry 6
400. s 2 45 udpLocalPort 2 46 udpNoPorts 2 45 udpOutDatagrams 2 45 MIB II additional IP objects 2 34 additional TCP objects 2 44 address translation group 2 22 definition of 2 12 ICMP group 2 35 interfaces group 2 15 IP address tabler 2 28 IP address translation table 2 33 IP group 2 23 SNMP group 2 46 system group 2 12 TCP connection table 2 42 TCP group 2 39 UDP group 2 45 UDP listener table 2 45 MIBs Fibre Alliance MIB 1 5 Fibre Channel Fabric Element FCFE MIB 1 5 introduction to 1 4 MIB II 1 4 MIB II definition of 2 12 standard 1 4 MIBs support by McDATA 1 4 N network management introduction to 1 1 Nishan Extension MIB Architecture Group Interface nishanArchIfaceDuplexSpeedGet A 43 nishanArchIfaceDuplexSpeedSet A 42 nishanArchIfaceEnable A 41 nishanArchlfaceEntry A 38 nishanArchlfaceLink A 42 nishanArchIfaceLogicalPort A 39 nishanArchIfaceName A 40 nishanArchlfacePort A 39 nishanArchlIfaceRXOctetsNoErr A 43 nishanArchlfaceRXPacketsNoErr A 44 nishanArchIfaceSTPEnable A 42 nishanArchlfaceTable A 38 nishanArchlIfaceTXOctetsNoErr A 43 nishanArchlIfaceTXPacketsNoErr A 43 nishanArchlfaceType A 40 nishanArchlfaceUnit A 39 Authenticating device logins A 18 nishanCommonAuthDevicesMaxRadi usServers A 19 nishanCommonAuthRadiusServerAd dressType A 21 nishanCommonAuthRadiusServerCre dential A 22 Index nishanCommonAuthRadiusServerEn try A 19 nishanCommonAuthRadiusServerIn dex A 20 nishanCommonAuthRa
401. s object defines the particular domain of a port zone eportZoneAliasToPortZoneEntry 3 eportZoneAliasToPortZonePort Syntax Max Access Status Description Sequence R_Port Security Tables INTEGER 1 65535 read only current This object defines the particular port of a port zone eportZoneAliasToPortZoneEntry 4 The following section of the MIB displays R_Port security information The following table shows the current security configuration found on a particular SAN island nishanEportSecurity OBJECT IDENTIFIER nishanEport 3 eportFabricBindingTotalCount Syntax INTEGER 1 4096 NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB B 30 Max Access Status Description Sequence read only current This returns the count of the total number of entries in this table nishanEportSecurity 1 eportFabricBinding NextFreeIndex Syntax Max Access Status Description Sequence eportFabricBindingTable Syntax Max Access Status Description Sequence eportFabricBindingEntry Syntax Max Access Status Description Sequence INTEGER 1 4096 read only current This returns the next free available index in this table that is free for use nishanEportSecurity 2 SEQUENCE OF EportFabricBindingEntry not accessible current This table comtains information on the fabric binding informatio
402. s object identifies the Fx_Port within the module This number ranges from 1 to the value of cFeModulePortCapacity for the associated module The value remains constant for the identified Fx_Port until the module is re initialized FcFeNxPortIndex E OSi SNMP Support Manual Provided By Access Description McDATA SNMP Support SNMP R The object identifies the associated NxPort in the attachment for which the entry contains information FcFxPortFcphVersionAgreed Type Provided By Access Description FcFxPortNxPortBbCredit Type Provided By Access Description FcphVersion Login Server R The version of FC PH that the Fx_Port has agreed to support from the Fabric Login FcBbCredit Login Server R The total number of buffers available for holding Class 1 connect request Class 2 or Class 3 frames to be transmitted to the attached NxPort It is for buffer to buffer flow control in the direction from Fx_Port to Nx_Port The buffer to buffer flow control mechanism is indicated in the respective fcFxPortBbCreditModel FcFxPortNxPortRxDataFieldSize Type Provided By Access Description FcFxPortCosSuppAgreed Type FcRxDataFieldSize Login Server R The Receive Data Field Size of the attached NxPort This is a binary value that specifies the largest Data Field Size for an FT_1 frame that can be received by the NxPort The value is in number of bytes and ranges from 128 to 2112 inclusive
403. sNodeEntry 3 OCTET STRING SIZE 8 read only Obsolete E OSi SNMP Support Manual Description Sequence fcpPortTable Syntax Max Access Status Description Sequence fcpPortEntry Syntax Max Access Status Description Sequence McDATA Eclipse SAN Router Management MIB The object identifies the Initial Process Associator of the node for the entry as defined in FC GS 2 fcswNsNodeEntry 4 SEQUENCE OF FcpPortEntry not accessible current This table gives stores registered SCSI FCP targets properties nishanFCsw 19 FcpPortEntry not accessible current This table gives stores registered SCSI FCP targets properties INDEX _ fpPortName fcpPortTable 1 FepPortEntry SEQUENCE fpPortName WWNtype fpRemovable TruthValue fpAnsiVersion INTEGER fpVendorld DisplayString fpProductld DisplayString fpProductRevision DisplayString fpLogicalBlocks INTEGER fpBlockLength INTEGER fpCapacity INTEGER fpDeviceType Integer32 FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB fpPortName Syntax Max Access Status Description Sequence fpRemovable Syntax Max Access Status Description Sequence fpAnsiVersion Syntax Max Access Status Description Sequence fp Vendorld Syntax WWNtype read only current 8 byte World Wide Portname fcpPortEntry 1 TruthValue read only current Identifi
404. sage in the variable binding list of this trap includes the IP address of the primary port that has failed and the IP address of the backup port that is reporting the primary port s failure Backup Activated s 0 CRITICAL Error Events 1 OPERATIONAL s I5 nishanProducts nishanTrapMsg This trap is sent by an iFCP port when it successfully establishes an iFCP connection to a remote SAN If the port makes multiple remote connections one trap is sent for each connection The connection may be a normal connection or a backup connection The text message in the variable binding list includes the IP address of the iFCP port making the connection and the IP address of the remote end of the connection Remote Connection Up s 0 NORMAL iFCP Gateway Traps McDATA Management Traps MIB Category Timelndex State Sequence Configuration Events 1 OPERATIONAL f2 16 ifcpRemoteConnectionDown Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence nishanProducts nishanTrapMsg This trap is sent by an iFCP port when an existing remote connection is lost or terminated normally or when a connection attempt fails If multiple connections are lost or terminated or multiple concurrent connection attempts fail one trap is sent for each connection This trap repeats when connection retries fail The text message in the variable binding lis
405. scription Sequence laPhysPortList Syntax Max Access Status McDATA Eclipse SAN Router Management MIB A bitmap that describes the status of the ports that are bound to this aggregator This bitmap will be mapped to an integer in the form of 2x where x is the position of the bit being set For example an aggregator has Port 1 2 3 and 4 as members and to specify that Port 2 and Port 3 are down while port 1 and port 4 are up then we would have the value of xxxx1001 binary 2 3 240 9 laAggEntry 3 INTEGER enable 1 disable 2 delete 3 read create current The administrative status of this aggregator In order to delete an aggregator completely one should set delete option laAggEntry 4 INTEGER up 1 down 2 read only current The operation status of this aggregator laAggEntry 5 INTEGER 0 2147483647 read create current Link Aggregation E 141 McDATA Eclipse SAN Router Management MIB Description Sequence laAggName Syntax Max Access Status Description Sequence laAggAutoMode Syntax Max Access Status Description Sequence A bitmap that specifies the list of ports that are bound to this aggregator See the portStatus above in the table to see how this bitmap is mapped to an integer value laAggEntry 6 DisplayString read create current The symbolic name for this aggregator laAggEntry 7 INTEG
406. sents an attribute of a managed device How SNMP Changes Variables Objects in a Managed Device An agent is the entity that interfaces to the actual object being managed Figure 1 2 on page 1 4 The agent understands the language of SNMP and translates between the manager and the object Objects may be retrieved and or modified by the manager and it is the agent s job to return the requested object s value Within the agent is at least one maybe several collections of definitions SNMP Management 1 3 Introduction to SNMP Figure 1 2 Standard MIBs called Management Information Bases MIBs When an agent supports a standard MIB it agrees to provide and make available the variables listed in the MIB A MIB is a hierarchical tree of groups and variables Operators at a network management station enter a command with supported groups and variables from the MIB NMS Read status information with GetRequest command or Set a variable to a value with SetRequest command Actual MIB Variable object variablea al tay y Variable b Variable c Variable d Agent Use MIB to Variable e oy identify variable Variable f Variable g OJy y Bewe L F Device E e J Retrieving or Setting Values Using MIBs Standard MIBs are those created and approved by IETF and other Internet standards bodies and are readily avail
407. seseeseseeeenenes E 49 FC Name Server Configuration ccccccscseseseeseseeseseseenenes E 55 iSCSI LUN Mapping and Masking ccssesseeseteseeeeees E 61 feswLunlnfoT aplenkia saans E 62 feswLunMapping Table sssssssssssessessississrsseesiesissressessesnesee E 68 feswSnsClient Tables isiscsscscscccssstsccssissacsessatssscsestassdecssasstsiecs canes E 70 Chassis iri iia MOTs sses seisa saan N ea E 74 Expansion Card Table ecscscccscccscscsssscsscssssesssscasssetscvcasasececseseanes E 81 Port Table wiscssidscsiiiecidsanvtiniaiiini aia s E 84 FC Port Table iissccsccsessisssstsessisesstsssediassies adi aiiken E 91 PCR Port Table assirinassi E 96 TCP Port Table sis scscsssssssssesctsessesesscsassesesscsasateessecsvesaesseeseaniess E 106 TCP Port Compression Statistics Table 00 0 E 125 TCP Port Storage Statistics Table E 128 TCP Port Sessions Table caccisscesesesecssasesscasssazesssteessivecctessecessas E 131 TCP Sessions Storage Statistics Table ccccceeeee E 134 Link Aggregation suei iy n an dans tango ntnsded ste thoes taeseet E 138 McDATA SAN Routing Management MIB FCMGMT MIB Definitions sssini iiare F 1 Connectivity unit group cccecseceeseseteteteseseeeescsesesesescscseseseecsees F 4 Sens r tapleik ee aean E aiiai F 20 Port Tabl e irsini saarep ientra iaa tiii aeaii aant F 24 Event GroUP isaskar a a a F 37 Link Table scsciciccscsssacssiscessaesansetasaustancbasiessteeinssessacetsbessdeeszese
408. set to the value of connUnitld for this container connUnit connUnitModuleld should be zeros if this connUnit is not part of a module connUnitEntry 19 DisplayString SIZE 0 79 read write mandatory A display string containing a name for this connectivity unit This object value should be persistent between boots connUnitEntry 20 DisplayString read write mandatory A display string containing information about this connectivity unit This object value should be persistent between boots connUnitEntry 21 INTEGER unknown 1 invalid 2 resetConnUnitColdStart 3 resetConnUnitWarmStart 4 offlineConnUnit 5 Connectivity unit group McDATA SAN Routing Management MIB Access Status Description Sequence connUnitContact Syntax Access Status Description Sequence onlineConnUnit 6 read write mandatory This object is used to control the addressed connUnit NOTE Cold Start and Warm Start are as defined in MIB II and are not meant to be a factory reset resetConnUnitColdStart the addressed unit performs a Cold Start reset resetConnUnitWarmStart the addressed unit performs a Warm Start reset offlineConnUnit the addressed unit puts itself into an implementation dependant offline state In general if a unit is in an offline state it cannot be used to perform meaningful Fibre Channel work onlineConnUnit the addressed unit puts its
409. shanCommonIPGroup 8 Nishan Extension MIB Authentication Group Here begins the community and host tables which provide security to the SNMPv1 agent SNMPv1 typically has no security aspect These tables grant that ability to the agent This security aspect can be enabled or disabled through the nishanCommonMiscSnmpSecurity object in the nishanCommonMiscGroup Common Group McDATA Nishan Common MIB A 11 McDATA Nishan Common MIB The nishanCommonAuthHostTable lists the hosts which have access to the agent externally nodes on the network These hosts must belong to one of the pre defined communities in nishanCommonAuthCommTable nishanCommonAuthCommTable is a list of valid communities recognized by the agent and the permissions of those communities as to READ or READ WRITE READ permission grants to the member of a community the ability to GET information READ WRITE permission grants to the member of a community the ability to GET and SET information EXAMPLES A Representative Authentication Community Table nishanCommonAuthCommTable Index Name Perm State 1 public 2 RW 1 enable 2 netman 2 RW 2 disable 3 private 1 RO 2 disable 7 8 admin 2 RW 1 enable A Representative Authentication Host Table nishanCommonAuthHostTable Index Name ComonName IP AddressIP Mask State 1 hostl public 1 2 3 4 255 255 255 0 2 disable 2 host2 public 1 2 2 4 255 255 255 0 1 enable 3 ntbox netman 2 3 4 5 255
