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IBM NETCOOL 4.3-X, User Manual

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IBM NETCOOL 4.3-X User Manual Download Page 45

Chapter 2:  Supported Reports

Netcool/Proviso Adva Optical Metro Ethernet 2.1.1.0 Technology Pack User’s Guide, Version 4.3-X

31

Ethernet Port Latency Probe Summary Resource

Description

AP Adva Optical Metro Ethernet - Port Latency Probe Summary - RST 

Reporter Set

ESA Probe

Tables and Charts

Tables: ResSummary (3 implemented) 

Metrics Used in Report 

Egress Erred Packets

Egress Loss Percentage

Egress Lost Packets

Egress Packets

Egress Sync Errors

Ingress Erred Packets

Ingress Loss Percentage

Ingress Lost Packets

Ingress Packets

Ingress Sync Errors

Late Packets

Lost Packets

Out of Sequence Errors

Sequence Gaps 

Navigation Path

Navigation path on the DataView portal:

NOC Reporting > Adva Optical Metro Ethernet > ESA Probes > %(Element.NAME)

Drills Down To

Ethernet Port Latency Probe Error Details 

Ethernet Port Latency Probe Loss Details 

Ethernet Port Latency Probe Sequence Details 

Summary of Contents for NETCOOL 4.3-X

Page 1: ...IBM Netcool Proviso 4 3 X Tivoli Document Revision R2E1 Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide...

Page 2: ...nges will be incorporated in new editions of the publication IBM may make improvements and or changes in the product s and or the program s described in this publication at any time without notice Any...

Page 3: ...these programs You may copy modify and distribute these sample programs in any form without payment to IBM for the purposes of developing using marketing or distributing application programs conformin...

Page 4: ......

Page 5: ...Summary Group 9 Ethernet Port Drops and Discards Summary Resource 10 Ethernet Port Jitter Probe Egress Negative Details 11 Ethernet Port Jitter Probe Egress Positive Details 12 Ethernet Port Jitter P...

Page 6: ...ource 38 Metro Ethernet Overview 39 WAN Uplink Optical Environment Details 40 WAN Uplink Optical Environment Summary Group 41 WAN Uplink Optical Environment Summary Resource 42 WAN Uplink Port Through...

Page 7: ...eType 69 MEEsa_SourceIP 70 MEEsa_VlanId 71 MEEsa_VlanPriority 72 MESiteName 73 MEUNI_CBS 74 MEUNI_CIR 75 MEUNI_EBS 76 MEUNI_EgressCBS 77 MEUNI_EgressCIR 78 MEUNI_EgressEBS 79 MEUNI_EgressEIR 80 MEUNI_...

Page 8: ...9 Overview 109 Data Collection 109 Formulas and Metrics 109 Formula Reference 110 Egress Bitrate 111 Egress Broadcast Frames 112 Egress Broadcast 113 Egress Bytes 114 Egress DE Dropped Frames 115 Egre...

Page 9: ...ess Unicast 144 Ingress Bitrate 145 Ingress DE Dropped Frames 146 Ingress DE Frames 147 Ingress Delay Variance 148 Ingress Discarded Frames 149 Ingress Erred Packets 150 Ingress Loss Percentage 151 In...

Page 10: ...Power 177 Round Trip Delay Average 178 Round Trip Delay Maximum 179 Round Trip Delay Minimum 180 Round Trip Delay Sum 181 Round Trip Delay Variance 182 Sequence Gaps 183 Transmitted Power 184 Transmit...

Page 11: ...of their Netcool Proviso installation IBM Professional Services engineers may also find this manual useful To install and use the Adva Optical Metro Ethernet Technology Pack you should have a working...

Page 12: ...devices operating in the Adva Optical Metro Ethernet environment Appendix A Configuration Describes how to configure the Adva Optical Metro Ethernet Technology Pack The Netcool Proviso Product Suite...

Page 13: ...t provides data management DataView produces and manages reports and applications Netcool Proviso Documentation Netcool Proviso documentation consists of the following release notes configuration reco...

Page 14: ...Preface xiv Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 15: ...chapter provides an overview of how Technology Packs work with Netcool Proviso to collect process load and report data from a network environment How is the Data Collected Inventory After a Netcool P...

Page 16: ...s applied to the data depend on whether the sub element is an SNMP resource or non SNMP resource For SNMP network resources a Technology Pack provides SNMP collection formulas SNMP collection formulas...

Page 17: ...cs that are expected for the current hour The CME uses the RIDs and MIDs to build the table and determine which metrics should be arriving from the collectors The table also specifies how resources ar...

