iManager U2000 Unified Network Management SystemV100R002C01
Northbound CORBA Interface DeveloperGuide (Configuration)
Issue 03
Date 2010-08-16
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2010. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent 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. NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and thecustomer. All or part of the products, services and features described in this document may not be within thepurchase 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 representationsof any kind, either express or implied.
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About This Document
Related VersionsThe following table lists the product versions related to this document.
Product Name Version
iManager U2000 V100R002C01
Intended AudienceFocusing on the configuration management of the CORBA NBI, this document describes theenhanced development of the NBI from the aspects as follows: basic information, interfacefunction, information model, and interface model.
This document provides the reference information about the configuration management of theCORBA NBI.
This document is intended for:
l Application Developer
l Data Configuration Engineer
Symbol ConventionsThe symbols that may be found in this document are defined as follows.
Symbol Description
DANGERIndicates a hazard with a high level of risk, which if notavoided, will result in death or serious injury.
WARNINGIndicates a hazard with a medium or low level of risk, whichif not avoided, could result in minor or moderate injury.
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Symbol Description
CAUTIONIndicates a potentially hazardous situation, which if notavoided, could result in equipment damage, data loss,performance degradation, or unexpected results.
TIP Indicates a tip that may help you solve a problem or savetime.
NOTE Provides additional information to emphasize or supplementimportant points of the main text.
Command ConventionsThe 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 byvertical bars. One item is selected.
[ x | y | ... ] Optional items are grouped in brackets and separated byvertical bars. One item is selected or no item is selected.
{ x | y | ... }* Optional items are grouped in braces and separated byvertical bars. A minimum of one item or a maximum of allitems can be selected.
[ x | y | ... ]* Optional items are grouped in brackets and separated byvertical bars. Several items or no item can be selected.
GUI ConventionsThe GUI conventions that may be found in this document are defined as follows.
Convention Description
Boldface Buttons, menus, parameters, tabs, window, and dialog titlesare in boldface. For example, click OK.
> Multi-level menus are in boldface and separated by the ">"signs. For example, choose File > Create > Folder.
About This Document
iManager U2000Northbound CORBA Interface Developer Guide
(Configuration)
iv Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.
Issue 03 (2010-08-16)
Change HistoryUpdates between document issues are cumulative. Therefore, the latest document issue containsall updates made in previous issues.
Changes in Issue 03 (2010-08-16) Based on Product Version V100R002C01Errors are corrected.
Changes in Issue 02 (2010-07-16) Based on Product Version V100R002C01Errors are corrected.
Changes in Issue 01 (2010-05-18) Based on Product Version V100R002C01Initial release.
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Contents
About This Document...................................................................................................................iii
1 Overview......................................................................................................................................1-11.1 Introduction.....................................................................................................................................................1-21.2 Configuration Management.............................................................................................................................1-2
2 Format of Notification Events..................................................................................................2-12.1 Format of the NT_OBJECT_CREATION Event............................................................................................2-2
2.1.1 Header Format of the NT_OBJECT_CREATION Event......................................................................2-22.1.2 Format of the NT_OBJECT_CREATION Event (filterable_data)........................................................2-22.1.3 Format of the NT_OBJECT_CREATION Event (remainder_of_body)...............................................2-3
2.2 Format of the NT_OBJECT_DELETION Event............................................................................................2-32.2.1 Header Format of the NT_OBJECT_DELETION Event.......................................................................2-42.2.2 Format of the NT_OBJECT_DELETION Event (filterable_data)........................................................2-42.2.3 Format of the NT_OBJECT_DELETION Event (remainder_of_body)................................................2-5
2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event........................................................................2-52.3.1 Header Format of the NT_ATTRIBUTE_VALUE_CHANGE Event...................................................2-52.3.2 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (filterable_data)....................................2-62.3.3 Format of the NT_ATTRIBUTE_VALUE_CHANGE Event (remainder_of_body)............................2-7
2.4 Format of the NT_STATE_CHANGE Event.................................................................................................2-72.4.1 Header Format of the NT_STATE_CHANGE Event............................................................................2-72.4.2 Format of the NT_STATE_CHANGE Event (filterable_data)..............................................................2-82.4.3 Format of the NT_STATE_CHANGE Event (remainder_of_body).....................................................2-9
2.5 Format of the NT_PROTECTION_SWITCH Event......................................................................................2-92.5.1 Header Format of the NT_PROTECTION_SWITCH Event.................................................................2-92.5.2 Format of the NT_PROTECTION_SWITCH Event (filterable_data).................................................2-102.5.3 Format of the NT_PROTECTION_SWITCH Event (remainder_of_body)........................................2-12
2.6 Format of the NT_ATMPROTECTION_SWITCH Event...........................................................................2-122.6.1 Header Format of the NT_ATMPROTECTION_SWITCH Event......................................................2-132.6.2 Format of the NT_ATMPROTECTION_SWITCH Event (filterable_data)........................................2-132.6.3 Format of the NT_ATMPROTECTION_SWITCH Event (remainder_of_body)...............................2-14
2.7 Format of the NT_WDMPROTECTION_SWITCH Event..........................................................................2-142.7.1 Header Format of the NT_WDMPROTECTION_SWITCH Event.....................................................2-142.7.2 Format of the NT_WDMPROTECTION_SWITCH Event (filterable_data)......................................2-15
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2.7.3 Format of the NT_WDMPROTECTION_SWITCH Event (remainder_of_body)..............................2-162.8 Format of the NT_RPRPROTECTION_SWITCH Event.............................................................................2-16
2.8.1 Header Format of the NT_RPRPROTECTION_SWITCH Event.......................................................2-172.8.2 Format of the NT_RPRPROTECTION_SWITCH Event (filterable_data).........................................2-172.8.3 Format of the NT_RPRPROTECTION_SWITCH Event (remainder_of_body)................................2-18
2.9 Format of the NT_EPROTECTION_SWITCH Event..................................................................................2-182.9.1 Header Format of the NT_EPROTECTION_SWITCH Event............................................................2-192.9.2 Format of the NT_EPROTECTION_SWITCH Event (filterable_data)..............................................2-192.9.3 Format of the NT_EPROTECTION_SWITCH Event (remainder_of_body)......................................2-20
2.10 Format of the NT_IPPROTECTION_SWITCH Event...............................................................................2-212.10.1 Header Format of the NT_IPPROTECTION_SWITCH Event.........................................................2-212.10.2 Format of the NT_IPPROTECTION_SWITCH Event (filterable_data)...........................................2-212.10.3 Format of the NT_IPPROTECTION_SWITCH Event (remainder_of_body)...................................2-22
2.11 Format of the NT_ROUTE_CHANGE Event............................................................................................2-222.11.1 Header Format of the NT_ROUTE_CHANGE Event.......................................................................2-232.11.2 Format of the NT_ROUTE_CHANGE Event (filterable_data).........................................................2-232.11.3 Format of the NT_ROUTE_CHANGE Event (remainder_of_body)................................................2-24
2.12 Format of the NT_ASON_RESOURCE_CHANGE Event........................................................................2-242.12.1 Header Format of the NT_ASON_RESOURCE_CHANGE Event..................................................2-242.12.2 Format of the NT_ASON_RESOURCE_CHANGE Event (filterable_data)....................................2-252.12.3 Format of the NT_ASON_RESOURCE_CHANGE Event (remainder_of_body)............................2-26
2.13 Format of the NT_FILE_TRANSFER_STATUS Event............................................................................2-262.13.1 Header Format of the NT_FILE_TRANSFER_STATUS Event.......................................................2-262.13.2 Format of the NT_FILE_TRANSFER_STATUS Event (filterable_data).........................................2-272.13.3 Format of the NT_FILE_TRANSFER_STATUS Event (remainder_of_body)................................2-28
2.14 Format of the NT_PRBSTEST_STATUS Event........................................................................................2-282.14.1 Header Format of the NT_PRBSTEST_STATUS Event..................................................................2-282.14.2 Format of the NT_PRBSTEST_STATUS Event (filterable_data)....................................................2-29
2.15 Format of the NT_HEARTBEAT Event.....................................................................................................2-292.15.1 Header Format of the NT_HEARTBEAT Event...............................................................................2-302.15.2 Format of the NT_HEARTBEAT Event (filterable_data).................................................................2-30
3 Information Model.....................................................................................................................3-13.1 emsMgr............................................................................................................................................................3-2
3.1.1 EMS_T...................................................................................................................................................3-23.2 equipment........................................................................................................................................................3-4
3.2.1 EQTCreateData_T..................................................................................................................................3-43.2.2 Equipment_T..........................................................................................................................................3-53.2.3 EquipmentHolder_T...............................................................................................................................3-6
3.3 managedElement.............................................................................................................................................3-73.3.1 ManagedElement_T...............................................................................................................................3-7
3.4 subnetworkConnection....................................................................................................................................3-83.4.1 CrossConnect_T.....................................................................................................................................3-8
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3.4.2 TPData_T...............................................................................................................................................3-93.4.3 SubnetworkConnection_T......................................................................................................................3-93.4.4 SNCCreateData_T................................................................................................................................3-113.4.5 SNCModifyData_T..............................................................................................................................3-15
3.5 multiLayerSubnetwork..................................................................................................................................3-183.5.1 MultiLayerSubnetwork_T....................................................................................................................3-18
3.6 topologicalLink.............................................................................................................................................3-193.6.1 TopologicalLink_T...............................................................................................................................3-19
3.7 terminationPoint............................................................................................................................................3-193.7.1 TerminationPoint_T.............................................................................................................................3-20
3.8 protection.......................................................................................................................................................3-213.8.1 ProtectionGroup_T...............................................................................................................................3-223.8.2 SwitchData_T.......................................................................................................................................3-283.8.3 WDMProtectionGroup_T.....................................................................................................................3-293.8.4 WDMSwitchData_T.............................................................................................................................3-303.8.5 EProtectionGroup_T............................................................................................................................3-313.8.6 ESwitchData_T....................................................................................................................................3-343.8.7 IPSwitchData_T...................................................................................................................................3-34
3.9 HW_mstpInventory.......................................................................................................................................3-353.9.1 HW_MSTPEndPoint_T.......................................................................................................................3-363.9.2 HW_VirtualBridge_T...........................................................................................................................3-363.9.3 HW_VirtualLAN_T.............................................................................................................................3-373.9.4 HW_ForwardEndPoint_T....................................................................................................................3-373.9.5 HW_MSTPBindingPath_T..................................................................................................................3-383.9.6 HW_QosRule_T...................................................................................................................................3-383.9.7 HW_Flow_T.........................................................................................................................................3-393.9.8 HW_LinkAggregationGroup_T...........................................................................................................3-403.9.9 HW_LAGBranchPort _T.....................................................................................................................3-413.9.10 HW_SpanningTree_T........................................................................................................................3-413.9.11 HW_STCurrentPort_T.......................................................................................................................3-413.9.12 ShapingQueue....................................................................................................................................3-42
3.10 HW_mstpProtection....................................................................................................................................3-423.10.1 HW_RPRNode_T...............................................................................................................................3-423.10.2 HW_RPRTopoInfo_T........................................................................................................................3-433.10.3 HW_RPRSwitchData_T.....................................................................................................................3-443.10.4 HW_AtmProtectGroup_T..................................................................................................................3-453.10.5 HW_AtmServiceProtectPair_T..........................................................................................................3-463.10.6 HW_AtmPGSwitchData_T................................................................................................................3-463.10.7 HW_AtmPGSingleEndSwitchPara_T................................................................................................3-47
3.11 HW_mstpService........................................................................................................................................3-473.11.1 HW_EthServiceTP_T.........................................................................................................................3-473.11.2 HW_EthService_T.............................................................................................................................3-47
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3.11.3 HW_EthServiceCreateData_T...........................................................................................................3-483.11.4 HW_AtmService_T............................................................................................................................3-493.11.5 HW_AtmServiceCreateData_T..........................................................................................................3-503.11.6 HW_AtmServiceTP_T.......................................................................................................................3-50
3.12 trafficDescriptor..........................................................................................................................................3-503.12.1 TrafficDescriptor_T...........................................................................................................................3-513.12.2 TDCreateData_T................................................................................................................................3-51
3.13 encapsulationLayerLink..............................................................................................................................3-523.13.1 EncapsulationLayerLink_T................................................................................................................3-523.13.2 ELLinkCreateData_T.........................................................................................................................3-53
3.14 flowDomain.................................................................................................................................................3-543.14.1 FlowDomain_T..................................................................................................................................3-543.14.2 FlowDomainFragment_T...................................................................................................................3-553.14.3 FDFrCreateData_T.............................................................................................................................3-563.14.4 EthernetOAMPoint_T........................................................................................................................3-573.14.5 EthernetOAMOperation_T.................................................................................................................3-573.14.6 EthernetOAMParamer_T...................................................................................................................3-583.14.7 EthernetLTTestResult_T....................................................................................................................3-58
3.15 HW_controlPlane........................................................................................................................................3-583.15.1 HW_SnppLink_T...............................................................................................................................3-583.15.2 HW_Capacity_T.................................................................................................................................3-60
3.16 maintenanceOps..........................................................................................................................................3-603.16.1 CurrentMaintenanceOperation_T.......................................................................................................3-603.16.2 PRBSTestResult_T.............................................................................................................................3-613.16.3 PRBSTestParameter_T.......................................................................................................................3-613.16.4 SampleResult_T.................................................................................................................................3-613.16.5 TestDuration_T..................................................................................................................................3-62
3.17 TopoManagementManager.........................................................................................................................3-623.17.1 Node_T...............................................................................................................................................3-623.17.2 Position_T..........................................................................................................................................3-62
3.18 HW_vpnManager........................................................................................................................................3-623.18.1 MatrixFlowDomainFragment_T........................................................................................................3-633.18.2 MultipointServiceAttr_T....................................................................................................................3-643.18.3 StaticMacAddress_T..........................................................................................................................3-663.18.4 SplitHorizonGroup_T.........................................................................................................................3-663.18.5 IPCrossConnection_T........................................................................................................................3-663.18.6 TrafficTrunk_T...................................................................................................................................3-673.18.7 RouteConstraint_T.............................................................................................................................3-683.18.8 MFDFrModifyData_T........................................................................................................................3-693.18.9 TrafficTrunkCreateData_T.................................................................................................................3-703.18.10 TrafficTrunkModifyData_T.............................................................................................................3-71
3.19 trafficConditioningProfile...........................................................................................................................3-72
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3.19.1 HW_TCProfile_T...............................................................................................................................3-733.19.2 HW_TCProfileCreateData_T.............................................................................................................3-743.19.3 TrafficConditioningProfileAssign_T.................................................................................................3-753.19.4 TrafficConditioningProfileDeassign_T..............................................................................................3-75
4 Interface Model...........................................................................................................................4-14.1 Common_I.......................................................................................................................................................4-2
4.1.1 setUserLabel...........................................................................................................................................4-24.1.2 setnativeEMSName................................................................................................................................4-34.1.3 setOwner.................................................................................................................................................4-44.1.4 Notification.............................................................................................................................................4-5
4.2 EquipmentInventoryMgr_I..............................................................................................................................4-54.2.1 provisionEquipment...............................................................................................................................4-64.2.2 unprovisionEquipment...........................................................................................................................4-74.2.3 Notifications...........................................................................................................................................4-7
4.3 ManagedElementMgr_I.................................................................................................................................. 4-84.3.1 setTPData...............................................................................................................................................4-84.3.2 createCrossConnections.........................................................................................................................4-94.3.3 This interface is in the best-effort mode.deleteCrossConnections.......................................................4-114.3.4 activateCrossConnections....................................................................................................................4-124.3.5 deactivateCrossConnections.................................................................................................................4-134.3.6 createFTP.............................................................................................................................................4-154.3.7 deleteFTP.............................................................................................................................................4-164.3.8 modifyFTPMembers............................................................................................................................4-174.3.9 Notifications.........................................................................................................................................4-18
4.4 MultiLayerSubnetworkMgr_I.......................................................................................................................4-194.4.1 createSNC.............................................................................................................................................4-204.4.2 modifySNC...........................................................................................................................................4-224.4.3 activateSNC..........................................................................................................................................4-244.4.4 createAndActivateSNC........................................................................................................................4-264.4.5 deactivateSNC......................................................................................................................................4-284.4.6 deleteSNC.............................................................................................................................................4-294.4.7 deactivateAndDeleteSNC.....................................................................................................................4-304.4.8 checkValidSNC....................................................................................................................................4-324.4.9 setConjunctionSNC..............................................................................................................................4-334.4.10 swapSNC............................................................................................................................................4-344.4.11 Notifications.......................................................................................................................................4-36
4.5 ProtectionMgr_I............................................................................................................................................4-364.5.1 performProtectionCommand................................................................................................................4-364.5.2 performWDMProtectionCommand......................................................................................................4-384.5.3 Notifications.........................................................................................................................................4-39
4.6 HW_MSTPInventoryMgr_I..........................................................................................................................4-394.6.1 setMstpEndPoint..................................................................................................................................4-40
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4.6.2 createVirtualBridge..............................................................................................................................4-414.6.3 deleteVirtualBridge..............................................................................................................................4-424.6.4 createVLAN.........................................................................................................................................4-434.6.5 deleteVLAN.........................................................................................................................................4-444.6.6 addVLANForwardPort.........................................................................................................................4-454.6.7 delVLANForwardPort..........................................................................................................................4-464.6.8 setVLANData.......................................................................................................................................4-474.6.9 addBindingPath....................................................................................................................................4-484.6.10 delBindingPath...................................................................................................................................4-494.6.11 setLCASState.....................................................................................................................................4-504.6.12 createQosRule....................................................................................................................................4-514.6.13 setQosRule.........................................................................................................................................4-524.6.14 createFlow..........................................................................................................................................4-534.6.15 deleteQosRule....................................................................................................................................4-544.6.16 setFlow...............................................................................................................................................4-554.6.17 deleteFlow..........................................................................................................................................4-564.6.18 createLinkAggregationGroup.............................................................................................................4-574.6.19 modifyLinkAggregationGroup...........................................................................................................4-584.6.20 deleteLinkAggregationGroup.............................................................................................................4-594.6.21 setMstpEndPointShapingQueue.........................................................................................................4-604.6.22 setSTProtocolParam...........................................................................................................................4-614.6.23 setSTBridgeParam..............................................................................................................................4-624.6.24 setSTPortParam..................................................................................................................................4-634.6.25 Notifications.......................................................................................................................................4-64
4.7 HW_MSTPProtectionMgr_I.........................................................................................................................4-644.7.1 performRPRProtectionCommand........................................................................................................4-644.7.2 performAtmPGProtectionCommand....................................................................................................4-654.7.3 Notifications.........................................................................................................................................4-66
4.8 HW_MSTPServiceMgr_I..............................................................................................................................4-674.8.1 createEthService...................................................................................................................................4-674.8.2 deleteEthService...................................................................................................................................4-684.8.3 createAtmService.................................................................................................................................4-694.8.4 deleteAtmService.................................................................................................................................4-704.8.5 activateAtmService..............................................................................................................................4-714.8.6 deactivateAtmService...........................................................................................................................4-724.8.7 Notifications.........................................................................................................................................4-73
4.9 TrafficDescriptorMgr_I.................................................................................................................................4-734.9.1 activateTrafficDescriptor......................................................................................................................4-734.9.2 deactivateTrafficDescriptor..................................................................................................................4-744.9.3 HW_createTrafficDescriptor................................................................................................................4-754.9.4 deleteTrafficDescriptor........................................................................................................................4-764.9.5 Notifications.........................................................................................................................................4-77
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4.10 HW_controlPlaneMgr_I..............................................................................................................................4-774.10.1 setSRLG.............................................................................................................................................4-784.10.2 Notifications.......................................................................................................................................4-79
4.11 EncapsulationLayerLinkMgr_I...................................................................................................................4-794.11.1 createELLink......................................................................................................................................4-794.11.2 activateELLink...................................................................................................................................4-804.11.3 deactivateELLink...............................................................................................................................4-814.11.4 deleteELLink......................................................................................................................................4-824.11.5 increaseBandwidthOfELLink.............................................................................................................4-834.11.6 decreaseBandwidthOfELLink............................................................................................................4-844.11.7 setELLinkLCASState.........................................................................................................................4-864.11.8 Notifications.......................................................................................................................................4-86
4.12 FlowDomainMgr_I......................................................................................................................................4-874.12.1 createFDFr..........................................................................................................................................4-874.12.2 activateFDFr.......................................................................................................................................4-894.12.3 deactivateFDFr...................................................................................................................................4-904.12.4 deleteFDFr..........................................................................................................................................4-914.12.5 performEthernetOAMCommand.......................................................................................................4-924.12.6 Notifications.......................................................................................................................................4-92
4.13 MaintenanceMgr_I......................................................................................................................................4-934.13.1 performMaintenanceOperation..........................................................................................................4-934.13.2 enablePRBSTest.................................................................................................................................4-944.13.3 disablePRBSTest................................................................................................................................4-95
4.14 TCProfileMgr_I...........................................................................................................................................4-964.14.1 HW_createTCProfile..........................................................................................................................4-964.14.2 HW_modifyTCProfile........................................................................................................................4-974.14.3 deleteTCProfile..................................................................................................................................4-994.14.4 assignTrafficConditioningProfile.....................................................................................................4-1004.14.5 deassignTrafficConditioningProfile.................................................................................................4-101
4.15 Session_I...................................................................................................................................................4-1024.15.1 ping...................................................................................................................................................4-1024.15.2 endSession........................................................................................................................................4-102
4.16 HW_securityMgr_I...................................................................................................................................4-1034.16.1 modifyPassword...............................................................................................................................4-103
4.17 HW_VPNMgr_I........................................................................................................................................4-1034.17.1 createMFDFr....................................................................................................................................4-1044.17.2 deleteMFDFr....................................................................................................................................4-1054.17.3 activateMFDFr.................................................................................................................................4-1064.17.4 deactivateMFDFr.............................................................................................................................4-1074.17.5 modifyMFDFr..................................................................................................................................4-1084.17.6 createTrafficTrunk............................................................................................................................4-1104.17.7 deleteTrafficTrunk...........................................................................................................................4-110
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4.17.8 activateTrafficTrunk.........................................................................................................................4-1114.17.9 deactivateTrafficTrunk.....................................................................................................................4-1124.17.10 modifyTrafficTrunk.......................................................................................................................4-1134.17.11 createIPCrossConnections..............................................................................................................4-1144.17.12 deleteIPCrossConnections..............................................................................................................4-1154.17.13 activateIPCrossConnections...........................................................................................................4-1164.17.14 deactivateIPCrossConnections.......................................................................................................4-1174.17.15 modifyIPCrossConnection.............................................................................................................4-118
A Object Naming Rules..............................................................................................................A-1A.1 EMS...............................................................................................................................................................A-3A.2 Subnetwork....................................................................................................................................................A-3A.3 TopoSubnetwork...........................................................................................................................................A-4A.4 ProtectionSubnetwork...................................................................................................................................A-4A.5 SubnetworkConnection.................................................................................................................................A-4A.6 ManagedElement...........................................................................................................................................A-5A.7 TopologicalLink............................................................................................................................................A-5A.8 EPGP.............................................................................................................................................................A-6A.9 PTP................................................................................................................................................................A-6A.10 FTP..............................................................................................................................................................A-8A.11 CTP..............................................................................................................................................................A-9A.12 TrafficDescriptor.......................................................................................................................................A-14A.13 EquipmentHolder......................................................................................................................................A-14A.14 Equipment..................................................................................................................................................A-15A.15 ProtectionGroup........................................................................................................................................A-15A.16 WDM ProtectionGroup.............................................................................................................................A-16A.17 VirtualBridge.............................................................................................................................................A-16A.18 VLAN........................................................................................................................................................A-17A.19 Ethernet Service.........................................................................................................................................A-17A.20 ATM Service.............................................................................................................................................A-18A.21 ATM ProtectGroup....................................................................................................................................A-18A.22 QoS Rule...................................................................................................................................................A-19A.23 Flow...........................................................................................................................................................A-19A.24 Flow Domain.............................................................................................................................................A-20A.25 FlowDomainFragment...............................................................................................................................A-20A.26 EncapsulationLayerLink............................................................................................................................A-21A.27 LinkAggregationGroup.............................................................................................................................A-21A.28 RPRNode...................................................................................................................................................A-21A.29 Routing Area.............................................................................................................................................A-22A.30 SNPPLink..................................................................................................................................................A-22A.31 MatrixFlowDomainFragment....................................................................................................................A-23A.32 TrafficTrunk..............................................................................................................................................A-23A.33 IPCrossConnection....................................................................................................................................A-24
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A.34 tcProfileName............................................................................................................................................A-24
B AdditionalInfo Description....................................................................................................B-1B.1 ManagedElement_T.......................................................................................................................................B-2B.2 TerminationPoint_T.......................................................................................................................................B-3B.3 Equipment_T..................................................................................................................................................B-4B.4 SubnetworkConnection_T.............................................................................................................................B-4B.5 SNCCreateData_T.........................................................................................................................................B-5B.6 SNCModifyData_T........................................................................................................................................B-6B.7 CrossConnect_T.............................................................................................................................................B-7B.8 HW_EthService_T.......................................................................................................................................B-10B.9 TrafficDescriptor_T.....................................................................................................................................B-11B.10 EthernetOAMOperation_T........................................................................................................................B-11B.11 ELLinkCreateData_T.................................................................................................................................B-12B.12 FDFrCreateData_T....................................................................................................................................B-12
C Lists.............................................................................................................................................C-1C.1 Notification Event Samples...........................................................................................................................C-2
C.1.1 NT_OBJECT_CREATION Event Sample...........................................................................................C-2C.1.2 NT_OBJECT_DELETION Event Sample...........................................................................................C-4C.1.3 NT_ATTRIBUTE_VALUE_CHANGE Event Sample.......................................................................C-5C.1.4 NT_STATE_CHANGE Event Sample.................................................................................................C-6C.1.5 NT_PROTECTION_SWITCH Event Sample......................................................................................C-6C.1.6 NT_ATMPROTECTION_SWITCH Event Sample.............................................................................C-8C.1.7 NT_WDMPROTECTION_SWITCH Event Sample...........................................................................C-9C.1.8 NT_RPRPROTECTION_SWITCH Event Sample............................................................................C-10C.1.9 NT_EPROTECTION_SWITCH Event Sample.................................................................................C-11C.1.10 NT_ASON_RESOURCE_CHANGE Event Sample.......................................................................C-13C.1.11 NT_PRBSTEST_STATUS Event Sample.......................................................................................C-13C.1.12 NT_HEARTBEAT Event Sample....................................................................................................C-14C.1.13 NT_ROUTE_CHANGE Event Sample............................................................................................C-15C.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..................................................................................................................1-2Table 2-1 Header format of the NT_OBJECT_CREATION event......................................................................2-2Table 2-2 Format of the fiterrable_data in the structure of the NT_OBJECT_CREATION event......................2-2Table 2-3 Header format of the NT_OBJECT_DELETION event......................................................................2-4Table 2-4 Format of filterable_data in structure of the NT_OBJECT_DELETION event..................................2-4Table 2-5 Header format of the NT_ATTRIBUTE_VALUE_CHANGE event..................................................2-5Table 2-6 Format of filterable_data in structure of the NT_ATTRIBUTE_VALUE_CHANGE event..............2-6Table 2-7 Header format of the NT_STATE_CHANGE event...........................................................................2-7Table 2-8 Format of filterable_data in structure of the NT_STATE_CHANGE event.......................................2-8Table 2-9 Header format of the NT_PROTECTION_SWITCH event................................................................2-9Table 2-10 Format of filterable_data in structure of the NT_PROTECTION_SWITCH event........................2-10Table 2-11 Header format of the NT_ATMPROTECTION_SWITCH event...................................................2-13Table 2-12 Format of filterable_data in structure of the NT_ATMPROTECTION_SWITCH event...............2-13Table 2-13 Header format of the NT_WDMPROTECTION_SWITCH event..................................................2-14Table 2-14 Format of filterable_data in structure of the NT_WDMPROTECTION_SWITCH event..............2-15Table 2-15 Header format of the NT_RPRPROTECTION_SWITCH event.....................................................2-17Table 2-16 Format of filterable_data in structure of the NT_RPRPROTECTION_SWITCH event.................2-17Table 2-17 Header format of the NT_EPROTECTION_SWITCH event..........................................................2-19Table 2-18 Format of filterable_data in structure of the NT_EPROTECTION_SWITCH event......................2-19Table 2-19 Header format of the NT_IPPROTECTION_SWITCH event.........................................................2-21Table 2-20 Format of filterable_data in structure of the NT_IPPROTECTION_SWITCH event.....................2-21Table 2-21 Header format of the NT_ROUTE_CHANGE event......................................................................2-23Table 2-22 Format of filterable_data in structure of the NT_ROUTE_CHANGE event...................................2-23Table 2-23 Header format of the NT_ASON_RESOURCE_CHANGE event..................................................2-24Table 2-24 Format of filterable_data in structure of the NT_ASON_RESOURCE_CHANGE event..............2-25Table 2-25 Header format of the NT_FILE_TRANSFER_STATUS event......................................................2-26Table 2-26 Format of filterable_data in structure of the NT_FILE_TRANSFER_STATUS event...................2-27Table 2-27 Header format of the NT_PRBSTEST_STATUS event..................................................................2-28Table 2-28 Format of filterable_data in structure of the NT_PRBSTEST_STATUS event..............................2-29Table 2-29 Header format of the NT_HEARTBEAT event...............................................................................2-30Table 2-30 Format of filterable_data in structure of the NT_HEARTBEAT event...........................................2-30Table A-1 EMS....................................................................................................................................................A-3Table A-2 Subnetwork.........................................................................................................................................A-3
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Table A-3 TopoSubnetwork................................................................................................................................A-4Table A-4 ProtectionSubnetwork........................................................................................................................A-4Table A-5 SubnetworkConnection......................................................................................................................A-4Table A-6 ManagedElement................................................................................................................................A-5Table A-7 TopologicalLink.................................................................................................................................A-5Table A-8 EPGP..................................................................................................................................................A-6Table A-9 PTP.....................................................................................................................................................A-6Table A-10 FTP...................................................................................................................................................A-8Table A-11 CTP...................................................................................................................................................A-9Table A-12 TrafficDescriptor............................................................................................................................A-14Table A-13 EquipmentHolder...........................................................................................................................A-14Table A-14 Equipment......................................................................................................................................A-15Table A-15 ProtectionGroup.............................................................................................................................A-15Table A-16 WDM ProtectionGroup..................................................................................................................A-16Table A-17 VirtualBridge..................................................................................................................................A-16Table A-18 VLAN.............................................................................................................................................A-17Table A-19 Ethernet Service.............................................................................................................................A-17Table A-20 ATM Service..................................................................................................................................A-18Table A-21 ATM ProtectGroup.........................................................................................................................A-18Table A-22 QoS Rule........................................................................................................................................A-19Table A-23 Flow................................................................................................................................................A-19Table A-24 Flow Domain..................................................................................................................................A-20Table A-25 FlowDomainFragment....................................................................................................................A-20Table A-26 EncapsulationLayerLink................................................................................................................A-21Table A-27 LinkAggregationGroup..................................................................................................................A-21Table A-28 RPRNode........................................................................................................................................A-21Table A-29 Routing Area..................................................................................................................................A-22Table A-30 SNPPLink.......................................................................................................................................A-22Table B-1 ManagedElement_T............................................................................................................................B-2Table B-2 TerminationPoint_T............................................................................................................................B-3Table B-3 Equipment_T......................................................................................................................................B-4Table B-4 SubnetworkConnection_T..................................................................................................................B-4Table B-5 SNCCreateData_T..............................................................................................................................B-5Table B-6 SNCModifyData_T.............................................................................................................................B-6Table B-7 CrossConnect_T..................................................................................................................................B-7Table B-8 HW_EthService_T............................................................................................................................B-10Table B-9 TrafficDescriptor_T..........................................................................................................................B-11Table B-10 EthernetOAMOperation_T.............................................................................................................B-11Table B-11 ELLinkCreateData_T......................................................................................................................B-12Table B-12 FDFrCreateData_T.........................................................................................................................B-12Table C-1 NT_OBJECT_CREATION event sample..........................................................................................C-2Table C-2 NT_OBJECT_DELETION event sample..........................................................................................C-4
Tables
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Table C-3 NT_ATTRIBUTE_VALUE_CHANGE event sample......................................................................C-5Table C-4 NT_STATE_CHANGE event sample................................................................................................C-6Table C-5 NT_PROTECTION_SWITCH event sample.....................................................................................C-6Table C-6 NT_ATMPROTECTION_SWITCH event sample............................................................................C-8Table C-7 NT_WDMPROTECTION_SWITCH event sample..........................................................................C-9Table C-8 NT_RPRPROTECTION_SWITCH event sample...........................................................................C-10Table C-9 NT_EPROTECTION_SWITCH event sample................................................................................C-11Table C-10 NT_ASON_RESOURCE_CHANGE event sample......................................................................C-13Table C-11 NT_PRBSTEST_STATUS event sample......................................................................................C-13Table C-12 NT_HEARTBEAT event sample...................................................................................................C-14Table C-13 NT_ROUTE_CHANGE event sample...........................................................................................C-15Table C-14 NT_EPROTECTION_SWITCH event sample..............................................................................C-18
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1 Overview
About This Chapter
1.1 Introduction
1.2 Configuration Management
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1.1 IntroductionHuawei CORBA interface provides extensive functions of network resource configuration forthe 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 ofindividual NEs. In this way, the network resources are managed flexibly.