410. sk State 1 host1 public 1 2 3 4 255 255 255 0 2 disable 2 host2 public 1 2 2 4 255 255 255 0 enable 3 ntbox netman 2 3 4 5 255 255 255 0 1 enable Common Group A 23 McDATA Nishan Common MIB A 24 nishanCommonTrapTest Syntax Max Access Status Description Sequence 3 4 5 6 4 3 2 1 255 255 255 0 enable 255 255 255 0 3 delete 4 sunbox XYZ 8 macbox admin INTEGER noop 1 coldstart 2 linkdown 3 linkup 4 authentication 5 oemspecific 6 read write current This object sends a particular kind of SNMP Trap as selected by type to the SNMP manager to verify proper operation of the Trap Subsystem A GET always returns the noop 1 value nishanCommonTrapGroup 1 nishanCommonTrapCommTableEntriesMax Syntax Max Access Status Description Sequence INTEGER 1 8 read write current NONVOLATILE 8 The total number of entries in the nishanCommonTrapCommTable This value equates to the total number of communities which potentially can be recognized nishanCommonTrapGroup 2 nishanCommontTrapDestTableEntriesMax Syntax Max Access Status Description INTEGER 1 8 read write current NONVOLATILE 8 E OSi SNMP Support Manual McDATA Nishan Common MIB The total number of entries in the nishanCommonTrapDestTable This equates to the total number of hosts which can potentially be sent SNMP traps Sequence nishanCom
411. so encapsulates the frame into another protocol The assumption is that there is always two gateways connected together For example FC lt gt ATM unit that converts from one interface to another For example FC lt gt SCSI host bus adapter software proxy agent disk cd tape etc host computer raid library etc subcomponent of a system McDATA SAN Routing Management MIB swdriver 13 software driver storage access device 14 Provides storage management and access for heterogeneous hosts and heterogeneous devices wdm 15 waveform division multiplexer ups 16 uninterruptable power supply femgmt OBJECT IDENTIFIER experimental 94 Groups in femgmt connSet OBJECT femgmt 1 IDENTIFIER trapReg OBJECT femgmt 2 IDENTIFIER statSet OBJECT femgmt 4 IDENTIFIER connUnitServiceSet OBJECT n femgmt 5 IDENTIFIER connUnitServiceScalars OBJECT connUnitServiceSet 1 IDENTIFIER connUnitServiceTables OBJECT connUnitServiceSet 2 IDENTIFIER revisionNumber Syntax DisplayString SIZE 4 Access read only Status mandatory Description This is the revision number for this MIB The format of the revision value is as follows 0 high order major revision number 1 low order major revision number 2 high order minor revision number 3 low order minor revision number FCMGMT MIB Definitions F 3 McDATA SAN Routing Management MIB Th
412. swNLPortEnable INTEGER FCIDtype read only current Fibre Channel ID for entry fcswFcPortMapEntry 1 FC Switch Zone Configuration E 35 McDATA Eclipse SAN Router Management MIB fcswFcNsPortSymb Syntax Max Access Status Description Sequence fcswFcNsPortWwn Syntax Max Access Status Description Sequence fcswFcPortType Syntax Max Access Status Description Sequence OCTET STRING SIZE 0 255 read only current The object identifies the contents of a Symbolic Name of the port entry fcoswFcPortMapEntry 2 WWNtype read only current This object identifies the Fibre Channel World_wide Name of the port entry fcswFcPortMapEntry 3 INTEGER flport 1 fport 2 nlport 3 nport 4 alport 5 Iport 6 read only current Fibre Channel Port Type fcswFcPortMapEntry 4 E OSi SNMP Support Manual fcswNLPortEnable Syntax Max Access Status Description Sequence FC Storage Name Server group feswSNSCommSet Syntax Max Access Status Description Sequence feswSNSCommCurrent Syntax Max Access Status Description McDATA Eclipse SAN Router Management MIB INTEGER bypass 0 enable 1 read write current Enable Disable Name Server Protocol fcswFcPortMapEntry 5 INTEGER 12Brdcst 1 multicast 2 unicast 3 read write current The type of communication to be used
413. switch on this R_Port All other bits are reserved fcswEPortEntry 15 fcswEPortNeighborEDTOV INTEGER 1 2147483 read only current The E_D_TOV of the connected neighbor in seconds Only valid when port is connected The FC PH standard defines this value in ms but to be consistent across our mib we show it in secs EA E OSi SNMP Support Manual Sequence fcswEPortEntry 16 fcswEPortNeighborRATOV Syntax Max Access Status Description Sequence fcswEPortErrorMsgString Syntax Max Access Status Description Sequence INTEGER 1 2147483 read only current The R_A_TOV of the connected neighbor in seconds Only valid when port is connected The FC PH standard defines this value in ms but to be consistent across our mib we show it in secs fcswEPortEntry 17 OCTET STRING SIZE 0 255 read only current This object is used by R_Port to convey any more detailed error information for last error detected for a given R_Port fcswEPortEntry 18 fcswEPortInsistentDomainID Syntax Max Access Status Description INTEGER enabled 1 disabled 2 read write current DURABLE disabled all This object is used by R_Port to determine whether the preferredDomainID is insistent or not If this is enabled and the R_Port cannot acquire the preferredDomainID this R_Port will isolate NOTE If enterpriseFab
414. t 0 0 w 2 0 3 0 This defines a revision of 04 00 fcmgmt 3 Implementation of the group is mandatory for all systems INTEGER read only mandatory FCMGMT MIB McDATA SNMP Support McDATA SNMP Support Description Sequence systemURL Syntax Access Status Description Sequence statusChangeTime Syntax Access Status Description The number of connectivity units present on this system represented by this agent May be a count of the boards in a chassis or the number of full boxes in a rack DEFVAL 1 congest 1 DisplayString read write mandatory The top level URL of the system If it does not exist the value is empty string The URL format is implementation dependant and can have keywords embedded that are preceeded by a percent sign eg USER The following are the defined keywords that will be recognized and replaced with data during a launch USER replace with username PASSWORD replace with password GLOBALID replace with globalid SERIALNO replace with serial number A management application will read this object from the MIB provide values for any of the keywords listed above that are present in the string and then use the URL to invoke or launch the program referenced If write is not supported then return invalid This value will be retained across boots DEFVAL connSet 2 TimeTicks read only obsolete The sysu
415. t Counter R The number of ICMP Timestamp request messages sent Counter R The number of ICMP Timestamp Reply messages sent Counter R The number of ICMP Address Mask Request messages sent Counter R The number of ICMP Address Mask Reply messages sent Note that instances of object types that represent information about a particular TCP connection are transient they persist only as long as the connection in question INTEGER MIB Definitions McDATA SNMP Support McDATA SNMP Support Access Description tcpRtoMin Type Access Description tcpRtoMax Type Access Description tcpMaxConn Type Access R The algorithm used to determine the timeout value used for retransmitting unacknowledged octets Values other 1 none of the following constant 2 a constant rto rsre 3 MIL STD 1778 Appendix B vanj 4 Van Jacobson s algorithm 10 INTEGER R The minimum value permitted by a TCP implementation for the retransmission timeout measured in milliseconds More refined semantics for objects of this type depend upon the algorithm used to determine the retransmission timeout In particular when the timeout algorithm is rsre 3 an object of this type has the semantics of the LBOUND quantity described in RFC 793 INTEGER R The maximum value permitted by a TCP implementation for the retransmission timeout measured in milliseconds More refined semantics for objects of this
416. t 10 ConnUnitPortEntry not accessible mandatory Each entry contains the information for a specific port INDEX connUnitPortUnitId connUnitPortIndex connUnitPortTable 1 ConnUnitPortEntry E OSi SNMP Support Manual connUnitPortUnitId Syntax Access Status Description Sequence SEQUENCE connUnitPortUnitld connUnitPortIndex connUnitPortType connUnitPortFCClassCap connUnitPortFCClassOp connUnitPortState connUnitPortStatus connUnitPortTransmitterType connUnitPortModuleType connUnitPortWwn connUnitPortFCId connUnitPortSn connUnitPortRevision connUnitPortVendor connUnitPortSpeed connUnitPortControl connUnitPortName connUnitPortPhysicalNumber connUnitPortStatObject connUnitPortProtocolCap connUnitPortProtocolOp connUnitPortNodeWwn connUnitPortHWState FcGloballd read only mandatory FcGloballd INTEGER INTEGER OCTET STRING OCTET STRING INTEGER INTEGER INTEGER INTEGER FcNameld FcAddresslId DisplayString DisplayString DisplayString INTEGER INTEGER DisplayString INTEGER OBJECT IDENTIFIER OCTET STRING OCTET STRING FcNameld INTEGER The connUnitld of the connectivity unit that contains this port connUnitPortEntry 1 Port Table McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB connUnitPortIndex Syntax Access Status Description Sequence connUnitPortType Syntax Access Status INTEGER 1 2
417. t accessible obsolete Entry containing R_Port discovery control information INDEX eportLunDiscoveryPort eportLunDiscoveryTable 1 EportLunDiscoveryEntry SEQUENCE eportLunDiscovery Port INTEGER eportLunDiscoveryPortName WWNtype eportLunDiscoveryStatus INTEGER INTEGER 1 4096 read only obsolete The local eport of which to issue the LUN discovery request This R_Port must be a principal R_Port eportLunDiscoveryEntry 1 E OSi SNMP Support Manual McDATA SAN Routing Management MIB eportLunDiscoveryPortName Syntax WWNtype Max Access read write Status obsolete Description The device Port World Wide Name which is to be probed for its lun information off of a given R_Port subfabric This is only writable if the eportLunDiscoveryStatus is not in progress Sequence eportLunDiscoveryEntry 2 eportLunDiscoveryStatus Syntax INTEGER idle 1 inProgress 2 notReady 3 plogiFailed 4 prliFailed 5 scsiFailed 6 zoneFailed 7 notTarget 8 timeout 9 successful 10 aborted 11 Max Access read only Status obsolete Description The status of the current lun discovery for a given R_Port Sequence eportLunDiscoveryEntry 3 eportDeviceDiscoveryTable Syntax SEQUENCE OF eportDeviceDiscoveryEntry Max Access not accessible NISHAN FCMGMT MIB GE McDATA SAN Routing Management MIB Status Description Sequence Syntax Max Access S
418. t accessible mandatory Table of the revisions supported by connectivity units managed by this agent connSet 7 ConnUnitRevsEntry not accessible mandatory INDEX connUnitRevsUnitld connUnitRevsIndex connUnitRevsTable 1 ConnUnitRevsEntry SEQUENCE connUnitRevsUnitId FcGloballd connUnitRevsIndex INTEGER connUnitRevsRevld DisplayString connUnitRevsDescription FCMGMT MIB 2 107 McDATA SNMP Support connUnitRevsUnitlId Syntax Access Status Description Sequence connUnitRevsIndex Syntax Access Status Description Sequence connUnitRevsRevId Syntax Status Description Sequence connUnitRevsDescription Syntax Access Status DisplayString FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this revision table connUnitRevsEntry 1 INTEGER 1 2147483647 read only mandatory A unique value among all connUnitRevsEntrys with the same value of connUnitRevsUnitld in the range between 1 and connUnitNumRevs connUnitRevsUnitld connUnitRevsEntry 2 DisplayString Access read only mandatory A vendor specific string identifying a revision of a component of the connUnit indexed by connUnitRevsUnitld connUnitRevsEntry 3 DisplayString read only mandatory E OSi SNMP Support Manual Description Sequence The Sensor table connUnitSensorTable Syntax
419. t and unit resets It SHOULD be the same as connUnitGloballd if connUnitGloballd is known and stable connUnitEntry 1 FcGloballd read only mandatory An optional global scope identifier for this connectivity unit It MUST be a WWN for this connectivity unit or 16 octets of value zero WWN formats requiring fewer than 16 octets MUST be extended to 16 octets with trailing zero octets Left justified zero filled If a WWN is used for connUnitId the same WWN MUST be used forconnUnitGloballd When a non zero value is provided it SHOULD be persistent across agent and unit resets It SHOULD be globally unique It SHOULD be one of these FC PH PH3 formats IEEE NAA 1 IEEE Extended NAA 2 IEEE Registered NAA 5 IEEE Registered extended NAA 6 Use of the IEEE formats allows any IEEE registered vendor to assure global uniqueness independently The following are some references on IEEE WWN formats http standards ieee org regauth oui tutorials fibreformat html http standards ieee org regauth oui tutorials fibrecomp_id htm 1 If one or more WWNs are associated with the connUnit via other management methods one of them SHOULD be used for connUnitGloballd If there is not a WWN assigned specifically to the connUnit there is some merit though not a requirement to using a WWN assigned to one of its permanently attached FC LAN interface s This can not risk uniqueness though Connectivity unit group F