Page 18: ...both time and sub elements and define the statistics that are relevant for a measure of network performance for a group of resources Detail Charts DCs display raw data for a metric that has been aggr...

Page 19: ...some reports are not explicitly deployed on the portal navigation path You can display such a report by drilling down to it from other reports For information about understanding report types creatin...

Page 20: ...t Drilled Down From One or more reports from which you can drill down to reach the report Reporter Sets A reporter set contains a group of reporters that together provide information about a specific...

Page 21: ...Probe Delay Round Trip Details Ethernet Port Latency Probe Delay Summary Group Ethernet Port Latency Probe Delay Summary Resource Ethernet Port Latency Probe Error Details Ethernet Port Latency Probe...

Page 22: ...ime support Metrics Used in Report Egress DE Dropped Frames Egress DE Frames Egress Discarded Frames Egress Tail Drop Frames Ingress DE Dropped Frames Ingress DE Frames Ingress Discarded Frames Ingres...

Page 23: ...Summary Table 2 of 2 implemented Charts Resource Distribution Chart 0 of 4 implemented Metrics Used in Report Egress DE Dropped Frames Egress DE Frames Egress Discarded Frames Egress Tail Drop Frames...

Page 24: ...2 of 1 implemented Charts Resource Distribution Chart 0 of 2 implemented Metrics Used in Report Egress DE Dropped Frames Egress DE Frames Egress Discarded Frames Egress Tail Drop Frames Ingress DE Dro...

Page 25: ...Chart 5 of 9 implemented Real Time support Metrics Used in Report Egress Negative Jitter Maximum Egress Negative Jitter Minimum Egress Negative Jitter Number Egress Negative Jitter Sum Egress Negative...

Page 26: ...Chart 5 of 9 implemented Real Time support Metrics Used in Report Egress Positive Jitter Maximum Egress Positive Jitter Minimum Egress Positive Jitter Number Egress Positive Jitter Sum Egress Positive...

Page 27: ...hart 5 of 9 implemented Real Time support Metrics Used in Report Ingress Negative Jitter Maximum Ingress Negative Jitter Minimum Ingress Negative Jitter Number Ingress Negative Jitter Sum Ingress Nega...

Page 28: ...hart 5 of 9 implemented Real Time support Metrics Used in Report Ingress Positive Jitter Maximum Ingress Positive Jitter Minimum Ingress Positive Jitter Number Ingress Positive Jitter Sum Ingress Posi...

Page 29: ...ess Negative Jitter Number Egress Negative Jitter Sum Egress Negative Jitter Variance Egress Positive Jitter Maximum Egress Positive Jitter Minimum Egress Positive Jitter Number Egress Positive Jitter...

Page 30: ...Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X NOC Reporting Adva Optical Metro Ethernet ESA Probes Drills Down To Ethernet Port Jitter Probe Summary R...

Page 31: ...ess Negative Jitter Number Egress Negative Jitter Sum Egress Negative Jitter Variance Egress Positive Jitter Maximum Egress Positive Jitter Minimum Egress Positive Jitter Number Egress Positive Jitter...

Page 32: ...ing Adva Optical Metro Ethernet ESA Probes Element NAME Drills Down To Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe...

Page 33: ...Time Series Chart 5 of 9 implemented Real Time support Metrics Used in Report Egress Delay Variance Egress Oneway Delay Average Egress Oneway Delay Maximum Egress Oneway Delay Minimum Egress Oneway De...

Page 34: ...ime Series Chart 5 of 9 implemented Real Time support Metrics Used in Report Ingress Delay Variance Ingress Oneway Delay Average Ingress Oneway Delay Maximum Ingress Oneway Delay Minimum Ingress Onewa...

Page 35: ...Chart 5 of 9 implemented Real Time support Metrics Used in Report Round Trip Delay Average Round Trip Delay Maximum Round Trip Delay Minimum Round Trip Delay Sum Round Trip Delay Variance Navigation...

Page 36: ...ss Delay Variance Egress Oneway Delay Average Egress Oneway Delay Maximum Egress Oneway Delay Minimum Egress Oneway Delay Sum Ingress Delay Variance Ingress Oneway Delay Average Ingress Oneway Delay M...

Page 37: ...Chapter 2 Supported Reports Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 23 Drilled Down From None...

Page 38: ...Average Egress Oneway Delay Maximum Egress Oneway Delay Minimum Egress Oneway Delay Sum Ingress Delay Variance Ingress Oneway Delay Average Ingress Oneway Delay Maximum Ingress Oneway Delay Minimum I...

Page 39: ...ports Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 25 Ethernet Port Latency Probe Delay Round Trip Details Drilled Down From Ethernet Port Latency Pro...