1.2 Configuration ManagementThe U2000 CORBA NBI provides the configuration management functions listed in Table1-1.
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 andperform pseudo-randombinary sequence (PRBS)tests.
Test and diagnosis The user can performoperations, administrationand maintenance (OAM) ofEthernet services.
Equipment configuration The user can install anddelete boards.
Port configuration The user can set portparameters, binding paths forEthernet ports, and attributesof the IF ports of the RTN.
Protection configuration The user can performmultiplex section protection(MSP) switching andwavelength divisionmultiplexing (WDM)protection switching. Theuser can also create linkaggregation protectiongroups.
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 SDHservices
The user can perform thefollowing operations:l Create, delete, activate,
deactivate, and modifySDH trails.
l Perform switching of pre-configured SDH trails.
SDH: synchronous digitalhierarchy
Delivery of end-to-endWDM services
The user can create, delete,activate, and deactivateWDM trails. The user canalso modify the source andsink of WDM trails.
WDM: Wave-lengthDivision Multiplexing
Delivery of end-to-end SDHASON services
The user can perform thefollowing operations:l Create, delete, activate,
and deactivate SDHASON trails.
l Modify routingconstraints of SDH ASONtrails.
l Set association of SDHASON trails.
l Set shared risk link groupsof SDH ASON.
ASON: automaticallyswitched optical network
Delivery of end-to-endEthernet services
The user can perform thefollowing operations:l Create, delete, activate
and deactivate a FDFr.l Create, delete, activate,
and deactivate an ELL.l Adjust the bandwidth
bound to an ELL.
l FDFr: flow domainfragment
l ELL: encapsulation layerlink
Delivery of end-to-end RTNservices
The user can create anddelete SDH or PDH radiolinks.
Delivery of SDH services ofindividual NEs
The user can create, delete,activate, and deactivate SDHcross-connections.
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Function Description
Delivery of MSTP servicesof individual NEs
The user can perform thefollowing operations:l Create and delete the
Ethernet services ofindividual NEs.
l Create an Ethernet virtualbridge.
l Create an L2 forwardingtable for Ethernet.
l Create, activate,deactivate, and delete theATM services ofindividual NEs.
l Create, delete, activate,and deactivate an ATMtraffic descriptor.
l MSTP: multi-servicetransmission platform
l ATM: asynchronoustransfer mode
Delivery of PTN services ofindividual NEs
The user can perform thefollowing operations:l Create, activate,
deactivate, delete MPLSstatic tunnel.
l Create, activate,deactivate, delete MPLSdynamic tunnel.
l Create, activate,deactivate, delete IPtunnel.
l Create, activate,deactivate, delete PWswitch.
l Create, activate,deactivate, delete AESservice.
l Create, activate,deactivate, delete CESservice.
l Create, activate,deactivate, delete EPLservice.
l Create, activate,deactivate, delete EPLnservice.
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Function Description
Delivery of OTN services ofindividual NEs
The user can perform thefollowing operations:l Create, delete, activate,
deactivate WDM cross-connections.
l Create, modify, deleteOTN trails.
l Create, modify, delete,perform OTN protectiongroup.
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2 Format of Notification Events
About This Chapter
In the additionalInfoUsage.pdf and AVC_SC_Notifications.pdf among the supportingdocumentation of the TMF 814 recommendation, the structure of each notification event of theCORBA interface is described. This chapter presents the detailed definitions of the structure ofthe 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
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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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_OBJECT_CREATION.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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 notificationevent.
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Name Type Description
objectName globaldefs::NamingAttributes_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 toonly the object types added inTMF V3.0.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
edgePointRelated boolean If the event relates to a PTPthat is an edge point or to aprotection group containing aPTP that is an edge point, thevalue is true. Otherwise, thevalue 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 forcreating 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)
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2.2.1 Header Format of the NT_OBJECT_DELETION Event
Table 2-3 Header format of the NT_OBJECT_DELETION event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_OBJECT_DELETION.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the deleted object.
objectType notifications::ObjectType_T Type of the deleted object.This field is used for only theobject types defined in TMFV2.1 and the earlier versions.
objectTypeQualifier string Type of the reported event.This field is applicable toonly the object types added inTMF V3.0.
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Name Type Description
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
edgePointRelated boolean If the event relates to a PTPthat is an edge point or to aprotection group containing aPTP that is an edge point, thevalue is true. Otherwise, thevalue is false.
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 across-connection object, you need to fill in the details of the cross-connection.
2.3 Format of the NT_ATTRIBUTE_VALUE_CHANGEEvent
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_CHANGEEvent
Table 2-5 Header format of the NT_ATTRIBUTE_VALUE_CHANGE event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
type_name string Type of anotificationevent. The valueis fixed asNT_ATTRIBUTE_VALUE_CHANGE.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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_CHANGEevent
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the object of whichattributes change.
objectType notifications::ObjectType_T Type of the object of whichattributes change. Thisparameter is used for only theobject types defined in TMFV2.1 and the earlier versions.
objectTypeQualifier string Type of the reported event.This field is applicable toonly the object types added inTMF V3.0.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
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Name Type Description
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
edgePointRelated boolean If the event relates to a PTPthat is an edge point or to aprotection group containing aPTP that is an edge point, thevalue is true. Otherwise, thevalue is false.
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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_STATE_CHANGE.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the object of whichthe state changes.
objectType notifications::ObjectType_T Type of the object of whichthe state changes. Thisparameter is used for only theobject types defined in TMFV2.1 and the earlier versions.
objectTypeQualifier string Type of the reported event.This field is applicable toonly the object types added inTMF V3.0.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
edgePointRelated boolean If the event relates to a PTPthat is an edge point or to aprotection group containing aPTP that is an edge point, thevalue is true. Otherwise, thevalue is false.
attributeList notifications::NVList_T List of the values of changedstates.
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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 across-connection object, you need to fill in the details of the cross-connection. For details of thecross-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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_PROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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2.5.2 Format of the NT_PROTECTION_SWITCH Event(filterable_data)
Table 2-10 Format of filterable_data in structure of the NT_PROTECTION_SWITCH event
Name Type Description
notificationId string Unique ID of the notificationevent.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
ProtectionType protection::ProtectionType_T
Protection type.
switchReason protection::switchReason_T Reason why the switchingoccurs.
layerRate transmissionParameters::LayerRate_T
Layer rate that the switchingis associated to.
groupName globaldefs::NamingAttributes_T
Name of the protection groupwhere the switching occurs.If the protection type isSNCP, this field is an emptyname can be reported.
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Name Type Description
protectedTP globaldefs::NamingAttributes_T
Protected TP when theswitching occurs. For SNCP,the value is always thereliable TP. For a notificationof two-fiber BLSRswitching, the value is the TPthat is inactive during theswitching. For a notificationof four-fiber MSP ringswitching, the value is theworking TP that is inactiveduring the switching. For anotification of 1:N MSPswitching, the value is theworking TP for which theprotection switching occurs.For a notification of revertive1+1 MSP switching, thevalue is the working TP. Fora notification of non-revertive 1+1 MSPswitching, the value is the TPthat was active before theswitching (After theswitching, the protected TPchanges).
switchAwayFromTP globaldefs::NamingAttributes_T
Source TP that is switchedaway from. For two-fiberMSP switching, the value isthe TP that is switched. Forfour-fiber MSP ringswitching, the value is one ofthe TPs in the MSP 1:Nprotection groups (workingor protection). For four-fiberring switching, the value isthe working TP of the spanthat is switched. Forexample, if the east spanswitches to the west span, thevalue is the east working TP.
switchToTP globaldefs::NamingAttributes_T
Destination TP that isswitched to. This TP is thesource TP that is activatedafter the switching or thecurrent active TP if noprotection switching occurs
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Name Type Description
nativeEMSName string Name of the protection groupwhere the protectionswitching occurs.
additionalInfo notifications::NVList_T Additional information aboutthe protection switchingevent, currently including thetype of the equipment wherethe switching occurs(indicated byProductName) and theinformation about theprotected board (indicated byprotectedEquipment-Name), source board(indicated byswitchAwayFromEquip-mentName), and sink board(indicated byswitchToEquipment-Name).
NOTE
BLSR: bidirectional line switched ring additionalInfo in the NT_PROTECTION_SWITCH eventstructure of the U2000 CORBA interface is an extended field. This field stores the type of the equipmentwhere 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)
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2.6.1 Header Format of the NT_ATMPROTECTION_SWITCHEvent
Table 2-11 Header format of the NT_ATMPROTECTION_SWITCH event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_ATMPROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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_SWITCHevent
Name Type Description
notificationId string Unique ID of the notificationevent.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
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Name Type Description
pgName globaldefs::NamingAttributes_T
Name of the ATM protectiongroup where the switchingoccurs.
switchMode SwitchMode_T Switching mode.
protectType HW_mstpProtection::HW_AtmProtectType_T
Protection type.
srcEndSwitchPara HW_mstpProtection::HW_AtmPGSingleEndSwitchPara_T
Parameters of the source-endswitching. This fielddescribes the reason, the stateand other information aboutthe source-end switching.
snkEndSwitchPara HW_mstpProtection::HW_AtmPGSingleEndSwitchPara_T
Parameters of the sink-endswitching. This fielddescribes the reason, the stateand other information aboutthe 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_SWITCHEvent
Table 2-13 Header format of the NT_WDMPROTECTION_SWITCH event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
type_name string Type of anotificationevent. The valueis fixed asNT_WDMPROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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_SWITCHevent
Name Type Description
notificationId string Unique ID of the notificationevent.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
protectionGroupType protection::WDMProtectionGroup_T
Type of the protection group.
switchReason protection::switchReason_T Reason why the switchingoccurs.
groupName globaldefs::NamingAttributes_T
Name of the protection groupwhere the switching occurs.
protectedTP globaldefs::NamingAttributes_T
Name of the protected TPduring the switching.
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Name Type Description
switchAwayFromTP globaldefs::NamingAttributes_T
Name of the source TP that isswitched away from.
switchToTP globaldefs::NamingAttributes_T
Name of the destination TPthat is switched to.
nativeEMSName string Information about the WDMprotection group where theswitching occurs.
additionalInfo notifications::NVList_T Additional information aboutthe protection switchingevent, currently including thetype of the equipment wherethe switching occurs(indicated byProductName) and theinformation about theprotected board (indicated byprotectedEquipment-Name), source board(indicated byswitchAwayFromEquip-mentName), and sink board(indicated byswitchToEquipment-Name).
NOTE
additionalInfo in the NT_WDMPROTECTION_SWITCH event structure of the U2000 CORBA interfaceis an extended field. This field stores the type of the equipment where the WDM protection switchingoccurs.
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)
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2.8.1 Header Format of the NT_RPRPROTECTION_SWITCHEvent
Table 2-15 Header format of the NT_RPRPROTECTION_SWITCH event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_RPRPROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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_SWITCHevent
Name Type Description
notificationId string Unique ID of the notificationevent.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
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Name Type Description
nodeName globaldefs::NamingAttributes_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 supportsthe following parameters:switchPositionswitchStateprotectTypeSwitchCountTimesProtectCountTimeLastSwitchCommandThe parameters forswitchParameters in aHW_RPRSwitchData_Tstructure contain east andwest 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)
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2.9.1 Header Format of the NT_EPROTECTION_SWITCH Event
Table 2-17 Header format of the NT_EPROTECTION_SWITCH event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_EPROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
eProtectionGroupType protection::EProtectionGroupType_T
Type of the reportedequipment protection group.
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Name Type Description
eSwitchReason protection::ESwitchReason_T
Reason why the switchingoccurs.
groupName globaldefs::NamingAttributes_T
Name of the equipmentgroup where the switchingoccurs.
protectedE globaldefs::NamingAttributes_T
Protected equipment duringthe switching. For an m:nprotection group, theprotected equipment is theworking equipment duringthe switching.
switchAwayFromE globaldefs::NamingAttributes_T
Source equipment that isswitched away from.
switchToE globaldefs::NamingAttributes_T
Destination equipment that isswitched to.
nativeEMSName string Detailed information aboutthe equipment protectiongroup where the switchingoccurs.
additionalInfo globaldefs::NVSList_T Additional information,currently including the typeof the equipment where theequipment protectionswitching occurs (indicatedby ProductName) and theinformation about theprotected board (indicated byprotectedEquipment-Name), source board(indicated byswitchAwayFromEquip-mentName), and sink board(indicated byswitchToEquipment-Name).
NOTE
additionalInfo in the NT_EPROTECTION_SWITCH event structure of the U2000 CORBA interface isan extended field. This field stores the information about the type of equipment where the protectionswitching occurs.
2.9.3 Format of the NT_EPROTECTION_SWITCH Event(remainder_of_body)
remainder_of_body of the NT_EPROTECTION_SWITCH event is always null.
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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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_IPPROTECTION_SWITCH.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
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Name Type Description
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
protectionType string Type of a tunnel APSprotection group.
switchReason SwitchReason_T Cause of the switching.
groupName globaldefs::NamingAttributes_T
Name of a tunnel APSprotection group where theswitching occurs.
protectedList globaldefs::NamingAttributesList_T
List of tunnels underprotection where theswitching occurs.
switchAwayFromList globaldefs::NamingAttributesList_T
List of source tunnels wherethe switching occurs.
switchToList globaldefs::NamingAttributesList_T
List of destination tunnelswhere the switching occurs.
nativeEMSName string Details about a tunnel APSprotection group where theswitching 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)
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2.11.1 Header Format of the NT_ROUTE_CHANGE Event
Table 2-21 Header format of the NT_ROUTE_CHANGE event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_ROUTE_CHANGE.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the object thatreports the event.
objectType notifications::ObjectType_T Type of the object thatreports the event.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
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Name Type Description
routeChangeEvent subnetworkConnection::RerouteChangeEvent_T
Status information during theroute change.The value isRerouteStarted,RerouteCompleted orRerouteFailed.
route subnetworkConnection::Route_T
Detailed information aboutthe 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_CHANGEEvent
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_CHANGEEvent
Table 2-23 Header format of the NT_ASON_RESOURCE_CHANGE event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_ASON_RESOURCE_CHANGE.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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_CHANGEevent
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the object thatreports the event.
objectTypeQualifier string Object (ASON domain orASON node) of the reportedevent.The value isROUTING_AREA orROUTING_NODE.
notifyType string Type (creation or deletion) ofthe reported event. The valueis OBJECT_CREATE orOBJECT_DELETE.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
neTime globaldefs::Time_T Time (UTC) of the eventreported by the NE. If the NEdoes not report the time, thevalue is null.
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Name Type Description
edgePointRelated boolean If the event relates to a PTPthat is an edge point or to aprotection group containing aPTP that is an edge point, thevalue is true. Otherwise, thevalue 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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_FILE_TRANSFER_STATUS.
event_name string Name of anotificationevent. The valueis always null.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
filename string File directory and file namethat are entered. Forexample, /tmp/alarm4.txt.
transferStatu string Transfer status.When transfer fails, the valueis FT_FAILED.When transfer is completed,the value isFT_COMPLETED.When transfer is in process,the value isFT_IN_PROGRESS.
percentComplete string Progress of the transferexpressed in percentage. Thevalue ranges from 0 to 100.For example, 100 percent.
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Name Type Description
failureReason string Cause of the file transferfailure.When the transfer succeeds,the value is null.When the transfer fails,details of the failure aredescribed. For example,when the IP address isincorrect, the message"connection to 10.71.227.26failed" is displayed. Whenthe user name or password isincorrect, the message "530Login 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 HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_PRBSTEST_STATUS.
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Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
TPName globaldefs::NamingAttributes_T
Name of the TP for which a 2Mbit/s PRBS test isperformed.
TestStatus notifications::FileTransferStatus_T
Status of the 2 Mbit/s PRBStest.The value isFT_COMPLETED orFT_IN_PROGRESS.
percentComplete short Progress of the test. Thevalue ranges from 0 to 100.
2.15 Format of the NT_HEARTBEAT Event
2.15.1 Header Format of the NT_HEARTBEAT Event
2.15.2 Format of the NT_HEARTBEAT Event (filterable_data)
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2.15.1 Header Format of the NT_HEARTBEAT Event
Table 2-29 Header format of the NT_HEARTBEAT event
Event HeaderType
Name Type Description
Level-1 Name Level-2 Name
fixed_header event_type domain_name string Domain of anotificationevent. The valueis fixed astmf_mtnm.
type_name string Type of anotificationevent. The valueis fixed asNT_HEARTBEAT.
event_name string Name of anotificationevent. The valueis always null.
variable_header Timeout string Timeout periodof a notificationevent.
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
Name Type Description
notificationId string Unique ID of the notificationevent.
objectName globaldefs::NamingAttributes_T
Name of the object thatreports the event.
objectType notifications:: ObjectType_T Type of the object thatreports the event.
emsTime globaldefs::Time_T Time (UTC) when the EMSreports the event.
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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
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3.1 emsMgr
3.1.1 EMS_T
3.1.1 EMS_TName Type Description
name globaldefs::NamingAttributes_T
Name of an EMS.
userLabel string Null by default. This field canbe set through thesetUserLabel interface.
nativeEMSName string The value of this field isconsistent with the name ofthe EMS in the name fieldmentioned above. Thedefault value is Huawei/U2000. This field can be setthrough the configurationfile.
owner string Null by default. This field canbe set through the setOwnerinterface.
emsVersion string Version (in the form ofVxxRxxxCxx) of the EMS,for example, U2000V100R002C01.
Type string For the U2000, the defaultvalue is U2K. This fieldcannot be set.
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Name Type Description
addtionalIfo globaldefs::NVSList_T Additional information,which currently includes theAlarmSeverity, Location,CommuAddress, EmsTimeInterfaceVersion, andEmsState parameters.AlarmSeverity: indicatesthe highest severity level ofactive alarms in the networkmanagement system. Thisfield 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 thephysical location of thenetwork managementsystem. The default value islocal. The value of this fieldcan be set through theconfiguration file.CommuAddress: indicatesthe IP address and portnumber of the host where thenorthbound interfacecommunicating with theupper-level networkmanagement system resides.The value is in the format ofhost:port, for example,10.70.71.82:12003 andlocalhost:12003.EmsTime: current time(UTC) of the networkmanagement system, forexample,20071102110027.0Z, whichindicates UTC 2007-11-0211:00:27.
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Name Type Description
InterfaceVersion: indicatesthe interface version.EmsState: indicates thecurrent 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
Name Type Description
userLabel string User label of the board to beinstalled. The value is acharacter string in a freeformat. This field can be null.The value is in the format thatcomplies with therequirement of the U2000GUI for naming objects.
forceUniqueness boolean Flag that specifies whetherthe user label must be unique.Currently, this field is notsupported and can be set tofalse only.
owner string Owner of the board to beinstalled. The value is acharacter string in a freeformat. This field can be null.The value is in the format thatcomplies with therequirement of the U2000GUI for naming objects.
expectedEquipmentObject-Type
EquipmentObjectType_T Type of the board to beinstalled. The value is in theformat of board name(boardtype), for example, LWX(109).
equipmentHolderName globaldefs::NamingAttributes_T
Name of the holder.
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Name Type Description
additionalInfo globaldefs::NVSList_T Additional field, which is notused or processed currently.
3.2.2 Equipment_TName Type Description
name globaldefs::NamingAttributes_T
Name of a board.
userLabel string User label of the board.
nativeEMSName string Name of the board displayedon the GUI of the networkmanagement system.
Owner string Onwer of the board. Thevalue is null by default andcan be set through thesetOwner interface.
alarmReportingIndicator boolean Whether the reporting ofalarms of boards is enabled.This value is always set totrue.
serviceState ServiceState_T Working state of the board.
expectedEquipmentObject-Type
EquipmentObjectType_T Type of the board configuredon the network managementsystem.
installedEquipmentObject-Type
EquipmentObjectType_T Type of the board installed onthe NE.
installedPartNumber string Part number of the board,which is a part of the bar codeof the board.
installedVersion string Version number of the board.
installedSerialNumber string Serial number of the board,which is a part of the bar codeof the board.
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Name Type Description
additionalInfo globaldefs::NVSList_T Additional information,which currently includesAlarmSeverity andPort_xx_SFP.AlarmSeverity: Highestseverity level of the currentalarms in the subrack. Thisfield has the same meaningand values as this field in theManagedElement_Tstructure mentioned later.Port_xx_SFP: SFPinformation about port xx onthe board. Only the boardsthat support Small Form-Factor Pluggable support thisparameter, such asNS2,12NS2 and so on.
3.2.3 EquipmentHolder_TName Type Description
name globaldefs::NamingAttributes_T
Name of a holder.
userLabel string User label of the holder.
nativeEMSName string Name of the Holderdisplayed on the GUI of thenetwork managementsystem.
owner string Name of a holder. By default,this value is null. In the caseof a WDM subrack, the valuecan be set through theinterface. In the case of otherequipment, the value cannotbe modified.
alarmReportingIndicator boolean Whether reporting alarms ofthe holder is enabled. Thevalue is always true.
holderType EquipmentHolderType_T Type of the holder. The valueis rack, shelf, or slot.
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expectedOrInstalledEquip-ment
globaldefs::NamingAttributes_T
If the holder is a slot where aboard is installed, the value isthe name of the board.Otherwise, the value is null.
acceptableEquipment-TypeList
EquipmentObjectTypeList_T
If the holder is a slot, thevalue is the list of the boardsthat can be installed in theslot.Otherwise, the value isnull.
holderState HolderState_T State of the holder.
additionalInfo globaldefs::NVSList_T For a WDM subrack, thisfield includes theProductName, Version,AlarmSeverity, PhyInfo,ShelfType, PreConfig, andGateWay parameters
3.3 managedElement
3.3.1 ManagedElement_T
3.3.1 ManagedElement_TName Type Description
name globaldefs::NamingAttributes_T
Name of an NE.
userLabel string User label of the NE.
nativeEMSName string Name of the NE displayed onthe GUI.
owner string Owner of the NE. The valueis null by default and can beset through the setOwnerinterface.
location string Equipment room where theNE resides.
version string Software version of the NE.
productName string For the U2000, the value isthe name of the NE type.
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Name Type Description
communicationState CommunicationState_T State of communicationsbetween the NE and thenetwork managementsystem.
emsInSyncState boolean State of data synchronizationbetween the NE and thenetwork managementsystem.
supportedRates transmissionParameters::LayerRateList_T
List of the connection ratessupported by the NE.
additionalInfo globaldefs::NVSList_T Additional information,which currently includes thePreconfig, AlarmSeverity,PhyInfo, GateWay,ShelfType, Vendor,MaxTransferRate,Subnetwork, andPSNName parameters.
3.4 subnetworkConnection
3.4.1 CrossConnect_T
3.4.2 TPData_T
3.4.3 SubnetworkConnection_T
3.4.4 SNCCreateData_T
3.4.5 SNCModifyData_T
3.4.1 CrossConnect_TName Type Description
active boolean State (active or inactive) of across-connection.
direction globaldefs::ConnectionDirection_T
Direction of the cross-connection.
ccType SNCType_T Type of the cross-connection.
aEndNameList globaldefs::NamingAttributesList_T
List of the TPs at the sourceend of the cross-connection.
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zEndNameList globaldefs::NamingAttributesList_T
List of the TPs at the sink endof the cross-connection.
addtionalInfo globaldefs::NVSList_T Additional information.
3.4.2 TPData_T
Name Type Description
name globaldefs::NamingAttributes_T
Name of a TP.
tpMappingMode terminationPoint::TerminationMode_T
Mapping mode.
transmissionParams transmissionParameters::LayeredParameterList_T
Transmission parameters.The user can set the layer ratethat the TP supports and theoverhead bytes of the layerrate.
ingressTrafficDescriptor-Name
globaldefs::NamingAttributes_T
The value is always null.
engressTrafficDescriptor-Name
globaldefs::NamingAttributes_T
The value is always null.
3.4.3 SubnetworkConnection_T
Name Type Description
name globaldefs::NamingAttributes_T
Name of an SNC.
userLabel string User label of the SNC.
nativeEMSName string Name of the SNC displayedon the GUI of the networkmanagement system.
owner string Null by default.
sncState SNCState_T Activation state of the SNC.
direction globaldefs::ConnectionDirection_T
Direction.
rate transmissionParameters::LayerRate_T
Layer rate level of the SNC.
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Name Type Description
staticProtectionLevel StaticProtectionLevel_T Static protection level.
sncType SNCType_T Type of the SNC. Currently,the following types aresupported: ST_SIMPLE (asource and a sink), ST_ADD-DROP_A (two sources and asink), andST_ADD_DROP_Z (asource and two sinks).
aEnd TPDataList_T List of the TPs at the sourceend of the SNC.For the element model, see"TPData_T".
zEnd TPDataList_T List of the TPs at the sink endof the SNC.For the element model, see"TPData_T".
reroutedAllowed Reroute_T Flag of rerouting. The valueis RR_NA, RR_NO, orRR_YES.
neworkRouted NetworkRouted_T Flag of network routes. Thevalue is NR_NA, NR_NO,or NR_YES.
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additionalInfo globaldefs::NVSList_T Additional information,which varies with the trailtype.For an SDH trail, theadditional informationincludes the SNCID,Remark1, Remark2,Customer A<n>_Timeslot,and Z<n>_Timeslotparameters.For a WDM trail, theadditional informationincludes the Customerparameter.For an ASON trail, theadditional informationincludes the LSPType,RelatedLsp, andRevertiveMode parameters.For a link server trail, theServer Type field iscontained.
3.4.4 SNCCreateData_TName Type Description
userLabel string User label that is specified during the creation of an SNC.
forceUniqueness
boolean Whether the user label is unique. The value can be false onlyand cannot be true.
owner string Owner that is specified during the creation of an SNC.
direction globaldefs::ConnectionDirection_T
Direction of a created trail. The value is CD_UNI (indicatesa unidirectional trail) or CD_BI (indicates a bidirectionaltrail).When an ASON trail is created, the value of this field cannotbe CD_UNI. When a WDM trail is created, the value of thisfield cannot be CD_BI.
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Name Type Description
staticProtec-tionLevel
StaticProtectionLevel_T
When a WDM trail is created, this field is invalid.When SDH trails are created in non-full-route mode, this fieldindicates the protection level that routes are first calculatedfor. This field works with the protectionEffort field. Whenthe value of protectionEffort is EFFORT_WHATEVER,routes are calculated for trails in the following order:PREEMPTIBLE: preemptible trail -> unprotected trail ->protected trail -> fully protected trail.UNPROTECTED: unprotected trail -> protected trail ->fully protected trail.PARTIALLY_PROTECTED: partially protected trail ->fully protected trail -> unprotected trail.FULLY_PROTECTED or HIGHLY_PROTECTED:fully or highly protected trail -> protected trail -> unprotectedtrail.When an SDH trail is created in full-route mode, this field isinvalid.When an ASON trail is created, this field means the level ofthe ASON trail. In this case, this field is consistent withstaticProtectionLevel in SubnetworkConnection_T.
protectionEffort
ProtectionEffort_T
Flag of protection effort. The value isEFFORT_WHATEVER, EFFORT_SAME_OR_BET-TER, EFFORT_SAME_OR_WORSE, orEFFORT_SAME.
rerouteAllowed
Reroute_T Flag of rerouting. The value is RR_NA, RR_NO, orRR_YES.
neworkRouted
NetworkRouted_T
Flag of network routes. The value is NR_NA, NR_NO, orNR_YES.This field indicates the type (SDH, WDM, or ASON) of a trailbeing created. The value NR_YES indicates that an ASONtrail is created.
sncType SNCType_T Type of the SNC created.In non-full-route mode: When an SDH, WDM, or ASON trailis created, the value of this field can be ST_SIMPLE only.In full-mode mode: When an SDH trail is created, the valueof this field is ST_SIMPLE, ST_ADD_DROP_A, orST_ADD_DROP_Z. When a WDM or ASON trail iscreated, the value of this field can be ST_SIMPLE only.
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layerRate transmissionParameters::LayerRate_T
Level of a trail.When an SDH trail is created, the value of this field is E1(VC12), E3 (VC3), E4 (VC4), VC4 Server, 4C, 8C, 16C, or64C.When a WDM trail is created, the value of this field is GEClient and ODUk.When an ASON trail is created, the value of this field is beVC4, 4C, 8C, 16C, or 64C.When an RTN trail is created, the value of this field is VC4.
ccInclusions CrossConnectList_T
SDH/RTN ASON WDM
Non-full-route mode
This field isinvalid.
This field isinvalid.
This field isinvalid.
Full-routemode
All the routeinformation.
All the routeinformation.
You need tospecify onlythe dynamiccross-connectioninformation.
Inputrestriction oncross-connections
When creating an SDH trail, you can inputST_SIMPLE, ST_ADD_DROP_A,ST_ADD_DROP_Z as the cross-connectiontype. When protection is available, theworking cross-connection must be followedby the protection cross-connection.For asource TP under 1+1 protection, you need notdeliver dual-feed services when a creatingtrail.When creating a WDM trail, you must use across-connection of the ST_SIMPLE typeand specify the attribute (working orprotection) of the cross-connection accordingto the additionalInfo field of the cross-connection. For the parameters to be input,see the description of the addtionalInfo fieldin the CrossConnect_T structure.
neTpInclusions
ResourceList_T
Full-route mode This field is invalid.
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Name Type Description
Non-full-route mode
SDH/RTNtrail
You can specify thefollowing items that the trailmust pass through:l NEs and portsWhen
creating a higher-orderservice, you can specifyports and VC4 timeslots inthis field.
l TimeslotsWhen creating alower-order service, youcan specify VC4 timeslotsand lower-order timeslots.
l SNCsWhen creating alower-order service, youcan specify a VC4 servertrail and a link server trailin this field.
l TLsWhen creating ahigher-order service, youcan specify the TLs thatthe trail must pass through.
WDM trail You can specify the ports andchannels that the trail mustpass through. You cannotspecify any NE, SNC, or TLthat the trail must passthrough.
ASON trail You can specify the NEs,ports, and timeslots that thetrail must pass through. Youcannot specify any SNC orTL that the trail must passthrough. Additionally, youcan constrain a working routeinstead of a protection route.
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neTpSncExclusions
ResourceList_T
In full-route mode, this field is invalid.In non-full-route mode, the operation of this field varies withthe trail type.When creating an SDH trail, you can specify the followingitems that the trail must not pass through:l NEs and portsWhen creating a higher-order service, you
can specify ports and VC4 timeslots in this field.l TimeslotsWhen creating a lower-order service, you can
specify VC4 timeslots and lower-order timeslots.l SNCsWhen creating a lower-order service, you can specify
a VC4 Server trail in this field.l TLsWhen creating a higher-order service, you can specify
the TLs that the trail must not pass through.When you create a WDM trail, this field is not supported.When creating an ASON trail, you can specify the NEs, ports,and timeslots that the trail must not pass through. You cannotspecify any SNC or TL that the trail must pass through.Additionally, you can constrain a working route instead of aprotection route.
fullRoute boolean Flag of full route.True: indicates that trails are created in full-route mode.False: indicates that trails are created in non-full-route mode.
aEnd globaldefs::NamingAttributesList_T
When creating trails, specify a list of the TPs at the source endof the trail.
zEnd globaldefs::NamingAttributesList_T
When creating trails, specify a list of the TPs at the sink endof the trail.
additionalCreationInfo
globaldefs::NVSList_T
When creating trails, you can specify additional information,including the A1_Timeslot, Z1_Timeslot, BundledSNC,and LSP_Type parameters.
3.4.5 SNCModifyData_TName Type Description
userLabel string New user label after themodification.
owner string New owner after themodification.
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Name Type Description
forceUniqueness boolean Specifies whether the userlabel must be unique. Thevalue can be only false andcannot be true.
direction globaldefs::ConnectionDirection_T
Direction of the connection.This field is not used.
modifyType string Type of the modification.The value is rerouting,add_protection, orremove_protection.
rerouteAllowed Reroute_T Flag of rerouting. When anASON trail is rerouted, thisfield indicates rerouting ofthe ASON trail.In other cases, this field is notused.
networkRerouted NetworkRouted_T New flag of network routeafter the modification.
sncType SNCType_T This field is not used.
staticProtectionLevel StaticProtectionLevel_T Static protection level
retainOldSNC boolean This field is not used.
modifyServers_allowed boolean This field is not used.
protectionEffort ProtectionEffort_T This field is not used.
layerRate transmissionParameters::LayerRate_T
This field is not used.
neTpInclusions ResourceList_T In full-route mode, this fieldis not used.This field is valid only whenthe routing constraints of anASON trail are modified innon-full-route mode. In thiscase, the NEs, ports, andtimeslots that the trail mustpass through can be set.
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neTpSncExclusions ResourceList_T In full-route mode, this fieldis not used.This field is valid only whenthe routing constraints of anASON trail are modified. Inthis case, the NEs, ports, andtimeslots that the trail mustnot pass through can be set.
fullRoute boolean Flag of full route.This field specifies routingconstraints when an ASONtrail is set. An ASON trail canbe set in full-route or non-full-route mode.In othercases, this field is not used.
addedOrNewRoute RouteList_T Information about a newroute.When the routes of an SDHtrail are modified, this fieldindicates the informationabout the route added to theSDH trail. The supportedcross-connection types areST_SIMPLE,ST_ADD_DROP_A, andST_ADD_DROP_Z.When setting routingconstraints for an ASON trailin full-route mode, you canuse a unidirectional cross-connection of only theST_SIMPLE type.Additionally, you mustspecify the attribute (workingor protection) of the cross-connection according to theadditionalInfo field of thecross-connection. For theparameters to be input, seethe description of theaddtionalInfo field in theCrossConnect_T structure.In other cases, this field is notused.