420. t has granted the request fcFxloginEntry 7 fcFxPortIntermixSuppAgreed Syntax Max Access Status Description Sequence INTEGER fyes 1 no 2 read only current A variable indicating that the attached NxPort has requested the FxPort for the support of Intermix and the FxPort has granted the request This flag is only valid if Class 1 service is supported fcFxloginEntry 8 fcFxPortStackedConnModeAgreed Syntax Max Access Status Description FcStackedConnMode read only current A variable indicating whether the FxPort has agreed to support stacked connect from the Fabric Login This is only meaningful if Class 1 service has been agreed Operation group McDATA Nishan FC Fabric Element MIB G 29 McDATA Nishan FC Fabric Element MIB G 30 Sequence fcFxloginEntry 9 fcFxPortClass2SeqDelivAgreed Syntax Max Access Status Description Sequence INTEGER fyes 1 no 2 read only current A variable indicating whether the FxPort has agreed to support Class 2 sequential delivery from the Fabric Login This is only meaningful if Class 2 service has been agreed fcFxloginEntry 10 fcFxPortClass3SeqDelivAgreed Syntax Max Access Status Description Sequence fcFxPortNxPortName Syntax Max Access Status Description Sequence fcFxPortConnectedNxPort Syntax Max Access INTEGER yes 1 no 2 read only cu
421. t includes the IP address of the local iFCP port making the connection and the IP address of the remote end of the connection This trap does not specify the reason for the connection being down e g timeout on existing connection user configuration change remote end rejects connection etc Remote Connection Down os 0 CRITICAL Error Events 1 OPERATIONAL r 17 rPortConfigurationChanged Enterprise Variables Description nishanProducts nishanTrapMsg This trap is sent when an R_Port configuration change is made by the user Possible user initiated configuration changes are 1 Zoning policies 2 Interconnect modes 3 Fabric IDs 4 Domain IDs 5 Port E OSi SNMP Support Manual Type Summary Arguments Severity Category Timelndex State Sequence rPortZoningChanged Enterprise Variables Description Type Summary Arguments Severity Category Timelndex State Sequence rPortFailedtoEstablishISL Enterprise McDATA Management Traps MIB Zoning option or 6 Cleanup actions For example for 1 Zoning policies the nishanTrapMsg may be R_Port 4 Config Change Zone policy change R_Port Zone policy changed s 0 NORMAL Configuration Events 1 OPERATIONAL 18 nishanProducts nishanTrapMsg This trap is sent when a zoning update is initiated on an FC switch A zoning update is required when there is a mismatch between the SAN Router s zoning configuratio
422. t is the ALPA that is connected If this is an eport then it will only contain the domain ID If not any of those unknown or cascaded loop return all bits set to 1 connUnitLinkEntry 13 INTEGER read only mandatory The last used link index Event Group McDATA SAN Routing Management MIB F 47 McDATA SAN Routing Management MIB Sequence connUnitPortStatHub Table Syntax Access Status Description Sequence connUnitLinkEntry 14 The following four tables have been obsoleted These were used to keep statistic information based on the type of port type It was changed for all ports to use a common statistics table SEQUENCE OF ConnUnitPortStatHubEntry not accessible obsolete A list of statistics for the hub port type statSet 1 conn UnitPortStatFabricTable Syntax Access Status Description Sequence SEQUENCE OF ConnUnitPortStatFabricEntry not accessible obsolete A list of statistics for the fabric port types statSet 2 connUnitPortStatSCSITable Syntax Access Status Description Sequence SEQUENCE OF ConnUnitPortStatSCSIEntry not accessible obsolete A list of statistics for the SCSI port type statSet 3 connUnitPortStatLANTable Syntax Access Status SEQUENCE OF ConnUnitPortStatLANEntry not accessible obsolete E OSi SNMP Support Manual Description Sequence Port Statistics connUnitPortStat
423. t this entity but could not be e g because their Don t Fragment flag was set Counter R The number of IP datagram fragments that have been generated as a result of fragmentation at this entity MIB Definitions McDATA SNMP Support 2 27 McDATA SNMP Support The IP Address Table ipAdEntAddr Type Access Description ipAdEntIfIndex Type Access Description ipAdEntNetMask Type Access Description ipAdEntBcastAddr Type Access Description The IP address table contains this entity s IP addressing information IpAddress R The IP address to which this entry s addressing information pertains INTEGER R The index value which uniquely identifies the interface to which this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex IpAddress R The subnet mask associated with the IP address of this entry The value of the mask is an IP address with all the network bits set to 1 and all the hosts bits set to 0 INTEGER R The value of the least significant bit in the IP broadcast address used for sending datagrams on the logical interface associated with the IP address of this entry For example when the Internet standard all ones broadcast address is used the value will be 1 This value applies to both the subnet and network broadcasts addresses used by the entity on this logical interfa
424. tCapClass3S5eqDeliv INTEGER fcFxPortCapHoldTimeMax MicroSeconds fcFxPortCapHoldTimeMin MicroSeconds fcFxPortCapBaudRates FcOBaudRateCap fcFxPortCapMedia FcOMediaCap FcFeModuleIndex read only current This object identifies the module containing the FxPort for which this entry contains information fcFxPortCapEntry 1 FcFeFxPortIndex read only current This object identifies the FxPort within the module This number ranges from 1 to the value of feFeModulePortCapacity for the associated module The value remains constant for the identified FxPort until the module is re initialized fcFxPortCapEntry 2 E OSi SNMP Support Manual fcFxPortCapFcphVersionHigh Syntax Max Access Status Description Sequence FcphVersion read only current The highest or most recent version of FC PH that the FxPort is capable of supporting fcFxPortCapEntry 3 fcFxPortCapFcphVersionLow Syntax Max Access Status Description Sequence fcFxPortCapBbCreditMax Syntax Max Access Status Description Sequence fcFxPortCapBbCreditMin Syntax Max Access Status Description FcphVersion read only current The lowest or earliest version of FC PH that the FxPort is capable of supporting fcFxPortCapEntry 4 FcBbCredit read only current The maximum number of receive buffers available for holding Class 1 connect request Class 2 or Class 3 frames from the atta
425. tIdentifier Syntax Access Status Description Sequence FcGloballd connUnitSnsSymbolicPortName DisplayString connUnitSnsSymbolicNodeName DisplayString OCTET STRING SIZE 16 read only mandatory The connUnitld of the connectivity unit that contains this Name Server table connUnitSnsEntry 1 INTEGER read only mandatory The physical port number of this SNS table entry Each physical port has an SNS table with 1 n entries indexed by ConnUnitSnsPortIdentifier port address connUnitSnsEntry 2 FcAddressId read only mandatory The Fibre Channel ID for this entry in the SNS table connUnitSnsEntry 3 E OSi SNMP Support Manual connUnitSnsPortName Syntax Access Status Description Sequence connUnitSnsNodeName Syntax Access Status Description Sequence connUnitSnsClassOfSvc Syntax Access Status Description Sequence connUnitSnsNodelIPAddress Syntax Access Status Description Sequence McDATA SNMP Support FcNameld read only mandatory The Port WWN for this entry in the SNS table connUnitSnsEntry 4 FcNameld read only mandatory The Node Name for this entry in the SNS table connUnitSnsEntry 5 OCTET STRING SIZE 1 read only mandatory The Classes of Service offered by this entry in the SNS table This is a bit mask where each bit that represents the class of service is set to a value of one i
426. tatsEntry 3 Counter32 read only current The total amount of IO Write operations commands passed through this TCP Port fceswTCPStorageStatsEntry 4 fcswTCPPortPendingIOReads Syntax Max Access Status Description Sequence Gauge32 read only current The number of outstanding IO READ operations on this TCP port i e the number of READ operations that haven t completed yet fceswTCPStorageStatsEntry 5 fcswTCPPortPendingIOW rites Syntax Max Access Status Description Sequence Gauge32 read only current The number of outstanding IO WRITE operations on this TCP port i e the number of WRITE operations that haven t completed yet fceswTCPStorageStatsEntry 6 fcswTCPPortAvgReadCmdReqLen Syntax Gauge32 E OSi SNMP Support Manual Max Access Status Description Sequence read only current The READ command request length in bytes for this TCP port averaged over the last 5 secs fcswTCPStorageStatsEntry 7 fcswTCPPortAvgWriteCmdReqLen Syntax Max Access Status Description Sequence feswTCPPortUtil Syntax Max Access Status Description Sequence TCP Port Sessions Table fcswNumOfTCPSessions Syntax Max Access Gauge32 read only current The WRITE command request length in bytes for this TCP port averaged over the last 5 secs fceswTCPStorageStatsEntry 8 INTEGER 1 100 read onl
427. tatus Description Sequence Syntax Max Access Status Description Sequence Max Access Status Syntax current This table contains information about all the devices discovered on a given fabric nishanEportDeviceInfo 5 eportDeviceDiscoveryEntry EportDeviceDiscoveryEntry not accessible current Entry containing information for a particular device discovered off of a given subfabric INDEX _ eportDeviceDiscoverySubFabric eportDeviceDiscoveryPortName eportDeviceDiscoveryTable 1 EportDeviceDiscoveryEntry SEQUENCE eportDeviceDiscoverySubFabric INTEGER eportDeviceDiscoveryPortName WWNtype eportDeviceDiscoveryRealFCID FCIDtype eportDeviceDiscoverySubFabric INTEGER 1 16 read only current The subfabric index associated with this discovered device eportDeviceDiscoveryEntry 1 eportDeviceDiscoveryPortName WWNtype read only current EA E OSi SNMP Support Manual Description Sequence The World Wide Port Name that uniquely identifies this discovered device eportDeviceDiscoveryEntry 2 eportDeviceDiscoveryRealFCID Syntax Max Access Status Description Sequence FCIDtype read only current The FCID associated with this discovered device eportDeviceDiscoveryEntry 3 eportDeviceImportMaxEntries Syntax Max Access Status Description Sequence eportDeviceImportCount Syntax Max Access Status
428. tatus Description Sequence read only current The current number of lines in the login banner This is also the number of entries in the loginBannerTable nishanSystem 20 SEQUENCE OF LoginBannerEntry not accessible current The loginBannerTable defines a text banner to display before the login prompt Each table entry is a text string representing one line of the banner Blank lines must contain at least one space character To set the prompt write each line starting at index 1 If the prompt is less than 25 lines long terminate the prompt by writing a zero length string after the last prompt line The zero length string deletes all following lines The zero length string is not returned when reading the table The zero length string is not counted in the prompt line count in variable loginBannerLines nishanSystem 21 LoginBannerEntry not accessible current One line of the login banner INDEX loginBannerLineNumber loginBannerTable 1 LoginBannerEntry SEQUENCE loginBannerLineNumber Integer32 loginBannerText DisplayString System configuration McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB loginBannerLineNumber Syntax Max Access Status Description Sequence loginBannerText Syntax Max Access Status Description Sequence Integer32 1 25 not accessible current The line number of this line in the login
429. tatus mandatory Description The technology of the port transceiver Sequence connUnitPortModuleType connUnitPortEntry 8 Syntax INTEGER unknown 1 other 2 gbic 3 embedded A fixed i e oneXnine glm 5 gbicSerialld 6 gbicNoSerialld 7 gbicNotInstalled 8 Port Table McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB F 30 Access Status Description Sequence connUnitPortWwn Syntax Access Status Description Sequence connUnitPortFCId Syntax Access Status Description Sequence connUnitPortSn Syntax Access Status smallFormFactor 9 this is generically a small form factor connector read only mandatory The module type of the port connector connUnitPortEntry 9 FcNameld read only mandatory The World Wide Name of the port if applicable otherwise all zeros connUnitPortEntry 10 FcAddressId read only mandatory This is the assigned Fibre Channel ID of this port This value is expected to be a Big Endian value of 24 bits If this is loop then it is the ALPA that is connected If this is an eport then it will only contain the domain ID left justified zero filled If this port does not have a Fibre Channel address return all bits set to 1 connUnitPortEntry 11 DisplayString SIZE 0 79 read only mandatory E OSi SNMP Support Manual Description Sequence connUnit