Page 40: ...rts Resource Time Series Chart 4 of 8 implemented Real Time support Metrics Used in Report Egress Erred Packets Egress Sync Errors Ingress Erred Packets Ingress Sync Errors Navigation Path This report...

Page 41: ...6 of 8 implemented Real Time support Metrics Used in Report Egress Loss Percentage Egress Lost Packets Egress Packets Ingress Loss Percentage Ingress Lost Packets Ingress Packets Navigation Path This...

Page 42: ...nd Charts Charts Resource Time Series Chart 4 of 8 implemented Real Time support Metrics Used in Report Late Packets Lost Packets Out of Sequence Errors Sequence Gaps Navigation Path This report is no...

Page 43: ...les GroupSummary 3 implemented Metrics Used in Report Egress Erred Packets Egress Loss Percentage Egress Lost Packets Egress Packets Egress Sync Errors Ingress Erred Packets Ingress Loss Percentage In...

Page 44: ...Chapter 2 Supported Reports 30 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X Drilled Down From None...

Page 45: ...Report Egress Erred Packets Egress Loss Percentage Egress Lost Packets Egress Packets Egress Sync Errors Ingress Erred Packets Ingress Loss Percentage Ingress Lost Packets Ingress Packets Ingress Sync...

Page 46: ...Chapter 2 Supported Reports 32 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X Drilled Down From Ethernet Port Latency Probe Summary Group...

Page 47: ...nd Charts Charts Resource Time Series Chart 3 of 9 implemented Real Time support Metrics Used in Report Laser Bias Current Received Power Transmitted Power Navigation Path This report is not deployed...

Page 48: ...tical Environment GST Reporter Set UNI Tables and Charts Tables Group Summary Table 1 of 2 implemented Charts Resource Distribution Chart 0 of 4 implemented Metrics Used in Report Laser Bias Current R...

Page 49: ...orter Set UNI Tables and Charts Tables Resource Summary Table 1 of 1 implemented Charts Resource Distribution Chart 0 of 2 implemented Metrics Used in Report Laser Bias Current Received Power Transmit...

Page 50: ...emented Real Time support Metrics Used in Report Egress Broadcast Frames Egress Frames Egress Multicast Frames Egress Throughput bps Egress Unicast Frames Ingress Throughput bps Navigation Path This r...

Page 51: ...es and Charts Tables Group Summary Table 1 of 2 implemented Charts Resource Distribution Chart 0 of 4 implemented Metrics Used in Report Egress Broadcast Frames Egress Frames Egress Multicast Frames E...

Page 52: ...les Resource Summary Table 1 of 1 implemented Charts Resource Distribution Chart 0 of 2 implemented Metrics Used in Report Egress Broadcast Frames Egress Frames Egress Multicast Frames Egress Throughp...

Page 53: ...bles TopN 5 of 9 implemented Charts TopN 5 of 9 implemented Metrics Used in Report Egress Loss Percentage Egress Throughput bps Ingress Loss Percentage Ingress Throughput bps Round Trip Delay Average...

Page 54: ...s and Charts Charts Resource Time Series Chart 3 of 9 implemented Real Time support Metrics Used in Report Laser Bias Current Received Power Transmitted Power Navigation Path This report is not deploy...

Page 55: ...tical Environment Stats GST Reporter Set WAN Tables and Charts Tables Group Summary Table 1 of 2 implemented Charts Resource Distribution Chart 0 of 4 implemented Metrics Used in Report Laser Bias Cur...

Page 56: ...s RST Reporter Set WAN Tables and Charts Tables Resource Summary Table 1 of 1 implemented Charts Resource Distribution Chart 0 of 2 implemented Metrics Used in Report Laser Bias Current Received Power...

Page 57: ...urce Time Series Chart 6 of 8 implemented Real Time support Metrics Used in Report Egress Bitrate Egress Broadcast Egress Bytes Egress Multicast Egress Unicast Ingress Bitrate Navigation Path This rep...

Page 58: ...GST Reporter Set WAN Tables and Charts Tables Group Summary Table 1 of 2 implemented Charts Resource Distribution Chart 0 of 4 implemented Metrics Used in Report Egress Bitrate Egress Broadcast Egres...

Page 59: ...AN Tables and Charts Tables Resource Summary Table 1 of 1 implemented Charts Resource Distribution Chart 0 of 2 implemented Metrics Used in Report Egress Bitrate Egress Broadcast Egress Bytes Egress M...

Page 60: ...Chapter 2 Supported Reports 46 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X NOTES...

Page 61: ...wide area network WAN applications This simple easy to use technology appeals to customers who are already using Ethernet throughout their local area networks LANs Metro Ethernet Services provide sca...

