Huawei iManager U2000 Northbound CORBA Interface Developer Guide(Configuration)

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Northbound CORBA Interface Developer

Guide (Configuration)

Issue 03

Date 2010-08-16

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consent of Huawei Technologies Co., Ltd.

Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective holders.

Notice

The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.

Huawei Technologies Co., Ltd.

Address: Huawei Industrial Base

Bantian, Longgang Shenzhen 518129

People's Republic of China

Website: http://www.huawei.com

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About This Document

Related Versions

The following table lists the product versions related to this document.

Product Name Version

iManager U2000 V100R002C01

Intended Audience

Focusing on the configuration management of the CORBA NBI, this document describes the enhanced development of the NBI from the aspects as follows: basic information, interface function, information model, and interface model.

This document provides the reference information about the configuration management of the CORBA NBI.

This document is intended for:

l Application Developer l Data Configuration Engineer

Symbol Conventions

The symbols that may be found in this document are defined as follows.

Symbol Description

DANGER

Indicates a hazard with a high level of risk, which if not avoided, will result in death or serious injury.

WARNING

Indicates a hazard with a medium or low level of risk, which if not avoided, could result in minor or moderate injury.

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CAUTION

Indicates a potentially hazardous situation, which if not avoided, could result in equipment damage, data loss, performance degradation, or unexpected results.

TIP Indicates a tip that may help you solve a problem or save

time.

NOTE Provides additional information to emphasize or supplement

important points of the main text.

Command Conventions

The command conventions that may be found in this document are defined as follows.

Convention Description

Boldface The keywords of a command line are in boldface.

Italic Command arguments are in italics.

[ ] Items (keywords or arguments) in brackets [ ] are optional.

{ x | y | ... } Optional items are grouped in braces and separated by

vertical bars. One item is selected.

[ x | y | ... ] Optional items are grouped in brackets and separated by

vertical bars. One item is selected or no item is selected.

{ x | y | ... }* _{Optional items are grouped in braces and separated by}

vertical bars. A minimum of one item or a maximum of all items can be selected.

[ x | y | ... ]* _{Optional items are grouped in brackets and separated by}

vertical bars. Several items or no item can be selected.

GUI Conventions

The GUI conventions that may be found in this document are defined as follows.

Convention Description

Boldface Buttons, menus, parameters, tabs, window, and dialog titles are in boldface. For example, click OK.

> Multi-level menus are in boldface and separated by the ">"

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Change History

Updates between document issues are cumulative. Therefore, the latest document issue contains all updates made in previous issues.

Changes in Issue 03 (2010-08-16) Based on Product Version V100R002C01

Errors are corrected.

Changes in Issue 02 (2010-07-16) Based on Product Version V100R002C01

Errors are corrected.

Changes in Issue 01 (2010-05-18) Based on Product Version V100R002C01

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About This Document...iii

1 Overview...1-1

1.1 Introduction...1-2 1.2 Configuration Management...1-2

2 Format of Notification Events...2-1

2.1 Format of the NT_OBJECT_CREATION Event...2-2 2.1.1 Header Format of the NT_OBJECT_CREATION Event...2-2 2.1.2 Format of the NT_OBJECT_CREATION Event (filterable_data)...2-2 2.1.3 Format of the NT_OBJECT_CREATION Event (remainder_of_body)...2-3 2.2 Format of the NT_OBJECT_DELETION Event...2-3 2.2.1 Header Format of the NT_OBJECT_DELETION Event...2-4 2.2.2 Format of the NT_OBJECT_DELETION Event (filterable_data)...2-4 2.2.3 Format of the NT_OBJECT_DELETION Event (remainder_of_body)...2-5 2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event...2-5 2.3.1 Header Format of the NT_ATTRIBUTE_VALUE_CHANGE Event...2-5 2.3.2 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (filterable_data)...2-6 2.3.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (remainder_of_body)...2-7 2.4 Format of the NT_STATE_CHANGE Event...2-7 2.4.1 Header Format of the NT_STATE_CHANGE Event...2-7 2.4.2 Format of the NT_STATE_CHANGE Event (filterable_data)...2-8 2.4.3 Format of the NT_STATE_CHANGE Event (remainder_of_body)...2-9 2.5 Format of the NT_PROTECTION_SWITCH Event...2-9 2.5.1 Header Format of the NT_PROTECTION_SWITCH Event...2-9 2.5.2 Format of the NT_PROTECTION_SWITCH Event (filterable_data)...2-10 2.5.3 Format of the NT_PROTECTION_SWITCH Event (remainder_of_body)...2-12 2.6 Format of the NT_ATMPROTECTION_SWITCH Event...2-12 2.6.1 Header Format of the NT_ATMPROTECTION_SWITCH Event...2-13 2.6.2 Format of the NT_ATMPROTECTION_SWITCH Event (filterable_data)...2-13 2.6.3 Format of the NT_ATMPROTECTION_SWITCH Event (remainder_of_body)...2-14 2.7 Format of the NT_WDMPROTECTION_SWITCH Event...2-14 2.7.1 Header Format of the NT_WDMPROTECTION_SWITCH Event...2-14 2.7.2 Format of the NT_WDMPROTECTION_SWITCH Event (filterable_data)...2-15

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2.8.1 Header Format of the NT_RPRPROTECTION_SWITCH Event...2-17 2.8.2 Format of the NT_RPRPROTECTION_SWITCH Event (filterable_data)...2-17 2.8.3 Format of the NT_RPRPROTECTION_SWITCH Event (remainder_of_body)...2-18 2.9 Format of the NT_EPROTECTION_SWITCH Event...2-18 2.9.1 Header Format of the NT_EPROTECTION_SWITCH Event...2-19 2.9.2 Format of the NT_EPROTECTION_SWITCH Event (filterable_data)...2-19 2.9.3 Format of the NT_EPROTECTION_SWITCH Event (remainder_of_body)...2-20 2.10 Format of the NT_IPPROTECTION_SWITCH Event...2-21 2.10.1 Header Format of the NT_IPPROTECTION_SWITCH Event...2-21 2.10.2 Format of the NT_IPPROTECTION_SWITCH Event (filterable_data)...2-21 2.10.3 Format of the NT_IPPROTECTION_SWITCH Event (remainder_of_body)...2-22 2.11 Format of the NT_ROUTE_CHANGE Event...2-22 2.11.1 Header Format of the NT_ROUTE_CHANGE Event...2-23 2.11.2 Format of the NT_ROUTE_CHANGE Event (filterable_data)...2-23 2.11.3 Format of the NT_ROUTE_CHANGE Event (remainder_of_body)...2-24 2.12 Format of the NT_ASON_RESOURCE_CHANGE Event...2-24 2.12.1 Header Format of the NT_ASON_RESOURCE_CHANGE Event...2-24 2.12.2 Format of the NT_ASON_RESOURCE_CHANGE Event (filterable_data)...2-25 2.12.3 Format of the NT_ASON_RESOURCE_CHANGE Event (remainder_of_body)...2-26 2.13 Format of the NT_FILE_TRANSFER_STATUS Event...2-26 2.13.1 Header Format of the NT_FILE_TRANSFER_STATUS Event...2-26 2.13.2 Format of the NT_FILE_TRANSFER_STATUS Event (filterable_data)...2-27 2.13.3 Format of the NT_FILE_TRANSFER_STATUS Event (remainder_of_body)...2-28 2.14 Format of the NT_PRBSTEST_STATUS Event...2-28 2.14.1 Header Format of the NT_PRBSTEST_STATUS Event...2-28 2.14.2 Format of the NT_PRBSTEST_STATUS Event (filterable_data)...2-29 2.15 Format of the NT_HEARTBEAT Event...2-29 2.15.1 Header Format of the NT_HEARTBEAT Event...2-30 2.15.2 Format of the NT_HEARTBEAT Event (filterable_data)...2-30