430. tax Max Access Status Description Sequence McDATA Nishan FC Fabric Element MIB FcNameld read only instead of read write current The Name_Identifier of the module fcFeModuleEntry 7 This table contains one entry for each FxPort configuration parameters of the ports SEQUENCE OF FcFxPortEntry not accessible current A table that contains one entry for each FxPort in the Fabric Element configuration and service parameters of the FxPorts fcFeConfig 5 FcFxPortEntry not accessible current An entry containing the configuration and service parameters of a FxPort INDEX fcFxPortModuleIndex fcFxPortFxPortIndex fcFxPortTable 1 FcFxPortEntry SEQUENCE fcFxPortModuleIndex FxPort Configuration Table G 11 McDATA Nishan FC Fabric Element MIB G 12 FcFeModuleIndex fcFxPortFxPortIndex FcFeFxPortIndex fcFxPortName FcPortName FxPort common service parameters fcFxPortFcphVersionHigh FcphVersion fcFxPortFcphVersionLow FcphVersion fcFxPortBbCredit FcBbCredit fcFxPortRxBufSize FcRxDataFieldSize fcFxPortRatov MilliSeconds fcFxPortEdtov MilliSeconds FxPort class service parameters fcFxPortCosSupported FcCosCap fcFxPortIntermixSupported INTEGER fcFxPortStackedConnMode FcStackedConnMode fcFxPortClass2SeqDeliv INTEGER fcFxPortClass3SeqDeliv INTEGER E OSi SNMP Support Manual fcFxPortModuleIndex Syntax Max Access Status Desc
431. ted Sequence fcswSnsClientEntry 2 fcswSnsClientInbandAddr Syntax InetAddress Max Access read only Status current Description The switch address of the SNS client This is the mFCP address used in SNS packets E OSi SNMP Support Manual Sequence fcswSnsClientEntry 3 fcswSnsClientMgmtPortAddrType Syntax Max Access Status Description Sequence InetAddressType read only current The format of the IP address in feswSnsClientMgmtPortAddr Currently only IPv4 1 is supported fcswSnsClientEntry 4 fcswSnsClientMgmtPortAddr Syntax Max Access Status Description Sequence fcswSnsClientRegDate Syntax Max Access Status Description Sequence fcswSnsClientConflicts Syntax InetAddress read only current The management port address of the SNS client This address is used by management applications performing out of band management fcswSnsClientEntry 5 DateAndTime read only current The date and time when this client was registered with the primary SNS according to the local SAN Router s clock i e the clock in the SAN Router containing this MIB table This is the time at which configuration conflicts listed in feswSnsClientConflicts were detected fcswSnsClientEntry 6 Integer32 FC Switch Zone Configuration McDATA Eclipse SAN Router Management MIB E 73 McDATA Eclipse SAN Router Management MIB
432. ted state of the port hardware connUnitPortEntry 6 INTEGER unknown 1 unused 2 ready 3 warning 4 failure 5 notparticipating 6 initializing 7 bypass 8 ols 9 other 10 read only mandatory E OSi SNMP Support Manual device cannot report this status FCAL Loop or FCPH Link reset protocol initialization has completed do not use 4 12 00 do not use 4 12 00 loop notparticipating and does not have a loop address protocol is proceeding do not use 4 12 00 FCP offline status status not described above Description Sequence An overall protocol status for the port This value of connUnitPortState is not online then this is reported Unknown connUnitPortEntry 7 connUnitPortTransmitterType Syntax Access Status Description Sequence connUnitPortModuleType Syntax INTEGER unknown 1 other 2 unused 3 shortwave 4 longwave 5 copper 6 scsi 7 longwaveNoOFC 8 shortwaveNoOFC 9 longwaveLED 10 ssa 11 read only mandatory The technology of the port transceiver connUnitPortEntry 8 INTEGER unknown 1 other 2 gbic 3 embedded A fixed ie oneXnine glm 5 gbicSerialld 6 FCMGMTMIB McDATA SNMP Support McDATA SNMP Support Access Status Description Sequence connUnitPortWwn Syntax Access Status Description Sequence connUnitPortFCId Syntax Access Statu
433. that this connUnit can see or it may contain a fabric wide view of the platforms connUnitPlatformMaxEntry Syntax Access Status Description Sequence connUnitPlatformTable Syntax Access Status Description Sequence INTEGER read only mandatory The maximum number of entries in the platform table connUnitServiceScalars 2 SEQUENCE OF ConnUnitPlatformEntry not accessible mandatory un connUnitServiceTables 2 E OSi SNMP Support Manual connUnitPlatformEntry Syntax Access Status Description Sequence ConnUnitPlatformEntry not accessible mandatory INDEX connUnitPlatformIndex connUnitPlatformNodelndex connUnitPlatformTable 1 ConnUnitPlatformEntry SEQUENCE connUnitPlatformIndex INTEGER connUnitPlatformNodeIndex INTEGER connUnitPlatformUnitID FcGloballd connUnitPlatformName OCTET STRING connUnitPlatformType FcUnitType connUnitPlatformLabel DisplayString connUnitPlatformDescription DisplayString connUnitPlatformLocation DisplayString connUnitPlatformManagementUrl DisplayString connUnitPlatformNumNodes FCMGMT MIB McDATA SNMP Support 2 173 2 174 McDATA SNMP Support connUnitPlatformIndex Syntax Access Status Description Sequence INTEGER connUnitPlatformNodeName FcGloballd INTEGER 1 2147483647 read only mandatory Unique table index for each platform Valid values are between 1 and
434. the FxPort fcFxPortEntry 13 INTEGER yes 1 no 2 read only current A flag indicating whether or not Class 3 Sequential Delivery is supported by the FxPort fcFxPortEntry 14 MicroSeconds read only current The maximum time in microseconds that the FxPort shall hold a frame before discarding the frame if it is unable to deliver the frame The value 0 means that the FxPort does not support this parameter fcFxPortEntry 15 FcOBaudRate read only deprecated The FC 0 baud rate of the FxPort fcFxPortEntry 16 FxPort Configuration Table G 17 McDATA Nishan FC Fabric Element MIB G 18 fcFxPortMedium Syntax Max Access Status Description Sequence fcFxPortTxType Syntax Max Access Status Description Sequence fcFxPortDistance Syntax Max Access Status Description Sequence Operation group FxPort Operation table FcOMedium read only deprecated The FC 0 medium of the FxPort fcFxPortEntry 17 FcOTxType read only deprecated The FC 0 transmitter type of the FxPort fcFxPortEntry 18 FcODistance read only deprecated The FC 0 distance range of the FxPort transmitter fcFxPortEntry 19 This group consists of tables that contains operational status and established service parameters for the Fabric Element and the attached NxPorts Implementation of this group is mandatory This table contains o
435. the location from where the current runtime vxWorks Image was obtained amp booted flashObject 11 INTEGER upload 1 erase 2 read write current Command to upload System Log contents to server or erase current contents of System Log This variable can only be SET it returns a NoSuchName error if read After setting this variable to 1 or 2 poll flashCommandsStatus to determine the operation status flashObject 12 INTEGER upload 1 download 2 read write current Command to upload or download nvram configuration data This variable can only be set it returns a NoSuchName error if read flashObject 13 INTEGER 1 100 read only current E OSi SNMP Support Manual Description Sequence flashImageOnNextReset Syntax Max Access Status Description Sequence Environmental information envVoltageTable Syntax Max Access Status Description Sequence envVoltageEntry Syntax Max Access Status McDATA Eclipse SAN Router Management MIB Percentage of used space in error log flash In the case of a flash error the value of 1 is used flashObject 14 INTEGER 1 4 read write current Flash Image which will be used on next reset Image is defined by flashImagelIndex in flashImageTable flashObject 15 This section is supported on all Nishan products nishanEnv OBJECT IDENTIFIER nishanMgmt 5 envElectrical OBJECT IDENTIFIER
436. thentication failure traps The value of this object overrides any configuration information as such it provides a means whereby all authentication failure traps may be disabled Note that it is strongly recommended that this object be stored in non volatile memory so that it remains constant between re initializations of the network management system Values enabled 1 disabled 2 E OSi SNMP Support Manual McDATA SNMP Support Fabric Element Management MIB There are five groups of objects defined in the Fabric Element Management MIB Fabric Element Management MIB Tables Predefined types DisplayString Syntax OCTET STRING MilliSeconds Syntax INTEGER 0 2147383647 2431 1 MicroSeconds Syntax INTEGER 0 2147383647 FcNameld Syntax OCTET STRING SIZE 8 Description World wide Name or Fibre Channel Name associated with an FC entity It s a Network_Destination_ID or Network_Source_ID composed of a value up to 60 bits wide occupying the remaining 8 bytes while the first nibble identifies the format of the Name_Identifier with hex values 0 ignored 1 IEEE 48 bit address 2 IEEE extended 3 Locally assigned 4 32 bit IP address FabricName Syntax FcNameld Description The Name Identifier of a Fabric Each Fabric shall provide a unique Fabric Name Only the following formats are allowed IEEE48 and Local Fabric Element Management MIB 2 53 McDATA SNMP Support FcPortName Sy
437. ther the Discovered Path MTU or rmtPeerMaxMtuSize whichever is smaller If the rmtPeerMaxMtuSize has not been set indicated by a value of 0 then it is ignored rmtPeerEntry 18 E OSi SNMP Support Manual rmtPeerMaxMtuSize Syntax Max Access Status Description Sequence rmtPeerRowStatus Syntax Max Access Status Description Sequence rmtPeerTcpWindowSize Syntax Max Access McDATA Gateway MIB INTEGER 0 65535 read only current The maximum value in bytes that can be used for the Maximum Transmission Unit MTU Size for the connection This variable reflects what has been set for the TCP port that is hosting this connection The value for the port is set by using NISHAN MGT feswTCPMaxMtuSize This variable can used to prevent accidental fragmentation when the Path MTU value as returned by paths used by this connection is incorrect causing accidental fragmentation If this variable is set to 0 the default setting then it is ignored rmtPeerEntry 19 RowStatus read create current This indicates the status of this entry The row status is for creating the row entry It does not show the status of the connection The connection status is determined by the Action and Status attributes active 1 read write notInService 2 read write notReady 3 read only createAndGo 4 write only createAndWait 5 write only destroy 6 write only rmtPeerEntry 20 I
438. there may be events that may not be contained in the agent s internal event buffer For example an agent may read events 50 75 At the next read interval connUnitEventCurrID is 189 If the management app tries to read event index 76 and the agent s internal buffer is 100 entries max event index 76 will no longer be available The index value is an incrementing integer starting from one every time there is a table reset On table reset all contents are emptied and all indices are set to zero When an event is added to the table the event is assigned the next higher integer value than the last item entered into the table If the index value reaches its maximum value the next item entered will cause the index value to roll over and start at one again Sequence connUnitEventEntry 2 connUnitEventId Syntax INTEGER Access read only Status deprecated Description The internal event Id Incremented for each event ranging between 1 and connUnitMaxEvents Not used as table index to simplify the agent implementation When this reaches the end of the range Event Group F 39 McDATA SAN Routing Management MIB Sequence connUnitREventTime Syntax Access Status Description Sequence connUnitSEventTime Syntax Access Status Description Sequence specified by connUnitMaxEvents the Id will roll over to start at one This value will be set back to one at reset The relationship of this value to the index
439. this MIB module nishan 10 This table contains one row for each iSCSI device connected to this SAN Router The table shows the mapping from the iSCSI description to the mFCP information registered in SNS iSCSI devices are not discovered They must be manually configured on the switch so the SAN Router can register with SNS as a proxy for the iSCSI devices The user must manually configure the isCSI Name IP address IP port and switch port in the table below The iSCSI Alias is learned dynamically from the device but may be supplied by the user if not configured on the device The port and node WWNs and SoIP socket number are generated by the SAN Router SEQUENCE OF IscsiDeviceEntry not accessible current This table contains information on how each iSCSI device connected to this SAN Router is mapped to SNS registration information nishanISCSI 1 IscsiDeviceEntry McDATA iSCSI Configuration MIB LY Col DYN iSCSI Configuration MIB Max Access Status Description Sequence iscsiDevIndex Syntax Max Access Status Description Sequence iscsiDevName Syntax Max Access Status not accessible current Entry containing info for a particular iSCSI device INDEX iscsiDevIndex iscsiDeviceTable 1 IscsiDeviceEntry SEQUENCE iscsiDevIndex iscsiDevName iscsiDevIpAddress iscsiDevTcpPort iscsiDevSwitchPort iscsiDevAlias iscsiDevRole iscsiDevPortWWN iscsiDevN