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Name Type Description
removedRoute RouteList_T Information about a removedroute.When the routes of an SDHtrail are modified, this fieldindicates the informationabout the route removed fromthe SDH trail. The supportedcross-connection types areST_SIMPLE,ST_ADD_DROP_A, andST_ADD_DROP_Z.In other cases, this field is notused.
aEnd globaldefs::NamingAttributesList_T
New list of the TPs at thesource end of trails after themodification.
zEnd globaldefs::NamingAttributesList_T
New list of the TPs at the sinkend of trails after themodification.
additionalCreationInfo globaldefs::NVSList_T Additional information aboutthe modification.
3.5 multiLayerSubnetwork
3.5.1 MultiLayerSubnetwork_T
3.5.1 MultiLayerSubnetwork_T
Name Type Description
name globaldefs::NamingAttributes_T
Name of a subnet.
userLabel string The value isSubnetWork_1 bydefault.This field cannot beset.
nativeEMSName string The value isSubnetWork_1 bydefault.This field cannot beset.
owner string Null by default. This fieldcannot be set.
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subnetworkType Topology_T Type of the subnet. The valueis alwaysmultiLayerSubnetwork::TOPO_MESH.
supportedRates transmissionParameters::LayerRateList_T
List of the supported levels ofrates
addtionalIfo globaldefs::NVSList_T Additional information,including theMultiLayerSubnetwor-kLocation parameter.
3.6 topologicalLink
3.6.1 TopologicalLink_T
3.6.1 TopologicalLink_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Local name.
owner string Name of the owner of theobject.
direction globaldefs::ConnectionDirection_T
Direction.
rate transmissionParameters::LayerRate_T
Layer rate.
aEndTP globaldefs::NamingAttributes_T
Source.
zEndTP globaldefs::NamingAttributes_T
Sink.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is null.
3.7 terminationPoint
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3.7.1 TerminationPoint_T
3.7.1 TerminationPoint_TName Type Description
name globaldefs::NamingAttributes_T
Name of a TP.
userLabel string User label of the TP.
nativeEMSName string Name of the TP displayed onthe GUI of the networkmanagement system. Thisfield cannot be set.
owner string Owner of the TP. The valueis null by default. For a PTPor FTP, the value of this fieldcan be set through thesetOwner interface.
ingressTrafficDescriptor-Name
globaldefs::NamingAttributes_T
Descriptor of the incomingtraffic. The value is null.
egressTrafficDescriptor-Name
globaldefs::NamingAttributes_T
Descriptor of the outgoingtraffic. The value is null.
Type TPType_T Type of the TP. The value canbe TPT_PTP (indicates aPTP or FTP) or TPT_CTP(indicates a CTP).
connectionState TPConnectionState_T Connection state.For a PTP,the value is always NA. Foran FTP or a CTP, the value isany of the following:l TPCS_SOURCE_CON-
NECTED: indicates thatthe TP is connected as asource.
l TPCS_SINK_CONNEC-TED: indicates that the TPis connected as a sink.
l TPCS_BI_CONNEC-TED: indicates that the TPis connected in twodirections.
l TPCS_NOT_CONNEC-TED: indicates that the TPis not connected.
tpMappingMode TerminationMode_T Mapping mode of the TP.
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direction Directionality_T Direction of the TP. Thevalue is CD_BI (indicates abidirectional TP) orCD_UNI (indicates aunidirectional TP).
transmissionParams transmissionParameters::LayeredParameterList_T
Transmission parameters.
tpProtectionAssociation TPProtectionAssociation_T This field is not supportedand is always set to NA.
edgePoint boolean Flag of edge point. For a CTPor an FTP, the value is alwaysfalse.For a PTP, the value isfalse if the PTP is occupiedby fibers; otherwise, thevalue is true.
additionalInfo globaldefs::NVSList_T Additional information.
3.8 protection
3.8.1 ProtectionGroup_T
3.8.2 SwitchData_T
3.8.3 WDMProtectionGroup_T
3.8.4 WDMSwitchData_T
3.8.5 EProtectionGroup_T
3.8.6 ESwitchData_T
3.8.7 IPSwitchData_T
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3.8.1 ProtectionGroup_TName Type Description
name globaldefs::NamingAttributes_T
Name of a protection name,in the form of {name EMSvalue XXXX}{nameManagedElement valueYYYY}{name PGP value 1/ID of the protection group/location ID of the protectiongroup}Location IDs of protectiongroups and the correspondingmeanings are as follows:11 indicates 1+1 TMprotection group.12 indicates west 1+1 ADMprotection group.13 indicates east 1+1 ADMprotection group.14 indicates 1:N TMprotection group.15 indicates west 1:N ADMprotection group.16 indicates east 1:N ADMprotection group.17 indicates two-fiber ringprotection group.18 indicates west two-fiberring protection group. This isavailable for notificationevents only.19 indicates east two-fiberring protection group. This isavailable for notificationevents only.20 indicates four-fiber ringprotection group.21 indicates west four-fiber1:N protection group.22 indicates east four-fiber1:N protection group.
userLabel string User label. This field can beset through the setUserLabelinterface.
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Name Type Description
nativeEMSName string Local name. This field can beset through thesetnativeEMSNameinterface.
owner string Name of the object holder.
protectionGroupType ProtectionGroupType_T The types of the supportedprotection groups are asfollows:For a 1+1 protection group,the value isPGT_MSP_1_PLUS_1.For a 1:N protection group,the value isPGT_MSP_1_FOR_N.For a two-fiber bidirectionalprotection group, the value isPGT_2_FIBER_BLSR.For a four-fiber bidirectionalprotection group, the value isPGT_4_FIBER_BLSR.For an SNCP protectiongroup, the value isPT_SNCP.
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Name Type Description
protectionSchemeState ProtectionSchemeState_T 1. 1+11) When the PG is in the idle,normal, or unknown state, thevalue of this field isPSS_UNKNOWN.2) In the case of the lockout,forced switching, or manualswitching, the value of thisfield isPSS_FORCED_OR_LOCKED_OUT.3) When the automaticswitching of the protectiongroup occurs, the value ofthis field isPSS_AUTOMATIC.2. 1:N1) When the channel is in thenormal or unknown state, thevalue of this field isPSS_UNKNOWN.2) In the case of the lockout,forced switching, or manualswitching, the value of thisfield isPSS_FORCED_OR_LOCKED_OUT.3) When the automaticswitching of the protectiongroup occurs, the value ofthis field isPSS_AUTOMATIC.3. Two-fiber protectiongroup1) When the channel is in thenormal, unknown, or idle (thestandby channel is theworker) state, the value ofthis field isPSS_UNKNOWN.2) In the case of the lockout,forced switching, or manualswitching, the value of thisfield isPSS_FORCED_OR_LOCKED_OUT.3) When the automaticswitching of the protection
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group occurs, the value ofthis field isPSS_AUTOMATIC.4. Four-fiber protectiongroup1) When the channel is in thenormal or unknown state, thevalue of this field isPSS_UNKNOWN.2) In the case of the lockout,forced switching, or manualswitching, the value of thisfield isPSS_FORCED_OR_LOCKED_OUT.3) When the automaticswitching of the protectiongroup occurs, the value ofthis field isPSS_AUTOMATIC.
reversionMode ReversionMode_T Reversion mode. The valuecan be revertive, non-revertive, or unknown.
rate transmissionParameters::LayerRate_T
Transmission rate.
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Name Type Description
pgpTPList globaldefs::NamingAttributesList_T
Working TPs are followed byprotection TPs.1. For a 1+1 TM protectiongroup, the TPs are listed inthe following order: westworking PTP, westprotection PTP.For a west 1+1 ADMprotection group, the TPs arelisted in the following order:west working PTP, westprotection PTP.2. For a 1:N TM protectiongroup, the TPs are listed inthe following order: westworking PTPs numbered 1through N, west protectionPTP.For a west 1:N ADMprotection group, the TPs arelisted in the following order:west working PTPsnumbered 1 through N, westprotection PTP.3. For a two-fiber ringprotection group, the TPs arelisted in the following order:west working PTP, eastprotection PTP.4. For a four-fiber ringprotection group, the TPs arelisted in the following order:west working PTP, westprotection PTP, east workingPTP, east protection PTP.For a west four-fiber ring 1:Nprotection group, the TPs arelisted in the following order:west working PTP, westprotection PTP.
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Name Type Description
pgpParameters globaldefs::NVSList_T This field supports nineparameters.SwitchMode: switchingmode.For a 1+1 protectiongroup, the value isSingleEnded (indicatesswitching at a single end) orDualEnded (indicatesswitching at two ends).For other protection modes,the value is DualEnded.wtrTime: wait-to-restoretime.HoldOffTime: Currently,this parameter is notsupported and is always set toUnknown.LODNumSwitches: numberof switches. Currently, thisparameter is not supportedand is always set toUnknown.LODDuration: works withLODNumSwitches.Currently, this parameter isnot supported and is alwaysset to Unknown.SPRINGProtocol: a ringswitching protocol. Thisparameter is available fortwo-fiber rings and four-fiberrings only. The value isStandard.SPRINGNodeId: ID of aring switching node. Thisparameter is available fortwo-fiber rings and four-fiberrings only.SwitchPosition: switchingposition. The value is IDLE,SWITCH, orPASS_THROUGH. Thisparameter is available onlyfor the two-fiber ring andfour-fiber ring protectiongroups, and the value isUnknown.
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Name Type Description
nonPre-EmptibleTraffic:determines whether non-preemptible traffic can beconfigured onprotection.This parameter isavailable for only two-fiberring and 1:N protectiongroups. The value isNOT_ALLOWED.
additionalInfo globaldefs::NVSList_T Null.
3.8.2 SwitchData_TName Type Description
protectionType ProtectionType_T For a 1+1, 1:N, two-fiber, orfour-fiber protection group,the value is PT_MSP_APS.For an SNCP protectiongroup, the value isPT_SNCP.
switchReason SwitchReason_T Switching cause.1. In case of the idle state, thevalue is SR_RESTORED.2. In the case of the lockout,forced switching, or manualswitching state, the value isSR_MANUAL.3. In the case of the wait-to-restore or automaticswitching state, the value isSR_AUTOMATIC_SWITCH.4. In the case of the SDswitching state, the value isSR_SIGNAL_DEGRADE.5. In the case of the SFswitching state, the value isSR_SIGNAL_FAIL.6. In other cases, the value isSR_NA.
LayerRate transmissionParameters::LayerRate_T
Layer rate of the protectiongroup.
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Name Type Description
groupName globaldefs::NamingAttributes_T
Name of the protectiongroup.
protectedTP globaldefs::NamingAttributes_T
Protected TP during theswitching.
switchToTP globaldefs::NamingAttributes_T
Destination TP that isswitched to.
additionalInfo globaldefs::NVSList_T Null.
3.8.3 WDMProtectionGroup_TName Type Description
name globaldefs::NamingAttributes_T
Name of a protection group.
userLabel string Null by default. This field canbe set through thesetUserLabel interface.
nativeEMSName string A non-OLP protection groupis named in the format of NEname + ID of the protectiongroup. An OLP protectiongroup is named in the formatof NE name + OLP + slotID.This field cannot be set.
owner string Null by default. This field canbe set through the setOwnerinterface.
protectionGroupType WDMProtectionGroupType_T
For a 1:N protection group,the value is 1VN. For otherprotection groups, the valueis 1P1.
protectionSchemeState ProtectionSchemeState_T The value isPSS_UNKNOWN,PSS_FORCED_OR_LOCKED_OUT, orPSS_AUTOMATIC.
reversionMode ReversionMode_T Reversion mode. The value isrevertive, non-revertive, orunknown.
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Name Type Description
pgpTPList globaldefs::NamingAttributesList_T
List of TPs (PTPs or FTPs) inthe protection group. The TPsare listed in the followingorder: 1. Working FPs arefollowed by protection TPs,for example, working TP 1,protection TP1, workingTP2, protection TP2.2. For a non-revertive 1+1protection group, the roles ofthe protection TP and theworking TP change duringthe switching.
pgpParameters globaldefs::NVSList_T In revertive mode, the valueis null.In non-revertive mode, thisfield supports the wtrTimeparameter, which is the wait-to-restore time of theprotection group.
additionalInfo globaldefs::NVSList_T Additional information.Currently, the value is null.
3.8.4 WDMSwitchData_TName Type Description
protectionType WDMProtectionGroupType_T
Type of a protection group. For a 1:N protection group,the value is 1VN. For other protection groups, the valueis 1P1.
switchReason SwitchReason_T
Reason of switching. The value can beSR_RESTORED, SR_MANUAL,SR_AUTOMATIC_SWITCH, SR_SIGNAL_MIS-MATCH, SR_SIGNAL_DEGRADE,SR_SIGNAL_FAIL, or SR_NA.
wPGPName globaldefs::NamingAttributes_T
Name of the protection group.
protectedTP globaldefs::NamingAttributes_T
Revertive Mode Non-RevertiveMode
Active TP is theworking path
Active TP Active TP
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Name Type Description
Standby TP isthe workingpath
Active TP Standby TP
Special notes ona 1:N protectiongroup
1) Lockout: The protected TP isalways the first working path.2) Clearance of switching: In thenormal state, the protected TP isalways the first working path. Inother switching states, the protectedTP is the working path where theswitching occurs.
switchToTP globaldefs::NamingAttributes_T
Revertive Mode Non-RevertiveMode
Active TP is theworking path
Active TP Active TP
Standby TP isthe workingpath
Standby TP Standby TP
Special notes ona 1:N protectiongroup
1) Lockout: The protected TP isalways the first working path.2) Clearance of switching: In thenormal state, the switched-to TP isalways the first working path. Inother switching states, theswitched-to TP is the protectionpath.
additionalInfo globaldefs::NVSList_T
Additional information. Currently, this field is null.
3.8.5 EProtectionGroup_TName Type Description
name globaldefs::NamingAttributes_T
Name of an equipmentprotection group.
userLabel string This field is null by defaultand cannot be set through thesetUserLabel interface.
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Name Type Description
nativeEMSName string In the format of NE name-type of the protection group-ID of the protection group,for example,NE90-1_PLUS_1-1.
owner string This field is null by defaultand cannot be set through thesetOwner interface.
eProtectionGroupType EProtectionGroupType_T Type of the equipmentprotection group. The valueis 1_PLUS_1,INBD_1_PLUS_1,1_FOR_N, or BPS.
protectionSchemeState ProtectionSchemeState_T The value is alwaysPSS_UNKNOWN.
reversionMode ReversionMode_T Reversion mode. The valuesare as follows:l RM_REVERTIVE:
indicates revertive mode.l RM_NON_REVERTIVE
: indicates non-revertivemode.
l RM_UNKNOWN:indicates that the reversionmode is unknown.
protectedList globaldefs::NamingAttributesList_T
Names of the protectedequipment, that is, workingequipment.
protectingList globaldefs::NamingAttributesList_T
Names of the protectionequipment.
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Name Type Description
ePgParameters globaldefs::NVSList_T Parameters of the protectiongroup, including thefollowing:type: indicates the functiontype of the equipmentprotection group. The valuesof this parameter are asfollows:l PGT_TPS: indicates 1:N
protection or BPSprotection.
l PGT_XC: indicatesprotection of cross-connections.
l PGT_STG: indicatesclock protection.
l PGT_SCC: indicatesprotection of the SCCboard.
l PGT_LESS_XC:indicates protection ofsecondary cross-connections as contrastedwith protection of primarycross-connections, forexample, protection oflower-order cross-connections of OptiX 10GV2.
l PG_XC_STG: protectionof the SCC board andclock. In certainequipment, the clock andcross-connectionfunctions cannot beswitched separately.
l PG_ATM: indicates 1+1protection of ATM boards.
l wtrTime: indicates wait-to-restore time. Thisparameter is valid for arevertive protection grouponly.
additionalInfo globaldefs::NVSList_T Additional information.Currently, this field is null.
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3.8.6 ESwitchData_TName Type Description
eProtectionGroupType EProtectionGroupType_T See the description of thisfield in theEProtectionGroup_Tstructure.
eSwitchReason ESwitchReason_T Reason of switching. Thevalue is SR_MANUAL,SR_E_FAILURE, orSR_NA.SR_MANUAL: indicatesthe manual or forcedswitching state.SR_E_FAILURE: indicatesthe automatic switchingstate.SR_NA: indicates otherstates.
ePGPName globaldefs::NamingAttributes_T
Name of the equipmentprotection group.
protectedE globaldefs::NamingAttributes_T
List of protected boards. Fora non-revertive protectiongroup, the protected board isthe current working board.
switchToE globaldefs::NamingAttributes_T
Working board after theswitching. For a non-revertive protection group,the value of this field isconsistent with the value ofprotectedE.
additionalInfo globaldefs::NVSList_T Additional information.Currently, this field is null.
3.8.7 IPSwitchData_TName Type Description
protectionType string Type of a tunnel protectiongroup.
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Name Type Description
switchReason SwitchReason_T Cause of the switching. Thevalues includeSR_RESTORED,SR_SIGNAL_FAIL,SR_SIGNAL_MIS-MATCH,SR_SIGNAL_DEGRADE,SR_AUTOMATIC_SWITCH, SR_MANUAL, andSR_NA.
layerRate transmissionParameters::LayerRate_T
This parameter value isconsistent with the layer rateof the tunnel in a protectiongroup. The values includeLR_MPLS_PATH,LR_IP_PATH, andLR_GRE_PATH.
groupName globaldefs::NamingAttributes_T
Name of a protection group.
protectedList globaldefs::NamingAttributesList_T
List of tunnels underprotection.
switchToList globaldefs::NamingAttributesList_T
List of current tunnels afterthe switching.
additionalInfo globaldefs::NVSList_T Additional information.Currently, this field is null.
3.9 HW_mstpInventory3.9.1 HW_MSTPEndPoint_T
3.9.2 HW_VirtualBridge_T
3.9.3 HW_VirtualLAN_T
3.9.4 HW_ForwardEndPoint_T
3.9.5 HW_MSTPBindingPath_T
3.9.6 HW_QosRule_T
3.9.7 HW_Flow_T
3.9.8 HW_LinkAggregationGroup_T
3.9.9 HW_LAGBranchPort _T
3.9.10 HW_SpanningTree_T
3.9.11 HW_STCurrentPort_T
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3.9.12 ShapingQueue
3.9.1 HW_MSTPEndPoint_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
direction terminationPoint::Directionality_T
Direction of the MSTPendpoint. The endpoint isalways bidirectional.
type HW_MSTPEndPointType_T
The supported types are asfollows:l HW_MEPT_NA
l HW_MEPT_ATM
l HW_MEPT_ATMTRUNK
l HW_MEPT_ETH
l HW_MEPT_ETHTRUNK
l HW_MEPT_LP
l HW_MEPT_RPR
transmissionParams transmissionParameters::LayeredParameterList_T
Transmission parameters thatcan be queried
additionalInfo globaldefs::NVSList_TadditionalInfo
Additional information. Thisfield is not processed.
3.9.2 HW_VirtualBridge_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
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Name Type Description
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
logicalTPList HW_MSTPLogicalEndPointList_T
Logical ports of the virtualbridge.For the element model, see"HW_MSTPEndPoint_T".
additionalInfo globaldefs::NVSList_T Additional information,containing LearnMode,FilterEnable, andMacLearnEnable.
3.9.3 HW_VirtualLAN_TName Type Description
Name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
paraList globaldefs::NVSList_T No attribute of the VLAN canbe queried or set.
forwardTPList HW_ForwardEndPointList_T
List of forwarding ports ofthe VLAN.For the element model, see"HW_ForwardEndPoint_T".
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.9.4 HW_ForwardEndPoint_TName Type Description
logicTPName globaldefs::NamingAttributes_T
Name
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Name Type Description
paraList globaldefs::NVSList_T No attribute of the VLANforwarding port can bequeried or set.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.9.5 HW_MSTPBindingPath_TName Type Description
direction terminationPoint::Directionality_T
Direction of a binding path.The value isterminationPoint::D_SOURCE,terminationPoint::D_SINK, orterminationPoint::D_BI-DIRECTIONAL.
allPathList globaldefs::NamingAttributesList_T
All the binding paths that canbe used.
usedPathList globaldefs::NamingAttributesList_T
The binding paths that areused.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.9.6 HW_QosRule_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUI of the networkmanagement system.
owner string Owner.
type HW_QosType_T QoS type. The values are as follows:HW_QT_CARHW_QT_COS
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Name Type Description
paraList globaldefs::NVSList_T
In the case of CAR, supported parameters areas follows:l EnableCar
l CIR
l DCBS
l PIR
l DMBS
l In the case of COS, supported parametersare as follows:
l The supported parameter set varies withthe value of CoSType.
Value of CosType Name of ParameterSupported
SIMPLE SimplePri
IPTOS4 IPTOSD, IPTOST,IPTOSR, IPTOSC
IPTOS16 IPTOSn (n rangesfrom 0000 to 1111 inthe binary mode.)
DSCP DSCPn (n rangesfrom 000000 to111111 in the binarymode.)
TAGPRI TAGPRIn (n rangesfrom 0 to 7.)
additionalInfo globaldefs::NVSList_T
Additionalinformation. Thisfield is not processed.
3.9.7 HW_Flow_T
Name Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
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Name Type Description
owner string Owner.
qosRuleNames globaldefs::NamingAttributesList_T
Names of QoS rules.
paraList globaldefs::NVSList_T l The supported parameters
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.9.8 HW_LinkAggregationGroup_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
Owner string Owner.
paraList globaldefs::NVSList_T Supported paramters are asfollows:Type indicates type of thelink aggregation group.SharingType indicates thesharing state.
mainPortName globaldefs::NamingAttributes_T
Name of the main port.
branchPortList HW_LAGBranchPortList_T Detailed information aboutthe branch ports.For the element model, see"HW_LAGBranchPort _T".
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
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3.9.9 HW_LAGBranchPort _T
Name Type Description
branchPortName globaldefs::NamingAttributes_T
Name of a branch port.
branchPortParaList globaldefs::NVSList_T Supported parameters are asfollows:States indicates the state ofthe tributary port.Priority indicates thepriority of the tributary port.
3.9.10 HW_SpanningTree_T
Name Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Local name.
owner string Name of the owner of theobject.
STInfo globaldefs::NVSList_T Information of the spanningtree.
STCurrentBridge globaldefs:: NVSList _T Information of the spanningtree bridge.
STCurrentPort HW_STCurrentPortList_T Information of the port of thespanning tree bridge.For the element model, see"HW_STCurrentPort_T".
3.9.11 HW_STCurrentPort_T
Name Type Description
portName globaldefs::NamingAttributes_T
Port name.
userLabel string User label.
nativeEMSName string Local name.
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Name Type Description
owner string Name of the owner of theobject.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.9.12 ShapingQueue
Name Type Description
queueID unsigned long Queue ID.
bEnable boolean Whether ShapingQueue isenabled.
CIR long Committed information rate.
CBS long Committed burst size.
EIR long Excess information rate.
EBS long Excess burst size.
3.10 HW_mstpProtection
3.10.1 HW_RPRNode_T
3.10.2 HW_RPRTopoInfo_T
3.10.3 HW_RPRSwitchData_T
3.10.4 HW_AtmProtectGroup_T
3.10.5 HW_AtmServiceProtectPair_T
3.10.6 HW_AtmPGSwitchData_T
3.10.7 HW_AtmPGSingleEndSwitchPara_T
3.10.1 HW_RPRNode_T
Name Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Local name.
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Name Type Description
owner string Name of the owner of theobject.
nodeNo unsigned short Number of a node on an RPRring.
protocolEnabled boolean Whether the RPR protocol isenabled on the node.
nodeParameters globaldefs::NVSList_T Supported parameters are asfollows:holdOffTimewtrTimeprotectModerestoreModeslowTimetopoTimer
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.10.2 HW_RPRTopoInfo_TName Type Description
nodeName globaldefs::NamingAttributes_T
Name of a node. See theHW_RPRNode_T structure.
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Name Type Description
topoParameters globaldefs::NVSList_T Topology parameterscontains the following:l direction
l 0RingJumpNo
l 1RingJumpNo
l ProtectMode
l eastNeighbordNodeNo
l westNeighbordNodeNo
l eastProtectState
l eastSwitchState
l westProtectState
l westSwitchState
l eastSendLinkWeight
l westSendLinkWeight
l eastA0ReservedBand-Width
l westA0ReservedBand-Width
l 0RingReachable
l 1RingReachable
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.10.3 HW_RPRSwitchData_TName Type Description
nodeName globaldefs::NamingAttributes_T
Name of a node.
switchReason protection::SwitchReason_T Reason of switching.
switchState HW_SwitchState_T Switching state enumerated.
switchPosition HW_SwitchPosition_T Switching position.
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Name Type Description
switchParameters globaldefs::NVSList_T The supported switchingparameters are as follows:l switchPosition
l switchState
l protectType
l SwitchCountTimes
l ProtectCountTime
l LastSwitchCommand
This field in theHW_RPRSwitchData_Tstructure contains east andwest switching parameters.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.10.4 HW_AtmProtectGroup_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
protectType HW_AtmProtectType_T Protection type.
switchDirect HW_AtmPGSwitchDirect_T
Direction of switching.
useState HW_AtmPGUseState_T State of use.
srcEndPara HW_AtmPGSingEndPara_T Detailed information aboutthe source end.
snkEndPara HW_AtmPGSingEndPara_T Detailed information aboutthe sink end.
ppList HW_AtmServiceProtectPairList_T
List of the protection pair.For the element model, see"HW_AtmServiceProtectPair_T".
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Name Type Description
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.10.5 HW_AtmServiceProtectPair_TName Type Description
workServiceName globaldefs::NamingAttributes_T
Name of working service.
protectServiceName globaldefs::NamingAttributes_T
Name of protection service.
monitorFlag HW_AtmMonitorFlag_T Monitoring status flag.The value isHW_AMF_NA,HW_AMF_CONNEC-TION,HW_AMF_PROTECT_PAIR.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.10.6 HW_AtmPGSwitchData_TName Type Description
pgName globaldefs::NamingAttributes_T
Name.
protectType HW_AtmProtectType_T Protection type enumeratedby the TMF. For details, seethe IDL.
srcEndSwitchPara HW_AtmPGSingleEndSwitchPara_T
Detailed information aboutthe source end.
snkEndSwitchPara HW_AtmPGSingleEndSwitchPara_T
Detailed information aboutthe sink end.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
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3.10.7 HW_AtmPGSingleEndSwitchPara_T
Name Type Description
switchReason protection::SwitchReason_T Reason of switchingenumerated by the TMF. Fordetails, see the IDL.
switchState HW_SwitchState_T Switching state enumeratedby the TMF. For details, seethe IDL.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.11 HW_mstpService
3.11.1 HW_EthServiceTP_T
3.11.2 HW_EthService_T
3.11.3 HW_EthServiceCreateData_T
3.11.4 HW_AtmService_T
3.11.5 HW_AtmServiceCreateData_T
3.11.6 HW_AtmServiceTP_T
3.11.1 HW_EthServiceTP_T
Name Type Description
name globaldefs::NamingAttributes_T
Name.
vlanID unsigned short VLAN ID.
tunnel unsigned long Tunnel label.
vc unsigned long VC label.
additionalInfo globaldefs::NVSList_T Additional information.
3.11.2 HW_EthService_T
Name Type Description
name globaldefs::NamingAttributes_T
Name.
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Name Type Description
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
serviceType HW_EthServiceType_T Type of a service:l HW_EST_NA
l HW_EST_EPL
l HW_EST_EVPL
l HW_EST_EPLAN
HW_EST_EVPLAN
direction globaldefs::ConnectionDirection_T
Direction of the service:l CD_UNI: unidirectional
CD_BI: bidirectional
activeState boolean State of the service.
aEndPoint HW_EthServiceTP_T Information about the sourceend of the service.
zEndPoint HW_EthServiceTP_T Information about the sinkend of the service.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.11.3 HW_EthServiceCreateData_TName Type Description
serviceType HW_EthServiceType_T Type of a service, which isspecified when the service iscreated.
direction globaldefs::ConnectionDirection_T
Direction of the service.
aEndPoint HW_EthServiceTP_T TP at the source end of theservice.
zEndPoint HW_EthServiceTP_T TP at the sink end of theservice.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
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3.11.4 HW_AtmService_TName Type Description
name globaldefs::NamingAttributes_T
Name.
userLabel string User label.
nativeEMSName string Name displayed on the GUIof the network managementsystem.
owner string Owner.
protectType HW_mstpProtection::HW_AtmProtectType_T
Protection type:l HW_APT_NA
l HW_APT_NONE
l HW_APT_1PLUS1
HW_APT_1V1
serviceType HW_AtmServiceType_T Type of the service:l HW_AST_NA
l HW_AST_PVP
HW_AST_PVC
spreadType HW_AtmServiceSpreadType_T
Spread type:l HW_ASST_NA
l HW_ASST_P2P
l HW_ASST_P2MPROOT
HW_ASST_P2MPLEAF
protectRole HW_AtmProtectRole_T Protection role:l HW_APR_NA
l HW_APR_WORKING
HW_APR_PROTECTING
activeState boolean Flag that specifies whetherthe service is active.
aEndPoint HW_AtmServiceTP_T TP at the source end of theservice.
zEndPoint HW_AtmServiceTP_T TP at the sink end of theservice.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
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3.11.5 HW_AtmServiceCreateData_TName Type Description
protectType HW_mstpProtection::HW_AtmProtectType_T
Protection type.
serviceType HW_AtmServiceType_T Type of the service.
spreadType HW_AtmServiceSpreadType_T
Spread type.
protectRole HW_AtmProtectRole_T Protection role.
aEndPoint HW_AtmServiceTP_T TP at the source end of theservice.
zEndPoint HW_AtmServiceTP_T TP at the sink end of theservice.
active boolean Flag that specifies whetherthe service is active.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.11.6 HW_AtmServiceTP_TName Type Description
name globaldefs::NamingAttributes_T
Name of the TP at the sourceor sink end of the ATMservice
trafficDescriptorName globaldefs::NamingAttributes_T
Name of the trafficdescriptor.
bPC boolean Whether to enable the trafficcontrol.
additionalInfo globaldefs::NVSList_T Additional information.
3.12 trafficDescriptor
3.12.1 TrafficDescriptor_T
3.12.2 TDCreateData_T
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3.12.1 TrafficDescriptor_T
Name Type Description
name globaldefs::NamingAttributes_T
Name
userLabel string User label.
nativeEMSName string Local name.
owner string Name of the owner of theobject.
serviceCategory ServiceCategory_T Category of the trafficdescriptor.
trafficParameters TrafficParameterList_T Parameters of the trafficdescriptor, including thefollowing:PCR-<0+1>PCR-<0>SCR-<0+1>SCR-<0>CDVTMBSTAGTRANSPARENTFDISCARDQOSLEVEL
conformanceDefinition string The value is always UNI4.1.
activeState boolean Flag of activation.
additionalInfo globaldefs::NVSList_T Additional information.
3.12.2 TDCreateData_T
Name Type Description
userLabel string User label.
forceUniqueness boolean Whether the user label isrequired to be unique. Thevalue True is not supported.
Owner string Name of the owner of theobject.
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Name Type Description
serviceCategory ServiceCategory_T Type of the traffic descriptor.
trafficParameters TrafficParameterList_T Parameters of the trafficdescriptor, including thefollowing:l PCR-<0+1>
l PCR-<0>
l SCR-<0+1>
l SCR-<0>
l CDVT
l MBS
l TAG
l TRANSPARENT
l FDISCARD
l QOSLEVEL
conformanceDefinition string The value is always UNI4.1.
activeState boolean Flag of activation.
additionalInfo globaldefs::NVSList_T Additional information. Thisfield is not processed.
3.13 encapsulationLayerLink
3.13.1 EncapsulationLayerLink_T
3.13.2 ELLinkCreateData_T
3.13.1 EncapsulationLayerLink_T
Name Type Description
name globaldefs::NamingAttributes_T
The name of theencapsulation layer link
userLabel string User label.
nativeEMSName string Local name.
owner string Name of the owner of theobject.
type LinkType_T The value is alwaysLT_POINT_TO_POINT.
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Name Type Description
transmissionParams transmissionParameters::LayeredParameters_T
Transmission parameters.
rate transmissionParameters::LayerRate_T
The value is always 96.
networkAccessDomain string The value is always null.
endTPs globaldefs::NamingAttributesList_T
The list of TPs for the sourceand sink of the encapsulationlayer link.
route globaldefs::NamingAttributesList_T
The name list of SNCs at thebottom server layer.
segment boolean Whether the state of the ELLis terminal.
routeGroups globaldefs::NamingAttributesList_T
The value is always null
additionalInfo globaldefs::NVSList_T The value is always null
3.13.2 ELLinkCreateData_TName Type Description
userLabel string User label.
forceUniqueness boolean Whether the user label isunique. The value can befalse only and cannot betrue.
owner string Name of the owner of theobject.
networkAccessDomain string The value is always null.
transmissionParams transmissionParameters::LayeredParameters_T
Transmission parameters.
rate transmissionParameters::LayerRate_T
The value is always 96.
type LinkType_T The value is alwaysLT_POINT_TO_POINT.
endTPs globaldefs::NamingAttributesList_T
The list of TPs terminatingthe encapsulation layer link.
segment boolean Whether the state of the ELLis terminal.