3 Information Model...3-1

3.1 emsMgr...3-2 3.1.1 EMS_T...3-2 3.2 equipment...3-4 3.2.1 EQTCreateData_T...3-4 3.2.2 Equipment_T...3-5 3.2.3 EquipmentHolder_T...3-6 3.3 managedElement...3-7 3.3.1 ManagedElement_T...3-7 3.4 subnetworkConnection...3-8 3.4.1 CrossConnect_T...3-8

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3.4.2 TPData_T...3-9 3.4.3 SubnetworkConnection_T...3-9 3.4.4 SNCCreateData_T...3-11 3.4.5 SNCModifyData_T...3-15 3.5 multiLayerSubnetwork...3-18 3.5.1 MultiLayerSubnetwork_T...3-18 3.6 topologicalLink...3-19 3.6.1 TopologicalLink_T...3-19 3.7 terminationPoint...3-19 3.7.1 TerminationPoint_T...3-20 3.8 protection...3-21 3.8.1 ProtectionGroup_T...3-22 3.8.2 SwitchData_T...3-28 3.8.3 WDMProtectionGroup_T...3-29 3.8.4 WDMSwitchData_T...3-30 3.8.5 EProtectionGroup_T...3-31 3.8.6 ESwitchData_T...3-34 3.8.7 IPSwitchData_T...3-34 3.9 HW_mstpInventory...3-35 3.9.1 HW_MSTPEndPoint_T...3-36 3.9.2 HW_VirtualBridge_T...3-36 3.9.3 HW_VirtualLAN_T...3-37 3.9.4 HW_ForwardEndPoint_T...3-37 3.9.5 HW_MSTPBindingPath_T...3-38 3.9.6 HW_QosRule_T...3-38 3.9.7 HW_Flow_T...3-39 3.9.8 HW_LinkAggregationGroup_T...3-40 3.9.9 HW_LAGBranchPort _T...3-41 3.9.10 HW_SpanningTree_T...3-41 3.9.11 HW_STCurrentPort_T...3-41 3.9.12 ShapingQueue...3-42 3.10 HW_mstpProtection...3-42 3.10.1 HW_RPRNode_T...3-42 3.10.2 HW_RPRTopoInfo_T...3-43 3.10.3 HW_RPRSwitchData_T...3-44 3.10.4 HW_AtmProtectGroup_T...3-45 3.10.5 HW_AtmServiceProtectPair_T...3-46 3.10.6 HW_AtmPGSwitchData_T...3-46 3.10.7 HW_AtmPGSingleEndSwitchPara_T...3-47 3.11 HW_mstpService...3-47 3.11.1 HW_EthServiceTP_T...3-47 3.11.2 HW_EthService_T...3-47

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3.11.5 HW_AtmServiceCreateData_T...3-50 3.11.6 HW_AtmServiceTP_T...3-50 3.12 trafficDescriptor...3-50 3.12.1 TrafficDescriptor_T...3-51 3.12.2 TDCreateData_T...3-51 3.13 encapsulationLayerLink...3-52 3.13.1 EncapsulationLayerLink_T...3-52 3.13.2 ELLinkCreateData_T...3-53 3.14 flowDomain...3-54 3.14.1 FlowDomain_T...3-54 3.14.2 FlowDomainFragment_T...3-55 3.14.3 FDFrCreateData_T...3-56 3.14.4 EthernetOAMPoint_T...3-57 3.14.5 EthernetOAMOperation_T...3-57 3.14.6 EthernetOAMParamer_T...3-58 3.14.7 EthernetLTTestResult_T...3-58 3.15 HW_controlPlane...3-58 3.15.1 HW_SnppLink_T...3-58 3.15.2 HW_Capacity_T...3-60 3.16 maintenanceOps...3-60 3.16.1 CurrentMaintenanceOperation_T...3-60 3.16.2 PRBSTestResult_T...3-61 3.16.3 PRBSTestParameter_T...3-61 3.16.4 SampleResult_T...3-61 3.16.5 TestDuration_T...3-62 3.17 TopoManagementManager...3-62 3.17.1 Node_T...3-62 3.17.2 Position_T...3-62 3.18 HW_vpnManager...3-62 3.18.1 MatrixFlowDomainFragment_T...3-63 3.18.2 MultipointServiceAttr_T...3-64 3.18.3 StaticMacAddress_T...3-66 3.18.4 SplitHorizonGroup_T...3-66 3.18.5 IPCrossConnection_T...3-66 3.18.6 TrafficTrunk_T...3-67 3.18.7 RouteConstraint_T...3-68 3.18.8 MFDFrModifyData_T...3-69 3.18.9 TrafficTrunkCreateData_T...3-70 3.18.10 TrafficTrunkModifyData_T...3-71 3.19 trafficConditioningProfile...3-72

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3.19.1 HW_TCProfile_T...3-73 3.19.2 HW_TCProfileCreateData_T...3-74 3.19.3 TrafficConditioningProfileAssign_T...3-75 3.19.4 TrafficConditioningProfileDeassign_T...3-75

4 Interface Model...4-1

4.1 Common_I...4-2 4.1.1 setUserLabel...4-2 4.1.2 setnativeEMSName...4-3 4.1.3 setOwner...4-4 4.1.4 Notification...4-5 4.2 EquipmentInventoryMgr_I...4-5 4.2.1 provisionEquipment...4-6 4.2.2 unprovisionEquipment...4-7 4.2.3 Notifications...4-7 4.3 ManagedElementMgr_I... 4-8 4.3.1 setTPData...4-8 4.3.2 createCrossConnections...4-9 4.3.3 This interface is in the best-effort mode.deleteCrossConnections...4-11 4.3.4 activateCrossConnections...4-12 4.3.5 deactivateCrossConnections...4-13 4.3.6 createFTP...4-15 4.3.7 deleteFTP...4-16 4.3.8 modifyFTPMembers...4-17 4.3.9 Notifications...4-18 4.4 MultiLayerSubnetworkMgr_I...4-19 4.4.1 createSNC...4-20 4.4.2 modifySNC...4-22 4.4.3 activateSNC...4-24 4.4.4 createAndActivateSNC...4-26 4.4.5 deactivateSNC...4-28 4.4.6 deleteSNC...4-29 4.4.7 deactivateAndDeleteSNC...4-30 4.4.8 checkValidSNC...4-32 4.4.9 setConjunctionSNC...4-33 4.4.10 swapSNC...4-34 4.4.11 Notifications...4-36 4.5 ProtectionMgr_I...4-36 4.5.1 performProtectionCommand...4-36 4.5.2 performWDMProtectionCommand...4-38 4.5.3 Notifications...4-39 4.6 HW_MSTPInventoryMgr_I...4-39 4.6.1 setMstpEndPoint...4-40

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4.6.4 createVLAN...4-43 4.6.5 deleteVLAN...4-44 4.6.6 addVLANForwardPort...4-45 4.6.7 delVLANForwardPort...4-46 4.6.8 setVLANData...4-47 4.6.9 addBindingPath...4-48 4.6.10 delBindingPath...4-49 4.6.11 setLCASState...4-50 4.6.12 createQosRule...4-51 4.6.13 setQosRule...4-52 4.6.14 createFlow...4-53 4.6.15 deleteQosRule...4-54 4.6.16 setFlow...4-55 4.6.17 deleteFlow...4-56 4.6.18 createLinkAggregationGroup...4-57 4.6.19 modifyLinkAggregationGroup...4-58 4.6.20 deleteLinkAggregationGroup...4-59 4.6.21 setMstpEndPointShapingQueue...4-60 4.6.22 setSTProtocolParam...4-61 4.6.23 setSTBridgeParam...4-62 4.6.24 setSTPortParam...4-63 4.6.25 Notifications...4-64 4.7 HW_MSTPProtectionMgr_I...4-64 4.7.1 performRPRProtectionCommand...4-64 4.7.2 performAtmPGProtectionCommand...4-65 4.7.3 Notifications...4-66 4.8 HW_MSTPServiceMgr_I...4-67 4.8.1 createEthService...4-67 4.8.2 deleteEthService...4-68 4.8.3 createAtmService...4-69 4.8.4 deleteAtmService...4-70 4.8.5 activateAtmService...4-71 4.8.6 deactivateAtmService...4-72 4.8.7 Notifications...4-73 4.9 TrafficDescriptorMgr_I...4-73 4.9.1 activateTrafficDescriptor...4-73 4.9.2 deactivateTrafficDescriptor...4-74 4.9.3 HW_createTrafficDescriptor...4-75 4.9.4 deleteTrafficDescriptor...4-76 4.9.5 Notifications...4-77