440. this can fall within the scope of a network manager Any protocol for managing networks must allow virtually all network devices and systems to communicate statistics and status information to network management stations network managers This communication must be independent of the primary network transmission medium and impose little effect on the efficiency of the network Network managers must be able to obtain status information from managed devices and make changes in the way the managed devices handle network traffic Simple Network Management Protocol SNMP is one way of meeting these requirements SNMP Management SNMP is a mechanism for network management that is complete but simple It is designed on the manager agent paradigm with the agent residing in the managed device Information is exchanged between agents devices on the network being managed and managers devices on the network through which management is done There are many possible transactions between agents and managers These transactions vary widely with the different types of devices that can be managed With so many varied requirements for reporting and management the list of commands a manager must be Introduction to SNMP a Introduction to SNMP SNMP Simplified SNMP Commands able to issue is overwhelming and every new manageable device can increase the list SNMP was created to allow all these things to be easily done on any g
441. tion as connUnitPortProtocolCap connUnitPortEntry 21 FcNameld read only mandatory The Node World Wide Name of the port if applicable otherwise all zeros This should have the same value for a group of related ports The container is defined as the largest physical entity For example all ports on HBAs on a host will have the same Node WWN All ports on the same storage subsystem will have the same Node WWN connUnitPortEntry 22 E OSi SNMP Support Manual connUnitPortHWState Syntax Access Status Description Sequence Event Group connUnitEventTable Syntax Access Status Description Sequence connUnitEventEntry Syntax Access Status McDATA SAN Routing Management MIB INTEGER unknown 1 failed 2 port failed diagnostics bypassed 3 FCAL bypass loop only active 4 connected to a device loopback 5 Port in ext loopback txfault 6 Transmitter fault noMedia 7 media not installed linkDown 8 waiting for activity rx sync read only mandatory The hardware detected state of the port connUnitPortEntry 23 SEQUENCE OF ConnUnitEventEntry not accessible mandatory The table of connectivity unit events Errors warnings and information should be reported in this table connSet 11 ConnUnitEventEntry not accessible mandatory Event Group F 37 McDATA SAN Routing Management MIB F 38 Description Sequence connUn
442. to allow any or all of these values on a SET On a read if you do not support write then return invalid Otherwise return the last control operation attempted connUnitPortEntry 16 DisplayString read write mandatory A user defined name for this port This means that up to DisplayString characters may be supported If less than then the name will be truncated in the connunit connUnitPortEntry 17 INTEGER read only mandatory This is the internal port number this port is known by In many implementations this should be the same as connUnitPortIndex Some implementations may have an internal port representation not compatible with the rules for table indices In that case provide the internal representation of this port in this object This value may also be used in the connUnitLinkPortNumberX or connUnitLinkPortNumbery objects of the connUnitLinkTable FCMGMT MIB McDATA SNMP Support Sequence connUnitPortStatObject Syntax Access Status Description Sequence connUnitPortProtocolCap Syntax Access Status Description Sequence connUnitPortProtocolOp Syntax Access Status connUnitPortEntry 18 OBJECT IDENTIFIER read only deprecated This contains the OID of the first object of the table that contains the statistics for this particular port If this has a value of zero then there are no statistics available for this port The port type information will help i
443. ts below refer to an SNMP entity and there may be several SNMP entities residing on a managed node e g if the node is hosting acting as a management station Counter R The total number of messages delivered to the SNMP entity from the transport service Counter R The total number of SNMP messages which were passed from the SNMP protocol entity to the transport service Counter R The total number of SNMP messages which were delivered to the SNMP protocol entity and were for an unsupported SNMP version E OSi SNMP Support Manual McDATA SNMP Support snmpInBadCommunity Names Type Counter Access R Description The total number of SNMP messages delivered to the SNMP protocol entity which used a SNMP community name not known to said entity snmpInBadCommunityUses Type Counter Access R Description The total number of SNMP messages delivered to the SNMP protocol entity which represented an SNMP operation which was not allowed by the SNMP community named in the messages snmpInASNParseErrs Type Counter Access R Description The total number of ASN 1 or BER errors encountered by the SNMP protocol entity when decoding received SNMP messages snmpInTooBigs Type Counter Access R Description The total number of SNMP PDUs which were delivered to the SNMP protocol entity and for which the value of the error status field is tooBig snmpInNoSuchNames Type Counter Access R MIB Definitions
444. ts value should be set to the OBJECT IDENTIFIER 0 0 which is a syntactically valid object identifier and any conforming implementation of ASN 1 and BER must be able to generate and recognize this value The IP address translation table contain the IpAddress to physical address equivalences Some interfaces do not use translation tables for determining address equivalences e g DDN X 25 has an algorithmic method if all interfaces are of this type then the Address Translation table is empty i e has zero entries INTEGER RW The interface on which this entry s equivalence is effective The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex MIB Definitions 2 33 McDATA SNMP Support 2 34 ipNetToMediaPhysAddress Type Access Description ipNetToMediaNetAddress Type Access Description ipNetToMediaType Type Access Description Additional IP objects PhysAddress RW The media dependent physical address IpAddress RW The IpAddress corresponding to the media dependent physical address INTEGER RW The type of mapping Setting this object to the value invalid 2 has the effect of invalidating the corresponding entry in the ipNetToMediaTable That is it effectively disassociates the interface identified with said entry from the mapping identified with said entry It is an implementation specific matter as to
445. tus Description Sequence connUnitSnsNodeName Syntax Access Status Description Sequence connUnitSnsClassOfSvc Syntax read only mandatory The physical port number of this SNS table entry Each physical port has an SNS table with 1 n entries indexed by ConnUnitSnsPortldentifier port address connUnitSnsEntry 2 FcAddressId read only mandatory The Port Identifier for this entry in the SNS table connUnitSnsEntry 3 FcNameld read only mandatory The Port WWN for this entry in the SNS table connUnitSnsEntry 4 FcNameld read only mandatory The Node Name for this entry in the SNS table connUnitSnsEntry 5 OCTET STRING SIZE 1 E OSi SNMP Support Manual Access Status Description Sequence read only mandatory The Classes of Service offered by this entry in the SNS table connUnitSnsEntry 6 connUnitSnsNodelIPAddress Syntax Access Status Description Sequence connUnitSnsProcAssoc Syntax Access Status Description Sequence connUnitSnsFC4Type Syntax Access Status Description Sequence connUnitSnsPortType Syntax Access OCTET STRING SIZE 16 read only mandatory The IPv6 formatted address of the Node for this entry in the SNS table connUnitSnsEntry 7 OCTET STRING SIZE 1 read only mandatory The Process Associator for this entry in the SNS table connUnitSnsEnt
446. tus current Description DURABLE 8 all When Reorder Resistance is enabled in feswTCPOptions fcswTCPReorderThreshold specifies the number of duplicate ACKs that may be received within a short time approximately 2 msec before a fast retransmit or fast recovery is triggered Reorder Resistance reduces unnecessary fast retransmits and fast recoveries due to reordered packets In some cases Reorder Resistance may delay recovery from dropped packets If Reorder Resistance is not enabled the feswTCPReorderThreshold value is not used The default value is 8 DEFVAL 8 Sequence fcswICPPortEntry 22 fcswT CPFastWriteOptions Syntax INTEGER 0 7 Max Access read write Status current Description DURABLE 0 all A bitmap representing Fast Write options for this port These options are only meaningful when Fast Write is enabled in feswTCPOptions FastWrite also known as WAN Optimization improves TCP write performance on long distance iFCP connections The Fast Write options modify the Fast Write behavior Setting a bit enables the ga E OSi SNMP Support Manual Sequence option The default values for all options are off Current bit assignments are Bit 0 XFER_RDY Windowing This option controls the way in which the outstanding transfer ready count is used If bit 0 is off then then the XFER_RDYs are limited to the value specified in feswTCPFastWriteMaxXferRdys If bit 0 is set then the limit in feswT
447. tween 1 and connUnitNumSensor connUnitSensorUnitld connUnitSensorEntry 2 DisplayString read only mandatory E OSi SNMP Support Manual Description Sequence connUnitSensorStatus Syntax Access Status Description Sequence connUnitSensorInfo Syntax Access Status Description Sequence connUnitSensorMessage Syntax Access Status McDATA SNMP Support A textual identification of the sensor intended primarily for operator use connUnitSensorEntry 3 INTEGER unknown 1 other 2 the sensor indicates other than ok warning or failure ok 3 the sensor indicates ok warning 4 the sensor indicates a warning failed 5 the sensor indicates failure read only mandatory The status indicated by the sensor connUnitSensorEntry 4 DisplayString read only mandatory Miscellaneous static info about the sensor such as its serial number connUnitSensorEntry 5 DisplayString read only mandatory FCMGMT MIB 2 111 McDATA SNMP Support Description This describes the status of the sensor as a message It may also provide more resolution on the sensor indication for example Cover temperature 1503K above nominal operating range Sequence connUnitSensorEntry 6 connUnitSensorType Syntax INTEGER unknown 1 other 2 battery 3 fan 4 power supply 5 transmitter 6 enclosure 7 board 8 receiver 9 Access read onl
448. type depend upon the algorithm used to determine the retransmission timeout In particular when the timeout algorithm is rsre 3 an object of this type has the semantics of the UBOUND quantity described in RFC 793 INTEGER R E OSi SNMP Support Manual Description tcpActiveOpens Type Access Description tcpPassiveOpens Type Access Description tcpAttemptFails Type Access Description tcpEstabResets Type Access Description McDATA SNMP Support The limit on the total number of TCP connections the entity can support In entities where the maximum number of connections is dynamic this object should contain the value 1 Counter R The number of times TCP connections have made a direct transition to the SYN SENT state from the CLOSED state Counter R The number of times TCP connections have made a direct transition to the SYN RCVD state from the LISTEN state Counter R The number of times TCP connections have made a direct transition to the CLOSED state from either the SYN SENT state or the SYN RCVD state plus the number of times TCP connections have made a direct transition to the LISTEN state from the SYN RCVD state Counter R The number of times TCP connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE WAIT state MIB Definitions McDATA SNMP Support tcpCurrEstab Type Access Description tcpInSeg