Page 62: ...dva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X Supported MIBs The Adva Optical Metro Ethernet Technology Pack uses the following MIBs for inventory and data collection e...

Page 63: ...Chapter 3 Devices and Services Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 49 NOTES...

Page 64: ...Chapter 3 Devices and Services 50 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 65: ...etcool Proviso properties associated with sub elements appear in the Properties list Sub Element view of the Netcool Proviso DataMart Resource Editor See the Netcool Proviso DataMart Configuration Gui...

Page 66: ...Metric Engline formulas that use the property as input Used in Reports The reports in which this property is used Used in Grouping Rules Indicates whether the property is used by the NOC Reporting or...

Page 67: ...viso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 53 Element NAME Description The Name of the Element Captured in Discovery Formulas None Used in CME Formulas None Us...

Page 68: ...ack User s Guide Version 4 3 X Element STATE Description This property indicates if an element is active or not The value should be ON for collection and discovery to occur Captured in Discovery Formu...

Page 69: ...1 1 0 Technology Pack User s Guide Version 4 3 X 55 EsaProbeHistoryIndex Description An arbitrary integer index value used to uniquely identify this ESA Probe History entry Captured in Discovery Form...

Page 70: ...dva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X EsaProbeId Description A unique identifier to distinguish the ESA Probe Captured in Discovery Formulas ESAProbes Used in C...

Page 71: ...Technology Pack User s Guide Version 4 3 X 57 LanPort Description An integer index value used to uniquely identify this Ethernet Services interface within the ethernetPBPortSvcTable Captured in Disco...

Page 72: ...0 Technology Pack User s Guide Version 4 3 X LanPortHistoryIndex Description An arbitrary integer index value used to uniquely identify the Ethernet Services history statistics entry Captured in Disc...

Page 73: ...1 0 Technology Pack User s Guide Version 4 3 X 59 LanPortStatsIndex Description An arbitrary integer index vlaue used to uniquely identify the Ethernet Services statistics entry Captured in Discovery...

Page 74: ...oviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X MECustomerName Description The name of the customer Captured in Discovery Formulas LanPort WanPort Used in CME Form...

Page 75: ...Probes Used in CME Formulas None Used in Reports Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe Ingress Negative Detai...

Page 76: ...0 Technology Pack User s Guide Version 4 3 X MEEsa_ProbePacketInterval Description Specifies the interval in milliseconds between packet generation A non zero value must be specified Captured in Disco...

Page 77: ...ology Pack User s Guide Version 4 3 X 63 MEEsa_ProbePackets Description Specifies the number of packets within a sample run for ESA traffic generation A non zero value must be specified Captured in Di...

Page 78: ...User s Guide Version 4 3 X MEEsa_ProbePacketSize Description Specifies the fixed length frame size in bytes for ESA traffic generation A default value of 64 bytes is used unless otherwise specified C...

Page 79: ...s Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe Ingress Negative Details Ethernet Port Jitter Probe Ingress Positive...

Page 80: ...etro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X MEEsa_ProbePriority Description Specifies the Priority Value for esaProbePrioMapMode as TOS DSCP Captured in Discovery Formulas ESAProb...

Page 81: ...cal Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 67 MEEsa_ProbeStorageType Description The type of storage configured for this entry Captured in Discovery Formulas ESAProbes Used...

Page 82: ...Round trip delay time as well as one way jitter metrics are available with this enhanced ESA Captured in Discovery Formulas ESAProbes Used in CME Formulas None Used in Reports Ethernet Port Jitter Pr...

Page 83: ...n Reports Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe Ingress Negative Details Ethernet Port Jitter Probe Ingress P...

Page 84: ...E Formulas None Used in Reports Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe Ingress Negative Details Ethernet Port...

Page 85: ...1 0 Technology Pack User s Guide Version 4 3 X 71 MEEsa_VlanId Description Specifies the monitored service s VLAN tag It is valid if esaProbeSvcType is specified as VLAN tagged Captured in Discovery F...

Page 86: ...e Used in Reports Ethernet Port Jitter Probe Egress Negative Details Ethernet Port Jitter Probe Egress Positive Details Ethernet Port Jitter Probe Ingress Negative Details Ethernet Port Jitter Probe I...

Page 87: ...ol Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 73 MESiteName Description The Name of the Site Captured in Discovery Formulas LanPort Used in CME Formulas Non...

Page 88: ...MEUNI_CBS Description This object allows configuration of the Commited Burst Size CBS on the Ethernet port It is only applicable in connection oriented TLS mode Captured in Discovery Formulas LanPort...