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4.10 HW_controlPlaneMgr_I...4-77 4.10.1 setSRLG...4-78 4.10.2 Notifications...4-79 4.11 EncapsulationLayerLinkMgr_I...4-79 4.11.1 createELLink...4-79 4.11.2 activateELLink...4-80 4.11.3 deactivateELLink...4-81 4.11.4 deleteELLink...4-82 4.11.5 increaseBandwidthOfELLink...4-83 4.11.6 decreaseBandwidthOfELLink...4-84 4.11.7 setELLinkLCASState...4-86 4.11.8 Notifications...4-86 4.12 FlowDomainMgr_I...4-87 4.12.1 createFDFr...4-87 4.12.2 activateFDFr...4-89 4.12.3 deactivateFDFr...4-90 4.12.4 deleteFDFr...4-91 4.12.5 performEthernetOAMCommand...4-92 4.12.6 Notifications...4-92 4.13 MaintenanceMgr_I...4-93 4.13.1 performMaintenanceOperation...4-93 4.13.2 enablePRBSTest...4-94 4.13.3 disablePRBSTest...4-95 4.14 TCProfileMgr_I...4-96 4.14.1 HW_createTCProfile...4-96 4.14.2 HW_modifyTCProfile...4-97 4.14.3 deleteTCProfile...4-99 4.14.4 assignTrafficConditioningProfile...4-100 4.14.5 deassignTrafficConditioningProfile...4-101 4.15 Session_I...4-102 4.15.1 ping...4-102 4.15.2 endSession...4-102 4.16 HW_securityMgr_I...4-103 4.16.1 modifyPassword...4-103 4.17 HW_VPNMgr_I...4-103 4.17.1 createMFDFr...4-104 4.17.2 deleteMFDFr...4-105 4.17.3 activateMFDFr...4-106 4.17.4 deactivateMFDFr...4-107 4.17.5 modifyMFDFr...4-108 4.17.6 createTrafficTrunk...4-110 4.17.7 deleteTrafficTrunk...4-110

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4.17.10 modifyTrafficTrunk...4-113 4.17.11 createIPCrossConnections...4-114 4.17.12 deleteIPCrossConnections...4-115 4.17.13 activateIPCrossConnections...4-116 4.17.14 deactivateIPCrossConnections...4-117 4.17.15 modifyIPCrossConnection...4-118

A Object Naming Rules...A-1

A.1 EMS...A-3 A.2 Subnetwork...A-3 A.3 TopoSubnetwork...A-4 A.4 ProtectionSubnetwork...A-4 A.5 SubnetworkConnection...A-4 A.6 ManagedElement...A-5 A.7 TopologicalLink...A-5 A.8 EPGP...A-6 A.9 PTP...A-6 A.10 FTP...A-8 A.11 CTP...A-9 A.12 TrafficDescriptor...A-14 A.13 EquipmentHolder...A-14 A.14 Equipment...A-15 A.15 ProtectionGroup...A-15 A.16 WDM ProtectionGroup...A-16 A.17 VirtualBridge...A-16 A.18 VLAN...A-17 A.19 Ethernet Service...A-17 A.20 ATM Service...A-18 A.21 ATM ProtectGroup...A-18 A.22 QoS Rule...A-19 A.23 Flow...A-19 A.24 Flow Domain...A-20 A.25 FlowDomainFragment...A-20 A.26 EncapsulationLayerLink...A-21 A.27 LinkAggregationGroup...A-21 A.28 RPRNode...A-21 A.29 Routing Area...A-22 A.30 SNPPLink...A-22 A.31 MatrixFlowDomainFragment...A-23 A.32 TrafficTrunk...A-23 A.33 IPCrossConnection...A-24

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A.34 tcProfileName...A-24

B AdditionalInfo Description...B-1

B.1 ManagedElement_T...B-2 B.2 TerminationPoint_T...B-3 B.3 Equipment_T...B-4 B.4 SubnetworkConnection_T...B-4 B.5 SNCCreateData_T...B-5 B.6 SNCModifyData_T...B-6 B.7 CrossConnect_T...B-7 B.8 HW_EthService_T...B-10 B.9 TrafficDescriptor_T...B-11 B.10 EthernetOAMOperation_T...B-11 B.11 ELLinkCreateData_T...B-12 B.12 FDFrCreateData_T...B-12

C Lists...C-1

C.1 Notification Event Samples...C-2 C.1.1 NT_OBJECT_CREATION Event Sample...C-2 C.1.2 NT_OBJECT_DELETION Event Sample...C-4 C.1.3 NT_ATTRIBUTE_VALUE_CHANGE Event Sample...C-5 C.1.4 NT_STATE_CHANGE Event Sample...C-6 C.1.5 NT_PROTECTION_SWITCH Event Sample...C-6 C.1.6 NT_ATMPROTECTION_SWITCH Event Sample...C-8 C.1.7 NT_WDMPROTECTION_SWITCH Event Sample...C-9 C.1.8 NT_RPRPROTECTION_SWITCH Event Sample...C-10 C.1.9 NT_EPROTECTION_SWITCH Event Sample...C-11 C.1.10 NT_ASON_RESOURCE_CHANGE Event Sample...C-13 C.1.11 NT_PRBSTEST_STATUS Event Sample...C-13 C.1.12 NT_HEARTBEAT Event Sample...C-14 C.1.13 NT_ROUTE_CHANGE Event Sample...C-15 C.1.14 NT_IPPROTECTION_SWITCH Event Sample...C-18 C.2 IDL Description...C-19