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Name Type Description
provisioningMode BandwidthProvisioningMode_T
The policy for creating serverSNCs during the creation ofan encapsulation layer link.The value isBP_NONE,BP_AUTOMATIC,BP_MANUAL, orBP_BY_CALL.
sncList subnetworkConnection::SNCCreateDataList_T
The name list of SNCs at theserver layer.
callName globaldefs::NamingAttributes_T
Name.
additionalCreationInfo globaldefs::NVSList_T Additional information,including ActivateStatus,Direction, ReuseSnc, andSncUniqueID.
3.14 flowDomain
3.14.1 FlowDomain_T
3.14.2 FlowDomainFragment_T
3.14.3 FDFrCreateData_T
3.14.4 EthernetOAMPoint_T
3.14.5 EthernetOAMOperation_T
3.14.6 EthernetOAMParamer_T
3.14.7 EthernetLTTestResult_T
3.14.1 FlowDomain_TName Type Description
name globaldefs::NamingAttributes_T
The name of the flowdomain.
userLabel string The default value isFlowdomain_1.
nativeEMSName string The default value isFlowdomain_1.
owner string The value is always null.
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Name Type Description
transmissionParams transmissionParameters::LayeredParameterList_T
The value is always null.
networkAccessDomain string The value is always null.
mfds globaldefs::NamingAttributesList_T
The value is always null.
fdEdgeCPTPs globaldefs::NamingAttributesList_T
The value is always null.
fdInternalCPTPs globaldefs::NamingAttributesList_T
The value is always null.
fDConnectivityState ConnectivityState_T The value is alwaysflowDomain::CS_UN-KNOWN
fdType FDType_T The value is alwaysFDT_NETWORK.
additionalInfo globaldefs::NVSList_T Additional information.
3.14.2 FlowDomainFragment_TName Type Description
name globaldefs::NamingAttributes_T
The name of the flow domainfragment
userLabel string This field cannot be set.
nativeEMSName string This field cannot be set.
owner string This field cannot be set.
direction globaldefs::ConnectionDirection_T
The directionality of theFDFr.The value is CD_UNI orCD_BI.
transmissionParams transmissionParameters::LayeredParameterList_T
Transmission parameters,containingFlowdomainFragment-Type and Terminal
mfds The value is always null.
endTPs globaldefs::NamingAttributesList_T
The list of TPs terminatingthe encapsulation layer link.
networkAccessDomain string The value is always null.
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Name Type Description
flexible boolean The value is always false
administrativeState performance::AdministrativeState_T
The value is alwaysperformance::AS_Un-locked.
fdfrState subnetworkConnection::SNCState_T
The state of the FDFr,containingSNCS_NONEXISTENT,SNCS_PENDING,SNCS_ACTIVE, andSNCS_PARTIAL.
fdfrType FDFrType_T The types of the FDFrsupported are as follows:FDFRT_POINT_TO_POINT,FDFRT_POINT_TO_MULTIPOINT, andFDFRT_MULTIPOINT.
additionalInfo globaldefs::NVSList_T Additional information.
3.14.3 FDFrCreateData_TName Type Description
name globaldefs::NamingAttributes_T
The name of the flow domainfragment.
userLabel string User label.
forceUniqueness boolean Whether the user label isunique. The value can befalse only and cannot betrue.
owner string Name of the owner of theobject.
networkAccessDomain string The value is always null.
administrativeState performance::AdministrativeState_T
The value is alwaysperformance::AS_Un-locked
transmissionParams transmissionParameters::LayeredParameters_T
Transmission parameters.
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Name Type Description
additionalCreationInfo globaldefs::NVSList_T Additional information,containing ActivateStatus,Direction, and EPLan.
3.14.4 EthernetOAMPoint_TName Type Description
name string The name of the ethernetOAM point.
type EthernetOAMPointType_T The types of the ethernetOAM point supported are asfollows:l EOT_MEP
l EOP_MIP
direction EthernetOAMPointDirection_T
The direction of the ethernetOAM point, containingEOPD_BI,EOPD_INGRESS, andEOPD_EGRESS.
level unsigned long The level of ethernet OAMpoint.
additionalInfo globaldefs::NVSList_T Additional information.
3.14.5 EthernetOAMOperation_TName Type Description
command EthernetOAMCommandType_T
The types of the ethernetOAM command supportedare as follows:l EOCT_CC
l EOCT_LB
l EOCT_LT
srcPoint EthernetOAMParamer_T The source OAM point.
snkPoint EthernetOAMParamer_T The source OAM point.
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Name Type Description
additionalInfo globaldefs::NVSList_T Additional informationWhen the type of the ethernetOAM command isEOCT_CC, theadditionalInfo containssrcCCActive andsnkCCActiveIn other cases, this field is notused.
3.14.6 EthernetOAMParamer_T
Name Type Description
oamPointName string The name of the OAM point.
period unsigned long The period of ethernet OAMcommand.
3.14.7 EthernetLTTestResult_T
Name Type Description
oamPointName string The name of the OAM point.
hopNumber unsigned long The hop-number of the Link-Trace.
result boolean The result of the Link-Trace.
3.15 HW_controlPlane
3.15.1 HW_SnppLink_T
3.15.2 HW_Capacity_T
3.15.1 HW_SnppLink_T
Name Type Description
name globaldefs::NamingAttributes_T
The name of the SNPPLink.
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Name Type Description
userLabel string User label.
nativeEMSName string Local Name
owner string Name of the owner of theobject.
aEndSnppName globaldefs::NamingAttributes_T
The name of the source TP ofthe SNPPLink.
zEndSnppName globaldefs::NamingAttributes_T
The name of the sink TP ofthe SNPPLink.
direction Globaldefs::ConnectionDirection_T
The direction of theSNPPLink.
rateList transmissionParameters::LayerRateList_T
The list of the cross-connection rate supported bythe SNPPLink.
cost unsigned short The weight of the SNPPLink.
protectType HW_LinkProtectType_T The protection types of theSNPPLink supported are asfollows:l PROTECTED
l PREEMPTIBLE
l UNPROTECTED
l PROTECTED/PREEMPTIBLE
l PROTECTED/PREEMPTIBLE/UNPROTECTED
linkCapacity HW_LinkCapacity_T The bandwidth capacity ofthe SNPPLink.For the element model, see"HW_Capacity_T:.
linkState HW_LinkState The connection status of theSNPPLink,containingDISCONNECTED andCONNECTED.
srlgIDList HW_SRLGIDList_T The list of the shared risk linkgroup ID.For the element model, see"HW_SRLGID_T(unsignedlong)".
additionalInfo globaldefs::NVSList_T Additional information
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3.15.2 HW_Capacity_TName Type Description
unit transmissionParameters::LayerRate_T
The list of the cross-connection rate supported.
Bandwidth unsigned long The bandwidth.
additionalInfo globaldefs::NVSList_T Additional information.
3.16 maintenanceOps
3.16.1 CurrentMaintenanceOperation_T
3.16.2 PRBSTestResult_T
3.16.3 PRBSTestParameter_T
3.16.4 SampleResult_T
3.16.5 TestDuration_T
3.16.1 CurrentMaintenanceOperation_TName Type Description
tpName globaldefs::NamingAttributes_T
The name of the TP.
maintenanceOperation MaintenanceOperation_T Current maintenanceoperation that has beeninvoked, containing thefollowing:FACILITY_LOOPBACKTERMINAL_LOOP-BACKFACILITY_FORCED_AISTERMINAL_FORCED_AIS
layerRate transmissionParameters::LayerRate_T
The layer rate to which themaintenance operationapplies.
additionalInfo globaldefs::NVSList_T Additional information.
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3.16.2 PRBSTestResult_T
Name Type Description
testPara PRBSTestParameter_T The test arameters.
startTime globaldefs::Time_T The start time of the test.
sampleResultList SampleResultList_T The result of the test.For the element model, see"SampleResult_T".
totalBitError unsigned long The total number of the biterrors.
realDuration TestDuration_T The duration of the actualtest.For the element model, see"TestDuration_T".
3.16.3 PRBSTestParameter_T
Name Type Description
tpName globaldefs::NamingAttributes_T
The name of the TP.
testDuration TestDuration_T The duration of the test.
sampleGranularity SampleGranularity_T Sampling period.
testType PRBSTestType_T The test types supported areas follows:FACILITY_PRBS_TESTTERMINAL_PRBS_TEST
accumulatingIndicator boolean Accumulate bit error valuesor not.
3.16.4 SampleResult_T
Name Type Description
sampleTime globaldefs::Time_T Sampling time.
value unsigned long The number of the bit errors.
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3.16.5 TestDuration_TName Type Description
value unsigned long The value of the test duration.
unit string The unit of the test duration.
3.17 TopoManagementManager3.17.1 Node_T
3.17.2 Position_T
3.17.1 Node_TName Type Description
name globaldefs::NamingAttributes_T
The name of the topologynode.
nativeEMSName string Local name.
nodeType NodeType_T The types of the nodesupported are as follows:NODETYPE_MENODETYPE_TOPO_SN
position Position_T The coordinate information.
parent globaldefs::NamingAttributes_T
The name of the parenttopology node.
additionalInfo globaldefs::NVSList_T Additional information.
3.17.2 Position_TName Type Description
xPos long X-axis
yPos long Y-axis
3.18 HW_vpnManagerHW_vpnManager manages tunnels and services. The model for MPLS static tunnels and PWswitch are IPCrossConnection. The model for dynamic MPLS tunnels and IP tunnels is
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TrafficTrunk. The model for PWE3 (that is, the ATM service, CES service, and E-Line service)and VPLS is MFDFr.
NOTE
PTN equipments are supported.
3.18.1 MatrixFlowDomainFragment_T
3.18.2 MultipointServiceAttr_T
3.18.3 StaticMacAddress_T
3.18.4 SplitHorizonGroup_T
3.18.5 IPCrossConnection_T
3.18.6 TrafficTrunk_T
3.18.7 RouteConstraint_T
3.18.8 MFDFrModifyData_T
3.18.9 TrafficTrunkCreateData_T
3.18.10 TrafficTrunkModifyData_T
3.18.1 MatrixFlowDomainFragment_TParameter Type Description
name globaldefs::NamingAttributes_T Indicates the name.
userLabel string Indicates the alias of the object.By default, the value is null.
nativeEMSName string Indicates the local name.
owner string Indicates the owner of theobject.
direction globaldefs::ConnectionDirection_T
Indicates the direction. Thevalue can be CD_UNI(unidirectional), or CD_BI)(bidirectional).
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the transmissionparameters. For details, refer tothe descriptions of theHW_vpnManager transmissionparameter.
multipointServiceAttr MultipointServiceAttr_T Indicatea the multipoint serviceattributes. In the case of a PWE3service, this parameter is null.For details, refer to thedescriptions ofMultipointServiceAttr_T.
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Parameter Type Description
aEnd subnetworkConnection::TPDataList_T
Indicates the list of MFDFrsource objects.
zEnd subnetworkConnection::TPDataList_T
Indicates the list of MFDFr sinkobjects.
fdfrState subnetworkConnection::SNCState_T
Indicates the activation status.The value can beSNCS_ACTIVE (active),SNCS_PENDING (inactive),SNCS_PARTIAL (partiallyactive), orSNCS_NONEXISTENT(deleted).
administrativeState performance::AdministrativeState_T
Indicates the administrativestatus. The value can beAS_Unlocked (locked), orAS_Locked (unlocked).
flexible boolean Indicates whether a serviceaccess point can be added ordeleted. The value can be true,which indicates that a serviceaccess point can be added ordeleted, or false, whichindicates that a service accesspoint cannot be added or deleted
mfdfrType flowDomainFragment::FDFrType_T
Indicates the MFDFr type. Thevalue can beFDFRT_MULTIPOINT,FDFRT_POINT_TO_MUL-TIPOINT,FDFRT_POINT_TO_POINT, or FDFRT_EXPLICIT.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation. Currently, it isnull.
3.18.2 MultipointServiceAttr_TParameter Type Description
paraList globaldefs::NVSList_T Indicates the attribute list.
staticMacList StaticMacAddressList_T Indicates the static MACaddress list.
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Parameter Type Description
shgList SplitHorizonGroupAttrList_T
Indicates the split horizongroup list.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
The following table lists the specific attributes of paraList of a VPLS service.
Parameter Type Description
AccessMode string Indicates the access interfacetype. The value can be C-Awared, S-Awared, or T-Awared.
MacLearning string Indicates whether to enablethe function of self-learningMAC addresses. The valuecan be Enable, or Disable.
MacLearnStyle string Indicates the MAC addresstype. The value can be IVL,or SVL.
AgingAbility string Indicates whether to enablethe aging ability. The valuecan be Enable, or Disable.
AgingTime string Indicates the aging time.
MaxMacNumber string Indicates the capacity of theMAC address list.
MaxMacMonitor string Indicates the upper thresholdfor MAC addressmonitoring.
MinMacMonitor string Indicates the lower thresholdfor MAC addressmonitoring.
UnknowUnicastServiceFra-meDelivery
string Indicates the method ofprocessing unknown unicastframes. The value can beDiscard, or Broadcast.
UnknowMulticastService-FrameDelivery
string Indicates the method ofprocessing unknownmulticast frames. The valuecan be Discard, orBroadcast.
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3.18.3 StaticMacAddress_TParameter Type Description
staticMacType string Indicates the type of the staticMAC address. The value can beStaticMac.
macAddress string Indicates the MAC address.
peVID unsigned long Indicates the outer VLAN ID.
ceVID unsigned long Indicates the inner VLAN ID.
tpName globaldefs::NamingAttributes_T
Indicates a bound physical orlogical port, PW, or QinQ link.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
3.18.4 SplitHorizonGroup_TParameter Type Description
shgID unsigned long Indicates the ID of a split horizongroup.
shgMemberNameList globaldefs::NamingAttributesList_T
Indicates the list of the membersof a split horizon group. Themember can be a port, PW, orQinQ link.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
3.18.5 IPCrossConnection_TParameter Type Description
name globaldefs::NamingAttributes_T Indicates the name.
nativeEMSName string Indicates the local name.
userLabel string Indicates the alias of the object.By default, the value is null.
owner string Indicates the owner of theobject.
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Parameter Type Description
activeState subnetworkConnection::SNCState_T
Indicates the activation status.The value can beSNCS_NONEXISTENT,SNCS_PENDING,SNCS_ACTIVE, orSNCS_PARTIAL.
administrativeState performance::AdministrativeState_T
Indicates the administrativestatus. The value can beAS_Locked, or AS_Unlocked.
direction globaldefs::ConnectionDirection_T
Indicates the direction. Thevalue can be CD_UNI(unidirectional), or CD_BI(bidirectional).
ccType subnetworkConnection::SNCType_T
Indicates the cross-connectiontype. The value can beST_SIMPLE (one source andone sink),ST_ADD_DROP_A (twosources and one sink),ST_ADD_DROP_Z (onesource and two sinks).Currently, only ST_SIMPLE issupported.
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the transmissionparameters. For details, refer tothe descriptions of theHW_vpnManager transmissionparameter.
aEnd subnetworkConnection::TPDataList_T
Indicates the source list.
zEnd subnetworkConnection::TPDataList_T
Indicates the sink list.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
3.18.6 TrafficTrunk_TParameter Type Description
name globaldefs::NamingAttributes_T Indicates the name.
userLabel string Indicates the alias of the object.By default, the value is null.
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Parameter Type Description
nativeEMSName string Indicates the local name.
owner string Indicates the owner of theobject.
activeState subnetworkConnection::SNCState_T
Indicates the activation status.The value can beSNCS_NONEXISTENT,SNCS_PENDING,SNCS_ACTIVE, orSNCS_PARTIAL.
direction globaldefs::ConnectionDirection_T
Indicates the direction. Thevalue can be CD_UNI, orCD_BI.
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the transmissionparameters. For details, seeTransmission Parameters of theTraffic Trunk.
aEnd subnetworkConnection::TPDataList_T
Indicates the source.
zEnd subnetworkConnection::TPDataList_T
Indicates the sink.
administrativeState performance::AdministrativeState_T
Indicates the administrativestatus. The value can beAS_Locked, or AS_Unlocked.
rerouteAllowed subnetworkConnection::Reroute_T
Indicates whether to enable thererouting. The value can beRR_NA, RR_YES, orRR_NO.
networkRouted subnetworkConnection::NetworkRouted_T
Indicates the network route. Thevalue can be NR_NA,NR_YES, or NR_NO.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
3.18.7 RouteConstraint_TParameter Type Description
ipAddress string Indicates the IP address.
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Parameter Type Description
routingStytle string Indicates the route constrainttype. The value can beexcluded, includeLoose, orincludeStrict.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation.
3.18.8 MFDFrModifyData_TParameter Type Description
modifyType string Indicates the modification type.The value can beadd_endpoint,remove_endpoint,active_endpoint,deactive_endpoint, ormodify_attr.
userLabel string Indicates the modified userlabel.
forceUniqueness boolean Indicates whether a user label isrequired to be unique. The valuecan only be false.
owner string Indicates the modified owner.
multipointServiceAttr MultipointServiceAttr_T Indicates the modifiedmultipoint service attributes.
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the modifiedtransmission parameterattributes. For details, refer tothe section that describesHW_vpnManager transmissionparameters in this document.
aEnd subnetworkConnection::TPDataList_T
Indicates the list of source TPsto be modified.
zEnd subnetworkConnection::TPDataList_T
Indicates the list of sink TPs tobe modified.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation aboutmodifications. It is unused.
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3.18.9 TrafficTrunkCreateData_TParameter Type Description
userLabel string Indicates the modified userlabel.
forceUniqueness boolean Indicates whether a user label isrequired to be unique. The valuecan only be false.
owner string Indicates the modified owner.
direction globaldefs::ConnectionDirection_T
Indicates the connectiondirection. The value can beCD_UNI, CD_BI, or unused.Currently, only CD_UNI issupported.
rerouteAllowed Reroute_T Indicates the rerouting. Thevalue can be RR_NA,RR_YES, or RR_NO.
networkRerouted NetworkRouted_T Indicates the network route. Thevalue can be NR_NA,NR_YES, or NR_NO.
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the transmissionparameter attributes. Fordetails, refer to the section thatdescribes HW_vpnManagertransmission parameters in thisdocument.
fullRoute boolean Indicates the full routing.
neTpInclusions subnetworkConnection::ResourceList_T
Indicates the explicit port.
neTpSncExclusions subnetworkConnection::ResourceList_T
Indicates the excluded port.
aEnd globaldefs::NamingAttributesList_T
Indicates the source TP list.
zEnd globaldefs::NamingAttributesList_T
Indicates the sink TP list.
ipCCInclusions IPCrossConnectionList_T Indicates the list of IP cross-connections involved. It isunused.
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Parameter Type Description
additionalCreationIn-fo
globaldefs::NVSList_T Indicates the additionalinformation about creation. It isunused.
3.18.10 TrafficTrunkModifyData_TParameter Type Description
userLabel string Indicates the modified userlabel.
forceUniqueness boolean Indicates whether a user label isrequired to be unique. The valuecan only be false.
owner string Indicates the modified owner. Itis unused.
direction globaldefs::ConnectionDirection_T
Indicates the connectiondirection. The value can beCD_UNI, CD_BI, or unused.Currently, only CD_UNI issupported.
rerouteAllowed Reroute_T Indicates the rerouting. Thevalue can be RR_NA,RR_YES, RR_NO, or unused.
networkRerouted NetworkRouted_T Indicates the network route. Thevalue can be NR_NA,NR_YES, NR_NO, or unused.
transmissionParams transmissionParameters::LayeredParameters_T
Indicates the transmissionparameter attributes. Fordetails, refer to the section thatdescribes HW_vpnManagertransmission parameters in thisdocument.
addedOrNewRoute IPCrossConnectionList_T Indicates the newIPCrossConnection list.
removedRoute IPCrossConnectionList_T Indicates the deletedIPCrossConnection list.
neTpInclusions subnetworkConnection::ResourceList_T
Indicates the explicit port.
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Parameter Type Description
fullRoute boolean Indicates the full routing.
neTpSncExclusions subnetworkConnection::ResourceList_T
Indicates the excluded port.
aEnd globaldefs::NamingAttributesList_T
Indicates the source TP list. It isunused.
zEnd globaldefs::NamingAttributesList_T
Indicates the sink TP list. It isunused.
additionalInfo globaldefs::NVSList_T Indicates the additionalinformation. It is unused.
3.19 trafficConditioningProfile
3.19.1 HW_TCProfile_T
3.19.2 HW_TCProfileCreateData_T
3.19.3 TrafficConditioningProfileAssign_T
3.19.4 TrafficConditioningProfileDeassign_T
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3.19.1 HW_TCProfile_TName Type Description
name globaldefs::NamingAttributes_T
{name EMS value Huawei/U2000}{name TCPROFILEvalue /type=Port/devtype=PTN3900/name=portprofile1900}{name EMS value Huawei/U2000} {name TCPROFILEvalue /type=ATM/devtype=COMMON/name=AtmProfile}Value of the TCPROFILE tag. typeindicates the policy type. devtypeindicates the type ID of the equipment thatis used to distinguish equipment types andis set to COMMON if equipment typesare not distinguished. name indicates thepolicy name.Policy types and equipment types (in thebrackets) are as follows:1. Port (PTN3900, PTN1900,
PTN3900_8, PTN910, PTN912, andPTN950)
2. VUNIIngress (PTN3900, PTN1900,PTN3900_8, PTN910, PTN912,PTN950, OSN1500, OSN3500,Metro1000V3, RTN910, and RTN950)
3. VUNIEgress4. PW5. ATM6. ATMCoSMapping7. DSDomain8. QinQ9. ServiceWred10.PortWred11.CAR12.SVlanDEIUsedFlag13.CoSQueueMapping14.WfqCurrently, it is only required to fill theequipment type for the Port andVUNIIngress policies.
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Name Type Description
The Port, VUNIIngress, VUNIEgress,PW, ATM, ATMCosMapping, and DSfields are supported.
userLabel string User label.
nativeEMSName string Name of a traffic policy.
owner string Name of an object owner.
classifierList HW_TrafficClassifierList_T
List of traffic classifications and actionattributes.
transmissionPar-ams
transmissionParameters::LayeredParameterList_T
Transmission parameter.
additionalInfo globaldefs::NVSList_T Extended parameter.
3.19.2 HW_TCProfileCreateData_TName Type Description
userLabel string Name of a policy profile.
forceUniqueness boolean The value is always set toTrue.
type string Reference type.l Type that differentiates
equipment: profiletype/devtype
l Type that does notdifferentiate equipment:profiletype
owner string Object owner.
classifierList HW_TrafficClassifierList_T List of classifications andbehavior attributes.
transmissionParams transmissionParameters::LayeredParameterList_T
Transmission parameter.
additionalInfo globaldefs::NVSList_T Extended parameter.Currently, it is null.
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3.19.3 TrafficConditioningProfileAssign_TName Type Description
tcpRef globaldefs::NamingAttributes_T
Policy profile name.
resourceName globaldefs::NamingAttributes_T
Applied object.
direction Directionality_T Application direction.
layerRate LayerRate_T Layer rate.
additionalInfo globaldefs::NVSList_T Extended parameter.
3.19.4 TrafficConditioningProfileDeassign_TName Type Description
tcpRef globaldefs::NamingAttributes_T
Policy profile name.
resourceName globaldefs::NamingAttributes_T
Applied object.
direction Directionality_T Application direction.
layerRate LayerRate_T Layer rate.
additionalInfo globaldefs::NVSList_T Extended parameter.
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4 Interface Model
About This Chapter
4.1 Common_I
4.2 EquipmentInventoryMgr_I
4.3 ManagedElementMgr_I
4.4 MultiLayerSubnetworkMgr_I
4.5 ProtectionMgr_I
4.6 HW_MSTPInventoryMgr_I
4.7 HW_MSTPProtectionMgr_I
4.8 HW_MSTPServiceMgr_I
4.9 TrafficDescriptorMgr_I
4.10 HW_controlPlaneMgr_I
4.11 EncapsulationLayerLinkMgr_I
4.12 FlowDomainMgr_I
4.13 MaintenanceMgr_I
4.14 TCProfileMgr_I
4.15 Session_I
4.16 HW_securityMgr_I
4.17 HW_VPNMgr_I
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4.1 Common_I
4.1.1 setUserLabel
4.1.2 setnativeEMSName
4.1.3 setOwner
4.1.4 Notification
4.1.1 setUserLabel
Definitionvoid setUserLabel(
in globaldefs::NamingAttributes_TobjectName,in string userLabel,in boolean enforceUniqueness)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionSet the user label for the specified object.
ParametersParameter Input/Output Description Value
objectName Input The identifier of theobject that you wantto set the user labelfor.
globaldefs::NamingAttributes_T
userLabel Input The user label thatyou want to set.
string
enforceUniqueness Input Whether the userlabel is required to beunique.
boolean
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Abnormal ValuesAbnormal Value Description
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INVALID_INPUT The input is invalid.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. On the U2000, the compulsory uniqueness of the UseLabel name of the object is not
supported.2. Currently, you can set the UserLabel attributes for the following objects: EMS, Equipment,
PTP, SNC, TopologicalLink, PGP, ME, MultiLayerSubnetwork, OCH CTP, PTNequipment protection group, Tunnel, Tunnel APS protection group.
3. The input UserLabel character string should be less than 254 characters. The format of theinput character string complies with the naming rules of objects on the U2000 client.
4.1.2 setnativeEMSName
Definitionvoid setNativeEMSName(
in globaldefs::NamingAttributes_TobjectName,in string nativeEMSName)raises(globaldefs::ProcessingFailureExcep-tion)
FunctionSet the nativeEMSName of object.
ParametersParameter Input/Output Description Value
objectName Input The identifier of theobject that you wantto setnativeEMSNamefor.
globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
nativeEMSName Input ThenativeEMSNameidentifier that youwant to set.
string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input is invalid
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. Currently, you can set the nativeEMSName attributes for the following objects: ME, SNC,
TopologicalLink, physical subnet, and OCh CTP.2. The input nativeEMSName character string should be less than 254 characters. The format
of the input character string complies with the naming rules of objects on the U2000 client.
4.1.3 setOwner
Definitionvoid setOwner (in
globaldefs::NamingAttributes_TobjectName, in string owner) raises(globaldefs::ProcessingFailureException)
FunctionSet the Owner label of the specified object.
ParametersParameter Input/Output Description Value
objectName Input - globaldefs::NamingAttributes_T
owner Input - string
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Abnormal ValuesAbnormal Value Description
EXCPT_ENTITY_NOT_FOUND The input is invalid.
EXCPT_INVALID_INPUT The input object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. Currently, you can set the Owner attributes for the following objects: EMS, Equipment,
PTP, SNC, TopologicalLink, PGP, ME, and MultiLayer Subnetwork.2. The input Owner character string should be less than 254 characters. The format of the
input character string complies with the naming rules of objects on the U2000 client.
4.1.4 NotificationThe following notification is supported.
NotificationName
Description SupportedObjects
Remarks
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of attributes
ThenativeEMSName,userLabel or ownerattributes of EMS,PTP, Equipment,SNC,TopologicalLink,PGP, ME, andMultiLayerSubnet-work
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4.2 EquipmentInventoryMgr_I
4.2.1 provisionEquipment
4.2.2 unprovisionEquipment
4.2.3 Notifications
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4.2.1 provisionEquipment
Definitionvoid provisionEquipment (in
EQTCreateData_T equipmentCreateData,out Equipment_T createdEquipment) raises(globaldefs::ProcessingFailureException)
FunctionInstall a board.If the slot does not support the type of the board that you want to install, anabnormity notification of the port is sent.
ParametersParameter Input/Output Description Value
equipmentCreateDa-ta
Input The informationabout the board to beinstalled.
EQTCreateData_T
createdEquipment Output The informationabout the boardinstalled.
Equipment_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionThe setting of a unique userLabel is not supported. That is, in equipmentCreateData,forceUniqueness cannot be set to true.
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4.2.2 unprovisionEquipment
Definition
void unprovisionEquipment (inglobaldefs::NamingAttributes_TequipmentName) raises (globaldefs::Proces-singFailureException)
Function
Delete a board.
Parameters
Parameter Input/Output Description Value
equipmentName Input The name of theboard that you wantto delete.
globaldefs::NamingAttributes_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR EMS internal error.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restrictions
None.
4.2.3 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object.
Equipment,EquipmentHolder(shelf)
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NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_DELETION
Notification ondeleting an object.
Equipment,EquipmentHolder(shelf)
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4.3 ManagedElementMgr_I
4.3.1 setTPData
4.3.2 createCrossConnections
4.3.3 This interface is in the best-effort mode.deleteCrossConnections
4.3.4 activateCrossConnections
4.3.5 deactivateCrossConnections
4.3.6 createFTP
4.3.7 deleteFTP
4.3.8 modifyFTPMembers
4.3.9 Notifications
4.3.1 setTPData
Definition
void setTPData (insubnetworkConnection::TPData_TtpInfo, outterminationPoint::TerminationPoint_TmodifiedTP) raises (globaldefs::Processing-FailureException)
Function
Set attributes for the specified TP.
Parameters
Parameter Input/Output Description Value
tpInfo Input The informationabout the TP objectthat you want to set
subnetworkConnection::TPData_T
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Parameter Input/Output Description Value
modifiedTP Output Modified TPinformation
terminationPoint::TerminationPoint_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input is invalid.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsThe attributes that can be set are as follows: AlarmReporting, SignalLabelActualTx,SignalLabelExpectedRx, TrailTraceActualTx, TrailTraceExpectedRx, Frequency,TCMTrailTraceMonitor, TCMContraTrailTraceMonitor, TCMTrailTraceActualTx,TCMContraTrailTraceExpectedRx, LaserStatus, AutoNegotiation, LaserAutoShut,ClientType, and ClientRate.
In the case of WDM, when you set the type of the service that is transmitted, the followingrequirements should be met.
The required input layer rate is 50 and the layer parameter is ClientType that is in the formatas follows: {layer 50 transmissionParams { {name ClientType value "SDH/SONET/OTN/DVB/FC /GBE/FE/HDTV/HDDI/HYBRID"} }
In the case of WDM, when you set the rate of the client-side service that is transmitted, thefollowing requirements should be met.
Currently, you can set the client-side service rate for certain OTU boards. The required inputlayer rate is 50 and the layer parameter is ClientRate that is in the following format: {layer 50transmissionParams { {name ClientRate value "client-side rate"} }
4.3.2 createCrossConnections
Definitionvoid createCrossConnections (in
subnetworkConnection::CrossConnectList_T ccList, outsubnetworkConnection::CrossConnectList_T successedCCList, outsubnetworkConnection::CrossConnectList_T failedCCList) raises (globaldefs::Proc-essingFailureException)
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FunctionCreate a cross-connection.
ParametersParameter Input/Output Description Value
ccList Input List of cross-connections to becreated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
successedCCList Output List of cross-connections that aresuccessfully created
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
failedCCList Output List of cross-connections that failto be created
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
Abnormal ValueAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsThe creation of SDH and WDM cross-connections are supported.
The type of the cross-connection to be created can be SIMPLE, ADD_DROP_A, orADD_DROP_Z (unidirectional).
During the creation of SDH cross-connections, the value of active in cclist is not considered.The created cross-connection is inactive and the user needs to activate the cross-connectionthrough the activateCrossConnections interface.
During the creation of WDM cross-connections, if the value of the active in the cclist is True,the created cross-connetion is active. If the value of the active is False, the created cross-connection is inactive.
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During the creation of WDM cross-connections, the value of direction in cclist is not considered.The created cross-connection is unidirectional.
This interface is in the best-effort mode.
4.3.3 This interface is in the best-effortmode.deleteCrossConnections
Definition
void deleteCrossConnections (insubnetworkConnection::CrossConnectList_T ccList, outsubnetworkConnection::CrossConnectList_T successedCCList, outsubnetworkConnection::CrossConnectList_T failedCCList) raises (globaldefs::Proc-essingFailureException)
Function
Delete a cross-connection.
Parameters
Parameter Input/Output Description Value
ccList Input List of cross-connections to bedeleted
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
successedCCList Output List of cross-connections that aresuccessfully deleted
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
failedCCList Output List of cross-connections that failto be deleted
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
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Abnormal ValueAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsThe deletion of SDH and WDM cross-connections is supported.
The SIMPLE, ADD_DROP_A, and ADD_DROP_Z (unidirectional) cross-connections aresupported.
This interface is in the best-effort mode.
4.3.4 activateCrossConnections
Definitionvoid activateCrossConnections (in
subnetworkConnection::CrossConnectList_T ccList, outsubnetworkConnection::CrossConnectList_T successedCCList, outsubnetworkConnection::CrossConnectList_T failedCCList) raises (globaldefs::Proc-essingFailureException)
FunctionActivate a cross-connection.
ParametersParameter Input/Output Description Value
ccList Input List of cross-connections to beactivated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
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Parameter Input/Output Description Value
successedCCList Output List of cross-connections that aresuccessfullyactivated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
failedCCList Output List of cross-connections that failto be activated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
Abnormal ValueAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsThe activation of SDH and WDM cross-connections is supported.
The SIMPLE, ADD_DROP_A, and ADD_DROP_Z (unidirectional) cross-connections aresupported.