449. ually disabled by setting feswPortAdminStatus to 2 it may take the port up to a minute to close iSCSI and iFCP sessions During this time feswPortOperStatus returns inTransition 5 When the port disable is finished feswPortOperStatus changes to down 2 fcswPortEntry 5 INTEGER reset 1 lipenable 2 fairenable 3 fairdiable 4 read write current fcswPortEntry 6 INTEGER off 0 on 1 read write current Turn this on off to blink the port fcswPortEntry 7 E OSi SNMP Support Manual fcswPortName Syntax Max Access Status Description Sequence fcswPortUtilization Syntax Max Access Status Description Sequence fcswAutoNegotiationsAdmin Syntax Max Access Status Description Sequence fcswPortAutoLinkAggregationAdminStatus Syntax Max Access Status McDATA Eclipse SAN Router Management MIB OCTET STRING SIZE 0 32 read write current A user defined name for this port fcswPortEntry 8 INTEGER 0 2147483647 read only current The best estimate of the mean physical layer network utilization on this port during the last 5 second sampling interval in percent The upper 16 bit word contains the TX utilization while the lower 16 bit word contains the RX utilization fcswPortEntry 9 INTEGER notAvailable 0 enable 1 disable 2 read write current Used to enable disable the auto negotiations to any
450. ull OCTET STRING connUnitPortStatCountFBSYFrames OCTET STRING connUnitPortStatCountPBSY Frames OCTET STRING connUnitPortStatCountFRJTFrames OCTET STRING connUnitPortStatCountPRJTFrames OCTET STRING connUnitPortStatCountClass1RxFrames OCTET STRING connUnitPortStatCountClass1TxFrames OCTET STRING connUnitPortStatCountClass1FBSYFrames OCTET STRING connUnitPortStatCountClass1PBSYFrames E OSi SNMP Support Manual McDATA SAN Routing Management MIB OCTET STRING connUnitPortStatCountClass1FRJTFrames OCTET STRING connUnitPortStatCountClass1PRJTFrames OCTET STRING connUnitPortStatCountClass2RxFrames OCTET STRING connUnitPortStatCountClass2TxFrames OCTET STRING connUnitPortStatCountClass2FBS YFrames OCTET STRING connUnitPortStatCountClass2PBSYFrames OCTET STRING connUnitPortStatCountClass2FRJTFrames OCTET STRING connUnitPortStatCountClass2PRJTFrames OCTET STRING connUnitPortStatCountClass3RxFrames OCTET STRING connUnitPortStatCountClass3TxFrames OCTET STRING connUnitPortStatCountClass3Discards OCTET STRING connUnitPortStatCountRxMulticastObjects OCTET STRING connUnitPortStatCountTxMulticastObjects OCTET STRING connUnitPortStatCountRxBroadcastObjects OCTET STRING Event Group Fst McDATA SAN Routing Management MIB connUnitPortStatCountTxBroadcastObjects OCTET STRING connUnitPortStatCountRxLinkResets OCTET STRING connUnitPortStatCountTxLinkResets OCTET STRING connUnitP
451. units An agent SHOULD include partial information about links if it is not able to fully define them E OSi SNMP Support Manual connUnitLinkTable Syntax Access Status Description Sequence connUnitLinkEntry Syntax Access Status Description For an entry to be considered to be valid both the X local and the Y remote need to have one valid value If the agent is able to discover links which do not directly attach to members of its agency and its discovery algorithm gives some assurance the links are recently valid it MAY include these links Link information entered by administrative action MAY be included even if not validated directly if the link has at least one endpoint in this agency but SHOULD NOT be included otherwise A connectivity unit should fill the table in as best it can One of the methods to fill this in would be to use the RNID ELS reference ANSI T11 3 draft standard FC FS This allows one to query a port for the information needed for the link table This table is accessed either directly if the management software has an index value or via GetNexts The value of the indexes are not required to be contiguous Each entry created in this table will be assigned an index This relationship is kept persistent until the entry is removed from the table or the system is reset The total number of entries are defined by the size of the table SEQUENCE OF ConnUnitLinkEntry not accessible mandator
452. unreachable This trap repeats when the backup connection is retried unsuccessfully There is no interruption of storage traffic but the primary iFCP port is no longer protected from failure The text message in the variable binding list includes the IP address of the primary iFCP port that cannot be backed up and the IP address of the port configured to be the backup The cause of the failure e g timeout rejected incorrect configuration is not provided There is no trap sent when the backup relationship is established successfully or re established successfully Backup Down s 0 WARNING Error Events 1 OPERATIONAL 14 nishanProducts nishanTrapMsg Hs E OSi SNMP Support Manual Description Type Summary Arguments Severity Category Timelndex State Sequence ifcpRemoteConnectionUp Enterprise Variables Description Type Summary Arguments Severity McDATA Management Traps MIB This trap is sent by a backup iFCP port when the backup port begins to activate its backup connections This may be caused by the primary port becoming unreachable or the primary port informing the backup port that the primary link has gone down The backup port will attempt to establish all remote connections learned from the primary port If there are any learned connections this trap will be followed by other traps defined below to indicate the success or failure of each remote connection The text mes
453. unter PSCC R The number of invalid transmission word detected by the Fx_Port Counter PSCC R The number of invalid CRC detected by the Fx_Port Counter PSCC R The number of Delimiter Errors detected by this Fx_Port Counter PSCC R The number of address identifier errors detected by this Fx_Port E OSi SNMP Support Manual FcFxPortLinkResetIns Type Provided By Access Description FcFxPortLinkResetOuts Type Provided By Access Description FcFxPortOlsIns Type Provided By Access Description FcFxPortOlsOuts Type Provided By Access Description Class 1 Accounting table McDATA SNMP Support Counter PSCC R The number of Link Reset Protocol received by this Fx_Port from the attached Nx_Port Counter PSCC R The number of Link Reset Protocol issued by this Fx_Port to the attached Nx_Port Counter PSCC R The number of Offline Sequence received by this Fx_Port Counter PSCC R The number of Offline Sequence issued by this Fx_Port A table that contains one entry for each Fx_Port in the Fabric Element Class 1 accounting information These entries are all zero excep for the index since class 1 is not supported Fabric Element Management MIB 2 77 McDATA SNMP Support 2 78 fcFxPortC1AcctFxPortIndex Type Provided By Access Description FcFxPortC1InConnections Type Provided By Access Description FcFeFxPortIndex SNMP R
454. upport Manual connUnitPortStatUnitId Syntax Access Status Description Sequence connUnitPortStatIndex Syntax Access Status Description Sequence OCTET STRING connUnitPortStatCountEncodingDisparityErrors OCTET STRING FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this port stat table connUnitPortStatEntry 1 INTEGER 0 2147483647 read only mandatory A unique value among all entries in this table having the same connUnitPortStatUnitId between 1 and connUnitNumPort connUnitPortStatUnitld connUnitPortStatEntry 2 connUnitPortStatCountError Syntax Access Status Description Sequence OCTET STRING SIZE 8 read only mandatory A count of the errors that have occured on this port connUnitPortStatEntry 3 connUnitPortStatCountTxObjects Syntax OCTET STRING SIZE 8 FCMGMT MIB McDATA SNMP Support McDATA SNMP Support Access Status Description Sequence Syntax Access Status Description Sequence Syntax Access Status Description Sequence Syntax Access Status read only mandatory The number of frames packets IOs etc that have been transmitted by this port Note A Fibre Channel frame starts with SOF and ends with EOF FC loop devices should not count frames passed through This value represents the sum total for all other Tx objects
455. ups Configure and retrieve interface info Chipset specific groups IpAddress FROM SNMPv2 SMI DisplayString FROM RFC1213 MIB nishan FROM NISHAN SMI InetAddressType InetAddress FROM INET ADDRESS MIB Last Updated 0507270000Z E OSi SNMP Support Manual Organization Contact Info Description Revision Description Revision Description Revision Description McDATA Nishan Common MIB McDATA Corporation McDATA Corporation 380 Interlocken Crescent Broomfield CO 80021 USA Tel 1 720 558 8000 Fax 1 720 558 3860 email information mcdata com The private MIB for McDATA SAN Router Management 0509190000Z Released for E OSi version 4 7 0507270000Z Improve descriptions of several variables No functional changes 0505050000Z Released for E OSi version 4 7 nishan 2 MacAddress A 6 octet address in the canonical order defined by IEFE 802 1a i e as if it were transmitted least significant bit first MacAddress OCTET STRING SIZE 6 Textual Conventions i e these conventions do not affect object encoding DURABLE Non Standard Objects that are saved across a system reset and or power cycle are noted as DURABLE for convenience in the Description section of the object definition To define DURABLE object factory default values use the following rules to modify the DURABLE line s in the Description section of the object definition see examples below 1 Cur
456. urn all bits set to zero This object has the same definition as connUnitPortFCClassCap Sequence connUnitPortEntry 5 Port Table F 27 McDATA SAN Routing Management MIB connUnitPortState Syntax Access Status Description Sequence connUnitPortStatus Syntax Access Status Description Sequence INTEGER unknown 1 online 2 offline 3 bypassed 4 available for meaningful work not available for meaningful work no longer used 4 12 00 diagnostics 5 read only mandatory The user selected state of the port hardware connUnitPortEntry 6 INTEGER unknown 1 unused 2 device cannot report this status ready 3 FCAL Loop or FCPH Link reset protocol initialization has completed warning 4 do not use 4 12 00 failure 5 do not use 4 12 00 notparticipating 6 loop notparticipating and does not have a loop address initializing 7 protocol is proceeding bypass 8 do not use 4 12 00 ols 9 FCP offline status read only mandatory An overall protocol status for the port This value of connUnitPortState is not online then this is reported Unknown connUnitPortEntry 7 E OSi SNMP Support Manual connUnitPortTransmitterType Syntax INTEGER unknown 1 other 2 unused 3 shortwave 4 longwave 5 copper 6 scsi 7 longwaveNoOFC 8 shortwaveNoOFC 9 longwaveLED 10 ssa 11 Access read only S
457. urrent An index value that uniquely identifies a port The value is the port number same as fcswPortIndex feoswTCPPortEntry 1 IpAddress read only current The IP Address currently in use for this port if the port type is set to iFCP or iSCSI or both For other port types the value of this variable is undefined For layer 3 UDP ports the port s current IP address is specified in the NISHAN RPRO MIB fcswTCPPortEntry 2 fcswTCPSubnetMaskCurrent Syntax Max Access Status Description Sequence IpAddress read only current The subnet mask currently in use for this port if the port type is set to iFCP or iSCSI or both For other port types the value of this variable is undefined For layer 3 UDP ports the port s current subnet mask is specified in the NISHAN RPRO MIB fcswTCPPortEntry 3 fcswT CPDefaultGatewayAddressCurrent Syntax Max Access IpAddress read write E OSi SNMP Support Manual Status Description Sequence fcswTCPProxyIpAddressCurrent Syntax Max Access Status Description Sequence fcswTCPIpAddressOnNextReset Syntax Max Access Status Description McDATA Eclipse SAN Router Management MIB current The default gateway IP address currently in use for this port if the port type is set to iFCP or iSCSI or both For other port types the value of this variable is undefined For layer 3 UDP ports the port s default gateway is specified in the N
458. ut Value is used as the timeout value for detecting an error condition fcFxPortEntry 9 FxPort Configuration Table G 15 McDATA Nishan FC Fabric Element MIB G 16 FxPort class service parameters fcFxPortCosSupported Syntax Max Access Status Description Sequence fcFxPortIntermixSupported Syntax Max Access Status Description Sequence fcFxPortStackedConnMode Syntax Max Access Status Description Sequence fcFxPortClass2SeqDeliv Syntax Max Access Status FcCosCap read only current A value indicating the set of Classes of Service supported by the FxPort fcFxPortEntry 10 INTEGER yes 1 no 2 read only current A flag indicating whether or not the FxPort supports an Intermixed Dedicated Connection fcFxPortEntry 11 FcStackedConnMode read only current A value indicating the mode of Stacked Connect supported by the FxPort fcFxPortEntry 12 INTEGER fyes 1 no 2 read only current E OSi SNMP Support Manual Description Sequence fcFxPortClass3SeqDeliv Syntax Max Access Status Description Sequence Other FxPort parameters fcFxPortHoldTime Syntax Max Access Status Description Sequence fcFxPortBaudRate Syntax Max Access Status Description Sequence McDATA Nishan FC Fabric Element MIB A flag indicating whether or not Class 2 Sequential Delivery is supported by