D Glossary...D-1

E Acronyms and Abbreviations...E-1

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Tables

Table 1-1 Configuration management...1-2 Table 2-1 Header format of the NT_OBJECT_CREATION event...2-2 Table 2-2 Format of the fiterrable_data in the structure of the NT_OBJECT_CREATION event...2-2 Table 2-3 Header format of the NT_OBJECT_DELETION event...2-4 Table 2-4 Format of filterable_data in structure of the NT_OBJECT_DELETION event...2-4 Table 2-5 Header format of the NT_ATTRIBUTE_VALUE_CHANGE event...2-5 Table 2-6 Format of filterable_data in structure of the NT_ATTRIBUTE_VALUE_CHANGE event...2-6 Table 2-7 Header format of the NT_STATE_CHANGE event...2-7 Table 2-8 Format of filterable_data in structure of the NT_STATE_CHANGE event...2-8 Table 2-9 Header format of the NT_PROTECTION_SWITCH event...2-9 Table 2-10 Format of filterable_data in structure of the NT_PROTECTION_SWITCH event...2-10 Table 2-11 Header format of the NT_ATMPROTECTION_SWITCH event...2-13 Table 2-12 Format of filterable_data in structure of the NT_ATMPROTECTION_SWITCH event...2-13 Table 2-13 Header format of the NT_WDMPROTECTION_SWITCH event...2-14 Table 2-14 Format of filterable_data in structure of the NT_WDMPROTECTION_SWITCH event...2-15 Table 2-15 Header format of the NT_RPRPROTECTION_SWITCH event...2-17 Table 2-16 Format of filterable_data in structure of the NT_RPRPROTECTION_SWITCH event...2-17 Table 2-17 Header format of the NT_EPROTECTION_SWITCH event...2-19 Table 2-18 Format of filterable_data in structure of the NT_EPROTECTION_SWITCH event...2-19 Table 2-19 Header format of the NT_IPPROTECTION_SWITCH event...2-21 Table 2-20 Format of filterable_data in structure of the NT_IPPROTECTION_SWITCH event...2-21 Table 2-21 Header format of the NT_ROUTE_CHANGE event...2-23 Table 2-22 Format of filterable_data in structure of the NT_ROUTE_CHANGE event...2-23 Table 2-23 Header format of the NT_ASON_RESOURCE_CHANGE event...2-24 Table 2-24 Format of filterable_data in structure of the NT_ASON_RESOURCE_CHANGE event...2-25 Table 2-25 Header format of the NT_FILE_TRANSFER_STATUS event...2-26 Table 2-26 Format of filterable_data in structure of the NT_FILE_TRANSFER_STATUS event...2-27 Table 2-27 Header format of the NT_PRBSTEST_STATUS event...2-28 Table 2-28 Format of filterable_data in structure of the NT_PRBSTEST_STATUS event...2-29 Table 2-29 Header format of the NT_HEARTBEAT event...2-30 Table 2-30 Format of filterable_data in structure of the NT_HEARTBEAT event...2-30 Table A-1 EMS...A-3 Table A-2 Subnetwork...A-3

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Table A-5 SubnetworkConnection...A-4 Table A-6 ManagedElement...A-5 Table A-7 TopologicalLink...A-5 Table A-8 EPGP...A-6 Table A-9 PTP...A-6 Table A-10 FTP...A-8 Table A-11 CTP...A-9 Table A-12 TrafficDescriptor...A-14 Table A-13 EquipmentHolder...A-14 Table A-14 Equipment...A-15 Table A-15 ProtectionGroup...A-15 Table A-16 WDM ProtectionGroup...A-16 Table A-17 VirtualBridge...A-16 Table A-18 VLAN...A-17 Table A-19 Ethernet Service...A-17 Table A-20 ATM Service...A-18 Table A-21 ATM ProtectGroup...A-18 Table A-22 QoS Rule...A-19 Table A-23 Flow...A-19 Table A-24 Flow Domain...A-20 Table A-25 FlowDomainFragment...A-20 Table A-26 EncapsulationLayerLink...A-21 Table A-27 LinkAggregationGroup...A-21 Table A-28 RPRNode...A-21 Table A-29 Routing Area...A-22 Table A-30 SNPPLink...A-22 Table B-1 ManagedElement_T...B-2 Table B-2 TerminationPoint_T...B-3 Table B-3 Equipment_T...B-4 Table B-4 SubnetworkConnection_T...B-4 Table B-5 SNCCreateData_T...B-5 Table B-6 SNCModifyData_T...B-6 Table B-7 CrossConnect_T...B-7 Table B-8 HW_EthService_T...B-10 Table B-9 TrafficDescriptor_T...B-11 Table B-10 EthernetOAMOperation_T...B-11 Table B-11 ELLinkCreateData_T...B-12 Table B-12 FDFrCreateData_T...B-12 Table C-1 NT_OBJECT_CREATION event sample...C-2 Table C-2 NT_OBJECT_DELETION event sample...C-4

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Table C-3 NT_ATTRIBUTE_VALUE_CHANGE event sample...C-5 Table C-4 NT_STATE_CHANGE event sample...C-6 Table C-5 NT_PROTECTION_SWITCH event sample...C-6 Table C-6 NT_ATMPROTECTION_SWITCH event sample...C-8 Table C-7 NT_WDMPROTECTION_SWITCH event sample...C-9 Table C-8 NT_RPRPROTECTION_SWITCH event sample...C-10 Table C-9 NT_EPROTECTION_SWITCH event sample...C-11 Table C-10 NT_ASON_RESOURCE_CHANGE event sample...C-13 Table C-11 NT_PRBSTEST_STATUS event sample...C-13 Table C-12 NT_HEARTBEAT event sample...C-14 Table C-13 NT_ROUTE_CHANGE event sample...C-15 Table C-14 NT_EPROTECTION_SWITCH event sample...C-18

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1

Overview

About This Chapter

1.1 Introduction

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1.1 Introduction

Huawei CORBA interface provides extensive functions of network resource configuration for the operation support system (OSS). With these interfaces, a user can maintain a network, configure equipment resources, deliver end-to-end services, and deliver the services of individual NEs. In this way, the network resources are managed flexibly.

1.2 Configuration Management

The U2000 CORBA NBI provides the configuration management functions listed in Table 1-1.

NOTE

Unless otherwise specified, the NA equipment does not support the following functions.

Table 1-1 Configuration management

Function Description

Network maintenance The user can set loopback

(LB) and alarm insertion and perform pseudo-random binary sequence (PRBS) tests.

Test and diagnosis The user can perform

operations, administration and maintenance (OAM) of Ethernet services.

Equipment configuration The user can install and delete boards.

Port configuration The user can set port

parameters, binding paths for Ethernet ports, and attributes of the IF ports of the RTN. Protection configuration The user can perform

multiplex section protection (MSP) switching and wavelength division multiplexing (WDM) protection switching. The user can also create link aggregation protection groups.

Service diagnosis The user can perform LB test,

LT test, and continuity check (CC) of Ethernet services.

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Function Description Delivery of end-to-end SDH

services

The user can perform the following operations:

l Create, delete, activate,

deactivate, and modify SDH trails.

l Perform switching of

pre-configured SDH trails.

SDH: synchronous digital hierarchy

Delivery of end-to-end WDM services

The user can create, delete, activate, and deactivate WDM trails. The user can also modify the source and sink of WDM trails.

WDM: Wave-length Division Multiplexing

Delivery of end-to-end SDH ASON services

and deactivate SDH ASON trails. l Modify routing constraints of SDH ASON trails. l Set association of SDH ASON trails.

l Set shared risk link groups

of SDH ASON.

ASON: automatically switched optical network

Delivery of end-to-end Ethernet services

l Create, delete, activate

and deactivate a FDFr.

and deactivate an ELL.

l Adjust the bandwidth

bound to an ELL.

l FDFr: flow domain

fragment

l ELL: encapsulation layer

link

Delivery of end-to-end RTN services

The user can create and delete SDH or PDH radio links.

Delivery of SDH services of individual NEs

The user can create, delete, activate, and deactivate SDH cross-connections.

(26)

Delivery of MSTP services of individual NEs

l Create and delete the

Ethernet services of individual NEs.

l Create an Ethernet virtual

bridge.

l Create an L2 forwarding

table for Ethernet.

l Create, activate,

deactivate, and delete the ATM services of

individual NEs.

and deactivate an ATM traffic descriptor. l MSTP: multi-service transmission platform l ATM: asynchronous transfer mode Delivery of PTN services of individual NEs

The user can perform the following operations: l Create, activate, deactivate, delete MPLS static tunnel. l Create, activate, deactivate, delete MPLS dynamic tunnel. l Create, activate, deactivate, delete IP tunnel. l Create, activate, deactivate, delete PW switch. l Create, activate,

deactivate, delete AES service.

l Create, activate,

deactivate, delete CES service.

l Create, activate,

deactivate, delete EPL service.

l Create, activate,

deactivate, delete EPLn service.

(27)

Function Description Delivery of OTN services of

individual NEs

deactivate WDM cross-connections.

l Create, modify, delete

OTN trails.

l Create, modify, delete,

perform OTN protection group.