Page 89: ...UNI_CIR Description Enables configuration of the Commited Information Rate CIR on the Ethernet port This object is only applicable in connection oriented TLS mode Captured in Discovery Formulas LanPor...

Page 90: ...S Description This object allows SNMP management entities to set the Excess Burst Size EBS of the Ethernet Service Port when the port is in connection oriented TLS mode Captured in Discovery Formulas...

Page 91: ...EgressCBS Description This object allows configuration of the Egress Commited Burst Size CBS on Ethernet port It is only applicable in connection oriented TLS mode and is valid only if ethernetPBPortS...

Page 92: ...sCIR Description This object is applicable only for connection oriented TLS mode It allows for configuration of the Egress Commited Information Rate CIR on Ethernet port It is valid only if ethernetPB...

Page 93: ...escription This object allows SNMP management entities to set the Excess Burst Size EBS of the Ethernet Service Port when the port is in connection oriented TLS mode This object is valid only if ether...

Page 94: ...essEIR Description This object is applicable only for connection oriented TLS mode It allows for configuration of the Egress Peak Information Rate EIR on Ethernet port It is valid only if ethernetPBPo...

Page 95: ...escription This object allows SNMP management entities to set the Excess Information Rate EIR of the Ethernet Service Port when the port is in connection oriented TLS mode Captured in Discovery Formul...

Page 96: ...ies a transparent TLS service or VLAN priority classified service TVLS This object is only applicable when ethernetPBPortSvcPortMode is connection oriented Captured in Discovery Formulas LanPort Used...

Page 97: ...dex value used to uniquely identify the Ethernet Services interface This object has the same value as ifIndex for Ethernet Port Captured in Discovery Formulas LanPort Used in CME Formulas None Used in...

Page 98: ...0 Technology Pack User s Guide Version 4 3 X MEUNI_PortMode Description This object allows SNMP management entities to indicate whether the Ethernet Service Port is connected or not Captured in Disco...

Page 99: ...o enables auto negotiation and advertises all speeds 10M Half Duplex 10M Full Duplex 100M Half Duplex 100M Full Duplex Speed auto with specific settings enables auto negotiation for that specific spee...

Page 100: ...ical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X MEUNI_Priority Description This object specifies the port Priority on the Ethernet port Captured in Discovery Formulas LanPort Us...

Page 101: ...Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 87 MEUNI_PrioVID Description This object specifies the Priority VLAN Id on the Ethernet port Captured in Discovery Formulas LanPort U...

Page 102: ...0 Technology Pack User s Guide Version 4 3 X MEUNI_TaggedFrames Description This object determines whether Port supports Tagged Frames It is not applicable in connection less port mode Captured in Dis...

Page 103: ...chnology Pack User s Guide Version 4 3 X 89 MEUNI_VlanId Description This object is only applicable for a connection oriented TVLS service It specifies the port VLAN Id on Ethernet port Captured in Di...

Page 104: ...Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X MEVendorName Description The Name of the Vendor Captured in Discovery Formulas LanPort WanPort Used in CME Formul...

Page 105: ...Technology Pack User s Guide Version 4 3 X 91 MEWAN_InterfaceType Description Specifies the Type of Ethernet Media Captured in Discovery Formulas WanPort Used in CME Formulas None Used in Reports WAN...

Page 106: ...ription This object has the same value as ifIndex for Ethernet WAN Port An integer index value used to uniquely identify this Ethernet WAN interface Captured in Discovery Formulas WanPort Used in CME...

Page 107: ...ical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 93 STATE Description Indicates whether the entry is active Captured in Discovery Formulas None Used in CME Formulas None Used in...

Page 108: ...Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X WanPort Description An integer index value used to uniquely identify an Ethernet WAN interface Captured in Discovery Formulas WanPort...

Page 109: ...0 Technology Pack User s Guide Version 4 3 X 95 WanPortHistoryIndex Description An arbitrary integer index value used to uniquely identify the Ethernet WAN statistics history entry Captured in Discove...

Page 110: ...t 2 1 1 0 Technology Pack User s Guide Version 4 3 X WanPortStatsIndex Description An arbitrary integer index value used to uniquely identify the Ethernet WAN statistics entry Captured in Discovery Fo...

Page 111: ...Chapter 4 Element and Sub Element Properties Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 97 NOTES...

Page 112: ...Chapter 4 Element and Sub Element Properties 98 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 113: ...so on The Adva Optical Metro Ethernet Technology Pack uses some of its Netcool Proviso properties to define sub element grouping rules Grouping rule names appear in the Name field Rule Sub Element vie...