459. uted fairly across connections to the extent possible In the auto mode each connection has a minimum window size of 128 KB and a maximum window size of 8184 KB The TCP window size may be manually changed at any time by settingthis MIB variable The new value begins taking effect immediately Large changes may take a few seconds to become fully effective as the window size changes gradually TCP window size changes do not interrupt the remote SAN Router traffic DEFVAL 0 E OSi SNMP Support Manual McDATA Gateway MIB Sequence rmtConnectionEntry 20 rmtConnTcpTotalSlowStarts Syntax Counter32 Max Access read only Status current Description The total number of TCP slow start congestion avoidance events cumulative incurred by the iFCP sessions TCP connections belonging to this remote SAN Router connection The count is incremented for any iFCP login session TCP connection associated with this remote peer This count is not changed when the iFCP sessions TCP connections come and go and simply reflects the condition between the pair of IP addresses in this remote peer connection The remote peer connection is between the local SAN Router and a single remote SAN Router Sequence rmtConnectionEntry 21 rmtConnRowStatus Syntax RowStatus Max Access read create Status current Description This indicates the status of this entry The row status is for creating the row entry It does not show the status
460. vChasFanStatus Trap Fan failed 9 nSswEnvChasPowerSupplyStatus Trap Power supply failed or restored 10 nSswLaAggDownTrap Link aggregator no longer functioning not in Model 1620 11 nSswLaAggUpTrap Link aggregator restored not in Model 1620 14 ifcpBackupDown Port redundancy failed 15 ifcpBackupActivated Backup link activated 16 ifcpRemoteConnectionUp Inter SAN link established E OSi SNMP Support Manual McDATA SNMP Support Ref Object Description 17 ifcpRemoteConnectionDown Inter SAN link failed 18 rPortConfigurationChanged R_Port configuration changed 19 rPortZoningChanged FC switch zoning changed by the SAN Router 20 rPortFailedtoEstablishISL R_Port connection failed 21 rPortFabricReconfiguration FC fabric topology change 22 rPortFabricCriticalError R_Port critical fabric error TRAPS 2 11 McDATA SNMP Support MIB Definitions MIB II System Group sysDescr Type Access Description sysObjectID Type Access Description There are eleven groups of objects specified in MIB II The E OSi SNMP Agent supports eight groups e System Group on page 2 12 This group provides general information about the managed system e Interfaces Group on page 2 15 e Address Translation Group on page 2 22 This group is implemented but the corresponding table may be empty e IP Group on page 2 23 e ICMP Group on page 2 35 e TCP Group on page 2
461. value of 4 24 3 1 In contrast a node which is a host offering application services would have a value of 72 2 4 1 24 7 1 Note that in the context of the Internet suite of protocols values should be calculated accordingly layer functionality 1 physical e g repeaters 2 datalink subnetwork e g bridges 3 internet e g IP gateways 4 end to end e g IP hosts 7 applications e g mail relays For systems including OSI protocols layers 5 and 6 may also be counted E OSi SNMP Support Manual Interfaces Group ifNumber Type Access Description INTEGER R The number of network interfaces regardless of their current state present on this system MIB Definitions McDATA SNMP Support McDATA SNMP Support The Interfaces Table ifIndex Type Access Description ifDescr Type Access Description ifType Type Access Description The interfaces table contains information on the entity s interfaces Each interface is thought of as being attached to a subnetwork Note that this term should not be confused with subnet which refers to an addressing partitioning scheme used in the Internet suite of protocols INTEGER R A unique value for each interface Its value ranges between 1 and the value of ifNumber The value for each interface must remain constant at least from one re initialization of the entity s network management system to the next re initiali
462. ved from the remote SAN Router since the connection was first established including MAC headers and CRC rmtPeerEntry 10 Counter32 read only deprecated The total number of bytes transmitted by this SAN Router since the connection was first established including MAC headers and CRC rmtPeerEntry 11 Gauge32 read only deprecated The current number of initiator target pair data connections between the local and remote SAN Router using the iFCP link For example if one local server uses four remote disks four connections are counted E OSi SNMP Support Manual Sequence rmtPeerLatency Syntax Max Access Status Description Sequence rmtPeerLostConnections Syntax Max Access Status Description Sequence rmtPeerLostPackets Syntax Max Access Status Description Sequence rmtPeerEntry 12 Gauge32 read only deprecated The round trip time RTT between the local and remote SAN Routers measured in milliseconds of the most recent connection keep alive message The RTT measurement is updated at one third the interval of the rmtPeerHoldTime of the connection rmtPeerEntry 13 Counter32 read only deprecated The number of initiator target pair data connections between the local and remote SAN Router that had to be abnormally terminated The reason the connections were terminated may be because the hold time expired the port link status went down or
463. ver bit 10 Enable iSNS Client bit 11 Enable SACK Selective ACK for iSCSI TCP connections bit 12 Enable SACK Selective ACK for iFCP TCP connections bit 13 Enable Galileo Network Simulation Mode for the port bits 14 31 Reserved bit 14 Enable Reorder Resistance allow more duplicate ACKs bit 15 Enable Smaller CWND Reduction in Fast Recovery bit 16 Enable Quick Start larger initial CWND bit 17 Disable Congestion Avoidance bit 18 Reduced Slow Start Timeout EA E OSi SNMP Support Manual McDATA Eclipse SAN Router Management MIB bit 19 Enable Hardware Compression bit 20 Enable Transmit Buffer Management bits 21 31 Reserved Manual Fast Write 0 enables Fast Write also known as WAN Optimization to improve TCP write performance on long distance iFCP connections Auto Fast Write 1 adjusts the TCP performance based on network conditions Bits 0 amp 1 cannot both be set Auto Fast Write is reserved and may be supported in a future release Enable SW Compression 2 causes all data transmitted out this port to be compressed in firmware Automatic SW Compression 3 causes transmitted data to be compressed only when necessary depending on traffic rate and remote link bandwidth If neither option is enabled transmitted data is not compressed but compressed data may still be received If either option is enabled the MIB variable feswTCPCompressionMethod specifies the compression algorithm Bits 2 3 and 19 are mutua
464. witch is eventually connected to B a E OSi SNMP Support Manual Sequence eportSwitchEntry 4 eportSwitchFCSwitchProductName Syntax Max Access Status Description Sequence DisplayString read only deprecated The FC Switch s Product Name eportSwitchEntry 5 eportSwitchFCSwitchProductVersion Syntax Max Access Status Description Sequence eportSwitchIpAddress Syntax Max Access Status Description Sequence eportDeviceTable Syntax Max Access Status Description Sequence DisplayString read only deprecated The FC Switch s Product Version eportSwitchEntry 6 IpAddress read only current The IP address of the FC Switch eportSwitchEntry 7 SEQUENCE OF eportDeviceEntry not accessible current This table contains information on how each device on a local R_Port is connected and which Fibre Channel Switch it is connected too nishanEportDeviceInfo 2 NISHAN FCMGMT MIB McDATA SAN Routing Management MIB McDATA SAN Routing Management MIB eportDeviceEntry Syntax Max Access Status Description Sequence eportDeviceSoIPPortName Syntax Max Access Status Description Sequence eportDeviceWwn Syntax Max Access Status Description EportDeviceEntry not accessible current Entry containing info for a particular device off of a local R_Port INDEX eportDeviceSolPPortName eportDeviceWw
465. x Access Status Description Sequence SEQUENCE OF ConnUnitPortStatFabricEntry not accessible obsolete A list of statistics for the fabric port types statSet 2 connUnitPortStatSCSITable Syntax Access Status Description Sequence SEQUENCE OF ConnUnitPortStatSCSIEntry not accessible obsolete A list of statistics for the SCSI port type statSet 3 connUnitPortStatLANTable Syntax Access Status Description SEQUENCE OF ConnUnitPortStatLANEntry not accessible obsolete A list of statistics for the LAN WAN port type FCMGMT MIB McDATA SNMP Support McDATA SNMP Support Sequence statSet 4 There is one and only one statistics table for each individual port For all objects in statistics table if the object is not supported by the conn unit then the high order bit is set to 1 with all other bits set to zero The high order bit is reserved to indicate if the object if supported or not All objects start at a value of zero at hardware initialization and continue incrementing till end of 63 bits and then wrap to zero 2 146 E OSi SNMP Support Manual Port Statistics connUnitPortStatTable Syntax Access Status Description Sequence connUnitPortStatEntry Syntax Access Status Description Sequence SEQUENCE OF ConnUnitPortStatEntry not accessible mandatory A list of statistics for the fabric port types statSet 5 ConnUnit
466. x Max Access Status Description Sequence McDATA iSCSI Configuration MIB socket are used for the new iSCSI information If a table row is deleted and re added new SNS information WWNs and SoIP socket may be created iscsiDeviceEntry 12 INTEGER true 1 false 2 read write current DURABLE false This scalar is used to determine if all initiator logins should automatically be allowed to register with SNS nishanISCSI 2 INTEGER 1 512 read only current This scalar is used to report the maximum number of iSCSI devices supported in the switch In the v4 x release the maximum number of iSCSI devices is 50 nishanISCSI 3 INTEGER 0 512 read only current This scalar is used to report the number of iSCSI devices that are currently configured manually or automatically logged in the switch nishanISCSI 4 END McDAIA iSCSI Configuration MIB LV Col DYN iSCSI Configuration MIB D 10 E OSi SNMP Support Manual NISHAN MGT MIB E McDATA Eclipse SAN Router Management MIB This MIB contains management objects for McDATA Eclipse SAN Routers formerly Nishan products See the MODULE IDENTITY macro for the current revision of this file Version 1 0 Revision history 4 20 01 P1 and Titan objects added so this MIB can be used to manage all Nishan products 4 25 01 Added comments to indicate feswALPortMappingTable and feswSNSUnicastCfgTa
467. xPort is configured to support fcFxPortEntry 4 FcphVersion read only current The lowest or earliest version of FC PH that the FxPort is configured to support fcFxPortEntry 5 FcBbCredit read only current E OSi SNMP Support Manual Description Sequence fcFxPortRxBufSize Syntax Max Access Status Description Sequence fcFxPortRatov Syntax Max Access Status Description Sequence fcFxPortEdtov Syntax Max Access Status Description Sequence McDATA Nishan FC Fabric Element MIB The total number of receive buffers available for holding Class 1 connect request Class 2 or 3 frames from the attached NxPort Itis for buffer to buffer flow control in the direction from the attached NxPort if applicable to FxPort fcFxPortEntry 6 FcRxDataFieldSize read only current The largest Data_Field Size in octets for an FT_1 frame that can be received by the FxPort fcFxPortEntry 7 MilliSeconds read only current The Resource_Allocation_Timeout Value configured for the FxPort This is used as the timeout value for determining when to reuse an NxPort resource such as a Recovery_Qualifier It represents E_D_TOV see next object plus twice the maximum time that a frame may be delayed within the Fabric and still be delivered fcFxPortEntry 8 MilliSeconds read only current The E_D_TOV value configured for the FxPort The Error_Detect_Timeo
468. xed at 0 FcFxPortC1InFrames Type Counter Provided By SNMP Access R Description The number of Class 1 frames other than Class 1 connect request received by this Fx_Port from its attached Nx_Port This value is fixed at 0 FcFxPortC1OutFrames Type Counter Provided By SNMP Access R Fabric Element Management MIB 2 79 McDATA SNMP Support Description FcFxPortC1InOctets Type Provided By Access Description FcFxPortC1OutOctets Type Provided By Access Description FcFxPortC1Discards Type Provided By Access Description The number of Class 1 frames other than Class 1 connect request delivered through this Fx_Port to its attached Nx_Port This value is fixed at 0 Counter SNMP R The number of Class 1 frame octets including the frame delimiters received by this Fx_Port from its attached Nx_Port This value is fixed at 0 Counter SNMP R The number of Class 1 frame octets including the frame delimiters delivered through this Fx_Port its attached Nx_Port This value is fixed at 0 Counter SNMP R The number of Class 1 frames discarded by this Fx_Port This value is fixed at 0 Class 2 Accounting table A table that contains one entry for each Fx_Port in the Fabric Element Class 2 accounting information recorded since the management agent has re initialized E OSi SNMP Support Manual fcFxPortC2AcctFxPortIndex Type Provided By Access Des