(28)

(29)

2

Format of Notification Events

About This Chapter

In the additionalInfoUsage.pdf and AVC_SC_Notifications.pdf among the supporting

documentation of the TMF 814 recommendation, the structure of each notification event of the CORBA interface is described. This chapter presents the detailed definitions of the structure of the notification events.

2.1 Format of the NT_OBJECT_CREATION Event 2.2 Format of the NT_OBJECT_DELETION Event

2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event 2.4 Format of the NT_STATE_CHANGE Event

2.5 Format of the NT_PROTECTION_SWITCH Event 2.6 Format of the NT_ATMPROTECTION_SWITCH Event 2.7 Format of the NT_WDMPROTECTION_SWITCH Event 2.8 Format of the NT_RPRPROTECTION_SWITCH Event 2.9 Format of the NT_EPROTECTION_SWITCH Event 2.10 Format of the NT_IPPROTECTION_SWITCH Event 2.11 Format of the NT_ROUTE_CHANGE Event

2.12 Format of the NT_ASON_RESOURCE_CHANGE Event 2.13 Format of the NT_FILE_TRANSFER_STATUS Event 2.14 Format of the NT_PRBSTEST_STATUS Event 2.15 Format of the NT_HEARTBEAT Event

(30)

2.1 Format of the NT_OBJECT_CREATION Event

2.1.1 Header Format of the NT_OBJECT_CREATION Event

2.1.2 Format of the NT_OBJECT_CREATION Event (filterable_data) 2.1.3 Format of the NT_OBJECT_CREATION Event (remainder_of_body)

2.1.1 Header Format of the NT_OBJECT_CREATION Event

Table 2-1 Header format of the NT_OBJECT_CREATION event

Event Header

Type Name Type Description

Level-1 Name Level-2 Name

fixed_header event_type domain_name string Domain of a

notification event. The value is fixed as tmf_mtnm.

type_name string Type of a

notification event. The value is fixed as NT_OBJECT_ CREATION.

event_name string Name of a

notification event. The value is always null.

variable_header Timeout string Timeout period

of a notification event.

2.1.2 Format of the NT_OBJECT_CREATION Event

(filterable_data)

Table 2-2 Format of the fiterrable_data in the structure of the NT_OBJECT_CREATION event

Name Type Description

notificationId String Unique ID of the notification

(31)

objectName globaldefs::NamingAttribute

s_T

Name of the object created.

objectType notifications::ObjectType_T Type of the object created.

objectTypeQualifier String Type of the reported event.

This field is applicable to only the object types added in TMF V3.0.

emsTime globaldefs::Time_T Time (UTC) when the EMS

reports the event.

neTime globaldefs::Time_T Time (UTC) of the event

reported by the NE. If the NE does not report the time, the value is null.

edgePointRelated boolean If the event relates to a PTP

that is an edge point or to a protection group containing a PTP that is an edge point, the value is true. Otherwise, the value is false.

2.1.3 Format of the NT_OBJECT_CREATION Event

(remainder_of_body)

remainder_of_body of the NT_OBJECT_CREATION event is the information model for creating an object. For details, see 3 Information Model.

2.2 Format of the NT_OBJECT_DELETION Event

2.2.1 Header Format of the NT_OBJECT_DELETION Event

2.2.2 Format of the NT_OBJECT_DELETION Event (filterable_data) 2.2.3 Format of the NT_OBJECT_DELETION Event (remainder_of_body)

(32)

Table 2-3 Header format of the NT_OBJECT_DELETION event Event Header

notification event. The value is fixed as NT_OBJECT_ DELETION.

2.2.2 Format of the NT_OBJECT_DELETION Event

(filterable_data)

Table 2-4 Format of filterable_data in structure of the NT_OBJECT_DELETION event

notificationId string Unique ID of the notification

event.

s_T

Name of the deleted object.

objectType notifications::ObjectType_T Type of the deleted object.

This field is used for only the object types defined in TMF V2.1 and the earlier versions.

objectTypeQualifier string Type of the reported event.

(33)

reports the event.

2.2.3 Format of the NT_OBJECT_DELETION Event

(remainder_of_body)

remainder_of_body of the NT_OBJECT_DELETION event is always null. When you delete a cross-connection object, you need to fill in the details of the cross-connection.

2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE

Event

2.3.1 Header Format of the NT_ATTRIBUTE_VALUE_CHANGE Event

2.3.2 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (filterable_data) 2.3.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (remainder_of_body)

2.3.1 Header Format of the NT_ATTRIBUTE_VALUE_CHANGE

Event

Table 2-5 Header format of the NT_ATTRIBUTE_VALUE_CHANGE event Event Header

(34)

Type

notification event. The value is fixed as NT_ATTRIBU TE_VALUE_ CHANGE.

2.3.2 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event

(filterable_data)

Table 2-6 Format of filterable_data in structure of the NT_ATTRIBUTE_VALUE_CHANGE event

event.

s_T

Name of the object of which attributes change.

objectType notifications::ObjectType_T Type of the object of which

attributes change. This parameter is used for only the object types defined in TMF V2.1 and the earlier versions.

(35)

attributeList notifications::NVList_T List of changed attributes.

2.3.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event

(remainder_of_body)

remainder_of_body of the NT_ATTRIBUTE_VALUE_CHANGE event is always null.

2.4 Format of the NT_STATE_CHANGE Event

2.4.1 Header Format of the NT_STATE_CHANGE Event

2.4.2 Format of the NT_STATE_CHANGE Event (filterable_data) 2.4.3 Format of the NT_STATE_CHANGE Event (remainder_of_body)

2.4.1 Header Format of the NT_STATE_CHANGE Event

Table 2-7 Header format of the NT_STATE_CHANGE event

Event Header

notification event. The value is fixed as NT_STATE_C HANGE.

(36)

Type

2.4.2 Format of the NT_STATE_CHANGE Event (filterable_data)

Table 2-8 Format of filterable_data in structure of the NT_STATE_CHANGE event

event.

s_T

Name of the object of which the state changes.

objectType notifications::ObjectType_T Type of the object of which

the state changes. This parameter is used for only the object types defined in TMF V2.1 and the earlier versions.

reports the event.

attributeList notifications::NVList_T List of the values of changed

(37)

2.4.3 Format of the NT_STATE_CHANGE Event

(remainder_of_body)

remainder_of_body of the NT_STATE_CHANGE event is always null. When you delete a cross-connection object, you need to fill in the details of the cross-connection. For details of the cross-connection, see 3.4.1 CrossConnect_T.

2.5 Format of the NT_PROTECTION_SWITCH Event

2.5.1 Header Format of the NT_PROTECTION_SWITCH Event

2.5.2 Format of the NT_PROTECTION_SWITCH Event (filterable_data) 2.5.3 Format of the NT_PROTECTION_SWITCH Event (remainder_of_body)

2.5.1 Header Format of the NT_PROTECTION_SWITCH Event

Table 2-9 Header format of the NT_PROTECTION_SWITCH event

Event Header

notification event. The value is fixed as NT_PROTEC TION_SWITC H.

(38)

(filterable_data)

Table 2-10 Format of filterable_data in structure of the NT_PROTECTION_SWITCH event

event.

reports the event.

ProtectionType protection::ProtectionType_

T

Protection type.

switchReason protection::switchReason_T Reason why the switching

occurs.

layerRate transmissionParameters::La

yerRate_T

Layer rate that the switching is associated to.

groupName globaldefs::NamingAttribute

s_T

Name of the protection group where the switching occurs. If the protection type is SNCP, this field is an empty name can be reported.