This interface is in the best-effort mode.
4.3.5 deactivateCrossConnections
Definitionvoid deactivateCrossConnections (in
subnetworkConnection::CrossConnectList_T ccList, outsubnetworkConnection::CrossConnectList_T successedCCList, outsubnetworkConnection::CrossConnectList_T failedCCList) raises (globaldefs::Proc-essingFailureException)
FunctionDeactivate a cross-connection.
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ParametersParameter Input/Output Description Value
ccList Input List of cross-connections to bedeactivated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
successedCCList Output List of cross-connections that aresuccessfullydeactivated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
failedCCList Output List of cross-connections that failto be deactivated
subnetworkConnection::CrossConnectList_TFor the elementmodel, see"CrossConnect_T".
Abnormal ValueAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsThe deactivation of SDH and WDM cross-connections is supported.
The SIMPLE, ADD_DROP_A, and ADD_DROP_Z (unidirectional) cross-connections aresupported.
This interface is in the best-effort mode.
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4.3.6 createFTP
Definition
void createFTP(inflowDomain::FTPCreateData_TcreateData, inoutsubnetworkConnection::TPDataList_TtpsToModify, outterminationPoint::TerminationPoint_TtheFTP)raises (globaldefs::ProcessingFailur-eException)
Function
Create an FTP.
Parameters
Parameter Input/Output Description Value
createData Input Created data of theFTP
flowDomain::FTPCreateData_TFor the elementmodel, see"FTPCreateData_T".
tpsToModify Input/Output TP data to be updated(this parameter is notsupported and thevalidity of the valueof this parameter isnot verified)
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
theFTP Output Data of the FTP thatis successfullycreated
terminationPoint::TerminationPoint_TFor the elementmodel, see"TerminationPoint_T".
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
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Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe ports of the following types support the creation of an FTP:l LAG
l MP group
l Logical serial port
l IMA
l VE
4.3.7 deleteFTP
Definitionvoid deleteFTP(in
globaldefs::NamingAttributes_TftpName)raises (globaldefs::ProcessingFai-lureException)
FunctionDelete an FTP.
ParametersParameter Input/Output Description Value
ftpName Input Name of the FTP tobe deleted
globaldefs::NamingAttributes_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
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RestrictionThe ports of the following types support the deletion of an FTP:l LAG
l MP group
l Logical serial port
l IMA
l VE
4.3.8 modifyFTPMembers
Definitionvoid modifyFTPMembers(in
globaldefs::NamingAttributes_T ftpName,in string modifyType,insubnetworkConnection::TPDataList_TtpList,outsubnetworkConnection::TPDataList_TsuccessedTPList,outsubnetworkConnection::TPDataList_TfailedTPList)raises (globaldefs::Processing-FailureException)
FunctionModify FTP member ports.
ParametersParameter Input/Output Description Value
ftpName Input Name of the FTP tobe modified
globaldefs::NamingAttributes_T
modifyType Input Modification type(add, modify, anddelete)
string
tpList Input Data of the FTP to bemodified
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
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Parameter Input/Output Description Value
successedTPList Output Data of the FTP thatis successfullymodified
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
failedTPList Output Data of the FTP thatfails to be modified
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The ports of the following types support the modification of FTP member ports:
l LAG
l MP group
l Logical serial port
l IMA
l VE
The modification functions are as follows:
l Adding member ports
l Deleting member ports
l Modifying the attributes of member ports
This interface is in the best-effort mode.
4.3.9 NotificationsThe following notifications are supported.
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NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
Managed Element,PTP,CROSSCONNECTION
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NT_OBJECT_DELETION
Notification ondeleting an object
Managed Element,CROSSCONNECTION
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NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
Managed Element,PTP
The notification onpartial attributechange for managedelements and PTPs(attribute change ofedge points) issupported.
NT_STATE_CHANGE
Notification on thechange of the objectstate
Managed Element,CROSSCONNECTION
Notification on thestate change(includingcommunication stateand datasynchronizationstate) of managedelements issupported.Notification on the(activation anddeactivation) statechange of cross-connections issupported when thenfunction is enabled.
4.4 MultiLayerSubnetworkMgr_I4.4.1 createSNC
4.4.2 modifySNC
4.4.3 activateSNC
4.4.4 createAndActivateSNC
4.4.5 deactivateSNC
4.4.6 deleteSNC
4.4.7 deactivateAndDeleteSNC
4.4.8 checkValidSNC
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4.4.9 setConjunctionSNC
4.4.10 swapSNC
4.4.11 Notifications
4.4.1 createSNC
Definition
void createSNC (insubnetworkConnection::SNCCreateData_T createData, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, outsubnetworkConnection::SubnetworkConnection_T theSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
Function
Create a subnet connection (SNC).
Parameters
Parameter Input/Output Description Value
createData Input Data for creating theSNC
subnetworkConnection::SNCCreateData_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication. Thisparameter is notsupported and thevalidity of its value isnot verified.
multiLayerSubnetWork::EMSFreedomLevel_T
theSNC Output Information of theSNC that issuccessfully created
subnetworkConnection::SubnetworkConnection_T
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Parameter Input/Output Description Value
errorReason Output The cause of thecreation failure
string
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT The input is invalid.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions
In the case of ASON trails, the creation of bidirectional LSP is supported.
In createData, specifying the uniqueness of userLabel is not supported.
The tolerableImpact and emsFreedomLevel parameters are not supported.
In the case of ASON and WDM trails, the creation of the ST_SIMPLE type is supported.
In the case of WDM trails, the creation of unidirectional GE client trail is supported.
In non-full route situation, in the case of the SDH, the creation of the ST_SIMPLE type issupported.
The following table defines error codes.
Error Code Scenario
1092091958 The scenario that the forceUniquenessparameter is set to true is not supported.
1092091968 During the trail creation, protectionEffortcan be EFFORT_WHATEVER only.
1092092142 In non-full route situation, when an SNC iscreated, sncType can be ST_SIMPLE only.
1092092004 When a service is created, the deliveredparameters sncType and aEnd/zEnd do notmatch.
1092092024 The service of the specified layerRate cannotbe created.
1092092184 Incorrect ccInclusion is input.
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Error Code Scenario
1092092185 Incorrect neTPInclusion is input.
1092092186 Incorrect neTPSNCExclusions is input.
1092092187 Incorrect AEND is input.
1092092188 The AEND cross-connection rate level isincorrect.
1092092189 Incorrect ZEND is input.
1092092190 The ZEND cross-connection rate level of isincorrect.
4.4.2 modifySNC
Definition
void modifySNC (inglobaldefs::NamingAttributes_TsncName, in string routeId, insubnetworkConnection::SNCModifyData_T SNCModifyData, insubnetworkConnection::GradesOfImpact_T tolerableImpact, insubnetworkConnection::ProtectionEffort_T tolerableImpactEffort, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SubnetworkConnection_T newSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
Function
Modify the specified SNC.
Parameters
Parameter Input/Output Description Value
sncName Input SNC name globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
routeId Input The route identifier.This parameter is notsupported and thevalidity of its value isnot verified.
string
SNCModifyData Input Modified SNC data subnetworkConnection::SNCModifyData_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
tolerableImpactEf-fort
Input The indication oftries. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::ProtectionEffort_T
emsFreedomLevel Input The EMS freedomlevel indication. Thisparameter is validwhen themodification of theSNC is complete andthe modified SNC isactive. At this time,the meaning of thisparameter isconsistent with themeaning of theparameter for theactivateSNCinterface.
multiLayerSubnetWork::EMSFreedomLevel_T
tpsToModify Input/Output TP data that needs tobe updated. Thisparameter is notsupported and thevalidity of its value isnot verified.
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
newSNC Output SNC data aftermodification
subnetworkConnection::SubnetworkConnection_T
errorReason Output Failure cause string
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Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input data for the creation is invalid.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsDowngrading an SDH ASON trail to an SDH trail is not supported.
Upgrading an SDH trail to an SDH ASON trail is not supported.
Set route constraints for an ASON trail.
Modify the source and sink of a WDM trail.
Add or delete the protection route for the SDH trail.
4.4.3 activateSNC
Definitionvoid activateSNC (in
globaldefs::NamingAttributes_TsncName, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SubnetworkConnection_T theSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionActivate the specified SNC.
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ParametersParameter Input/Output Description Value
sncName Input SNC name globaldefs::NamingAttributes_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication.
multiLayerSubnetWork::EMSFreedomLevel_T
tpsToModify Input/Output TP data that needs tobe updated
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
theSNC Output SNC data after theactivation
subnetworkConnection::SubnetworkConnection_T
errorReason Output Failure cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsWhen you input an SDH server trail, after the interface is invoked, only the server trail is activatedand no client trail is activated. When you input an SDH client trail, after the interface is invoked,the client trail and the server trail for this client trail is activated. In the preceding two cases, thevalue of emsFreedomLevel is bigger than the value of EMSFL_HIGHER_ORDER_SNCS.
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4.4.4 createAndActivateSNC
Definition
void createAndActivateSNC (insubnetworkConnection::SNCCreateData_T createData, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inEMSFreedomLevel_T emsFreedomLevel,inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SubnetworkConnection_T theSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
Function
Create and activate an SNC.
ParametersParameter Input/Output Description Value
createData Input Data for creating theSNC
subnetworkConnection::SNCCreateData_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication.
multiLayerSubnetWork::EMSFreedomLevel_T
theSNC Output SNC data subnetworkConnection::SubnetworkConnection_T
sncList Output SNC list subnetworkConnection::SubnetworkConnectionList_TFor the elementmodel, see"SubnetworkConnection_T".
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Parameter Input/Output Description Value
errorReaso Output Failure cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions
When the SNC is successfully created, no error message is returned. When the SNC fails to beactivated, the failure cause is recorded in errorReason.
The following table defines error codes.
Error Code Scenario
1092091958 The scenario that the forceUniquenessparameter is set to true is not supported.
1092091968 During the trail creation, protectionEffortcan be EFFORT_WHATEVER only.
1092092142 In non-full route situation, when an SNC iscreated, sncType can be ST_SIMPLE only.
1092092004 When a service is created, the deliveredparameters sncType and aEnd/zEnd do notmatch.
1092092024 The service of the specified layerRate cannotbe created.
1092092184 Incorrect ccInclusion is input.
1092092185 Incorrect neTPInclusion is input.
1092092186 Incorrect neTPSNCExclusions is input.
1092092187 Incorrect AEND is input.
1092092188 The AEND cross-connection rate level isincorrect.
1092092189 Incorrect ZEND is input.
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Error Code Scenario
1092092190 The ZEND cross-connection rate level of isincorrect.
4.4.5 deactivateSNC
Definitionvoid deactivateSNC (in
globaldefs::NamingAttributes_TsncName, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SubnetworkConnection_T theSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionDeactivate the specified SNC.
ParametersParameter Input/Output Description Value
sncName Input SNC name globaldefs::NamingAttributes_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication.
multiLayerSubnetWork::EMSFreedomLevel_T
tpsToModify Input/Output TP data that needs tobe updated.
subnetworkConnection::TPDataList_T
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Parameter Input/Output Description Value
theSNC Output SNC data afteractivation.
subnetworkConnection::SubnetworkConnection_T
errorReason Output Failure cause. string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions
When you input a server trail, if all client trails on this server trail are deactivated, this servertrail is deactivated. Otherwise, the server trail cannot be deactivated. When you input a clienttrail, only the client trail is deactivated and the server trail is not affected.
4.4.6 deleteSNC
Definition
void deleteSNC (inglobaldefs::NamingAttributes_TsncName, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel) raises(globaldefs::ProcessingFailureException)
Function
Delete the specified SNC.
ParametersParameter Input/Output Description Value
sncName Input SNC name globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
emsFreedomLevel Input The EMS freedomlevel indication.
multiLayerSubnetWork::EMSFreedomLevel_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsWhen you input a server trail, if a client trail exists on this server trail, the server trail cannot bedeleted. If no client trail exists on the server trail, the server trail is deleted. When you input aclient trail, only the client trail is deleted and the server trail is not deleted.
4.4.7 deactivateAndDeleteSNC
Definitionvoid deactivateAndDeleteSNC (in
globaldefs::NamingAttributes_TsncName, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SubnetworkConnection_T theSNC, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionDeactivate and delete a specified SNC.
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ParametersParameter Input/Output Description Value
sncName Input SNC name globaldefs::NamingAttributes_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication.
multiLayerSubnetWork::EMSFreedomLevel_T
tpsToModify Input/Output The EMS freedomlevel indication.
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
theSNC Output SNC data subnetworkConnection::SubnetworkConnection_T
errorReason Output Failure cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone.
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4.4.8 checkValidSNC
Definitionvoid checkValidSNC (in
subnetworkConnection::SNCCreateData_T createData, insubnetworkConnection::TPDataList_TtpsToModify, in boolean considerResources,out boolean valid) raises (globaldefs::Proces-singFailureException)
FunctionCheck whether the creation data of are valid.
ParametersParameter Input/Output Description Value
createData Input Data for creating theSNC
subnetworkConnection::SNCCreateData_T
tpsToModify Input TP data that you wantto set. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
considerResources Input Whether to considerthe resourceallocation. The valuecan only be true andfalse is notsupported.
boolean
valid Output Check result. trueindicates that theSNC is valid andfalse indicates thatthe SNC is invalid.
boolean
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
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Abnormal Value Description
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone.
4.4.9 setConjunctionSNC
Definitionvoid setConjunctionSNC (in
globaldefs::NamingAttributes_TsncName1, inglobaldefs::NamingAttributes_TsncName2, in boolean operate) raises(globaldefs::ProcessingFailureException)
FunctionSet the association for ASON links.
ParametersParameter Input/Output Description Value
sncName1 Input SNC name globaldefs::NamingAttributes_T
sncName2 Input SNC name globaldefs::NamingAttributes_T
operate Input Whether to set theassociation.
booleantrue indicates settingthe association andfalse indicatescanceling theassociation.
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Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
None.
4.4.10 swapSNC
Definition
void swapSNC (inglobaldefs::NamingAttributes_TnameOfSNCtoBeDeactivated, inglobaldefs::NamingAttributes_TnameOfSNCtoBeActivated, inmultiLayerSubnetWork::EMSFreedomLevel_T emsFreedomLevel, insubnetworkConnection::GradesOfImpact_T tolerableImpact, inoutsubnetworkConnection::TPDataList_TtpsToModify, outsubnetworkConnection::SNCState_TstateOfActivatedSNC, out stringerrorReason) raises (globaldefs::Processing-FailureException)
Function
Switch trails.
Parameters
Parameter Input/Output Description Value
nameOfSNCtoBe-Deactivated
Input The name of the SNCthat you want todeactivate
globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
nameOfSNCtoBeActivated
Input The name of the SNCthat you want toactivate
globaldefs::NamingAttributes_T
tolerableImpact Input The tolerable impactlevel. This parameteris not supported andthe validity of itsvalue is not verified.
subnetworkConnection::GradesOfImpact_T
emsFreedomLevel Input The EMS freedomlevel indication. Thisparameter is notsupported and thevalidity of its value isnot verified.
multiLayerSubnetWork::EMSFreedomLevel_T
tpsToModify Input/Output TP data to bemodified. Thisparameter is notsupported and thevalidity of its value isnot verified.
subnetworkConnection::TPDataList_TFor the elementmodel, see"TPData_T".
stateOfActiva-tedSNC
Output State of the SNC ofnameOfSNCtoBeActivated after theoperation isperformed.
subnetworkConnection::SNCState_T
errorReason Output Failure cause. Currently, thisparameter is nothandled.
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT The input SNC name format or layer rate isinvalid.
EXCPT_ENTITY_NOT_FOUND The input SNC object does not exsit.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
None.
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4.4.11 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
TopologicalLink,SNC
-
NT_OBJECT_DELETION
Notification ondeleting an object
TopologicalLink,SNC
-
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
TopologicalLink,SNC,MultilayerSubnet-work
-
NT_STATE_CHANGE
Notification on thechange of the objectstate
SNC -
NT_ROUTE_CHANGE
Notification on theroute change of theobject
SNC -
4.5 ProtectionMgr_I4.5.1 performProtectionCommand
4.5.2 performWDMProtectionCommand
4.5.3 Notifications
4.5.1 performProtectionCommand
Definitionvoid performProtectionCommand(in
ProtectionCommand_T protectionCom-mand,in globaldefs::NamingAttributes_TreliableSinkCtpOrGroupName,in globaldefs::NamingAttributes_TfromTp,in globaldefs::NamingAttributes_T toTp,out protection::SwitchData_T switchData)raises (globaldefs::ProcessingFailureExcep-tion)
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FunctionPerform the SNCP protection group switching.
The types of the SDH protection groups supported are as follows:
Linear protection groups: 1+1 MS protection group and 1:N MS protection group.
Ring protection groups: two-fiber bidirectional MS protection group and four-fiber bidirectionalMS protection group.
SNCP: subnetwork connection protection.
ParametersParameter Input/Output Description Value
protectionCommand Input Switching command ProtectionCommand_T
reliableSinkCtpOr-GroupName
Input Name for theprotection group orSNCP sink
globaldefs::NamingAttributes_T
fromTp Input Source switching TP globaldefs::NamingAttributes_T
toTp Input Sink switching TP globaldefs::NamingAttributes_T
switchData Output Switching data protection::SwitchData_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_UNABLE_TO_COMPLY EMS cannot implement this request.
RestrictionsNone.
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4.5.2 performWDMProtectionCommand
Definition
void performWDMProtectionCommand (inProtectionCommand_T protectionCom-mand, in globaldefs::NamingAttributes_TwpgpName, inglobaldefs::NamingAttributes_T fromTp,in globaldefs::NamingAttributes_T toTp,out protection::WDMSwitchData_TwSwitchData) raises (globaldefs::Proces-singFailureException)
Functions
Perform the switching for the WDM protection group.
The switching commands supported are as follows: PC_CLEAR, PC_LOCKOUT,PC_FORCED_SWITCH, and PC_MANUAL_SWITCH.
Parameters
Parameter Input/Output Description Value
protectionCommand Input Switching command ProtectionCommand_T
wpgpName Input Protection groupname
globaldefs::NamingAttributes_T
fromTp Input Source switching TP globaldefs::NamingAttributes_T
toTp Input Sink switching TP globaldefs::NamingAttributes_T
wSwitchData Output Switching data protection::WDMSwitchData_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
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Abnormal Value Description
EXCPT_UNABLE_TO_COMPLY EMS cannot implement this request.
Restriction1:N protection group.
4.5.3 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
Protection Group -
NT_OBJECT_DELETION
Notification ondeleting an object
Protection Group -
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
Protection Group -
NT_STATE_CHANGE
Notification on thechange of the objectstate
Protection Group -
NT_PROTECTION_SWITCH
Notification on theprotection switching
-
NT_WDMPROTECTION_SWITCH
Notification on theprotection switching
-
NT_EPROTECTION_SWITCH
Notification on theprotection switching
NT_IPPROTECTION_SWITCH
Notification on theprotection switching
4.6 HW_MSTPInventoryMgr_I4.6.1 setMstpEndPoint
4.6.2 createVirtualBridge
4.6.3 deleteVirtualBridge
4.6.4 createVLAN
4.6.5 deleteVLAN
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4.6.6 addVLANForwardPort
4.6.7 delVLANForwardPort
4.6.8 setVLANData
4.6.9 addBindingPath
4.6.10 delBindingPath
4.6.11 setLCASState
4.6.12 createQosRule
4.6.13 setQosRule
4.6.14 createFlow
4.6.15 deleteQosRule
4.6.16 setFlow
4.6.17 deleteFlow
4.6.18 createLinkAggregationGroup
4.6.19 modifyLinkAggregationGroup
4.6.20 deleteLinkAggregationGroup
4.6.21 setMstpEndPointShapingQueue
4.6.22 setSTProtocolParam
4.6.23 setSTBridgeParam
4.6.24 setSTPortParam
4.6.25 Notifications
4.6.1 setMstpEndPoint
Definition
void setMstpEndPoint( inglobaldefs::NamingAttributes_TendPointName,intransmissionParameters::LayeredParameterList_T paraList,outHW_mstpInventory::HW_MSTPEndPoint_T endPoint )raises (globaldefs::Proces-singFailureException )
Function
Set the characteristic information about specified MSTP endpoints.
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Set the Layer-2 port attributes, including the flow control attributes, working mode, maximumdata packet length, and encapsulation protocol, on the WDM board.
An endpoint can be a MAC port, VCTRUNK port, PRP port, logical port, ATM port, or ATMtrunk port.
Parameters
Parameter Input/Output Description Value
endPointName Input Name of the MSTPendpoint to be set
globaldefs::NamingAttributes_T
paraList Input List of parameters tobe set
transmissionParameters::LayeredParameterList_T
endPoint Output Set endpoint HW_mstpInventory::HW_MSTPEndPoint_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.2 createVirtualBridge
Definition
void createVirtualBridge( inglobaldefs::NamingAttributes_TequipmentName,in unsigned short vbId,in string vbName,outHW_mstpInventory::HW_VirtualBridge_T vb )raises (globaldefs::ProcessingFailur-eException )
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Function
Allow the network management system to create a virtual bridge.
Parameters
Parameter Input/Output Description Value
equipmentName Input Board name globaldefs::NamingAttributes_T
vbId Input Virtual bridge ID unsigned short
vbName Input Virtual bridge name string
vb Output Virtual bridge objectthat is created
HW_mstpInventory::HW_VirtualBridge_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.3 deleteVirtualBridge
Definition
void deleteVirtualBridge( inglobaldefs::NamingAttributes_TvbName )raises (globaldefs::ProcessingFai-lureException)
Function
Delete the specified virtual bridge.
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Parameters
Parameter Input/Output Description Value
vbName Input Name of the virtualbridge to be deleted
globaldefs::NamingAttributes_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.4 createVLAN
Definition
void createVLAN( inglobaldefs::NamingAttributes_T vbName,in unsigned short vlanId,inglobaldefs::NamingAttributesList_TforwardTPList,outHW_mstpInventory::HW_VirtualLAN_T vlan )raises (globaldefs::ProcessingFailur-eException )
Function
Create a VLAN.
Parameters
Parameter Input/Output Description Value
vbName Input Virtual bridge name globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
vlanId Input VLAN ID unsigned short
forwardTPList Input List of names forforwarding filteringports
globaldefs::NamingAttributesList_T
vlan Output VLAN object that iscreated
HW_mstpInventory::HW_VirtualLAN_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.6.5 deleteVLAN
Definitionvoid deleteVLAN( in
globaldefs::NamingAttributes_T vlanName )raises (globaldefs::ProcessingFailureExcep-tion )
FunctionDelete the specified VLAN.
ParametersParameter Input/Output Description Value
vlanName Input Name of the VLANto be deleted
globaldefs::NamingAttributes_T
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Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.6 addVLANForwardPort
Definition
void addVLANForwardPort( inglobaldefs::NamingAttributes_TvlanName,inglobaldefs::NamingAttributesList_TforwardTPList,outHW_mstpInventory::HW_VirtualLAN_T vlan )raises (globaldefs::ProcessingFailur-eException )
Function
Add a forwarding filtering port to the VLAN dynamically.
Parameters
Parameter Input/Output Description Value
vlanName Input VLAN name globaldefs::NamingAttributes_T
forwardTPList Input List of theforwarding filteringports to be added
globaldefs::NamingAttributesList_T
vlan Output Modified VLANobject
HW_mstpInventory::HW_VirtualLAN_T
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Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.7 delVLANForwardPort
Definition
void delVLANForwardPort( inglobaldefs::NamingAttributes_TvlanName,inglobaldefs::NamingAttributesList_TforwardTPList,outHW_mstpInventory::HW_VirtualLAN_T vlan )raises (globaldefs::ProcessingFailur-eException )
Function
Delete a forwarding filtering port of the VLAN.
Parameters
Parameter Input/Output Description Value
vlanName Input VLAN name globaldefs::NamingAttributes_T
forwardTPList Input List of theforwarding filteringports to be deleted
globaldefs::NamingAttributesList_T
vlan Output Modified VLANobject
HW_mstpInventory::HW_VirtualLAN_T
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Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.6.8 setVLANData
Definitionvoid setVLANData( in
globaldefs::NamingAttributes_TvlanName,in globaldefs::NVSList_TparaList,outHW_mstpInventory::HW_VirtualLAN_T vlan )raises (globaldefs::ProcessingFailur-eException )
FunctionSet VLAN attributes. Currently, no attribute can be set, but the interface remains.
ParametersParameter Input/Output Description Value
vlanName Input VLAN name globaldefs::NamingAttributes_T
paraList Input List of attributes tobe set
globaldefs::NVSList_T
vlan Output Returned VLANinformation
HW_mstpInventory::HW_VirtualLAN_T
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Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.6.9 addBindingPath
Definitionvoid addBindingPath( in
globaldefs::NamingAttributes_TendPointName, interminationPoint::Directionality_TbindingDirect,inglobaldefs::NamingAttributesList_TpathList, outHW_mstpInventory::HW_MSTPBindingPathList_T bindingPathList )raises(globaldefs::ProcessingFailureException )
FunctionAdd a binding path for a VCTRUNK port.
ParametersParameter Input/Output Description Value
endPointName Input Endpoint name globaldefs::NamingAttributes_T
bindingDirect Input MSTP endpointdirection
terminationPoint::Directionality_T
pathList Input List of binding pathsto be added
globaldefs::NamingAttributesList_T
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Parameter Input/Output Description Value
bindingPathList Output List of trails after thebinding
HW_mstpInventory::HW_MSTPBindingPathList_TFor the elementmodel, see"HW_MSTPBindingPath_T".
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restrictions1. The input endPointName parameter supports the VCTRUNK port only.2. You can bind the paths on the same port only. In the case of the tributary timeslot, you can
bind the paths on the same board only.3. Paths of different ports cannot be specified at the same time. In addition, the rate levels
should be consistent.
4.6.10 delBindingPath
Definitionvoid delBindingPath( in
globaldefs::NamingAttributes_TendPointName, interminationPoint::Directionality_TbindingDirect,inglobaldefs::NamingAttributesList_TpathList, outHW_mstpInventory::HW_MSTPBindingPathList_T bindingPathList )raises(globaldefs::ProcessingFailureException )
FunctionDelete the binding path of a VC trunk.
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ParametersParameter Input/Output Description Value
endPointName Input Endpoint name globaldefs::NamingAttributes_T
bindingDirect Input MSTP endpointdirection
terminationPoint::Directionality_T
pathList Input List of binding pathsto be deleted
globaldefs::NamingAttributesList_T
bindingPathList Output List of modifiedpaths
HW_mstpInventory::HW_MSTPBindingPathList_TFor the elementmodel, see"HW_MSTPBindingPath_T".
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionThe input endPointName parameter supports the VCTRUNK port only.
4.6.11 setLCASState
Definitionvoid setLCASState( in
globaldefs::NamingAttributes_TendPointName,in boolean enableState )raises(globaldefs::ProcessingFailureException )
FunctionSet the enable state of the LCAS protocol at the VCTRUNK port.
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ParametersParameter Input/Output Description Value
endPointName Input Endpoint name globaldefs::NamingAttributes_T
enableState Input Enable state of theLCAS protocol
boolean
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionSet the enable state of the LCAS protocol at the VCTRUNK port.
4.6.12 createQosRule
Definitionvoid createQosRule( in
globaldefs::NamingAttributes_TequipmentName, inHW_mstpInventory::HW_QosType_TqosType,in globaldefs::NVSList_T paraList,outHW_mstpInventory::HW_QosRule_TqosRule )raises (globaldefs::ProcessingFai-lureException )
FunctionCreate the QoS rule.
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ParametersParameter Input/Output Description Value
equipmentName Input Board name globaldefs::NamingAttributes_T
qosType Input QoS type HW_mstpInventory::HW_QosType_T
paraList Input List of parameters forthe specified QoStype
globaldefs::NVSList_T
qosRule Output QoS rule created HW_mstpInventory::HW_QosRule_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionsSet the paraList parameters for a new CAR. The attributes that can be queried and set are asfollows: EnableCar, CIR, DCBS, PIR, and DMBS. In the case of an existing CAR, you canset the CIR parameter only. If you set the other parameters for the existing CAR, the errors thatthe parameters are not supported are returned.
4.6.13 setQosRule
Definition
void setQosRule( inglobaldefs::NamingAttributes_TqosRuleName, in globaldefs::NVSList_TparaList,outHW_mstpInventory::HW_QosRule_TqosRule )raises (globaldefs::ProcessingFai-lureException )
FunctionSet the QoS rule.
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ParametersParameter Input/Output Description Value
qosRuleName Input QoS rule name globaldefs::NamingAttributes_T
paraList Input List of parameters tobe modified
globaldefs::NVSList_T
qosRule Output Modified QoS rules HW_mstpInventory::HW_QosRule_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionsSet the paraList parameters for a new CAR. The attributes that can be queried and set are asfollows: EnableCar, CIR, DCBS, PIR, and DMBS. In the case of an existing CAR, you can setthe CIR parameter only. If you set the other parameters for the existing CAR, the errors that theparameters are not supported are returned.
4.6.14 createFlow
Definitionvoid createFlow( in
globaldefs::NamingAttributes_TequipmentName, inglobaldefs::NVSList_T paraList,outHW_mstpInventory::HW_Flow_T flow )raises (globaldefs::ProcessingFailureExcep-tion )
FunctionCreate a flow.
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ParametersParameter Input/Output Description Value
equipmentName Input Board name globaldefs::NamingAttributes_T
paraList Input Paramete list globaldefs::NVSList_T
flow Output Information aboutthe flow created
HW_mstpInventory::HW_Flow_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
Restrictions
The parameters supported are as follows: FlowType, PortType, PortID, VlanID, Priority,FlowshapingID, VBID, VBLogicPort, SVlanID, CVlanID, and CVlanIDRange.
4.6.15 deleteQosRule
Definition
void deleteQosRule( inglobaldefs::NamingAttributes_TqosRuleName )raises (globaldefs::Proces-singFailureException )
Function
Delete a QoS rule according to the QoS rule name.
ParameterParameter Input/Output Description Value
qosRuleName Input Name for the QoSrule
globaldefs::NamingAttributes_T
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Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionNone.
4.6.16 setFlow
Definitionvoid setFlow( in
globaldefs::NamingAttributes_TflowName,inglobaldefs::NamingAttributesList_TqosRuleNames,outHW_mstpInventory::HW_Flow_T flow )raises (globaldefs::ProcessingFailureExcep-tion )
FunctionSet the binding relation between the flow and QoS.
ParametersParameter Input/Output Description Value
flowName Input Flow name globaldefs::NamingAttributes_T
qosRuleNames Input List of names for theQoS rules
globaldefs::NamingAttributesList_T
flow Output Flow object after theQoS rule is bound
HW_mstpInventory::HW_Flow_T
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Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.17 deleteFlow
Definition
void deleteFlow( inglobaldefs::NamingAttributes_TflowName )raises (globaldefs::Processing-FailureException )
Function
Delete the specified flow according to the flow name.
Parameter
Parameter Input/Output Description Value
flowName Input Flow name globaldefs::NamingAttributes_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
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RestrictionNone.
4.6.18 createLinkAggregationGroup
Definitionvoid createLinkAggregationGroup( in
globaldefs::NamingAttributes_TmeName, in globaldefs::NVSList_TparaList,inglobaldefs::NamingAttributes_TmainPortName,inglobaldefs::NamingAttributesList_TbranchPortNameList, outHW_mstpInventory::HW_LinkAggregationGroup_T lag )raises (globaldefs::Proces-singFailureException )
FunctionCreate a link aggregation group (LAG).
ParametersParameter Input/Output Description Value
meName Input NE name globaldefs::NamingAttributes_T
paraList Input Parameter list globaldefs::NVSList_T
mainPortName Input Main port name globaldefs::NamingAttributes_T
branchPortNameList Input Standby or branchport name
globaldefs::NamingAttributesList_T
lag Output LAG created HW_mstpInventory::HW_LinkAggregationGroup_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
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Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.19 modifyLinkAggregationGroup
Definition
void modifyLinkAggregationGroup( inglobaldefs::NamingAttributes_TlagName,in globaldefs::NVSList_TparaList,inglobaldefs::NamingAttributesList_TaddedBranchPortNameList,inglobaldefs::NamingAttributesList_TdeletedBranchPortNameList,outHW_mstpInventory::HW_LinkAggregationGroup_T lag)raises (globaldefs::ProcessingFailureExcep-tion )
Function
Modify the specified LAG.
Parameters
Parameter Input/Output Description Value
lagName Input Name for the LAG tobe modified
globaldefs::NamingAttributes_T
paraList Input Parameter list globaldefs::NVSList_T
addedBranchPort-NameList
Input List of names for thestandby or branchports to be added
globaldefs::NamingAttributesList_T
deletedBranchPort-NameList
Input List of names for thestandby or branchports to be deleted
globaldefs::NamingAttributesList_T
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Parameter Input/Output Description Value
lag Output Modified LAGs HW_mstpInventory::HW_LinkAggregationGroup_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionsYou can modify the nativeEMSName parameter, but the type and sharetype parameters cannotbe modified.
4.6.20 deleteLinkAggregationGroup
Definitionvoid deleteLinkAggregationGroup( in
globaldefs::NamingAttributes_TlagName )raises (globaldefs::ProcessingFai-lureException )
FunctionDelete the specified LAG.