469. y A list of links know to this agent from this connectivity unit to other connectivity units connSet 12 ConnUnitLinkEntry not accessible mandatory An entry describing a particular link to another INDEX connUnitLinkUnitld connUnitLinkIndex FCMGMT MIB McDATA SNMP Support 2 131 McDATA SNMP Support 2 132 Sequence connUnitLinkTable 1 ConnUnitLinkEntry SEQUENCE connUnitLinkUnitId FcGloballd connUnitLinkIndex INTEGER connUnitLinkNodeIdX OCTET STRING connUnitLinkPortNumberX INTEGER connUnitLinkPortWwnX FcGloballd connUnitLinkNodeIdY OCTET STRING connUnitLinkPortNumberY INTEGER connUnitLinkPortWwnY FcGloballd connUnitLinkAgentAddressY OCTET STRING connUnitLinkAgentAddressTypeY INTEGER connUnitLinkAgentPortY INTEGER connUnitLinkUnitTypeY FcUnitType connUnitLinkConnldY OCTET STRING E OSi SNMP Support Manual connUnitLinkUnitId Syntax Access Status Description Sequence connUnitLinkIndex Syntax Access Status Description Sequence connUnitLinkNodeIdX Syntax Access Status Description Sequence connUnitLinkCurrIndex INTEGER FcGloballd read only mandatory The connUnitld of the connectivity unit that contains this link table connUnitLinkEntry 1 INTEGER 1 2147483647 read only mandatory This index is used to create a unique value for each entry in the link table with the same connUnitLinkUn
470. y Status mandatory Description The type of component being monitored by this sensor Sequence connUnitSensorEntry 7 connUnitSensorCharacteristic Syntax INTEGER unknown 1 other 2 temperature 3 pressure 4 emf 5 currentValue 6 current is a keyword 2 112 E OSi SNMP Support Manual Access Status Description Sequence The port table connUnitPortTable Syntax Access Status Description Sequence connUnitPortEntry Syntax Access Status Description Sequence McDATA SNMP Support airflow 7 frequency 8 power 9 door 10 read only mandatory The characteristics being monitored by this sensor connUnitSensorEntry 8 SEQUENCE OF ConnUnitPortEntry not accessible mandatory Generic information on ports for a specific connUnit connSet 10 ConnUnitPortEntry not accessible mandatory Each entry contains the information for a specific port INDEX connUnitPortUnitld connUnitPortIndex connUnitPortTable 1 ConnUnitPortEntry SEQUENCE FCMGMT MIB McDATA SNMP Support connUnitPortUnitld FcGloballd connUnitPortIndex INTEGER connUnitPortType INTEGER connUnitPortFCClassCap OCTET STRING connUnitPortFCClassOp OCTET STRING connUnitPortState INTEGER connUnitPortStatus INTEGER connUnitPortTransmitterType INTEGER connUnitPortModuleType INTEGER connUnitPortWwn FcGloballd connUnitPortFCId FcA
471. y current A percentage value from 1 100 which provides the user a high level metric that shows how busy the switch is because of the traffic on this TCP port This could include Q lengths buffers available etc fceswTCPStorageStatsEntry 9 This table lists all the tcp sessions initiator target connections for switch indexed by the TCP port and the port names of the devices This table is reserved for future use and is not supported in the current release INTEGER 0 2147483647 read only Chassis information McDATA Eclipse SAN Router Management MIB McDATA Eclipse SAN Router Management MIB E 132 Status Description Sequence fcswTCPSessions Table Syntax Max Access Status Description Sequence fcswTCPSessionsEntry Syntax Max Access Status Description Sequence current The number of ongoing TCP sessions on this switch fcswPort 7 SEQUENCE OF FcswTCPSessionsEntry not accessible current A Table that lists the sessions initiator target connections for the TCP ports To start traffic statistics collection for an active session the user could create a corresponding row with the same indices in the feswTCPSessionStatsTable table When a session gets disconnected the statistics collection is stopped and the row removed from feswTCPSessionsTable and feswTCPSessionStatsTable table This table is reserved for future use It is not yet implemented in current rel
472. y current The actual number of buffers used by the TCP port for Transmit Buffer Management DEFVAL 256 fceswTCPPortEntry 28 DisplayString read only current A character string that contains the values of the LEDs for all the ports Each character represents an LED It starts with management Port s LEDs info followed by the LEDs info of port 1 port 2 etc The total length will be number of ports times number of LEDs per port If the LED values are not available a zero length string is returned The following shows the meaning of a character value meaning 0 off 1 slow blinking 2 fast blinking 3 on nishanFCswChassis 14 SEQUENCE OF FcswTcpCompStatEntry not accessible Chassis information ga McDATA Eclipse SAN Router Management MIB Status Description Sequence fcswTcpCompStatEntry Syntax Max Access Status Description Sequence fcswTcpPortIndex Syntax Max Access Status Description Sequence current A Table that lists the TCP ports and its compression statistics in compression ratio tcpPortDeCompressedIn tcpPortCompressedIn out compression ratio tcpPortDeCompressedOut tcpPortCompressedOut fcswPort 5 FeswTcpCompsStatEntry not accessible current Comression statistics entries for the tcp ports INDEX fcswTcpPortIndex fcswIcpCompStatTable 1 FcswTcpCompStatEntry SEQUENCE feswTcpPortIndex INTEGER feswTcpP
473. y 3 INTEGER unknown 1 norma 2 critical 3 warning 4 read only current E OSi SNMP Support Manual Description Sequence fcswChasFan Value Syntax Max Access Status Description Sequence Power Supply Actual status of the Fan unknown 1 status can not be determined normal 2 present and operating within a 20 variance of acceptable fan speeds critical 3 present but operating above a 40 variance of acceptable fan speeds warning 4 present and operating between 20 to 40 variance of acceptable fan speeds fcswChasFanEntry 4 INTEGER 0 65535 read only current The current value in RPMS of the measured FAN fcswChasFanEntry 5 fcswChasPowerSupply OBJECT IDENTIFIER nishanFCswChassis 11 fcswChasPowerSupplyTable Syntax Max Access Status Description Sequence SEQUENCE OF FeswChasPowerSupplyEntry not accessible current This table contains information about power supplies fcswChasPowerSupply 1 fcswChasPowerSupplyEntry Syntax Max Access Status FceswChasPowerSupplyEntry not accessible current Chassis information McDATA Eclipse SAN Router Management MIB E 79 McDATA Eclipse SAN Router Management MIB Description Sequence fcswChasPowerSupplyld Syntax Max Access Status Description Sequence Syntax Max Access Status Description Sequence Syntax Max Access Conta
474. yString nishanCommonAuthHostCommName DisplayString nishanCommonAuthHostIpAddress IpAddress nishanCommonAuthHostIpMask IpAddress nishanCommonAuthHostState INTEGER nishanCommonAuthHostIndex Syntax Max Access Status Description Sequence INTEGER 1 8 read only current An index that uniquely identifies an ordered entry in the SNMP Trusted Host Table nishanCommonAuthHostEntry 1 E OSi SNMP Support Manual McDATA Nishan Common MIB nishanCommonAuthHostName Syntax DisplayString SIZE 1 16 Max Access read write Status current Description NONVOLATILE The name of this SNMP Trusted Host Entry e g host1 Sequence nishanCommonAuthHostEntry 2 nishanCommonAuthHostCommName Syntax DisplayString SIZE 1 16 Max Access read write Status current Description NONVOLATILE The name of this SNMP Trusted Host Entry s community e g public Sequence nishanCommonAuthHostEntry 3 nishanCommonAuthHostIpAddress Syntax IpAddress Max Access read write Status current Description NONVOLATILE The IP Address for the host This identified host has permission to access information in this device s MIB tables providing the SNMP security toggle is on see nishanCommonMiscSNMPSecurity Sequence nishanCommonAuthHostEntry 4 nishanCommonAuthHostIpMask Syntax IpAddress Max Access read write Common Group A 17 McDATA Nishan Common MIB A 18 Status Desc
475. yntax Max Access Status Description Sequence iscsiDevRowStatus Syntax Max Access Status Description INTEGER enable 1 disable 2 read create current DURABLE enable This field is used to enable disable the admin status of the iSCSI device If enabled then the device is registered into SNS iscsiDeviceEntry 11 RowStatus read create current This variable is used to create and delete rows in iscsiDeviceTable according to the SNMPv2 RowStatus convention Possible values are active 1 read write notInService 2 read write notReady 3 read only createAndGo 4 write only createAndWait 5 write only destroy 6 write only To delete an iSCSI device set iscsiDevRowStatus to destroy 6 To create a new iSCSI device the agent requires this sequence 1 set iscsiDevRowStatus to createAndWait 5 for an unused index value 2 set other column values 3 set iscsiDevRowStatus to active 1 The values notInService 2 notReady 3 and createAndGo 4 are not supported If any column including iscsiDevName or iscsiDevIpAddress is updated by setting the variable with an existing index then the existing SNS information WWNs and SoIP E OSi SNMP Support Manual Sequence iscsilnitiatorAutoRegister Syntax Max Access Status Description Sequence iscsiDevicesMaxEntries Syntax Max Access Status Description Sequence iscsiDevicesCurrentEntries Synta
476. yntax Max Access Status McDATA Eclipse SAN Router Management MIB envVoltageEntry 3 INTEGER 0 24000 UNITS millivolts read only current Voltage in millivolts envVoltageEntry 4 INTEGER 0 24000 UNITS millivolts read only current Upper threshold before trap sent envVoltageEntry 5 INTEGER 0 24000 UNITS millivolts read only current Lower threshold before trap sent envVoltageEntry 6 INTEGER 0 200 read only current Environmental information McDATA Eclipse SAN Router Management MIB E 30 Description Sequence envTempUpperThresh Syntax Max Access Status Description Sequence The current ambient temperature within the measured chassis envMechanical 2 INTEGER 0 200 read write current The upper limit of the ambient temperature envMechanical 3 FC Switch Zone Configuration fcswMaxZoneld Syntax Max Access Status Description Sequence nishanFCsw OBJECT IDENTIFIER nishanMgmt 8 INTEGER 1 4094 read only current The maximum Zone ID that is supported in SAN Router network nishanFCsw 1 fcswPortsCanBelongInMaxNumZones Syntax Max Access Status Description Sequence INTEGER 0 4094 read only current The Maximum number of Zones that any port can be configured in a SAN Router network nishanFCsw 2 fcswNewDeviceZoneStatus Syntax I
477. ysuptime timestamp when the event occurred connUnitEventEntry 5 FcEventSeverity read only mandatory The event severity level connUnitEventEntry 6 INTEGER unknown 1 other 2 status 3 configuration 4 topology 5 FCMGMTMIB McDATA SNMP Support McDATA SNMP Support 2 130 Access Status Description Sequence connUnitEventObject Syntax Access Status Description Sequence connUnitEventDescr Syntax Access Status Description Sequence read only mandatory The type of this event connUnitEventEntry 7 OBJECT IDENTIFIER read only mandatory This is used with the connUnitEventType to identify which object the event refers to Examples are connUnitPortStatus connUnitId connUnitPortIndex connUnitStatus connUnitld etc connUnitEventEntry 8 DisplayString read only mandatory The description of the event connUnitEventEntry 9 The link table is intended to organize and communicate any information the agent possesses which would assist a management application to discover the ONNECTIVITY UNITS in the framework and the TOPOLOGY of their interconnect That is the goal is to assist the management application not only to LIST the elements of the framework but to MAP them With this goal the agent SHOULD include as much as it possesses about any links from its own connectivity units to others including links among its own
478. zation DisplayString 0 255 R A textual string containing information about the interface This string should include the name of the manufacturer the product name and the version of the hardware interface INTEGER R The type of interface distinguished according to the physical link protocol s immediately below the network layer in the protocol stack Values other 1 none of the following regular1822 2 hdh1822 3 ddn x25 4 rfc877 x25 5 E OSi SNMP Support Manual ethernet csmacd 6 iso88023 csmacd 7 iso88024 tokenBus 8 iso88025 tokenRing 9 iso88026 man 10 starLan 11 proteon 10Mbit 12 proteon 80Mbit 13 hyperchannel 14 fddi 15 lapb 16 sdlc 17 ds1 18 T 1 e1 19 european equivalent of T 1 basicISDN 20 primaryISDN 21 proprietary serial propPointToPointSerial 22 ppp 23 softwareLoopback 24 eon 25 CLNP over IP 11 ethernet 3Mbit 26 nsip 27 XNS over IP slip 28 generic SLIP ultra 29 ULTRA technologies ds3 30 T 3 sip 31 SMDS frame relay 32 MIB Definitions McDATA SNMP Support McDATA SNMP Support ifMtu Type Access Description ifSpeed Type Access Description ifPhysAddress Type Access Description ifAdminStatus Type Access Description ifOperStatus Type Access INTEGER R The size of the largest datagram which can be sent received on the interface specified in octets For

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