(39)

protectedTP globaldefs::NamingAttribute

s_T

Protected TP when the switching occurs. For SNCP, the value is always the reliable TP. For a notification of two-fiber BLSR

switching, the value is the TP that is inactive during the switching. For a notification of four-fiber MSP ring switching, the value is the working TP that is inactive during the switching. For a notification of 1:N MSP switching, the value is the working TP for which the protection switching occurs. For a notification of revertive 1+1 MSP switching, the value is the working TP. For a notification of non-revertive 1+1 MSP

switching, the value is the TP that was active before the switching (After the switching, the protected TP changes).

switchAwayFromTP globaldefs::NamingAttribute

s_T

Source TP that is switched away from. For two-fiber MSP switching, the value is the TP that is switched. For four-fiber MSP ring

switching, the value is one of the TPs in the MSP 1:N protection groups (working or protection). For four-fiber ring switching, the value is the working TP of the span that is switched. For example, if the east span switches to the west span, the value is the east working TP.

switchToTP globaldefs::NamingAttribute

s_T

Destination TP that is switched to. This TP is the source TP that is activated after the switching or the current active TP if no protection switching occurs

(40)

nativeEMSName string Name of the protection group where the protection

switching occurs.

additionalInfo notifications::NVList_T Additional information about

the protection switching event, currently including the type of the equipment where the switching occurs

(indicated by

ProductName) and the information about the protected board (indicated by protectedEquipment-Name), source board (indicated by

switchAwayFromEquip-mentName), and sink board (indicated by

switchToEquipment-Name).

NOTE

BLSR: bidirectional line switched ring additionalInfo in the NT_PROTECTION_SWITCH event structure of the U2000 CORBA interface is an extended field. This field stores the type of the equipment where the protection switching occurs.

2.5.3 Format of the NT_PROTECTION_SWITCH Event

(remainder_of_body)

remainder_of_body of the NT_PROTECTION_SWITCH event is always null.

2.6 Format of the NT_ATMPROTECTION_SWITCH Event

2.6.1 Header Format of the NT_ATMPROTECTION_SWITCH Event

2.6.2 Format of the NT_ATMPROTECTION_SWITCH Event (filterable_data) 2.6.3 Format of the NT_ATMPROTECTION_SWITCH Event (remainder_of_body)

(41)

2.6.1 Header Format of the NT_ATMPROTECTION_SWITCH

Event

Table 2-11 Header format of the NT_ATMPROTECTION_SWITCH event Event Header

notification event. The value is fixed as NT_ATMPRO TECTION_S WITCH.

2.6.2 Format of the NT_ATMPROTECTION_SWITCH Event

(filterable_data)

Table 2-12 Format of filterable_data in structure of the NT_ATMPROTECTION_SWITCH event

event.

reports the event.

(42)

pgName globaldefs::NamingAttribute s_T

Name of the ATM protection group where the switching occurs.

switchMode SwitchMode_T Switching mode.

protectType HW_mstpProtection::HW_ AtmProtectType_T Protection type. srcEndSwitchPara HW_mstpProtection::HW_ AtmPGSingleEndSwitchPar a_T

Parameters of the source-end switching. This field

describes the reason, the state and other information about the source-end switching.

snkEndSwitchPara HW_mstpProtection::HW_

AtmPGSingleEndSwitchPar a_T

Parameters of the sink-end switching. This field

describes the reason, the state and other information about the sink-end switching.

2.6.3 Format of the NT_ATMPROTECTION_SWITCH Event

(remainder_of_body)

remainder_of_body of the NT_ATMPROTECTION_SWITCH event is always null.

2.7 Format of the NT_WDMPROTECTION_SWITCH Event

2.7.1 Header Format of the NT_WDMPROTECTION_SWITCH Event

2.7.2 Format of the NT_WDMPROTECTION_SWITCH Event (filterable_data) 2.7.3 Format of the NT_WDMPROTECTION_SWITCH Event (remainder_of_body)

2.7.1 Header Format of the NT_WDMPROTECTION_SWITCH

Event

Table 2-13 Header format of the NT_WDMPROTECTION_SWITCH event Event Header

(43)

Event Header

notification event. The value is fixed as NT_WDMPR OTECTION_S WITCH.

2.7.2 Format of the NT_WDMPROTECTION_SWITCH Event

(filterable_data)

Table 2-14 Format of filterable_data in structure of the NT_WDMPROTECTION_SWITCH event

event.

reports the event.

protectionGroupType protection::WDMProtection

Group_T

Type of the protection group.

switchReason protection::switchReason_T Reason why the switching

occurs.

s_T

Name of the protection group where the switching occurs.

protectedTP globaldefs::NamingAttribute

s_T

Name of the protected TP during the switching.

(44)

switchAwayFromTP globaldefs::NamingAttribute s_T

Name of the source TP that is switched away from.

switchToTP globaldefs::NamingAttribute

s_T

Name of the destination TP that is switched to.

nativeEMSName string Information about the WDM

protection group where the switching occurs.

additionalInfo notifications::NVList_T Additional information about

the protection switching event, currently including the type of the equipment where the switching occurs

(indicated by

ProductName) and the information about the protected board (indicated by protectedEquipment-Name), source board (indicated by

NOTE

additionalInfo in the NT_WDMPROTECTION_SWITCH event structure of the U2000 CORBA interface

is an extended field. This field stores the type of the equipment where the WDM protection switching occurs.

2.7.3 Format of the NT_WDMPROTECTION_SWITCH Event

(remainder_of_body)

remainder_of_body of the NT_WDMPROTECTION_SWITCH event is always null.

2.8 Format of the NT_RPRPROTECTION_SWITCH Event

2.8.1 Header Format of the NT_RPRPROTECTION_SWITCH Event

2.8.2 Format of the NT_RPRPROTECTION_SWITCH Event (filterable_data) 2.8.3 Format of the NT_RPRPROTECTION_SWITCH Event (remainder_of_body)

(45)

2.8.1 Header Format of the NT_RPRPROTECTION_SWITCH

Event

Table 2-15 Header format of the NT_RPRPROTECTION_SWITCH event Event Header

notification event. The value is fixed as NT_RPRPRO TECTION_S WITCH.

2.8.2 Format of the NT_RPRPROTECTION_SWITCH Event

(filterable_data)

Table 2-16 Format of filterable_data in structure of the NT_RPRPROTECTION_SWITCH event

event.

reports the event.

(46)

nodeName globaldefs::NamingAttribute s_T

Name of the node.

switchState HW_SwitchState_T Switching state.

switchReason protection::SwitchReason_T Switching cause.

switchPosition HW_SwitchPosition_T Switching position.

switchParameters globaldefs::NVSList_T switchParameters supports

the following parameters: switchPosition switchState protectType SwitchCountTimes ProtectCountTime LastSwitchCommand The parameters for switchParameters in a HW_RPRSwitchData_T structure contain east and west switching parameters.

2.8.3 Format of the NT_RPRPROTECTION_SWITCH Event

(remainder_of_body)

remainder_of_body of the NT_RPRPROTECTION_SWITCH event is always null.

2.9 Format of the NT_EPROTECTION_SWITCH Event

2.9.1 Header Format of the NT_EPROTECTION_SWITCH Event

2.9.2 Format of the NT_EPROTECTION_SWITCH Event (filterable_data) 2.9.3 Format of the NT_EPROTECTION_SWITCH Event (remainder_of_body)

(47)

2.9.1 Header Format of the NT_EPROTECTION_SWITCH Event

Table 2-17 Header format of the NT_EPROTECTION_SWITCH event

Event Header

notification event. The value is fixed as NT_EPROTE CTION_SWIT CH.

2.9.2 Format of the NT_EPROTECTION_SWITCH Event

(filterable_data)

Table 2-18 Format of filterable_data in structure of the NT_EPROTECTION_SWITCH event

event.

reports the event.

eProtectionGroupType protection::EProtectionGrou

pType_T

Type of the reported equipment protection group.