Page 114: ...anch Name Description Adva Optical Metro Ethernet Type Static Purpose Organization only contains all Adva Optical Metro Ethernet sub elements WAN Port Type Rule Purpose Filter by condition MEWAN_PortI...

Page 115: ...dition MEWAN_PortId IS NOT NULL Contains Adva Optical Metro Ethernet WAN sub elements UNI Type Rule Purpose Filters by condition MEUNI_PortID IS NOT NULL Contains Adva Optical Metro Ethernet UNI sub e...

Page 116: ...Chapter 5 Sub Element Grouping Rules 102 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 117: ...y Pack View using the Netcool Proviso DataMart Resource Editor sub elements and sub element groups associated with each Technology Pack Adva Optical Metro Ethernet Technology Pack Resources The Adva O...

Page 118: ...tifies a sub element that resides in the database Sub element names are often used in reports to identify specific entities The sub element name is constructed from the element name plus the instance...

Page 119: ...ex value used to uniquely identify the Ethernet Services interface LanStatsIndex is an arbitrary integer index value used to uniquely identify the Ethernet Services statistics entry LanStatsHistoryInd...

Page 120: ...EsaProbeId EsaProbeId EsaProbeHistoryIndex EsaProbeHistoryIndex Instance name EsaProbeId EsaProbeId EsaProbeHistoryIndex EsaProbeHistoryIndex Label EsaProbeId EsaProbeId Properties EsaProbeId EsaProbe...

Page 121: ...Chapter 6 Defined Resources Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 107 NOTES...

Page 122: ...Chapter 6 Defined Resources 108 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 123: ...s that are stored in the DataMart database and used in DataView reports This processing is performed by the formulas described in this chapter A metric has the same name as the formula that generates...

Page 124: ...in Netcool Proviso DataView reports and in calculations of other metrics See the Netcool Proviso SNMP Formula Language Guide for detailed information about the syntax used to write SNMP collection for...

Page 125: ...over a specific interval in the egress direction based on Bytes Sent If there is link down during the interval the bin is not accessible Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integ...

Page 126: ...P collection Description The Broadcast Frames Sent in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS Integer Default...

Page 127: ...Broadcast Frames Sent in the egress direction If there is link down during the interval the bin is not accessible Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStats...

Page 128: ...he Bytes Sent in the egress direction If there is link down during the interval the bin is not accessible Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStatsIndex Di...

Page 129: ...hen Port is in Connection oriented TLS mode The number of Frames Marked Yello and Discarded in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME Po...

Page 130: ...le when Port is in Connection oriented TLS mode The number of Frames Marked Yello in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStats...

Page 131: ...of one way delay from source to destination in history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHistorySumOfSqOnewayP...

Page 132: ...when Port is in Connection oriented TLS mode The number of Frames Marked Red and Discarded in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME Por...

Page 133: ...pe SNMP collection Description The total number of Packets in the history interval for which there was a problem in transmission Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Intege...

Page 134: ...gress direction based on EtherStats Octets Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS Integer Default NAME PortSvcHistoryIndex ethern...

Page 135: ...tion Description The number of Lost Pkts in percentage from probe to reflector in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaProbeHis...

Page 136: ...st Packets Type SNMP collection Description The number of Lost Pkts from probe to reflector in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAM...

Page 137: ...P collection Description The Multicast Frames Sent in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS Integer Default...

Page 138: ...Multicast Frames Sent in the egress direction If there is link down during the interval the bin is not accessible Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStats...

Page 139: ...aximum Type SNMP collection Description The maximum negative one way jitter from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 140: ...inimum Type SNMP collection Description The minimum negative one way jitter from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 141: ...r Type SNMP collection Description The total number of negative one way jitters from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Inte...

Page 142: ...m Type SNMP collection Description The total sum of negative one way jitters from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 143: ...of negative one way jitters from source to destination in the history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHisto...

Page 144: ...collection Description The average one way source to destination delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 145: ...collection Description The maximum one way source to destination delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 146: ...collection Description The minimum one way source to destination delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 147: ...Sum Type SNMP collection Description The sum total of one way delay from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default...

Page 148: ...gress Packets Type SNMP collection Description The total number of Transmitted Packets in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esa...

Page 149: ...aximum Type SNMP collection Description The maximum positive one way jitter from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 150: ...inimum Type SNMP collection Description The minimum positive one way jitter from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 151: ...r Type SNMP collection Description The total number of positive one way jitters from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Inte...

Page 152: ...m Type SNMP collection Description The total sum of positive one way jitters from source to destination in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 153: ...f positive one way jitters from source to destination in the history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHistory...

Page 154: ...ors Type SNMP collection Description The number of Synchronization Errors from probe to reflector in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Defau...