ParameterParameter Input/Output Description Value
lagName Input Name for the LAG tobe deleted
globaldefs::NamingAttributes_T
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Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.6.21 setMstpEndPointShapingQueue
Definitionvoid setMstpEndPointShapingQueue( in
globaldefs::NamingAttributes_TendPointName,inHW_mstpInventory::ShapingQueueList_T shapingQueueList)raises(globaldefs::ProcessingFailureException )
FunctionSet the shaping queue for the specified port.
ParametersParameter Input/Output Description Value
endPointName Input Endpoint name globaldefs::NamingAttributes_T
shapingQueueList Input Shaping queue HW_mstpInventory::ShapingQueueList_TFor the elementmodel, see"ShapingQueue".
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Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.6.22 setSTProtocolParam
Definition
void setSTProtocolParam( inglobaldefs::NamingAttributes_TspanningTreeName,inglobaldefs::NVSList_T paraList)raises(globaldefs::ProcessingFailureException)
Function
Set the protocol type for the Ethernet spanning tree, and enable or disable the protocol.
Parameters
Parameter Input/Output Description Value
spanningTreeName Input Name of thespanning tree
globaldefs::NamingAttributes_T
paraList Input Parameters of thespanning tree
globaldefs::NVSList_T
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
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Abnormal Value Description
EXCPT_INTERNAL_ERROR An internal error of the U2000 occurs duringthe processing.
Restriction
None.
4.6.23 setSTBridgeParam
Definition
void setSTProtocolParam( inglobaldefs::NamingAttributes_TspanningTreeName,inglobaldefs::NVSList_T paraList)raises(globaldefs::ProcessingFailureException)
Function
Set the parameters for the bridge of the spanning tree.
Parameters
Parameter Input/Output Description Value
spanningTreeName Input Name of thespanning tree
globaldefs::NamingAttributes_T
paraList Input Parameters of theEthernet virtualbridge
globaldefs::NVSList_T
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An internal error of the U2000 occurs duringthe processing.
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Restriction
None.
4.6.24 setSTPortParam
Definition
void setSTPortParam( inglobaldefs::NamingAttributes_TspanningTreeName,inglobaldefs::NamingAttributes_TportName,in globaldefs::NVSList_TparaList) raises (globaldefs::ProcessingFai-lureException )
Function
Set parameters for the port of the spanning tree.
Parameters
Parameter Input/Output Description Value
spanningTreeName Input Name of thespanning tree
globaldefs::NamingAttributes_T
portName Input Name of the port globaldefs::NamingAttributes_T
paraList Input Parameters of theport
globaldefs::NVSList_T
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An internal error of the U2000 occurs duringthe processing.
Restriction
None.
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4.6.25 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
VB, VLAN,MSTPEndPoint,QoS, FLOW, LAG
-
NT_OBJECT_DELETION
Notification ondeleting an object
VB, VLAN,MSTPEndPoint,QoS, FLOW, LAG
-
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
VB, VLAN,MSTPEndPoint,QoS, FLOW, LAG,STP, STPort,STBridge
Notifications on thechanges of theVCTRUNK pathbinding aresupported.
NT_STATE_CHANGE
Notification on thechange of the objectstate
VB LCAS Notifications on thechanges of the LCASstate are supported.
4.7 HW_MSTPProtectionMgr_I
4.7.1 performRPRProtectionCommand
4.7.2 performAtmPGProtectionCommand
4.7.3 Notifications
4.7.1 performRPRProtectionCommand
Definitionvoid performRPRProtectionCommand( in
globaldefs::NamingAttributes_TnodeName,inprotection::ProtectionCommand_TprotectionCommand,inHW_SwitchPosition_T switchPosition,outHW_RPRSwitchData_T switchData )raises( globaldefs::ProcessingFailureException )
FunctionPerform the external switching command on the specified RPR node.
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Parameters
Parameter Input/Output Description Value
nodeName Input The specified RPRnode
globaldefs::NamingAttributes_T
protectionCommand Input The switchingcommand performed
protection::ProtectionCommand_T
switchPosition Input Switching position:HW_SP_NA,HW_SP_EAST,HW_SP_WEST
HW_SwitchPosition_T
switchData Output Details of theswitching
HW_RPRSwitchData_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.7.2 performAtmPGProtectionCommand
Definition
void performAtmPGProtectionCommand( inglobaldefs::NamingAttributes_TatmpgName,inprotection::ProtectionCommand_TprotectionCommand,inHW_AtmPGSwitchAction_TswitchAction,inHW_AtmPGSwitchDirect_TswitchDirect,out HW_AtmPGSwitchData_TswitchData )raises( globaldefs::Processing-FailureException )
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Function
Perform the external switching command on the specified ATM protection group.
Parameters
Parameter Input/Output Description Value
atmpgName Input ATM protectiongroup name
globaldefs::NamingAttributes_T
protectionCommand Input Perform the externalswitching commandon the specifiedATM protectiongroup
protection::ProtectionCommand_T
switchAction Input Switching action:HW_ASAT_NA,HW_ASAT_SWITCH,HW_ASAT_RESTORE
HW_AtmPGSwitchAction_T
switchDirect Input Switching direction:HW_ASD_NA,HW_ASD_SRC,HW_ASD_SNK,HW_ASD_BI
HW_AtmPGSwitchDirect_T
switchData Output Details of theswitching
HW_AtmPGSwitchData_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.7.3 NotificationsThe following notifications are supported.
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NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
ATM protectiongroup, RPR node
-
NT_OBJECT_DELETION
Notification ondeleting an object
ATM protectiongroup, RPR node
-
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
ATM protectiongroup, RPR node,RPR link attribute
-
NT_STATE_CHANGE
Notification on thechange of the objectstate
ATM protectiongroup
-
NT_PROTECTION_SWITCH
Notification on theprotection switching
ATM protectiongroup, RPR node
The notification onthe protectionswitching for theATM protectiongroup or RPR node issupported.
4.8 HW_MSTPServiceMgr_I
4.8.1 createEthService
4.8.2 deleteEthService
4.8.3 createAtmService
4.8.4 deleteAtmService
4.8.5 activateAtmService
4.8.6 deactivateAtmService
4.8.7 Notifications
4.8.1 createEthService
Definitionvoid createEthService( in
HW_EthServiceCreateData_TcreateData,out HW_EthServiceList_TethServiceList )raises( globaldefs::Proces-singFailureException )
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FunctionCreate an Ethernet service.
ParametersParameter Input/Output Description Value
createData Input Information aboutthe Ethernet serviceto be created
HW_EthServiceCreateData_T
ethServiceList Output List of the Ethernetcross-connectionsthat are created
HW_EthServiceList_TFor the elementmodel, see"HW_EthService_T".
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionThe creation of the EPL, EVPL, or EPLn is supported.
4.8.2 deleteEthService
Definitionvoid deleteEthService( in
globaldefs::NamingAttributes_TserviceName )raises( globaldefs::Processing-FailureException )
FunctionDelete the specified Ethernet service.
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ParameterParameter Input/Output Description Value
serviceName Input The name of theEthernet service to bedeleted
globaldefs::NamingAttributes_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.8.3 createAtmService
Definitionvoid createAtmService( in
HW_AtmServiceCreateData_TcreateData,out HW_AtmService_TatmService )raises( globaldefs::Processing-FailureException )
FunctionCreate an ATM VP/VC cross-connection.
ParametersParameter Input/Output Description Value
createData Input Information aboutthe ATM service thatyou want to create
HW_AtmServiceCreateData_T
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Parameter Input/Output Description Value
atmService Output List of the ATMservices that arecreated
HW_AtmService_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionNone.
4.8.4 deleteAtmService
Definitionvoid deleteAtmService( in
globaldefs::NamingAttributes_TserviceName)raises( globaldefs::Processing-FailureException )
FunctionDelete the specified ATM VP/VC cross-connection.
ParameterParameter Input/Output Description Value
serviceName Input The name of theATM service thatyou want to delete
globaldefs::NamingAttributes_T
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Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None.
4.8.5 activateAtmService
Definition
void activateAtmService( inglobaldefs::NamingAttributes_TserviceName,out HW_AtmService_TatmService )raises( globaldefs::Processing-FailureException )
Function
Activate the specified ATM VP/VC cross-connection.
Parameters
Parameter Input/Output Description Value
serviceName Input The name of theATM service thatyou want to delete
globaldefs::NamingAttributes_T
atmService Output Information aboutthe ATM service thatyou want to activate
HW_AtmService_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
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Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.8.6 deactivateAtmService
Definitionvoid deactivateAtmService( in
globaldefs::NamingAttributes_TserviceName,out HW_AtmService_TatmService )raises( globaldefs::Processing-FailureException )
FunctionDeactivate the specified ATM VP/VC cross-connection.
ParametersParameter Input/Output Description Value
serviceName Input The name of theATM service thatyou want to delete
globaldefs::NamingAttributes_T
atmService Output Information aboutthe ATM service thatyou want todeactivate
HW_AtmService_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
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Restriction
None.
4.8.7 NotificationsThe following notification is supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
Ethernet serviceobject and ATMservice object.
-
NT_OBJECT_DELETION
Notification ondeleting an object
Ethernet serviceobject and ATMservice object.
-
NT_STATE_CHANGE
Notification on thechange of the objectstate
ATM service object. -
4.9 TrafficDescriptorMgr_I
4.9.1 activateTrafficDescriptor
4.9.2 deactivateTrafficDescriptor
4.9.3 HW_createTrafficDescriptor
4.9.4 deleteTrafficDescriptor
4.9.5 Notifications
4.9.1 activateTrafficDescriptor
Definition
void activateTrafficDescriptor(inglobaldefs::NamingAttributes_TtdName,out TrafficDescriptor_T td) raises(globaldefs::ProcessingFailureException)
Function
Activate the specified ATM traffic descriptor.
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ParametersParameter Input/Output Description Value
tdName Input The name for theATM trafficdescriptor that youwant to activate
globaldefs::NamingAttributes_T
td Output The ATM trafficdescriptor that youwant to activate
TrafficDescriptor_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.9.2 deactivateTrafficDescriptor
Definitionvoid deactivateTrafficDescriptor( in
globaldefs::NamingAttributes_TtdName,out TrafficDescriptor_T td) raises(globaldefs::ProcessingFailureException)
FunctionDeactivate the specified ATM traffic descriptor.
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ParametersParameter Input/Output Description Value
tdName Input The name for theATM trafficdescriptor that youwant to deactivate
globaldefs::NamingAttributes_T
td Output The ATM trafficdescriptor that youwant to deactivate
TrafficDescriptor_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionNone.
4.9.3 HW_createTrafficDescriptor
Definitionvoid HW_createTrafficDescriptor( in
globaldefs::NamingAttributes_TmeName,in TDCreateData_TnewTDCreateData,outTrafficDescriptor_T newTrafficDescrip-tor )raises (globaldefs::ProcessingFailureEx-ception)
FunctionCreate an ATM traffic descriptor.
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ParametersParameter Input/Output Description Value
meName Input The NE name. globaldefs::NamingAttributes_T
newTDCreateData Input The data for theATM trafficdescriptor that youwant to create
TDCreateData_T
newTrafficDescrip-tor
Output Information aboutthe ATM trafficdescriptor that iscreated
TrafficDescriptor_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionNone.
4.9.4 deleteTrafficDescriptor
Definitionvoid deleteTrafficDescriptor( in
globaldefs::NamingAttributes_TdescriptorName)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionDelete the specified ATM traffic descriptor.
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ParameterParameter Input/Output Description Value
descriptorName Input The name of theATM trafficdescriptor
globaldefs::NamingAttributes_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
RestrictionNone.
4.9.5 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
ATM trafficdescriptor
-
NT_OBJECT_DELETION
Notification ondeleting an object
ATM trafficdescriptor
-
NT_STATE_CHANGE
Notification on thechange of the objectstate
ATM trafficdescriptor
Change of theactivation ordeactivation state ofthe ATM trafficdescriptor
4.10 HW_controlPlaneMgr_I
4.10.1 setSRLG
4.10.2 Notifications
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4.10.1 setSRLG
Definition
void setSRLG(in HW_SRLGID_T srlgID, inboolean addOrRemove, inoutglobaldefs::NamingAttributesList_TsnppLinkNameList ) raises(globaldefs::Proc-essingFailureException)
Function
Set the shared risk link group (SRLG).
Parameters
Parameter Input/Output Description Value
srlgID Input SRLG ID The value of theSRLG ID rangesfrom 0 to 65535. 0indicates that theobject does notbelong to any SRLG.
addOrRemove Input true indicates addingand false indicatesremoving
boolean
snppLinkNameList Input/Output list of SNPP linknames
globaldefs::NamingAttributesList_T
Abnormal Values
Abnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
None
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4.10.2 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
SNPP -
NT_OBJECT_DELETION
Notification ondeleting an object
SNPP -
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
SNPP -
NT_ASON_RESOURCE_CHANGE
Notification on thechange of objectresources
SNPP -
4.11 EncapsulationLayerLinkMgr_I4.11.1 createELLink
4.11.2 activateELLink
4.11.3 deactivateELLink
4.11.4 deleteELLink
4.11.5 increaseBandwidthOfELLink
4.11.6 decreaseBandwidthOfELLink
4.11.7 setELLinkLCASState
4.11.8 Notifications
4.11.1 createELLink
Definitionvoid createELLink( in ELLinkCreateData_T
createData,outEncapsulationLayerLink_T theELL,outstring errorReason)raises (globaldefs::Proc-essingFailureException)
FunctionCreate an encapsulation layer link (ELL).
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Parameters
Parameter Input/Output Description Value
createData Input The data of theencapsulation layerlink to be created.
ELLinkCreateData_T
theELL Output The createdencapsulation layerlink.
EncapsulationLayerLink_T
errorReason Output The fault cause. string
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. The point-to-multipoint ELL is not supported.
2. The uniqueness of userLabel is not supported.
3. The unidirectional ELL is not supported.
4. The untermiated ELL does not support the automatic creation of the server layer.
5. When btname is used, the server layer cannot be created automatically.
6. The VC4 server trail cannot be created automatically.
4.11.2 activateELLink
Definition
void activateELLink( inglobaldefs::NamingAttributes_TellName,out EncapsulationLayerLink_TtheELL, out string errorReason) raises(globaldefs::ProcessingFailureException)
Function
Activate a specific encapsulation layer link.
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ParametersParameter Input/Output Description Value
ellName Input The name of theELLink
globaldefs::NamingAttributes_T
theELL Output The new activatedencapsulation layerlink.
EncapsulationLayerLink_T
errorReason Output The fault reason string
Abnormal ValuesAbnormal Value Description
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionerrorReason is always null.
4.11.3 deactivateELLink
Definitionvoid deactivateELLink ( in
globaldefs::NamingAttributes_TellName,out EncapsulationLayerLink_TtheELL, out string errorReason)raises(globaldefs::ProcessingFailureException)
FunctionDeactivate a specific encapsulation layer link.
ParametersParameter Input/Output Description Value
ellName Input The name of theELLink.
globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
theELL Output The new deactivatedencapsulation layerlink.
EncapsulationLayerLink_T
errorReason Output The fault reason string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionerrorReason is always null.
4.11.4 deleteELLink
Definitionvoid deleteELLink(in
globaldefs::NamingAttributes_T ellName)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionDeletion a specific encapsulation layer link
ParametersParameter Input/Output Description Value
ellName Input The name of theencapsulation layerlink to be deleted.
globaldefs::NamingAttributes_T
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Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe server layer is not deleted.
4.11.5 increaseBandwidthOfELLink
Definitionvoid increaseBandwidthOfELLink( in
globaldefs::NamingAttributes_TellName,in boolean automatic, inSNCCreateDataList_T additionalSNCs,inshort numberOfSNCs,intransmissionParameters::LayeredParameterList_T transmissionParams,inglobaldefs::NVSList_TadditionalModificationInfo,outEncapsulationLayerLink_T newELL)raises (globaldefs::ProcessingFailureExcep-tion)
FunctionAdd the bandwidth of a specific encapsulation layer link. In the case of an unterminated service,you can only add the bandwidth manually.
ParametersParameter Input/Output Description Value
ellName Input The name of theencapsulation layerlink to modify.
globaldefs::NamingAttributes_T
automatic Input Whether thebandwidth is addedautomatically or not.
boolean
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Parameter Input/Output Description Value
additionalSNCs Input List of SNCs to beadded.
subnetworkConnection::SNCCreateDataList_T
numberOfSNCs Input Number of SNCs tobe added.
short
transmissionParams Input Transmissionparameters
transmissionParameters::LayeredParameterList_T
additionalModifica-tionInfo
Input Additionalmodificationinformation
globaldefs::NVSList_T
newELL Output The modifiedencapsulation layerlink.
EncapsulationLayerLink_T
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions
The transmissionParams and additionalModificationInfo fields are not processed.
4.11.6 decreaseBandwidthOfELLink
Definition
void decreaseBandwidthOfELLink( inglobaldefs::NamingAttributes_TellName,inglobaldefs::NamingAttributesList_TsncNames, in short numberOfSNCs,inglobaldefs::NVSList_TadditionalModificationInfo,outEncapsulationLayerLink_T newELL)raises (globaldefs::ProcessingFailureExcep-tion)
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FunctionDecrease the bandwidth of a specific encapsulation layer link.
ParametersParameter Input/Output Description Value
ellName Input The name of theencapsulation layerlink to modify.
globaldefs::NamingAttributes_T
sncNames Input The names of theSNCs that shallremoved fromproviding bandwidthfor the ELL.
globaldefs::NamingAttributesList_T
numberOfSNCs Input The number of SNCsto be removed.
short
additionalModifica-tionInfo
Input Additionalmodificationinformation
globaldefs::NVSList_T
newELL Output The modifiedencapsulation layerlink.
EncapsulationLayerLink_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. The additionalModificationInfo field is not processed.2. Whether the sncNames queue length is consistent with numberOfSNCs is not checked.3. When the sncNames queue length is zero, the bandwidth is decreaded automatically
according to numberOfSNCs.
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4.11.7 setELLinkLCASState
Definitionvoid setELLinkLCASState ( in
globaldefs::NamingAttributes_TellName,in boolean enableState )raises(globaldefs::ProcessingFailureException)
FunctionSet the LCAS state of an encapsulation layer link.
ParametersParameter Input/Output Description Value
ellName Input The name of theencapsulation layerlink to set LCASState.
globaldefs::NamingAttributes_T
enableState Input LCAS State enablingflag of theencapsulation layerlink.
boolean
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe parameter is set directly without distinguishing the original status of the ELL.
4.11.8 NotificationsThe following notifications are supported.
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NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
ELL -
NT_OBJECT_DELETION
Notification ondeleting an object
ELL -
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
ELL -
NT_STATE_CHANGE
Notification on thechange of the objectstate
ELL ELL activation anddeactivation
4.12 FlowDomainMgr_I
4.12.1 createFDFr
4.12.2 activateFDFr
4.12.3 deactivateFDFr
4.12.4 deleteFDFr
4.12.5 performEthernetOAMCommand
4.12.6 Notifications
4.12.1 createFDFr
Definition
void createFDFr( inflowDomainFragment::FDFrCreateData_T createData,inConnectivityRequirement_TconnectivityRequirement,inoutglobaldefs::NamingAttributesList_TendTPs,inoutglobaldefs::NamingAttributesList_TinternalTPs,inoutsubnetworkConnection::TPDataList_TtpsToModify,outflowDomainFragment::FlowDomainFragment_T theFDFr, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion);
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FunctionCreate a flow domain fragment.
ParametersParameter Input/Output Description Value
createData Input The FDFr Data to becreated
flowDomainFragment::FDFrCreateData_T
connectivityRe-quirement
Input This parameter isignored.
ConnectivityRe-quirement
endTPs Input/Output A list of names offlow points
globaldefs::NamingAttributesList_T
internalTPs Input/Output A list of internalCPTP names thatmust be included inthe route of the FDFr.
globaldefs::NamingAttributesList_T
mfdfrs Input/Output This parameter isignored.
flowDomainFragment::MatrixFlowDomainFragmentList_T
tpsToModify Input/Output A list of TPs to apply.On method return thelist is updated toprovide the resultingparameters.
subnetworkConnection::TPDataList_T
theFDFr Output The new created flowdomain fragment.
flowDomainFragment::FlowDomainFragment_T
errorReason Output This parameter isignored.
string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restrictions1. The creation of the EVPLAN is not supported.
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2. The automatic creation of the ELL is not supported.3. The connectivityRequirement, mfdfrs, and errorReason fileds are not processed.4. The creation of unidirectional services, except the QinQ EvplType service, is not supported.5. When the createData and additionalCreationInfo fileds are set to Eplan, THE EPLAN
trail is created.6. When the endTPs list length is 1, the unterminated trail is created.7. When the endTPs list length is 2, the terminated trail is created.
4.12.2 activateFDFr
Definitionvoid activateFDFr( in
globaldefs::NamingAttributes_TfdfrName,outflowDomainFragment::FlowDomainFragment_T fdfr)raises (globaldefs::Processing-FailureException);
FunctionActivate a specific flow domain fragment.
ParametersParameter Input/Output Description Value
fdfrName Input The name of theFDFr to activate.
globaldefs::NamingAttributes_T
fdfr Output The activated flowdomain fragment.
flowDomainFragment::FlowDomainFragment_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone
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4.12.3 deactivateFDFr
Definitionvoid deactivateFDFr( in
globaldefs::NamingAttributes_TfdfrName,outflowDomainFragment::FlowDomainFragment_T fdfr)raises (globaldefs::Processing-FailureException);
FunctionDeactivate a specific flow domain fragment.
ParametersParameter Input/Output Description Value
fdfrName Input The name of theFDFr to deactivate.
globaldefs::NamingAttributes_T
fdfr Output The deactivated flowdomain fragment.
flowDomainFragment::FlowDomainFragment_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone
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4.12.4 deleteFDFr
Definitionvoid deleteFDFr( in
globaldefs::NamingAttributes_TfdfrName,inoutsubnetworkConnection::TPDataList_TtpsToModify)
FunctionDelete a specific flow domain fragment.
ParametersParameter Input/Output Description Value
fdfrName Input The name of the flowdomain fragment tobe deleted.
globaldefs::NamingAttributes_T
tpsToModify Input/Output A list of TPs to apply.On method return thelist is updated toprovide the resultingparameters.
flowDomainFragment::FlowDomainFragment_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone
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4.12.5 performEthernetOAMCommand
Definition
void performEthernetOAMCommand ( inEthernetOAMOperation_T operation,outEthernetLTTestResultList_TltTestResult )raises (globaldefs::Processing-FailureException)
Function
Perform the Ethernet OAM operation.
Parameters
Parameter Input/Output Description Value
operation Input The operation to beperformed
EthernetOAMOperation_T
ltTestResult Output The result ofLinktrace
EthernetLTTestRe-sultList
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
None
4.12.6 NotificationsThe following notifications are supported.
NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_CREATION
Notification oncreating an object
FDFr -
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NotificationName
Description SupportedObjects
Remarks
NT_OBJECT_DELETION
Notification ondeleting an object
FDFr -
NT_ATTRIBUTE_VALUE_CHANGE
Notification on thechange of objectattributes
FDFr -
NT_STATE_CHANGE
Notification on thechange of the objectstate
FDFr FDFr activation anddeactivation
4.13 MaintenanceMgr_I
4.13.1 performMaintenanceOperation
4.13.2 enablePRBSTest
4.13.3 disablePRBSTest
4.13.1 performMaintenanceOperation
Definitionvoid performMaintenanceOperation (in
CurrentMaintenanceOperation_TmaintenanceOperation, inMaintenanceOperationMode_TmaintenanceOperationMode) raises(globaldefs::ProcessingFailureException)
FunctionSet and cancel the maintenance operations of TPs.
ParametersParameter Input/Output Description Value
maintenanceOpera-tion
Input Information on themaintenanceoperation to perform
CurrentMaintenanceOperation_T
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Parameter Input/Output Description Value
maintenanceOpera-tionMode
Input Indicates whether themaintenanceoperation should beoperated or released.
MaintenanceOperationMode_T.Thisfield has two values:MOM_OPERATEMOM_RELEASE
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionsIn the case of the SDH NE, the inloop and outloop for the PTP or CTP can be set or canceled.
In the case of the WDM NE, the loop for the WDM PTP can be set or canceled.
4.13.2 enablePRBSTest
Definitionvoid enablePRBSTest(in
PRBSTestParameterList_T testParaList,out globaldefs::NamingAttributesList_TfailedTPList)raises (globaldefs::Processing-FailureException)
FunctionStart the PRBS test.
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ParametersParameter Input/Output Description Value
testParaList Input List of testingparameters
PRBSTestParameterList_TFor details of theelement model, see"PRBSTestParameter_T".
failedTPList Output List of TPs that failedto be tested
globaldefs::NamingAttributesList_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
RestrictionThe DWDM equipment is not supported.
4.13.3 disablePRBSTest
Definitionvoid disablePRBSTest(in
globaldefs::NamingAttributesList_TtpNameList,outglobaldefs::NamingAttributesList_TfailedTPList)raises (globaldefs::Processing-FailureException)
FunctionStop the PRBS test.
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ParametersParameter Input/Output Description Value
tpNameList Input List of the TPs wherethe tests need to bestopped
globaldefs::NamingAttributesList_T
failedTPList Output List of TPs that failedto be tested
globaldefs::NamingAttributesList_T
Abnormal ValuesAbnormal Value Description
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
Restriction
The DWDM equipment is not supported.
4.14 TCProfileMgr_I
4.14.1 HW_createTCProfile
4.14.2 HW_modifyTCProfile
4.14.3 deleteTCProfile
4.14.4 assignTrafficConditioningProfile
4.14.5 deassignTrafficConditioningProfile
4.14.1 HW_createTCProfile
Definition
void HW_createTCProfile(in HW_TCProfileCreateData_TnewTCProfileCreateData,out HW_TCProfile_T newTCProfile)raises (globaldefs::ProcessingFailureException)
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FunctionCreate the traffic policy profile.
ParametersParameter Input/Output Description Value
newTCProfileCrea-teData
Input Creates data. HW_TCProfileCreateData_T
newTCProfile Output Returnedinformation aboutthe traffic policythat is successfullycreated.
HW_TCProfile_T
Abnormal ValuesAbnormal Value Description
EXCPT_NOT_IMPLEMENTED The value is not supported by the U2000.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionCurrently, the port policy, Ethernet V-UNI ingress and egress policy, PW policy, ATM policy,ATM CoS mapping, and DS domain mapping can be created.
4.14.2 HW_modifyTCProfile
Definitionvoid HW_modifyTCProfile(
in globaldefs::NamingAttributes_TtcProfileName,in HW_TCProfileCreateData_TtcProfileModifyData,out HW_TCProfile_T modifiedTCProfile,out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
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FunctionModify a traffic policy profile.
ParametersParameter Input/Output Description Value
tcProfileName Input Name of a trafficpolicy profile thatneeds to be modified.
globaldefs::NamingAttributes_T
tcProfileModifyData Input Information about atraffic policy profilethat needs to bemodified.
HW_TCProfileCreateData_T
modifiedTCProfile Output Returnedinformation aboutthe traffic policyprofile that issuccessfullymodified.
HW_TCProfile_T
errorReason Output Returned errorinformation.
string
Abnormal ValuesAbnormal Value Description
EXCPT_NOT_IMPLEMENTED The value is not supported by the U2000.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone.
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4.14.3 deleteTCProfile
Definitionvoid deleteTCProfile(
in globaldefs::NamingAttributes_TtcProfileName)raises (globaldefs::ProcessingFailureException)
FunctionDelete a traffic policy profile.
ParametersParameter Input/Output Description Value
tcProfileName Input Name of a trafficpolicy profile to bedeleted.
globaldefs::NamingAttributes_T
Abnormal ValuesAbnormal Value Description
EXCPT_NOT_IMPLEMENTED The value is not supported by the U2000.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionNone.
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4.14.4 assignTrafficConditioningProfile
Definition
void assignTrafficConditioningProfile(in TrafficConditioningProfileAssignList_TresourceList,out TrafficConditioningProfileAssignList_TfailedResourceList)raises (globaldefs::ProcessingFailureException)
Function
Apply a traffic policy profile to an object.
Parameters
Parameter Input/Output Description Value
resourceList Input List of objectswhere the trafficpolicy profile isapplied.
TrafficConditioningProfileAssignList_T
failedResourceList Output Returned list ofobjects where thepolicy fails to beapplied.
TrafficConditioningProfileAssignList_T
Abnormal Values
Abnormal Value Description
EXCPT_NOT_IMPLEMENTED The value is not supported by the U2000.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
Currently, the port policy and DS domain mapping are supported.
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4.14.5 deassignTrafficConditioningProfile
Definition
void deassignTrafficConditioningProfile(in TrafficConditioningProfileDeassignList_TresourceList,outTrafficConditioningProfileDeassignList_TfailedResourceList)raises (globaldefs::ProcessingFailureException)
Function
Deassign a traffic policy profile from an object.
Parameters
Parameter Input/Output Description Value
resourceList Input List of objectswhere policies aredeassigned.
TrafficConditioningProfileDeassignList_T
failedResourceList Output Returned list ofobjects where thepolicies fail to bedeassigned.
TrafficConditioningProfileDeassignList_T
Abnormal Values
Abnormal Value Description
EXCPT_NOT_IMPLEMENTED The value is not supported by the U2000.
EXCPT_INVALID_INPUT Invalid input.
EXCPT_ENTITY_NOT_FOUND The input object does not exist.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
Currently, the port policy and DS domain mapping are supported.
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4.15 Session_I
4.15.1 ping
4.15.2 endSession
4.15.1 ping
Definitionvoid ping ()
FunctionCheck whether the communication is normal.
ParameterNone
Abnormal ValueNone
RestrictionNone
4.15.2 endSession
Definitionvoid endSession()
FunctionEnd the session connection.
ParameterNone
Abnormal ValueNone
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RestrictionNone
4.16 HW_securityMgr_I4.16.1 modifyPassword
4.16.1 modifyPassword
Definitionvoid modifyPassword(in string userName,in
string oldPassword,in string newPassword)raises(globaldefs::ProcessingFailureExcep-tion)
FunctionModify the password of the CORBA user that has logged in currently.
ParametersParameter Input/Output Description Value
userName Input Name of the CORBAuser that has loggedin currently
string
oldPassword Input Old password. string
newPassword Input New password. string
Abnormal ValueNone
RestrictionNone
4.17 HW_VPNMgr_I4.17.1 createMFDFr
4.17.2 deleteMFDFr
4.17.3 activateMFDFr
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4.17.4 deactivateMFDFr
4.17.5 modifyMFDFr
4.17.6 createTrafficTrunk
4.17.7 deleteTrafficTrunk
4.17.8 activateTrafficTrunk
4.17.9 deactivateTrafficTrunk
4.17.10 modifyTrafficTrunk
4.17.11 createIPCrossConnections
4.17.12 deleteIPCrossConnections
4.17.13 activateIPCrossConnections
4.17.14 deactivateIPCrossConnections
4.17.15 modifyIPCrossConnection
4.17.1 createMFDFr
Definition
void createMFDFr(inMatrixFlowDomainFragment_TcreateData,inoutsubnetworkConnection::TPDataList_TtpsToModify,outMatrixFlowDomainFragment_TtheMFDFr,outglobaldefs::NamingAttributesList_TnotConnectableCPTPList, outglobaldefs::NamingAttributesList_TparameterProblemsTPList, out stringerrorReason) raises (globaldefs::Processing-FailureException)
Function
Create an MFDFr.
Parameters
Parameter Input/Output Description Value
createData Input Data of the MFDFr tobe created
MatrixFlowDomainFragment_T
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Parameter Input/Output Description Value
tpsToModify Input/Output TP list to be updated(the updated TP listin the output)
subnetworkConnection::TPDataList_T
theMFDFr Output Created MFDFr MatrixFlowDomainFragment_T
notConnecta-bleCPTPList
Output List of objects thatcannot be connectedwhen the MFDFr iscreated
globaldefs::NamingAttributesList_T
parameterPro-blemsTPList
Output List of TPs at thesource and sink endswhere the MFDFrfails to be created
globaldefs::NamingAttributesList_T
errorReason Output Error cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe following services can be created:l ATM emulation service
l TDM emulation service
l EPL service
l EPLn service
The tpsToModify and notConnectableCPTPList parameters are not supported.
4.17.2 deleteMFDFr
Definitionvoid deleteMFDFr(in
globaldefs::NamingAttributes_TmfdfrName)raises (globaldefs::Processing-FailureException)
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FunctionDelete a specified MFDFr.
ParametersParameter Input/Output Description Value
mfdfrName Input Name of the MFDFrto be deleted
globaldefs::NamingAttributes_T
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe ATM emulation, TDM emulation, EPL, EPLn services are supported.
4.17.3 activateMFDFr
Definitionvoid activateMFDFr(in
globaldefs::NamingAttributes_TmfdfrName,inoutsubnetworkConnection::TPDataList_TtpsToModify,outMatrixFlowDomainFragment_TtheMFDFr,out string errorReason)raises(globaldefs::ProcessingFailureException)
FunctionActivates a specified MFDFr.
ParametersParameter Input/Output Description Value
mfdfrName Input Name of the MFDFrto be activated
globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
tpsToModify Input or output TP data to bemodified
subnetworkConnection::TPDataList_T
theMFDFr Output MFDFr object that isin the activated state
MatrixFlowDomainFragment_T
errorReason Output Failure cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe tpsToModify is not supported.