(48)

eSwitchReason protection::ESwitchReason_ T

Reason why the switching occurs.

s_T

Name of the equipment group where the switching occurs.

protectedE globaldefs::NamingAttribute

s_T

Protected equipment during the switching. For an m:n protection group, the protected equipment is the working equipment during the switching.

switchAwayFromE globaldefs::NamingAttribute

s_T

Source equipment that is switched away from.

switchToE globaldefs::NamingAttribute

s_T

Destination equipment that is switched to.

nativeEMSName string Detailed information about

the equipment protection group where the switching occurs.

additionalInfo globaldefs::NVSList_T Additional information,

currently including the type of the equipment where the equipment protection switching occurs (indicated by ProductName) and the information about the protected board (indicated by protectedEquipment-Name), source board (indicated by

NOTE

additionalInfo in the NT_EPROTECTION_SWITCH event structure of the U2000 CORBA interface is

an extended field. This field stores the information about the type of equipment where the protection switching occurs.

2.9.3 Format of the NT_EPROTECTION_SWITCH Event

(remainder_of_body)

(49)

2.10 Format of the NT_IPPROTECTION_SWITCH Event

2.10.1 Header Format of the NT_IPPROTECTION_SWITCH Event

2.10.2 Format of the NT_IPPROTECTION_SWITCH Event (filterable_data) 2.10.3 Format of the NT_IPPROTECTION_SWITCH Event (remainder_of_body)

2.10.1 Header Format of the NT_IPPROTECTION_SWITCH Event

Table 2-19 Header format of the NT_IPPROTECTION_SWITCH event

Event Header

notification event. The value is fixed as NT_IPPROTE CTION_SWIT CH.

2.10.2 Format of the NT_IPPROTECTION_SWITCH Event

(filterable_data)

Table 2-20 Format of filterable_data in structure of the NT_IPPROTECTION_SWITCH event

(50)

emsTime globaldefs::Time_T Time (UTC) when the EMS reports the event.

protectionType string Type of a tunnel APS

protection group.

switchReason SwitchReason_T Cause of the switching.

s_T

Name of a tunnel APS protection group where the switching occurs.

protectedList globaldefs::NamingAttribute

sList_T

List of tunnels under protection where the switching occurs.

switchAwayFromList globaldefs::NamingAttribute

sList_T

List of source tunnels where the switching occurs.

switchToList globaldefs::NamingAttribute

sList_T

List of destination tunnels where the switching occurs.

nativeEMSName string Details about a tunnel APS

protection group where the switching occurs.

additionalInfo globaldefs::NVSList_T Additional information.

Currently, this field is null.

2.10.3 Format of the NT_IPPROTECTION_SWITCH Event

(remainder_of_body)

remainder_of_body of the NT_IPPROTECTION_SWITCH event is always null.

2.11 Format of the NT_ROUTE_CHANGE Event

2.11.1 Header Format of the NT_ROUTE_CHANGE Event

2.11.2 Format of the NT_ROUTE_CHANGE Event (filterable_data) 2.11.3 Format of the NT_ROUTE_CHANGE Event (remainder_of_body)

(51)

2.11.1 Header Format of the NT_ROUTE_CHANGE Event

Table 2-21 Header format of the NT_ROUTE_CHANGE event

Event Header

notification event. The value is fixed as NT_ROUTE_ CHANGE.

2.11.2 Format of the NT_ROUTE_CHANGE Event (filterable_data)

Table 2-22 Format of filterable_data in structure of the NT_ROUTE_CHANGE event

event.

s_T

Name of the object that reports the event.

objectType notifications::ObjectType_T Type of the object that

reports the event.

(52)

routeChangeEvent subnetworkConnection::Rer outeChangeEvent_T

Status information during the route change. The value is RerouteStarted, RerouteCompleted or RerouteFailed. route subnetworkConnection::Rou te_T

Detailed information about the new route.

2.11.3 Format of the NT_ROUTE_CHANGE Event

(remainder_of_body)

remainder_of_body of the NT_ROUTE_CHANGE event is always null.

2.12 Format of the NT_ASON_RESOURCE_CHANGE

Event

2.12.1 Header Format of the NT_ASON_RESOURCE_CHANGE Event

2.12.2 Format of the NT_ASON_RESOURCE_CHANGE Event (filterable_data) 2.12.3 Format of the NT_ASON_RESOURCE_CHANGE Event (remainder_of_body)

2.12.1 Header Format of the NT_ASON_RESOURCE_CHANGE

Event

Table 2-23 Header format of the NT_ASON_RESOURCE_CHANGE event Event Header

notification event. The value is fixed as NT_ASON_R ESOURCE_C HANGE.

(53)

Event Header

2.12.2 Format of the NT_ASON_RESOURCE_CHANGE Event

(filterable_data)

Table 2-24 Format of filterable_data in structure of the NT_ASON_RESOURCE_CHANGE event

event.

s_T

objectTypeQualifier string Object (ASON domain or

ASON node) of the reported event.

The value is

ROUTING_AREA or ROUTING_NODE.

notifyType string Type (creation or deletion) of

the reported event. The value is OBJECT_CREATE or OBJECT_DELETE.

reports the event.

(54)

edgePointRelated boolean If the event relates to a PTP that is an edge point or to a protection group containing a PTP that is an edge point, the value is true. Otherwise, the value is false.

2.12.3 Format of the NT_ASON_RESOURCE_CHANGE Event

(remainder_of_body)

remainder_of_body of the NT_ASON_RESOURCE_CHANGE event is always null.

2.13 Format of the NT_FILE_TRANSFER_STATUS Event

2.13.1 Header Format of the NT_FILE_TRANSFER_STATUS Event

2.13.2 Format of the NT_FILE_TRANSFER_STATUS Event (filterable_data) 2.13.3 Format of the NT_FILE_TRANSFER_STATUS Event (remainder_of_body)

2.13.1 Header Format of the NT_FILE_TRANSFER_STATUS Event

Table 2-25 Header format of the NT_FILE_TRANSFER_STATUS event

Event Header

notification event. The value is fixed as NT_FILE_TR ANSFER_STA TUS.

(55)

Event Header

2.13.2 Format of the NT_FILE_TRANSFER_STATUS Event

(filterable_data)

Table 2-26 Format of filterable_data in structure of the NT_FILE_TRANSFER_STATUS event

event.

filename string File directory and file name

that are entered. For example, /tmp/alarm4.txt.

transferStatu string Transfer status.

When transfer fails, the value is FT_FAILED.

When transfer is completed, the value is

FT_COMPLETED. When transfer is in process, the value is

FT_IN_PROGRESS.

percentComplete string Progress of the transfer

expressed in percentage. The value ranges from 0 to 100. For example, 100 percent.

(56)

failureReason string Cause of the file transfer failure.

When the transfer succeeds, the value is null.

When the transfer fails, details of the failure are described. For example, when the IP address is incorrect, the message "connection to 10.71.227.26 failed" is displayed. When the user name or password is incorrect, the message "530 Login incorrect" is displayed.

2.13.3 Format of the NT_FILE_TRANSFER_STATUS Event

(remainder_of_body)

remainder_of_body of the NT_FILE_TRANSFER_STATUS event is always null.

2.14 Format of the NT_PRBSTEST_STATUS Event

2.14.1 Header Format of the NT_PRBSTEST_STATUS Event

2.14.2 Format of the NT_PRBSTEST_STATUS Event (filterable_data)

2.14.1 Header Format of the NT_PRBSTEST_STATUS Event

Table 2-27 Header format of the NT_PRBSTEST_STATUS event

Event Header

notification event. The value is fixed as NT_PRBSTES T_STATUS.

(57)

Event Header

2.14.2 Format of the NT_PRBSTEST_STATUS Event

(filterable_data)

Table 2-28 Format of filterable_data in structure of the NT_PRBSTEST_STATUS event

event.

TPName globaldefs::NamingAttribute

s_T

Name of the TP for which a 2 Mbit/s PRBS test is

performed.