Page 155: ...applicable when Port is in Connection oriented TLS mode The Frames Tail Dropped in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIn...

Page 156: ...erage bit rate transmitted over a specific interval in the egress direction based on EtherStats Octets Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsInd...

Page 157: ...P collection Description The Unicast Frames Sent in the egress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS Integer Default N...

Page 158: ...Unicast Frames Sent in the egress direction If there is link down during the interval the bin is not accessible Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStatsIn...

Page 159: ...ing the interval the bin is not accessible This counter is valid for all modes of the ethernet interface In case of transparent In case of transparent ethernet service this counter is based on RMON et...

Page 160: ...hen Port is in Connection oriented TLS mode The number of Frames Marked Yello and Discarded in the ingress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME P...

Page 161: ...le when Port is in Connection oriented TLS mode The number of Frames Marked Yello in the ingress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStat...

Page 162: ...one way delay from destination to source in the history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHistorySumOfSqOneway...

Page 163: ...when Port is in Connection oriented TLS mode The number of Frames Marked Red and Discarded in the ingress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME Po...

Page 164: ...ction Description The total number of Received Packets in the history interval which had protocol errors or timestamp synchronization problems Syntax Dim I1 AS DisplayString Default NAME esaProbeId Di...

Page 165: ...ion Description The number of Lost Pkts as a percentage from reflector to probe in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaProbeHi...

Page 166: ...st Packets Type SNMP collection Description The number of Lost Pkts from reflector to probe in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAM...

Page 167: ...aximum Type SNMP collection Description The maximum negative one way jitter from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 168: ...inimum Type SNMP collection Description The minimum negative one way jitter from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 169: ...r Type SNMP collection Description The total number of negative one way jitters from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Inte...

Page 170: ...m Type SNMP collection Description The total sum of negative one way jitters from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 171: ...of negative one way jitters from destination to source in the history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHistor...

Page 172: ...collection Description The average one way destination to source delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 173: ...collection Description The maximum one way destination to source delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 174: ...collection Description The minimum one way destination to source delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2...

Page 175: ...Sum Type SNMP collection Description The sum total of one way delay from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default...

Page 176: ...Ingress Packets Type SNMP collection Description The total number of Received Packets in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaP...

Page 177: ...aximum Type SNMP collection Description The maximum positive one way jitter from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 178: ...inimum Type SNMP collection Description The minimum positive one way jitter from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 179: ...r Type SNMP collection Description The total number of positive one way jitters from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Inte...

Page 180: ...m Type SNMP collection Description The total sum of positive one way jitters from destination to source in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 181: ...of positive one way jitters from destination to source in the history interval Syntax Dim I1 As DisplayString Default NAME esaProbeId Dim I2 As Integer Default NAME esaProbeHistoryIndex esaProbeHistor...

Page 182: ...ors Type SNMP collection Description The number of Synchronization Errors from reflector to probe in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Defau...

Page 183: ...ble when Port is in Connection oriented TLS mode The number of Frames Tail Dropped FTD in the ingress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSv...

Page 184: ...scription Average bit rate received over the specific interval in the ingress direction Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS In...

Page 185: ...ption Laser Bias Current retrieved from the SFP Applicable only if the media type is fiber Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS...

Page 186: ...t Type SNMP collection Description Laser Bias Current retrieved from the SFP Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStatsIndex Dim I3 AS Integer Default NAME...

Page 187: ...ate Packets Type SNMP collection Description The total number of Late Arrival Packets in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaP...

Page 188: ...X Lost Packets Type SNMP collection Description The total number of Lost Packets in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaProbe...

Page 189: ...Type SNMP collection Description The total number of out of sequence errors across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 190: ...n Received Optical Power retrieved from the SFP Applicable only if the media type is fiber Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 AS...

Page 191: ...pe SNMP collection Description Received Optical Power retrieved from the SFP Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStatsIndex Dim I3 AS Integer Default NAME...

Page 192: ...pe SNMP collection Description The average round trip delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 193: ...pe SNMP collection Description The maximum round trip delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 194: ...pe SNMP collection Description The minimum round trip delay in milliseconds across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer...

Page 195: ...ay Sum Type SNMP collection Description The total sum of round trip delay in milliseconds in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME...

Page 196: ...ce of the Round Trip Delay in history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Default NAME esaProbeHistoryIndex esaProbeHistorySumOfSqRoundTripDelay I1 I2 esa...

Page 197: ...ps Type SNMP collection Description The total number of sequence gaps across all packets received in the history interval Syntax Dim I1 AS DisplayString Default NAME esaProbeId Dim I2 AS Integer Defau...