The ATM emulation, TDM emulation, EPL, EPLn services are supported.
4.17.4 deactivateMFDFr
Definitionvoid deactivateMFDFr(in
globaldefs::NamingAttributes_TmfdfrName,inoutsubnetworkConnection::TPDataList_TtpsToModify,outMatrixFlowDomainFragment_TtheMFDFr,out string errorReason)raises(globaldefs::ProcessingFailureException)
FunctionDeactivate a specified MFDFr.
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Parameters
Parameter Input/Output Description Value
mfdfrName Input Name of the MFDFrto be deactivated
globaldefs::NamingAttributes_T
tpsToModify Input or output TP data to bemodified
subnetworkConnection::TPDataList_T
theMFDFr Output MFDFr object that isin the deactivatedstate
MatrixFlowDomainFragment_T
errorReason Output Failure cause string
Abnormal Values
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The tpsToModify is not supported.
The ATM emulation, TDM emulation, EPL, EPLn services are supported.
4.17.5 modifyMFDFr
Definition
void modifyMFDFr(inglobaldefs::NamingAttributes_TmfdfrName, in MFDFrModifyData_TmodifyData, outMatrixFlowDomainFragment_TtheMFDFr, outglobaldefs::NamingAttributesList_TnotConnectableCPTPList, outglobaldefs::NamingAttributesList_TparameterProblemsTPList, out stringerrorReason) raises (globaldefs::Processing-FailureException)
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FunctionModify a specified MFDFr.
ParametersParameter Input/Output Description Value
mfdfrName Input Name of the MFDFrto be modified
globaldefs::NamingAttributes_T
modifyData Input Data to be modified MFDFrModifyData_T
theMFDFr Output Modified MFDFrobject
MatrixFlowDomainFragment_T
notConnecta-bleCPTPList
Output Object list that failsto be connectedduring themodification
globaldefs::NamingAttributesList_T
parameterPro-blemsTPList
Output TP lists that fail to bemodified at thesource and sink ends
globaldefs::NamingAttributesList_T
errorReason Output Failure cause string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe notConnectableCPTPList is not supported.
The ATM emulation, TDM emulation, EPL, EPLn services are supported.
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4.17.6 createTrafficTrunk
Definitionvoid createTrafficTrunk(in
TrafficTrunkCreateData_T createData,out TrafficTrunk_T theTrafficTrunk , outstring errorReason)raises(globaldefs::Proc-essingFailureException)
FunctionCreate a traffic trunk.
ParametersParameter Input/Output Description Value
createData Input Traffic trunk to becreated
TrafficTrunkCreateData_T
theTrafficTrunk Output New traffic trunk TrafficTrunk_T
errorReason Output Error reason string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe dynamic RSVP tunnel and the IP tunnel are supported.
4.17.7 deleteTrafficTrunk
Definitionvoid deleteTrafficTrunk(in
globaldefs::NamingAttributes_TtrafficTrunkName)raises(globaldefs::Proc-essingFailureException)
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Function
Delete the specified traffic trunk.
Parameters
Parameter Input/Output Description Value
trafficTrunkName Input Name of the traffictrunk to be deleted.
globaldefs::NamingAttributes_T
Abnormal Value
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The dynamic RSVP tunnel and IP tunnel are supported.
4.17.8 activateTrafficTrunk
Definition
void activateTrafficTrunk(inglobaldefs::NamingAttributes_TtrafficTrunkName, out TrafficTrunk_TtheTrafficTrunk, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
Function
Activate the specified traffic trunk.
Parameters
Parameter Input/Output Description Value
trafficTrunkName Input Name of the traffictrunk to be activated
globaldefs::NamingAttributes_T
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Parameter Input/Output Description Value
theTrafficTrunk Output Traffic trunkinformation afteractivation
TrafficTrunk_T
errorReason Output Error reason string
Abnormal ValuesAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The dynamic RSVP tunnel and IP tunnel are supported.
4.17.9 deactivateTrafficTrunk
Definition
void deactivateTrafficTrunk(inglobaldefs::NamingAttributes_TtrafficTrunkName, out TrafficTrunk_TtheTrafficTrunk, out string errorReason)raises (globaldefs::ProcessingFailureExcep-tion)
Function
Deactivate the specified traffic trunk.
ParametersParameter Input/Output Description Value
trafficTrunkName Input Name of the traffictrunk to bedeactivated
globaldefs::NamingAttributes_T
theTrafficTrunk Output Traffic trunkinformation afterdeactivation
TrafficTrunk_T
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Parameter Input/Output Description Value
errorReason Output Error reason string
Abnormal Value
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The dynamic RSVP tunnel and IP tunnel are supported.
4.17.10 modifyTrafficTrunk
Definition
void modifyTrafficTrunk( inglobaldefs::NamingAttributes_TtrafficTrunkName, inTrafficTrunkModifyData_T modifyData,out TrafficTrunk_T newTrafficTrunk, outstring errorReason) raises(globaldefs::Proc-essingFailureException)
Function
Modify the specified traffic trunk.
Parameters
Parameter Input/Output Description Value
trafficTrunkName Input Name of the traffictrunk to be modified
globaldefs::NamingAttributes_T
modifyData Input Traffic trunk to bemodified
TrafficTrunkModifyData_T
theTrafficTrunk Output Traffic trunkinformation aftermodification
TrafficTrunk_T
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Parameter Input/Output Description Value
errorReason Output Error reason string
Abnormal ValueAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe dynamic RSVP tunnel and IP tunnel are supported.
4.17.11 createIPCrossConnections
Definitionvoid createIPCrossConnections( in
IPCrossConnectionList_T ipCCList, outIPCrossConnectionList_T successedIPC-CList, out IPCrossConnectionList_TfailedIPCCList )raises(globaldefs::Proces-singFailureException)
FunctionCreate an IP cross-connection.
ParametersParameter Input/Output Description Value
ipCCList Input List of IP cross-connections to becreated
IPCrossConnectionList_T
successedIPCCList Output List of IP cross-connections that aresuccessfully created
IPCrossConnectionList_T
failedIPCCList Output List of IP cross-connections that failto be created
IPCrossConnectionList_T
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Abnormal ValueAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe static tunnel and PW switch are supported.
4.17.12 deleteIPCrossConnections
Definitionvoid deleteIPCrossConnections(in
globaldefs::NamingAttributesList_TipCCNameList, outglobaldefs::NamingAttributesList_TsuccessedIPCCNameList, outglobaldefs::NamingAttributesList_TfailedIPCCNameList ) raises(globaldefs::ProcessingFailureException)
FunctionDelete an IP cross-connection.
ParametersParameter Input/Output Description Value
ipCCNameList Input List of IP cross-connections to bedeleted
globaldefs::NamingAttributesList_T
successedIPCC-NameList
Output List of IP cross-connections that aresuccessfully deleted
globaldefs::NamingAttributesList_T
failedIPCCNameL-ist
Output List of IP cross-connections that failto be deleted
globaldefs::NamingAttributesList_T
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Abnormal ValueAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe static tunnel and PW switch are supported.
4.17.13 activateIPCrossConnections
Definitionvoid activateIPCrossConnections(in
globaldefs::NamingAttributesList_TipCCNameList, outglobaldefs::NamingAttributesList_TsuccessedIPCCNameList, outglobaldefs::NamingAttributesList_TfailedIPCCNameList, out stringerrorReason)raises (globaldefs::Processing-FailureException)
FunctionActivate an IP cross-connection.
ParametersParameter Input/Output Description Value
ipCCNameList Input List of IP cross-connections to beactivated
globaldefs::NamingAttributesList_T
successedIPCC-NameList
Output List of IP cross-connections that aresuccessfullyactivated
globaldefs::NamingAttributesList_T
failedIPCCNameL-ist
Output List of IP cross-connections that failto be activated
globaldefs::NamingAttributesList_T
errorReason Output Error reason string
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Abnormal ValueAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe static tunnel and PW switch are supported.
4.17.14 deactivateIPCrossConnections
Definitionvoid deactivateIPCrossConnections(in
globaldefs::NamingAttributesList_TipCCNameList, outglobaldefs::NamingAttributesList_TsuccessedIPCCNameList, outglobaldefs::NamingAttributesList_TfailedIPCCNameList, out stringerrorReason)raises (globaldefs::Processing-FailureException)
FunctionDeactivate an IP cross-connection.
ParametersParameter Input/Output Description Value
ipCCNameList Input List of IP cross-connections to bedeactivated
globaldefs::NamingAttributesList_T
successedIPCC-NameList
Output List of IP cross-connections that aresuccessfullydeactivated
globaldefs::NamingAttributesList_T
failedIPCCNameL-ist
Output List of IP cross-connections that failto be deactivated
globaldefs::NamingAttributesList_T
errorReason Output Error reason string
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Abnormal Value
Abnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
Restriction
The static tunnel and PW switch are supported.
4.17.15 modifyIPCrossConnection
Definition
void modifyIPCrossConnection(inglobaldefs::NamingAttributes_TipCCName, intransmissionParameters::LayeredParameters_T transmissionParams, outIPCrossConnection_T newIPCC, outstring errorReason)raises(globaldefs::Proc-essingFailureException)
Function
Modify an IP cross-connection.
Parameters
Parameter Input/Output Description Value
ipCCName Input Name of the IP cross-connection to bemodified.
globaldefs::NamingAttributesList_T
transmissionParams Input The attributes to bemodified.
transmissionParameters::LayeredParameters_T
newIPCC Output Information aboutthe IP cross-connection aftermodification.
IPCrossConnection_T
errorReason Output Error reason string
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Abnormal ValueAbnormal Value Description
EXCPT_INVALID_INPUT Invalid input.
EXCPT_INTERNAL_ERROR An error of the U2000 occurs during theprocessing.
RestrictionThe static tunnel and PW switch are supported.
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A Object Naming Rules
This chapter lists the naming rules for various objects in the U2000 CORBA interface. Thenaming rules are in accordance with the TMF recommendations.
The objects contain the following:
A.1 EMS
A.2 Subnetwork
A.3 TopoSubnetwork
A.4 ProtectionSubnetwork
A.5 SubnetworkConnection
A.6 ManagedElement
A.7 TopologicalLink
A.8 EPGP
A.9 PTP
A.10 FTP
A.11 CTP
A.12 TrafficDescriptor
A.13 EquipmentHolder
A.14 Equipment
A.15 ProtectionGroup
A.16 WDM ProtectionGroup
A.17 VirtualBridge
A.18 VLAN
A.19 Ethernet Service
A.20 ATM Service
A.21 ATM ProtectGroup
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A.22 QoS Rule
A.23 Flow
A.24 Flow Domain
A.25 FlowDomainFragment
A.26 EncapsulationLayerLink
A.27 LinkAggregationGroup
A.28 RPRNode
A.29 Routing Area
A.30 SNPPLink
A.31 MatrixFlowDomainFragment
A.32 TrafficTrunk
A.33 IPCrossConnection
A.34 tcProfileName
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A.1 EMS
Table A-1 EMS
Object name EMS
Naming rule in TMF name="EMS"; value="CompanyName/EMSname"
Naming example name="EMS"; value="Huawei/U2000"
Remarks If it is necessary to manage several iManagerU2000s at the same time, modify the U2000names through the NMS Maintenance Suiteto ensure that each U2000 name is unique inthe NMS management domain. For thedetails, refer to "Configuring the CORBANBI" in iManager U2000 NorthboundCORBA Interface User Guide.
A.2 Subnetwork
Table A-2 Subnetwork
Object name Subnetwork
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="MultiLayerSubnetwork";value="SubnetworkName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="MultiLayerSubnetwork";value="1"
Remarks Currently the MultiLayerSubnetwork vlue isalways 1..
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A.3 TopoSubnetwork
Table A-3 TopoSubnetwork
Object name TopoSubnetwork
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="TopoSubnetwork"; value="TopoSubnetwork Name"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="TopoSubnetwork"; value="1"
Remarks
A.4 ProtectionSubnetwork
Table A-4 ProtectionSubnetwork
Object name ProtectionSubnetwork
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ProtectionSubnetwork";value="ProtectionSubnetworkName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ProtectionSubnetwork ";value="48"
Remarks
A.5 SubnetworkConnection
Table A-5 SubnetworkConnection
Object name SubnetworkConnection
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="MultiLayerSubnetwork";value="SubnetworkName"3.name="SubnetworkConnection";value="SubnetworkConnectionName"
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Object name SubnetworkConnection
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="MultiLayerSubnetwork";value="1"3.name="SubnetworkConnection";value="2008-10-12 02:17:58 - 286 -wdm "
Remarks Currently the MultiLayerSubnetwork vlue isalways 1.
A.6 ManagedElement
Table A-6 ManagedElement
Object name ManagedElement
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"
Remarks
A.7 TopologicalLink
Table A-7 TopologicalLink
Object name TopologicalLink
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="TopologicalLink";value="TopologicalLinkName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="TopologicalLink";value="2008-10-17 19:02:47 - 9"
Remarks
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A.8 EPGP
Table A-8 EPGP
Object name EPGP
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name=" EPGP"; value=" EPGPName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="EPGP"; value="589825/1/2/1"
Remarks As for the EPGP value "589825/1/2/1","589825" represents NE ID. The following"1" represents the Subrack ID. "2" representsthe EPGP ID. The last "1" represents theextended ID.
A.9 PTP
Table A-9 PTP
Object Name PTP
TMF-recommended rules fornaming parameters
1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement"; value="ManagedElement-Name"3.name="PTP"; value="PTPName"
Examples of the parameternames of U2000 CORBANBIs
SDH 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="589825"3.name="PTP"; value="/rack=1/shelf=1/slot=5/domain=sdh/port=2"
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Object Name PTP
WDM 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="33554433"3.name="PTP"; value="/rack=1/shelf=590225/slot=8/domain=wdm/port=3"
MSTP 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="589825"3.name="PTP"; value="/rack=1/shelf=1/slot=5/domain=eth/type=mp/port=1"
RTN 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="3554433"3.name="PTP"; value="/rack=1/shelf=1/slot=8/domain=rtn/port=1"
PTN 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="3145433"3.name="PTP"; value="/rack=1/shelf=1/slot=5/domain=ptn/type=physical/port=1"
Remarks For the rules of naming the rack or shelf in a PTP name, seeA.13 EquipmentHolder.
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Object Name PTP
MSTP In the case of the PTP in theMSTP domain, the port typecan be:1. Ethernet domain (in thiscase, domain=eth)mac: external Ethernet port.mp: internal Ethernet port(VCTRUNK port).rpr: resilient packet ring(RPR) Ethernet port.lp: VB logical port. Forexample, value="/rack=1/shelf=1/slot=5/domain=eth/type=lp/vb=1/port=1" for aPTP.2. ATM domain (in this case,domain=atm)atm: external ATM port.atmtrunk: internal ATMport.
A.10 FTP
Table A-10 FTP
Object name FTP
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement"; value="ManagedElement-Name"3.name="FTP"; value="FTPName"
Naming example WDM 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="33554433"3.name="FTP"; value="/rack=1/shelf=590225/slot=8/domain=wdm/port=201"
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Object name FTP
PTN 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="3145433"3.name="FTP"; value="/rack=1/shelf=1/domain=ptn/type=mp/port=1"
Remarks For naming rules for the rack, shelf in a FTP name, refer tosection A.13 EquipmentHolder.
PTN In the case of the FTP in thePTN domain, the port typecan be any of the following:mp: MP groupethtrunk: link aggregationgroup (LAG)EoA: virtual Ethernet portbased on the ATM portEoVLAN: VLAN subportEoATM: virtual Ethernetport based on the DSL port(ATM bound group)EoEFM: virtual Ethernet portbased on the DSL port (EFMbound group)serial: logical serial portima: ATM IMA group
A.11 CTP
Table A-11 CTP
Object name CTP
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement"; value="ManagedElement-Name"3.name="PTP"; value="PTPName"4.name="CTP"; value="CTPName"
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Object name CTP
Naming example SDH 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="589825"3.name="PTP"; value="/rack=1/shelf=1/slot=5/domain=sdh/port=2"4.name="CTP"; value="/sts3c_au4-j=1/vt2_tu12-k=1-l=3-m=2"
WDM 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value= "33554433"3.name= "PTP"; value="/rack=1/shelf=590224/slot=2/domain=wdm/port=1"4.name="CTP"; value="/och=1/dsr=2"
OTN 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value= "33554433"3.name= "PTP"; value="/rack=1/shelf=590224/slot=2/domain=wdm/port=1"4.name="CTP"; value="/och=1/otu3=1/odu3=1/dsr=1"
MSTP 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="590174"3.name="PTP"; value="/rack=1/shelf=1/slot=4/domain=eth/type=mac/port=1"4.name="CTP"; value="/tunnellabel=16/vclabel=0"
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Object name CTP
Remarks SDH 1.For the VC3 CTP, the nameformat is: value="/sts3c_au4-j=1/tu3_vc3-k=2".2. For the VC4 CTP, thename format is:value="/sts3c_au4-j=3".The VC2 CTP is notsupported.3. For the E4 level CTPincluded in PDH port, thename format is: value="/sts3c_au4=1".4. For the E3 level CTPincluded in PDH port, thename format is:value=" /tu3_vc3=1".5. For the E1 level CTPincluded in PDH port, thename format is: value="/vt2_tu12=1".
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Object name CTP
WDM According to the actualscenario, the WDM CTP hasthe following six formats.1.name="CTP"; value="/dsr=1"Scenario: the client-sideinterface of the serviceconvergence board andbidirectional wavelengthconversion board2. name="CTP"; value="/dsr=1/och=1"Scenario: unidirectionalwavelength conversion boardonly3. name="CTP"; value="/och=1/dsr=1"Scenario: line-side interfaceof the service convergenceboard4. name="CTP"; value="/och=1"Scenario: line-side interfaceof the service convergenceboard and bidirectionalwavelength conversion board5. name="CTP"; value="/oms=1"Scenario: line-side interfaceof the multiplex board,demultiplex board and add/drop multiplexing board6.name="CTP"; value="/os=1"Scenario: optical amplifierboard, optical attenuationboard and optical lineprotection (OLP) board
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Object name CTP
OTN According to the actualscenario, OTN CTP has thefollowing several formats:1.name="CTP"; value="/otu3=1"client-side interfaceof wavelength conversionboard2.name="CTP"; value="/odu2=1/otu2=1/och=1"unidirectional wavelengthconversion board3. name="CTP"; value="/och=1/otu2=1/odu2=1/dsr=1" line-side interfacebidirectional wavelengthconversion board4. name="CTP"; value="/fragment=1/odu1=1"inverted virtualConcatenation on OTN board
MSTP The Ethernet CTP is dividedby adding labels of flowpoints to the PTP. The labelsare in the following fourformats.1. For the MPLS port, theformat is: name="CTP";value="/tunnellabel=16/vclabel=0".The tunnellabel cannot be"0".2. For common ports, theformat is: name="CTP";value="/ethvid=0".ethvid=0: exclusivevlanid > 0 vlan: shared3. For the QinQ port, theformat is: name="CTP";value="/ethcvid=2/ethsvid=1".4. For QinQ services basedon port transparenttransmission, the format is:name="CTP"; value="/eth=1".
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A.12 TrafficDescriptor
Table A-12 TrafficDescriptor
Object name TrafficDescriptor
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="TrafficDescriptor";value="TrafficDescriptorName"
Naming example 1.name="EMS"; value="Huawei /U2000"2.name="ManagedElement";value="589825"3.name="TrafficDescriptor"; value="101"
Remarks According to the name of TrafiicDescriptor,you can locate the next traffic descriptor in anNE.
A.13 EquipmentHolder
Table A-13 EquipmentHolder
Object name EquipmentHolder
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement"; value="ManagedElement-Name"3.name="EquipmentHolder"; value="EquipmentHolder-Name"
Naming example SDH NE 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="589825"3.name="EquipmentHold-er"; value="/rack=1/shelf=1/slot=5"
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Object name EquipmentHolder
DWDM NE 1.name="EMS";value="Huawei/U2000"2.name="ManagedEle-ment"; value="33554433"3.name="EquipmentHold-er"; value="/rack=1/shelf=590225/slot=1"
Remarks Currently, the U2000 CORBA interface supports three typesof EquipmentHolder objects: rack, shelf, slot, and subslot.Subshelf is not supported.
A.14 Equipment
Table A-14 Equipment
Object name Equipment
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="EquipmentHolder";value="EquipmentHolderName"4.name="Equipment"; value="Equipment-Name"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="EquipmentHolder"; value="/rack=1/shelf=1/slot=5"4.name="Equipment"; value="1"
Remarks
A.15 ProtectionGroup
Table A-15 ProtectionGroup
Object name ProtectionGroup
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Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="PGP"; value="ProtectionGroup-Name"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="PGP"; value="1/5/2"
Remarks
A.16 WDM ProtectionGroup
Table A-16 WDM ProtectionGroup
Object name WDM ProtectionGroup
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="WDMPG";value="WDMPGName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="33554433"3.name="WDMPG"; value="/pgtype=1/shelf=590004/pgID=1"
Remarks
A.17 VirtualBridge
Table A-17 VirtualBridge
Object name VirtualBridge
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Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="vb"; value="VBName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="vb"; value="/rack=1/shelf=1/slot=2/vb=1"
Remarks
A.18 VLAN
Table A-18 VLAN
Object name VLAN
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="vlan"; value="VlanName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="vlan"; value="/rack=1/shelf=1/slot=2/vb=1/vlan=1"
Remarks
A.19 Ethernet Service
Table A-19 Ethernet Service
Object name ETH Service
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Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="EthService"; value="EthService-Name"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="EthService"; value="1/4/1/2"
Remarks
A.20 ATM Service
Table A-20 ATM Service
Object name ATM Service
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="AtmService"; value="ATMServi-ceName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="AtmService"; value="1"
Remarks
A.21 ATM ProtectGroup
Table A-21 ATM ProtectGroup
Object name ATM ProtectGroup
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="AtmPG"; value="ATMPGName"
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Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="AtmPG"; value="1"
Remarks
A.22 QoS Rule
Table A-22 QoS Rule
Object name QoS
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="QosRule"; value="QosName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="QosRule"; value="/rack=1/shelf=1/slot=1/qostype=car/qos=1"
Remarks
A.23 Flow
Table A-23 Flow
Object name Flow
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="Flow"; value="FlowName "
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="589825"3.name="Flow"; value="/rack=1/shelf=1/slot=1/flow=1"
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Remarks
A.24 Flow Domain
Table A-24 Flow Domain
Object name FlowDomain
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="Flowdomain"; value="FlowDo-mainName "
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="Flowdomain"; value="1"
Remarks Currently there is only one flow domain in theU2000.
A.25 FlowDomainFragment
Table A-25 FlowDomainFragment
Object name FlowDomainFragment
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="Flowdomain"; value="FlowdomainName"3.name="FlowdomainFragment ";value="FlowdomainFragmentName "
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="Flowdomain"; value="1"3.name="FlowdomainFragment";value="2005-12-22 16:46:07 - 54 -eth"
Remarks
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A.26 EncapsulationLayerLink
Table A-26 EncapsulationLayerLink
Object name EncapsulationLayerLink
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="EncapsulationLayerLink ";value="EncapsulationLayerLinkName "
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="EncapsulationLayerLink";value="2005-12-22 16:59:35 - 1770 -eth"
Remarks
A.27 LinkAggregationGroup
Table A-27 LinkAggregationGroup
Object name LinkAggregationGroup
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name="LAG"; value="LAGName"
Naming example 1.name "EMS"; value="Huawei/U2000"2.name" ManagedElement";value="590174"3.name "LAG"; value="262145"
Remarks
A.28 RPRNode
Table A-28 RPRNode
Object name RPRNode
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Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="ManagedElement";value="ManagedElementName"3.name=" RPRNode"; value="RPRNodeName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="590174"3.name="RPRNode"; value=" /rack=1/shelf=1/slot=5/node=1"
Remarks
A.29 Routing Area
Table A-29 Routing Area
Object name RoutingArea
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="RoutingArea"; value="RoutingAr-eaName"
Naming example 1.name="EMS"; value="Huawei/U2000"2.name="RoutingArea"; value="1"
Remarks
A.30 SNPPLink
Table A-30 SNPPLink
Object name SNPPLink
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="RoutingArea"; value="RoutingAr-eaName"3.name="SnppLink"; value="SnppLin-kName "
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Naming example 1.name="EMS"; value="Huawei/U2000"2.name="RoutingArea"; value="1"3.name="SnppLink";value="3145745-1811939330-3145747-1811939329"
Remarks
A.31 MatrixFlowDomainFragmentObject Name MatrixFlowDomainFragment
Naming rule in TMF 1.name="EMS"; value="CompanyName/EMSname"2.name="Flowdomain"; value="FlowdomainName"3.name="MatrixFlowdomainFragment ";value="MatrixFlowdomainFragmentName "
Naming example of parameters in U2000CORBA interface
1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="3145734"3.name="MatrixFlowdomainFragment";value="VSI=348|"
Remarks
A.32 TrafficTrunkObject Name TrafficTrunk
Naming rule in TMF None.
Naming example of parameters in U2000CORBA interface
1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="3145763"3.name="TrafficTrunk";value="TUNNEL=1|4|1.0.0.1|1.1.4.8|3||1||"
Remarks
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A.33 IPCrossConnectionObject Name IPCrossConnection
Naming rule in TMF None.
Naming example of parameters in U2000CORBA interface
1.name="EMS"; value="Huawei/U2000"2.name="ManagedElement";value="3145787"3.name="IPCrossConnection";value="PWSW=120|||||||||"
Remarks
A.34 tcProfileNameObject Name tcProfileName
Naming rule in TMF None.
Naming example of parameters in U2000CORBA interface
1.name="EMS"; value="Huawei/U2000"2.name="TCPROFILE"; value="/type=ATM/devtype=0/name=10"
Remarks
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B AdditionalInfo Description
This chapter describes the usage of additional fields in each functional module of the U2000CORBA interface.
The additional fields, consisting of additionalInfo and additionalCreationInfo, have thefollowing types:
B.1 ManagedElement_T
B.2 TerminationPoint_T
B.3 Equipment_T
B.4 SubnetworkConnection_T
B.5 SNCCreateData_T
B.6 SNCModifyData_T
B.7 CrossConnect_T
B.8 HW_EthService_T
B.9 TrafficDescriptor_T
B.10 EthernetOAMOperation_T
B.11 ELLinkCreateData_T
B.12 FDFrCreateData_T
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B.1 ManagedElement_T
Table B-1 ManagedElement_T
Field name Meaning Value Remarks
PhyInfo The equipment roomthat the NE resides
FREE STRING An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
GateWay The NE-relatedgateway IP address
FIXED STRING,For example:590175/127.0.0.1(The first field is theNE-related GNE IDand the second fieldis the NE-relatedgateway IP address)
An ONE does nothave this field, thecorrespondinginformation will bereported to theadditional field ofequipment holder.
AlarmSeverity The alarm of thecurrently highestseverity on the NE
FIXED STRINGValue range:"PS_CRITICAL","PS_MAJOR","PS_MINOR","PS_WARNING","PS_INDETERMI-NATE","PS_CLEARED"
ShelfType The type of the Shelf FIXED STRINGFor example, "ST_TYPE1"
An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
PreConfig The pre-configinformation of NE
FIXED STRINGValue range:"0","1"
An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
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Field name Meaning Value Remarks
Vendor The name of theequipment supplier
FIXED STRING,The value is"HUAWEITECHNOLOGIESCO., LTD"
An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
MaxTransferRate The maximumtransmission rate
FIXED STRING,Value range:"155M","622M","2.5G","10G","40G","160G","UNKNOWN"
An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
Subnetwork The identifier of theaffiliated subnet
FIXED STRING,The value is"SubnetWork_1"
An ONE does nothave this field, andthe correspondinginformation will bereported to theadditional field ofequipment holder.
PSNName The protectionsubnet that an NEbelongs to
FREE STRING This field isunavailable for anoptical NE.
SupportFEC FEC attribute of theport
FIXED STRINGThe value can be:"TRUE""FALSE"
This field is notavailable if the port isa non-WDM port.
B.2 TerminationPoint_T
Table B-2 TerminationPoint_T
Field name Meaning Value Remarks
ServiceLoadFlag Service loading flag FIXED STRINGValue range:"0", unloaded"1", loaded
Applied to thetributary port
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B.3 Equipment_T
Table B-3 Equipment_T
Field name Meaning Value Remarks
AlarmSeverity The alarm of thecurrently highestseverity on theequipment
FIXED STRING,Value range:"PS_CRITICAL","PS_MAJOR","PS_MINOR","PS_WARNING","PS_INDETERMI-NATE","PS_CLEARED"
HardwareVersion The informationabout the version ofthe hardware
FIXED STRING This information isavailable for certainequipment.
Port_XX_SFP The port SFPinformation. XXindicates the portnumber.
FREE STRING The port SFPinformation.
B.4 SubnetworkConnection_T
Table B-4 SubnetworkConnection_T
Field name Meaning Value Remarks
LSPType LSP type FIXED STRINGValue range:"LSP", normal LSP"FA_LSP", serverLSP
Only applied tointelligent SNCs
RelatedLsp Associated LSP FIXED STRING Only applied tointelligent SNCs
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Field name Meaning Value Remarks
RevertiveMode Revertive mode FIXED STRINGValue range:"Revertive",revertive reroute"Non-Revertive",non-revertive reroute
Only applied to theintelligent SNCwhich is notunprotected oradditional service.
B.5 SNCCreateData_T
Table B-5 SNCCreateData_T
Field name Meaning Value Remarks
BundledSNC Flag of the activetrail
FREE STRINGWhen apreconfigured trail isbeing created, thisfield is to flag theactive trail.
Required whencreatingpreconfigured trails
Prefab Whether the trail ispreconfigured or not
FIXED STRINGValue range:"true", preconfiguredtrail"false", non-preconfigured trail
LSPType The LSP type FIXED STRINGValue range:"LSP", normal LSP"FA_LSP", serverLSP
A1_Timeslot The source timeslot FREE STRINGThe value is thespecified timeslotnumber [1-63] whencreating trails.
Only applied whencreating an SNC thatis not all-routeconverged and thelower order timeslotsare not specified inthe CTP information.
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Field name Meaning Value Remarks
Z1_Timeslot The sink timeslot FREE STRINGThe value is thespecified timeslotnumber [1-63] whencreating trails.
Only applied whencreating an SNC thatis not all-routeconverged and thelower order timeslotsare not specified inthe CTP information.
Region The specified type ofthe trail to be created
FIXED STRINGThe value is fixed asSONET. That is, thetrail to be created isof the OC type.
This field is requiredwhen trails of theOC3, OC-12, OC-48,OC-192, andOC-768 types arecreated. The rate of aclient WDM trail ofthe OC type is thesame as the rate of atrail of the STM type.Therefore, this fieldis used to identifythat the trail to becreated is of the OCtype.
ODU2Rate Specified rate levelof the ODU2 trail tobe created
FIXED STRINGThe value can be"ODU2E" or"ODU2".
This field is requiredonly when the ODU2trail is created,because there areODU2 trails of tworate levels in Huawei.
B.6 SNCModifyData_T
Table B-6 SNCModifyData_T
Field name Meaning Value Remarks
RevertiveMode Revertive mode FIXED STRINGValue range:"Revertive",revertive reroute"Non-Revertive",non-revertive reroute
Only applied to theintelligent SNCwhich is notunprotected oradditional service.
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Field name Meaning Value Remarks
ReroutePriority The priority ofrerouting LSP
FIXED STRINGValue range:"Low", low priorityof reroute"High", high priorityof reroute
Only applied tointelligent SNCs
B.7 CrossConnect_T
Table B-7 CrossConnect_T
Field name Meaning Value Remarks
Direction Whether the cross-connection is usedfor the positive SDHtrail or the negativeSDH trail.
FIXED STRINGValue range:"Reverse", for thenegative SDH trail"Obverse", for thepositive SDH trail
ProtectionRole The role of the cross-connection
FIXED STRINGValue range:"Work", for working"Protection", forprotection
Mainly used todistinguish theworking route andprotection routewhen creating an allroute trail
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Field name Meaning Value Remarks
ClientType The service type ofWDM electricalcross-connection.
FIXED STRINGValue range:"SDH","SONET","GBE(GFP-T)","GBE","10GBE(LAN) ","10GBE(WAN)","10GBE","FC","FC(Slice)","ESCON","FICON","FICON(Slice)","FICON(Slice)","ODU","OTU","OUT(5G)","FE","HDTV","DVB","DVB-SDI","FDDI","HYBRID","ISC","INFINIBAND","CPRI","ETR"
Used in WDMelectrical cross-connection.
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Field name Meaning Value Remarks
ClientRate The service rate ofWDM electricalcross-connection
FIXED STRING
Value range:
IL_Optical_STM1155
IL_Optical_STM2311
IL_Optical_STM4622
IL_Optical_STM81250
IL_Optical_STM162500
IL_Optical_STM6410000
IL_Optical_STM25640000
IL_SAN_OC3155
IL_SAN_OC12622
IL_SAN_OC482500
IL_SAN_OC19210000
IL_SAN_OC76840000
IL_WDM_GEGFPT1250
IL_SAN_GE1250
IL_ETH_10GE_LAN10000
IL_ETH_10GE_WAN10000
IL_SAN_10GE10000
IL_SAN_FC_25266
IL_SAN_FC_50531
IL_SAN_FC_1001062
IL_SAN_FC_2002124
IL_SAN_FC_4004248
IL_SAN_FC_8008500
Used in WDMelectrical cross-connection.The integer entered isrepresents the servicerate.