TestStatus notifications::FileTransferSt

atus_T

Status of the 2 Mbit/s PRBS test.

The value is

FT_COMPLETED or FT_IN_PROGRESS.

percentComplete short Progress of the test. The

value ranges from 0 to 100.

2.15 Format of the NT_HEARTBEAT Event

2.15.1 Header Format of the NT_HEARTBEAT Event

(58)

Table 2-29 Header format of the NT_HEARTBEAT event Event Header

notification event. The value is fixed as NT_HEARTB EAT.

2.15.2 Format of the NT_HEARTBEAT Event (filterable_data)

Table 2-30 Format of filterable_data in structure of the NT_HEARTBEAT event

event.

s_T

objectType notifications:: ObjectType_T Type of the object that

reports the event.

(59)

3

Information Model

About This Chapter

3.1 emsMgr 3.2 equipment 3.3 managedElement 3.4 subnetworkConnection 3.5 multiLayerSubnetwork 3.6 topologicalLink 3.7 terminationPoint 3.8 protection 3.9 HW_mstpInventory 3.10 HW_mstpProtection 3.11 HW_mstpService 3.12 trafficDescriptor 3.13 encapsulationLayerLink 3.14 flowDomain 3.15 HW_controlPlane 3.16 maintenanceOps 3.17 TopoManagementManager 3.18 HW_vpnManager 3.19 trafficConditioningProfile

(60)

3.1 emsMgr

3.1.1 EMS_T

name globaldefs::NamingAttribute

s_T

Name of an EMS.

userLabel string Null by default. This field can

be set through the setUserLabel interface.

nativeEMSName string The value of this field is

consistent with the name of the EMS in the name field mentioned above. The default value is Huawei/ U2000. This field can be set through the configuration file.

owner string Null by default. This field can

be set through the setOwner interface.

emsVersion string Version (in the form of

VxxRxxxCxx) of the EMS, for example, U2000 V100R002C01.

Type string For the U2000, the default

value is U2K. This field cannot be set.

(61)

addtionalIfo globaldefs::NVSList_T Additional information,

which currently includes the AlarmSeverity, Location, CommuAddress, EmsTime InterfaceVersion, and EmsState parameters. AlarmSeverity: indicates the highest severity level of active alarms in the network management system. This field has five values:

l PS_CRITICAL: indicates a critical alarm. l PS_MAJOR: indicates a major alarm. l PS_MINOR: indicates a minor alarm. l PS_WARNING: indicates a warning alarm.

l Null: indicates that no

alarm is active. Location: indicates the physical location of the network management system. The default value is local. The value of this field can be set through the configuration file.

CommuAddress: indicates the IP address and port number of the host where the northbound interface communicating with the upper-level network

management system resides. The value is in the format of host:port, for example, 10.70.71.82:12003 and localhost:12003. EmsTime: current time (UTC) of the network management system, for example,

20071102110027.0Z, which indicates UTC 2007-11-02 11:00:27.

(62)

InterfaceVersion: indicates the interface version. EmsState: indicates the current status of the U2000.

3.2 equipment

3.2.1 EQTCreateData_T 3.2.2 Equipment_T 3.2.3 EquipmentHolder_T

3.2.1 EQTCreateData_T

userLabel string User label of the board to be

installed. The value is a character string in a free format. This field can be null. The value is in the format that complies with the

requirement of the U2000 GUI for naming objects.

forceUniqueness boolean Flag that specifies whether

the user label must be unique. Currently, this field is not supported and can be set to false only.

owner string Owner of the board to be

installed. The value is a character string in a free format. This field can be null. The value is in the format that complies with the

requirement of the U2000 GUI for naming objects.

expectedEquipmentObject-Type

EquipmentObjectType_T Type of the board to be

installed. The value is in the format of board name(board type), for example, LWX (109).

equipmentHolderName globaldefs::NamingAttribute

s_T

(63)

additionalInfo globaldefs::NVSList_T Additional field, which is not

used or processed currently.

3.2.2 Equipment_T

name globaldefs::NamingAttribute

s_T

Name of a board.

userLabel string User label of the board.

nativeEMSName string Name of the board displayed

on the GUI of the network management system.

Owner string Onwer of the board. The

value is null by default and can be set through the setOwner interface.

alarmReportingIndicator boolean Whether the reporting of

alarms of boards is enabled. This value is always set to true.

serviceState ServiceState_T Working state of the board.

expectedEquipmentObject-Type

EquipmentObjectType_T Type of the board configured

on the network management system.

installedEquipmentObject-Type

EquipmentObjectType_T Type of the board installed on the NE.

installedPartNumber string Part number of the board,

which is a part of the bar code of the board.

installedVersion string Version number of the board.

installedSerialNumber string Serial number of the board,

which is a part of the bar code of the board.

Huawei iManager U2000 Northbound CORBA Interface Developer Guide(Configuration)

Northbound CORBA Interface Developer

Guide (Configuration)

Huawei Technologies Co., Ltd.

About This Document

Related Versions

Intended Audience

Symbol Conventions

DANGER

WARNING

CAUTION

Command Conventions

GUI Conventions

Change History

Changes in Issue 03 (2010-08-16) Based on Product Version V100R002C01

Changes in Issue 02 (2010-07-16) Based on Product Version V100R002C01

Changes in Issue 01 (2010-05-18) Based on Product Version V100R002C01

Contents

About This Document...iii

1 Overview...1-1

2 Format of Notification Events...2-1

3 Information Model...3-1

4 Interface Model...4-1

A Object Naming Rules...A-1

B AdditionalInfo Description...B-1

C Lists...C-1

D Glossary...D-1

E Acronyms and Abbreviations...E-1

Tables

1

Overview

About This Chapter

1.1 Introduction

1.2 Configuration Management

2

Format of Notification Events

About This Chapter

2.1 Format of the NT_OBJECT_CREATION Event

2.1.1 Header Format of the NT_OBJECT_CREATION Event

2.1.2 Format of the NT_OBJECT_CREATION Event

(filterable_data)

2.1.3 Format of the NT_OBJECT_CREATION Event

(remainder_of_body)

2.2 Format of the NT_OBJECT_DELETION Event

2.2.2 Format of the NT_OBJECT_DELETION Event

(filterable_data)

2.2.3 Format of the NT_OBJECT_DELETION Event

(remainder_of_body)

2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE

Event

2.3.1 Header Format of the NT_ATTRIBUTE_VALUE_CHANGE

Event

2.3.2 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event

(filterable_data)

2.3.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event

(remainder_of_body)

2.4 Format of the NT_STATE_CHANGE Event

2.4.1 Header Format of the NT_STATE_CHANGE Event

2.4.2 Format of the NT_STATE_CHANGE Event (filterable_data)

2.4.3 Format of the NT_STATE_CHANGE Event

(remainder_of_body)

2.5 Format of the NT_PROTECTION_SWITCH Event

2.5.1 Header Format of the NT_PROTECTION_SWITCH Event

(filterable_data)

2.5.3 Format of the NT_PROTECTION_SWITCH Event

(remainder_of_body)

2.6 Format of the NT_ATMPROTECTION_SWITCH Event

2.6.1 Header Format of the NT_ATMPROTECTION_SWITCH

Event

2.6.2 Format of the NT_ATMPROTECTION_SWITCH Event

(filterable_data)

2.6.3 Format of the NT_ATMPROTECTION_SWITCH Event

(remainder_of_body)

2.7 Format of the NT_WDMPROTECTION_SWITCH Event

2.7.1 Header Format of the NT_WDMPROTECTION_SWITCH

Event

2.7.2 Format of the NT_WDMPROTECTION_SWITCH Event

(filterable_data)

2.7.3 Format of the NT_WDMPROTECTION_SWITCH Event

(remainder_of_body)