Page 198: ...on Transmit Optical Power retrieved from the SFP Applicable only if the media type is fiber Syntax Dim I1 AS Integer Default NAME PortSvcIndex Dim I2 AS Integer Default NAME PortSvcStatsIndex Dim I3 A...

Page 199: ...Type SNMP collection Description Transmit Optical Power retrieved from the SFP Syntax Dim I1 AS Integer Default NAME WanIndex Dim I2 AS Integer Default NAME WanStatsIndex Dim I3 AS Integer Default NAM...

Page 200: ...Chapter 7 SNMP Collection Formulas 186 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 201: ...operate in the Adva Optical Metro Ethernet environment This user guide discusses the discovery formulas that the Adva Optical Metro Ethernet Technology Pack provides Netcool Proviso Discovery Formula...

Page 202: ...n formula when the specified sub element is deployed for collection The instance string for a given sub element appears in the instance field Sub Element view of the Netcool Proviso DataMart Resource...

Page 203: ...e I1 format clean V06 OIDVAL esaProbeVlanId I1 V07 OIDVAL esaProbeVlanPrio I1 V08 OIDVAL esaProbePrioVal I1 V09 OIDVAL esaProbeNumPkts I1 V10 OIDVAL esaProbePktSize I1 V11 OIDVAL esaProbePktInterval I...

Page 204: ...V08 OIDVAL ethernetPBPortSvcPrioVID I1 V09 OIDVAL ethernetPBPortSvcTaggedFramesEnabled I1 V10 OIDVAL ethernetPBPortSvcCIR I1 V11 OIDVAL ethernetPBPortSvcEIR I1 V12 OIDVAL ethernetPBPortSvcCBS I1 V13...

Page 205: ...8 Discovery Formulas Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 191 Formula Editor Path Alias Instance and Label Inventory AP Adva MIB etherService...

Page 206: ...ger Default NAME ethernetPBWanStatsIndex Dim I3 AS Integer Default NAME ethernetPBWanHistoryIndex V01 OIDVAL ethernetPBWanSfpVendorName I1 V02 OIDVAL ethernetPBWanIfIndex I1 V03 OIDVAL ethernetPBWanMe...

Page 207: ...Chapter 8 Discovery Formulas Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 193 NOTES...

Page 208: ...Chapter 8 Discovery Formulas 194 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 209: ...of Netcool Proviso The release notes for the current technology pack release The Netcool Proviso Installation Guide The Netcool Proviso Upgrade Guide if performing an upgrade The Netcool Proviso Data...

Page 210: ...hannel Configure the Technology Pack To configure the Adva Optical Metro Ethernet Technology Pack follow these steps Important Localization is now done automatically during installation of the technol...

Page 211: ...which is installed in the following directory on the DataMart server PVMHOME APFiles adva_ethernet datamart conf You must merge the contents of this file with the file inventory_subelements txt locate...

Page 212: ...rt Resource Editor 5 b Click the ReportSEGroup tab 5 c Move the cursor to the left pane and scroll up to select any group under the SUB ELEMENTS NOC Reporting tree 5 d Right click and select the AutoG...

Page 213: ...n Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X 199 See the Netcool Proviso DataMart Configuration Guide for information on using the Netcool Proviso D...

Page 214: ...Appendix A Configuration 200 Netcool Proviso Adva Optical Metro Ethernet 2 1 1 0 Technology Pack User s Guide Version 4 3 X...

Page 215: ...U S government the Government shall have only Restricted Rights in the software and related documentation as defined in the Federal Acquisition Regulations FARs in Clause 52 227 19 c 2 If you are acq...

Page 216: ...SS OF USE DATA OR PROFITS WHETHER IN AN ACTION OF CONTRACT NEGLIGENCE OR OTHER TORTIOUS ACTION ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE Part 2 Networks Associates T...

Page 217: ...or publicity pertaining to distribution of the software without specific written permission THE COPYRIGHT HOLDERS AND OTHER CONTRIBUTORS DISCLAIM ALL WARRANTIES WITH REGARD TO THIS SOFTWARE INCLUDING...

Page 218: ...g to distribution of the software without specific written prior permission Lucent disclaims all warranties with regard to this software including all implied warranties of merchantability and fitness...

Page 219: ...tten permission please contact request_AT_jdom_DOT_org 4 Products derived from this software may not be called JDOM nor may JDOM appear in their name without prior written permission from the JDOM Pro...

Page 220: ...Xwpick is used for printing utilities Sieve of Erastothenes Copyright Frank Pilhofer fp fpx de Redistribution and use in source and binary forms with or without modification are permitted provided th...

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