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Field name Meaning Value Remarks
IL_SAN_FC_100010000IL_SAN_FC_120010625IL_SAN_FC_100_SLICE1062IL_SAN_FC_200_SLICE2124IL_SAN_ESCON200IL_SAN_FICON1062IL_SAN_FICON_Express2124IL_SAN_FICON4G4000IL_SAN_FICON8G8500IL_SAN_FICONEXPRESS_SLICE2124
Frequency The frequency ofWDM optical cross-connection
FIXED STRINGFor example,"196.000"
Used in WDMoptical cross-connection.
B.8 HW_EthService_T
Table B-8 HW_EthService_T
Field name Meaning Value Remarks
snkNodeNo The number of sinknode
FREE STRING Only required whenthe RPR-relatedEVPL service, whichcannot be createdsuccessfully withoutthis field specified
svlan QinQ service label FIXED STRINGThe value is aninteger.
Used by the QinQservice to flag thelabels of multiplelevels
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B.9 TrafficDescriptor_T
Table B-9 TrafficDescriptor_T
Field name Meaning Value Remarks
SvcType The TD type flag FREE STRINGThe value is fixed asSC_UBR+.
TheserviceCategoryfield of the TD typeflag of the UBR+type is SC_NA.Therefore, thisparameter is addedfor furtherexplanation of thedetailed type.
B.10 EthernetOAMOperation_T
Table B-10 EthernetOAMOperation_T
Field name Meaning Value Remarks
srcCCActive The enable flag of thesource CC detection
FIXED STRINGValue range:"on", the detectionenabled"off", the detectiondisabled
Only applied to theCC detection
snkCCActive The enable flag of thesink CC detection
FIXED STRINGValue range:"on", the detectionenabled"off", the detectiondisabled
Only applied to theCC detection
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B.11 ELLinkCreateData_T
Table B-11 ELLinkCreateData_T
Field name Meaning Value Remarks
ActivateStatus The activate status ofan ELL
FIXED STRINGValue range:"ACTIVE", ELLactivated"DEACTIVE", ELLinactivated
Used to specify theactivate status of anELL when it is beingcreated
Direction The direction of anELL
FIXED STRINGValue range:"CD_UNI",unidirectional ELL"CD_BI",bidirectional ELL
Used to specify thedirection of an ELLwhen it is beingcreated
ReuseSnc Reuse flag FIXED STRINGValue range:"Yes","No"
Specifies whether theELL can reuse anSNC when the ELLis created.
SncUniqueID SNC ID FREE STRING Specifies the ID ofthe SNC that can bereused by the ELLwhen the ELL iscreated.
B.12 FDFrCreateData_T
Table B-12 FDFrCreateData_T
Field name Meaning Value Remarks
ActivateStatus The activate status ofFDFr
FIXED STRINGValue range:"ACTIVE", FDFractivated"DEACTIVE", FDFrinactivated
Used to specify theactivate status of anFDFr when it is beingcreated
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Field name Meaning Value Remarks
Direction The direction ofFDFr
FIXED STRINGValue range:"CD_UNI",unidirectional FDFr"CD_BI",bidirectional FDFr
Used to specify thedirection of an FDFrwhen it is beingcreated
EPLan Whether to create anEPLan
FIXED STRINGValue range:"1", To create anEPLan"0", Not to create anEPLan
Only applied whentwo MAC ports arespecified
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C Lists
This chapter includes the following topics:
C.1 Notification Event Samples
C.2 IDL Description
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C.1 Notification Event Samples
C.1.1 NT_OBJECT_CREATION Event Sample
C.1.2 NT_OBJECT_DELETION Event Sample
C.1.3 NT_ATTRIBUTE_VALUE_CHANGE Event Sample
C.1.4 NT_STATE_CHANGE Event Sample
C.1.5 NT_PROTECTION_SWITCH Event Sample
C.1.6 NT_ATMPROTECTION_SWITCH Event Sample
C.1.7 NT_WDMPROTECTION_SWITCH Event Sample
C.1.8 NT_RPRPROTECTION_SWITCH Event Sample
C.1.9 NT_EPROTECTION_SWITCH Event Sample
C.1.10 NT_ASON_RESOURCE_CHANGE Event Sample
C.1.11 NT_PRBSTEST_STATUS Event Sample
C.1.12 NT_HEARTBEAT Event Sample
C.1.13 NT_ROUTE_CHANGE Event Sample
C.1.14 NT_IPPROTECTION_SWITCH Event Sample
C.1.1 NT_OBJECT_CREATION Event Sample
Table C-1 NT_OBJECT_CREATION event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_OBJECT_CREATION"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0315155247167
objectName name EMS value Huawei/U2000
name ManagedElement value589895
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Sample contents Remarks
name EquipmentHolder value /rack=1/shelf=1/slot=5
name Equipment value 1
objectType OT_EQUIPMENT
objectTypeQualifier
"" Null
emsTime 20060315091343.0Z
neTime 20060315091343.0Z
edgePointRelated
false
remainder_of_body
name name EMS value Huawei/U2000
name ManagedElement value589895
name EquipmentHolder value /rack=1/shelf=1/slot=5
name Equipment value 1
userLabel ""
nativeEMSName
S16
owner ""
alarmReportin-gIndicator
true
serviceState OUT_OF_SERVICE
expectedEquip-mentObjectType
S16(160)
installedEquip-mentObjectType
S16(160)
installedPart-Number
""
installedVersion
4.02
installedSerial-Number
""
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Sample contents Remarks
additionalInfo name AlarmSeverity value ""
C.1.2 NT_OBJECT_DELETION Event Sample
Table C-2 NT_OBJECT_DELETION event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_OBJECT_DELETION"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0315155247223
objectName name EMS value Huawei/U2000
name ManagedElement value589895
name EquipmentHolder value /rack=1/shelf=1/slot=5
name Equipment value 1
objectType OT_EQUIPMENT
objectTypeQualifier
"" Null
emsTime 20060315094047.0Z
neTime 20060315094047.0Z
edgePointRelated
false
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C.1.3 NT_ATTRIBUTE_VALUE_CHANGE Event Sample
Table C-3 NT_ATTRIBUTE_VALUE_CHANGE event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_ATTRIBUTE_VALUE_CHANGE"
Domain_name: "tmf_mtnm"
Event_name ""
variable_header
name Timeout value 864000000000
filterable_data
notificationId
0315155247477
objectName name EMS value Huawei/U2000
name ManagedElement value 590174
name PTP value /rack=1/shelf=1/slot=2/domain=eth/type=mp/port=1
objectType OT_PHYSICAL_TERMINATION_POINT
objectTypeQualifier
OT_MSTP_END_POINT
emsTime 20060315114900.0Z
neTime 20060315114900.0Z
edgePointRelated
false
attributeList transmissionParams
layer 96transmissionParams
nameEntranceDetect valueDisable
layer 98transmissionParams
NULL
layer 99transmissionParams
NULL
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C.1.4 NT_STATE_CHANGE Event Sample
Table C-4 NT_STATE_CHANGE event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_STATE_CHANGE"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0315155247536
objectName name EMS value Huawei/U2000
name ManagedElement value590174
objectType OT_MANAGED_ELEMENT
objectTypeQualifier
"" Null
emsTime 20060315121151.0Z
neTime 20060315121151.0Z
edgePointRelated
false
attributeList name communicationState valueCS_UNAVAILABLE
C.1.5 NT_PROTECTION_SWITCH Event Sample
Table C-5 NT_PROTECTION_SWITCH event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_PROTECTION_SWITCH"
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Sample contents Remarks
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0224131047672
emsTime 20060224152815.0
neTime ""
ProtectionType PT_MSP_APS
switchReason SR_RESTORED
layerRate 26
groupName name EMS value Huawei/U2000
name ManagedElement value589965
name PGP value 1/1/17
protectedTP name EMS value Huawei/U2000
name ManagedElement value589965
name PTP value /rack=1/shelf=1/slot=5/domain=sdh/port=2
switchAwayFromTP
name EMS value Huawei/U2000
name ManagedElement value589965
name PTP value /rack=1/shelf=1/slot=5/domain=sdh/port=1
switchToTP name EMS value Huawei/U2000
name ManagedElement value589965
name PTP value /rack=1/shelf=1/slot=5/domain=sdh/port=2
nativeEMSName
Huawei/U2000;NE141;1/1/17
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Sample contents Remarks
additionalInfo name ProductName value OpitXMetro 1000V3
C.1.6 NT_ATMPROTECTION_SWITCH Event Sample
Table C-6 NT_ATMPROTECTION_SWITCH event sample
Sample contents Remarks
Header fixed_header Event_type Type_name:"NT_ATMPROTECTION_SWITCH"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0315155247622
emsTime 20060315123300.0Z
neTime 20060315123300.0Z
pgName name EMS value Huawei/U2000
name ManagedElement value589895
name AtmPG value 1
switchMode SingleEnded
protectType HW_APT_1PLUS1
snkEndSwitchPara
switchReason SR_MANUAL
switchState HW_SS_SWITCH
additionalInfo ""
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C.1.7 NT_WDMPROTECTION_SWITCH Event Sample
Table C-7 NT_WDMPROTECTION_SWITCH event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_WDMPROTECTION_SWITCH"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0223112118245
emsTime 20060223043554.0Z
neTime 20060223043554.0Z
protectionGroupType
1P1
switchReason "SR_MANUAL"
groupName name EMS value Huawei/U2000
name ManagedElement value33554438
name WDMPG value /pgtype=1/shelf=589847/pgID=1
protectedTP name EMS value Huawei/U2000
name ManagedElement value33554438
name PTP value /rack=1/shelf=589847/slot=10/domain=wdm/port=1
switchAwayFromTP
name EMS value Huawei/U2000
name ManagedElement value33554438
name PTP value /rack=1/shelf=589847/slot=11/domain=wdm/port=1
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Sample contents Remarks
switchToTP name EMS value Huawei/U2000
name ManagedElement value33554438
name PTP value /rack=1/shelf=589847/slot=10/domain=wdm/port=1
nativeEMSName
Huawei/U2000;otm;/pgtype=1/shelf=NE23/pgID=1
additionalInfo name ProductName value OptiXBWS1600G
C.1.8 NT_RPRPROTECTION_SWITCH Event Sample
Table C-8 NT_RPRPROTECTION_SWITCH event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_RPRPROTECTION_SWITCH"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0317124742222
emsTime 20060317051751.0Z
neTime 20060317051751.0Z
nodeName name EMS value Huawei/U2000
name ManagedElement value590070
name RPRNode value /rack=1/shelf=1/slot=8/node=1
switchState HW_SS_NA
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Sample contents Remarks
switchReason SR_NA
switchPosition HW_SP_NA
switchParameters
name switchPosition value east
name switchState value switch
name protectType value 5
name SwitchCountTimes value 1
name ProtectCountTime value00:00:00
name LastSwitchCommand valueprotection::PC_FORCED_SWITCH
name switchPosition value west
name switchState value switch
name protectType value 4
name SwitchCountTimes value 1
name ProtectCountTime value00:00:00
name LastSwitchCommand valueprotection::PC_CLEAR
C.1.9 NT_EPROTECTION_SWITCH Event Sample
Table C-9 NT_EPROTECTION_SWITCH event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_EPROTECTION_SWITCH"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
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Sample contents Remarks
filterable_data notificationId 0317093205535
emsTime 20060317032501.0Z
neTime ""
eProtection-GroupType
1_PLUS_1
eSwitchReason SR_NA
groupName name EMS value Huawei/U2000
name ManagedElement value589936
name EPGP value 589936/1/1/1
protectedE name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=8
name Equipment value 1
switchAwayFromE
name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=8
name Equipment value 1
switchToE name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=7
name Equipment value 1
nativeEMSName
Huawei/U2000;NE112;589936/1/1/1
additionalInfo name ProductName value OptiX2500+
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C.1.10 NT_ASON_RESOURCE_CHANGE Event Sample
Table C-10 NT_ASON_RESOURCE_CHANGE event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_ASON_RESOURCE_CHANGE"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 031717054427
objectName name EMS value Huawei/U2000
name ManagedElement value589835
objectTypeQualifier
OT_ROUTING_NODE
notifyType OBJECT_CREATE
emsTime 20060317091722.0Z
neTime 20060317091722.0Z
edgePointRelated
false
C.1.11 NT_PRBSTEST_STATUS Event Sample
Table C-11 NT_PRBSTEST_STATUS event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_PRBSTEST_STATUS"
Domain_name:"tmf_mtnm"
Event_name ""
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Sample contents Remarks
variable_header name Timeout value864000000000
filterable_data notificationIdTPName
0318140108344
name EMS value Huawei/U2000
name ManagedElement value589849
name PTP value /rack=1/shelf=1/slot=3/domain=sdh/port=1
TestStatus FT_COMPLETED
percentComplete
100
C.1.12 NT_HEARTBEAT Event Sample
Table C-12 NT_HEARTBEAT event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_HEARTBEAT"
Domain_name:"tmf_mtnm"
Event_name ""
variable_header name Timeout value 300000000
filterable_data notificationId 03160939255
objectName name EMS value Huawei/U2000
objectType OT_EMS
emsTime 20060316014052.0Z
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C.1.13 NT_ROUTE_CHANGE Event Sample
Table C-13 NT_ROUTE_CHANGE event sample
Sample contents Remarks
header fixed_header Event_type Type_name:"NT_ROUTE_CHANGE"
Domain_name: "tmf_mtnm"
Event_name ""
variable_header
name Timeout value 864000000000
filterable_data
notificationId
0316135944420
objectName name EMS value Huawei/U2000
name MultiLayerSubnetwork value 1
name SubnetworkConnection value2006-03-16 14:07:23-47
objectType OT_SUBNETWORK_CONNECTION
emsTime 20060316061019.0Z
neTime ""
routeChangeEvent
RerouteCompleted
active:true
route 0 direction: CD_UNI
cctype: ST_SIMPLE
aEndNameList
name EMSvalueHuawei/U2000
nameManagedElement value589844
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Sample contents Remarks
name PTPvalue /rack=1/shelf=1/slot=12/domain=sdh/port=1
name CTPvalue /sts3c_au4-j=4
zEndNameList
name EMSvalueHuawei/U2000
nameManagedElement value589844
name PTPvalue /rack=1/shelf=1/slot=8/domain=sdh/port=1
name CTPvalue /sts3c_au4-j=16
additionalInfo
nameDirectionvalueObverse
1 active:true
direction: CD_UNI
cctype: ST_SIMPLE
aEndNameList
name EMSvalueHuawei/U2000
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Sample contents Remarks
nameManagedElement value589845
name PTPvalue /rack=1/shelf=1/slot=7/domain=sdh/port=1
name CTPvalue /sts3c_au4-j=16
zEndNameList
name EMSvalueHuawei/U2000
nameManagedElement value589845
name PTPvalue /rack=1/shelf=1/slot=8/domain=sdh/port=1
name CTPvalue /sts3c_au4-j=4
additionalInfo
nameDirectionvalueObverse
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C.1.14 NT_IPPROTECTION_SWITCH Event Sample
Table C-14 NT_EPROTECTION_SWITCH event sample
Sample contents Remark
header fixed_header Event_type Domain_name:"tmf_mtnm"
Type_name:"NT_IPPROTECTION_SWITCH"
Event_name ""
variable_header name Timeout value864000000000
filterable_data notificationId 0317093205535
emsTime 20100117032501.0Z
neTime ""
eProtection-GroupType
1_PLUS_1
eSwitchReason SR_NA
groupName name EMS value Huawei/U2000
name ManagedElement value589936
name IPPGP value 589936/1/1/1
protectedE name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=29
name Equipment value 1
switchAwayFromE
name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=8
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Sample contents Remark
name Equipment value 1
switchToE name EMS value Huawei/U2000
name ManagedElement value589936
name EquipmentHolder value /rack=1/shelf=1/slot=7
name Equipment value 1
nativeEMSName
Huawei/U2000;NE112;589936/1/1/1
additionalInfo name ProductName value OptiXPTN 3900
C.2 IDL DescriptionRefer to the iManager U2000 V100R002C01 Northbound CORBA Interface ReferenceGuide.zip.
NOTE
The iManager U2000 V100R002C01 Northbound CORBA Interface Reference Guide.zip is available onthe Huawei technical support website. To obtain this document, contact the local technical supportengineers.
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D Glossary
This appendix lists the glossary used in the guide.
1
1+1 optical path protection At the place where the signals are input, thesame channel of optical signals are input totwo boards or ports of the WDM equipmentthrough two fibers. The two boards or portsare backed up mutually. When a fault occursto the working path, the input end of theWDM equipment switches to the protectionpath. If the working path recovers, the inputend of the WDM equipment switch back tothe working path.
A
Access Control List (ACL) Access Control List (ACL) is a list of IPaddress. The addresses listed in the ACL areused for authentication. If the ACL for theuser is not null, it indicates that the addresswhere the user logged in is contained in thelist.
Adjacent Concatenation For SDH, the virtual containers (VC) to carryconcatenated services are consecutive interms of their service in the frame structures,so that they use the same path overhead(POH).
Alarm A visible or an audible indication to notify theperson concerned that a failure or anemergency has occurred. See also Event.
AIS Alarm Indication Signal. A signal sentdownstream in a digital network if anupstream failure has been detected andpersists for a certain time.
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Alarm acknowledgement The process during which when an alarm isgenerated, the operator needs to acknowledgethe alarm and take the right step to clear thealarm.
AIS insertion If there are excessive errors in a channel, AIScan be inserted in this channel to indicate it isunavailable. For a line board, you can setwhether to insert AIS when there areexcessive errors in the B1, B2 and B3 bytes.For a tributary board at the E1 or T1 level, youcan set whether to insert AIS when there areexcessive errors in BIP-2. For a tributaryboard at the E3 level or higher, you can setwhether to insert AIS when there areexcessive errors in the B3 byte.
Alarm delay time Alarm delay includes start delay and enddelay. An alarm is not regarded as beinggenerated until the NE has been detecting itfor a period of time, and this period of time isthe alarm start delay time. An alarm is notregarded as being cleared until the NE hasbeen detecting the ending of it for a period oftime, and this period of time is the alarm enddelay time. Setting the delay time can avoidthe generation of unnecessary alarms due tomisreport or jitter.
Alarm reversion For the port that has already been configuredbut has no service, this function can be usedto avoid generating relevant alarminformation, thus preventing alarminterference.
Alarm suppression The suppressed alarm of a specific object isnot reported. The object here may be thenetworkwide equipment, a specific NE, aspecific board and even a specific functionmodule of a specific board.
ALC Automatic Level Control. A technique(procedure) to automatically reduce theoutput power of optical amplifiers to avoidexposure to hazardous levels.
All-ONEs The entire capacity of the adapted orcharacteristic information is set to logic "1".
ALS The ALS function of an optical line systemautomatically switches off the transmitter ofa regenerator section in case of cable break inthis section.
D Glossary
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APS Automatic Protection Switching.Autonomous switching of a signal betweenand including two MS_TT, Sn_TT, orSm_TT functions, from a failed working trail/SNC to a protection trail/SNC and subsequentrestoration using control signals carried bythe K-bytes in the MSOH, HO POH, or LOPOH.
Auto-negotiation The rate/work mode of the communicationparty set as self-negotiation is specifiedthrough negotiation according to thetransmission rate of the opposite party.
Attribute Property of an object.
B
Bidirectional (protection) switching For a unidirectional fault, both directions (ofthe trail, subnetwork connection, and so on),including the affected and unaffecteddirection, are switched.
Bit error alarm threshold When the bit error reaches a specific limit, theequipment will report an alarm. This limit isthe bit error alarm threshold. The thresholdcan be divided into crossing threshold anddefect threshold.
Broadcast service The unidirectional services from one servicesource to multiple service sinks are called thebroadcast service.
C
Concatenation When the standard virtual containers(including VC4/VC3/VC12/VC11) areincapable of carrying the volume of a SDHsignal, the containers can be concatenated tofunction as a larger container.
CoS Class of Service. CoS keeps the prioritymapping rules. It works in internal ports,especially when there is congestion, CoS iseven more important. The services atdifferent levels are processed according to thecorresponding priorities. The service withhigher priority is processed first and theservice with lower priority is discarded whenthe bandwidth is insufficient.
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Client trail There is an inclusion relation between thetrails of different levels, for example, a trailof a certain level contains multiple trails oflower levels. In such a structure, the lowerlevel trail is called the client trail.
CI Characteristic Information. The informationpassing across a CP or TCP. It is a signal witha specific format, which is transferred on"network connections". The specific formatswill be defined in the technology specificRecommendations.
Client A kind of terminal (PC or workstation)connected to a network that can sendinstructions to a server and get results througha user interface. See also server.
Collision trails The data of a trail at the NE layer is changed.After the trail is re-searched, the original trailbecomes a collision trail.
CoS Class of Service. CoS keeps the prioritymapping rules. It works in internal ports,especially when there is congestion, CoS iseven more important. The services atdifferent levels are processed according to thecorresponding priorities. The service withhigher priority is processed first and theservice with lower priority is discarded whenthe bandwidth is insufficient.
Cross-Connection Network services are realized through thecross-connections of NEs. The cross-connection is the connection of channelsbetween the tributary board and the lineboard, or between line boards inside the NE.
Current alarms Alarms that do not clear, or has cleared but isnot acknowledged.
Current performance data The performance data stored in the currentregister is called current performance data.The current 15-minute or 24-hour register(only one for each) is applied to collect theperformance data in the current monitoringperiod. It changed within the monitor period.
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Custom view The user-defined view is a subset on the MainTopology. Included network entities can beNE, network management system, link andsubnetwork. Generally, the networkmanagement personnel need to customizesome views and select the network entityunder their management from the MainTopology.
Clock View The Clock View provides a visible platformto implement the clock managementfunction.
D
Data interface service The service that uses the F1 byte in an SDHframe or some undefined bytes to transmitinformation such as call charge, networkmanagement system information and powersupply monitoring.
DCC Data Communications Channel. The datachannel that uses the D1-D12 bytes in theoverhead of an STM-N signal to transmitinformation on operation, management,maintenance and provision (OAM&P)between NEs. The DCC channels that arecomposed of bytes D1-D3 is referred to as the192 kbit/s DCC-R channel. The other DCCchannel that are composed of bytes D4-D12is referred to as the 576 kbit/s DCC-Mchannel.
Discrete service The cross-connection that exists on an NE butcannot form trails on the networkmanagement system.
Disk Mirroring A procedure that involves duplicating datafrom a NetWare partition on one hard disk tothe NetWare partition on another disk. Diskmirroring pairs multiple hard disks on thesame channel, and like disk duplexing, writesdata to both the original and secondary disk.If the original disk fails, the secondary diskautomatically takes over. Disk mirroringcannot protect against failures that occuralong the channel between the disks and theNetWare server, because the duplicate disksexist on the same channel.
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DNI Dual node interconnection is an architecturebetween two rings where two nodes in eachring are interconnected. The twointerconnections between the two rings canbe arranged to provide protection of thetraffic crossing from one ring to the other.
E
Extra traffic During fault-free conditions, it is possible touse the protection channels to carry additionaltraffic. This additional traffic, which isreferred to as extra traffic, has lower prioritythan the normal traffic on the workingchannels and has no means for protection.
Equipment set An aggregate of multiple managedequipment. Equipment set facilitates the userauthority management on equipment in themanagement domain of the networkmanagement system. If some operationauthorities over one equipment set areassigned to a user (user group), theseoperation authorities over all equipment ofthe equipment set are assigned to the user(user group).
ECC Embedded Control Channel. An ECCprovides a logical operations channelbetween SDH NEs, utilizing a datacommunications channel (DCC) as itsphysical layer.
EMU Environment Monitoring Unit. A type ofpower and environment monitoring unit thatis used to monitor the environment variables,such as the power supply and temperature.With external signal input through the relay,fire alarm, smoke alarm, burglary alarm, andso on can be monitored as well.
Exercise switching This command tests whether a switchingprotocol can work normally withoutcompleting the actual switching operation.
Exerciser - Ring This command exercises ring protectionswitching of the requested channel withoutcompleting the actual bridge and switch. Thecommand is issued and the responses arechecked, but no working traffic is affected.
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Exerciser - Span This command exercises span protection ofthe requested channel without completing theactual bridge and switch. The command isissued and the responses are checked, but noworking traffic is affected.
Extended ID of NE The serial number of a subnetwork where anNE resides, which is usually used todistinguish different network segments. Anextended ID and an ID form the physical IDof an NE.
Extended protection subnet An unprotected chain like ADM-ADM-TMor ADM-ADM-ADM. The end-point NEs ofa link is of the ADM type. As this type ofprotection subnetwork can be extended, wename it extended protection subnetwork.
F
Failure The fault cause persisted long enough toconsider the ability of an item to perform arequired function to be terminated. The itemmay be considered as failed; a fault has nowbeen detected.
Fault A fault is the inability of a function to performa required action. This does not include aninability due to preventive maintenance, lackof external resources, or planned actions.
F1 byte The user path byte, which is reserved for theuser but usually it is special for networkproviders. The F1 byte is mainly used toprovide the temporary data or voice path forspecial maintenance objectives. It belongs tothe regenerator section overhead byte.
F2,F3 bytes The user channel bytes. These two bytesprovide the user with the communicationbetween path units related to payload. Theybelong to the higher order path overhead byte.
fiber/cable The general name of optical fiber and cable.The physical entity that connects transportequipment in a transport network, bears thetransmitted object (user information, networkmanagement information) and implementsthe transport function.
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Forced switching This command performs the ring switch fromworking channels or boards to the protectionchannels or boards. This switch occursregardless of the state of the protectionchannels or boards, unless the protectionchannels or boards are satisfying a higherpriority bridge request.
Full duplex The system that can transmit information inboth directions on a communication link.
Full filtering trail In this search mode, the network managementsystem first deletes all the trail data on thenetwork management system and reserves theservice configuration data of respective NEs,and then re-searches for the serviceconfiguration data of respective NEs on thenetwork management system to form the newtrail information.
Full search In the full search mode, all the trailinformation on the network managementsystem will be deleted first (Only the trailinformation at the network layer on thenetwork management system is deleted,while the service configuration informationof NE in NE layer on the networkmanagement system and on the NE stillremain). Then the service configurationinformation of respective NEs in the NE layeron the network management system is re-searched to form the trail information in thenetwork layer on the network managementsystem.
G
Gateway The equipment that is used to connect twoindependent networks that use differentcommunication protocols.
Gateway IP IP address is used for TCP/IP communicationbetween an NE and the network managementsystem, which is effective only when it is usedfor TCP/IP communication. That is, only thegateway NE needs the IP address. IP addresscannot be used to identify an NE uniquely.NEs in different TCP/IP networks may havethe same IP address. And one NE may haveseveral IP addresses (for example: an IPaddress of a dial-up network, an IP address ofthe Ethernet port and so on).
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Gateway NE The NE that communicates with the NMS andother NEs through a data communicationnetwork.
H
Host name Name of the computer that functions as amain controlling point in a network andprovides special service to the users.
High Availability The ability of a system to continuouslyperform its functions during a long period,which may exceeds the suggested workingtime of the independent components. You canobtain the high availability (HA) by using theerror tolerance method. Based on learningcases one by one, you must also clearlyunderstand the limitations of the system thatrequires an HA ability and the degree towhich the ability can reach.
History alarms Alarms that have cleared and beenacknowledged.
History performance data The performance data stored in the historyregister and the auto-report performance datastored on the network management systemare called history performance data in aunified way.
I
In-Service Trail Modifying A way of trail modification that allows you toconfigure new routes for a trail and enablesthe system to automatically delete the originaltrail after you apply the settings to the NE.
Incremental filtering trail In this search mode, the network managementsystem first reserves the trail data of thecurrent client and then re-searches the serviceconfiguration data of respective NEs on thenetwork management system according to thenewly given search condition to form the newtrail data and combine it with the original traildata to get the result.
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Incremental search The increment search mode compares thetrail information in network layer on thenetwork management system with the serviceconfiguration information of respective NEson the network management system. If theyare inconsistent, the trail information will befed back into the list as an "InconsistentTrail". When the user has deleted theinconsistent trail information, the system willre-search for the service configurationinformation that has not formed the trail in theNE layer on the network management system.
Inloop An output signal is returned back to thecorresponding input port.
Inter-board wavelength protection This function is implemented by thewavelength conversion boards that arecapable of dual fed and selective receiving.The dual fed is implemented by adding apassive optical splitter to the tributary. Thesignal selection is implemented by the SCCturning off the laser at the tributary side withpoorer signal quality according to the signalquality of the lines of two wavelengthconversion boards, and letting the channel oflight with higher quality pass through thecoupler. The coupler is also a passive deviceand only one channel of light can pass throughit. If there are two channels of light passingthrough the coupler, they interferes each otherthat would cause bit error to the service.Hence, it is necessary to ensure that only thechannel of light with higher quality passthrough the coupler at the same time.
Intermediate office A concept in the telecommunications area. Asite that manages fiber/cable or groomsservices
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Intra-Board wavelength protection The intra-board wavelength protection ismainly implemented by the wavelengthconversion board with dual fed and signalselection function. The dual fed isimplemented by the optical divider inside theboard, while the signal selection isimplemented by the board turning off thelaser of one of the receiving optical interfaces.Hence, this protection mode is also calledoptical wavelength intra-board pathprotection. The switching in this protectionmode can be completed within a short time,but the services must be interrupted duringthe maintenance of the damaged board orequipment. Hence, this protection mode hasa relatively lower reliability.
IP address Internet Protocol Address. A 32-bit addressthat uniquely identifies a node in an IPInternet network. An IP address consists of anetwork ID and a unique host ID. An IPaddress consists of the decimal values of itseight bytes, separated with periods; forexample, 192.168.7.27.
Isolated node A type of special NE or an optical port on anNE. Logically, an isolated node does notcomprise an SDH NE of any types, which areTM, ADM, REG and DXC
L
Layer A concept used to allow the transport networkfunctionality to be described hierarchically assuccessive levels; each layer being solelyconcerned with the generation and transfer ofits characteristic information.
License A permission provided by a vendor toauthorize the use of specific functions of aproduct. Usually the license consists ofencrypted codes, and the operation authorityvaries with different level of license.
Lock status Services are not switched to the protectionboard or channel when a fault occurs, ifcurrently no switching takes place. Ifcurrently the switching takes place, after theworking board or channel recovers to normal,the services are not switched back to theworking board or channel.
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Lockout of Switching When the switching condition is satisfied, thisfunction disables the service from beingswitched from the working channel to theprotection channel. When the service hasbeen switched, the function enables theservice to be restored from the protectionchannel to the working channel.
Login mode The client login mode includes single-userand multi-users login modes. The multi-usersmode is the default mode.
M
Management flag A check box helps you to determine whetherthe trail is a managed object of the trailmanagement function at the network layer.By default, trails are managed objects. Ifchoosing not to manage it through the trailmanagement function, you can manage thecross-connections of an individual NEthrough the service configuration functionperformed at a node.
Management information The information that is used for networkmanagement in a transport network.
Manual switching When the protection channel is efficient andthere is no higher-level switching request,services are manually switched from theworking channel to the protection channel,thus testing whether the network still has theprotection capability.
MS node The WDM network node that has thespectrum analysis unit in the link for whichthe ALC function is configured.
Multi-trail protection service It is a protection mode in which multipleservices with different trails but with the samesink protect an important service with thesame sink. This protection mode supportsprotecting important services through non-optical network trails, such as microwave. Itpresently supports that three protection trailsprotect one service trail. At the trail sink, itmonitors the quality of protection trail signalsand protects important services according tothe priority and the signal quality.
Main Topology The default network management systemclient interface, and all topology managementfunctions are accessed here.
N
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NE Network Element. NE includes the hardwareunit and the software running on it. Usually,one NE has at least an SCC (system controland communication) board which responsiblefor the management and monitoring of theNE. The NE software runs on the SCC board.
NE side The NE configuration data saved on the SCCboard of the equipment, which can beuploaded to the network management systemand then stored in databases on the networkmanagement system NE side.
Network layer The logical layer of the network managementsystem that saves the network data. Theconfiguration data related to a network issaved in databases.
NNI Network Node Interface. The interface at anetwork node which is used to interconnectwith another network node. See also SDHNNI.
Non-revertive In non-revertive switching, there is a workingand protection line, board and so on. Servicesremain on the protection line or board if theswitch requests are terminated; that is, whenthe fault that caused them to switch to theprotection line or board is cleared.
NE database The databases that are saved in an NE.Usually, the databases are saved in the SCCboard of an NE.
NE ID In a network, each NE corresponds to aunique identifier, that is, the NE ID. In theOptiX transmission equipment, it is specifiedthat the NE ID is a 24-bit binary digit, that is,three bytes. The DIP switch on the SCC boardof the NE constitutes the lower 16 bits of theNE ID. The higher eight bits of the NE ID isthe extended ID (default value: 9), which isalso called the subnetwork number. Theextended ID is usually used to identifydifferent subnetworks.
NM Network Management.
Non-protection subnet A subnet that has no protection.
Network segment The range of IP addresses in which thegateway NE functions.
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NE Explorer The main operation interface, of theNETWORK MANAGEMENT SYSTEM,which is used to manage the OptiXequipment. In the NE Explorer, the user canconfigure, manage and maintain the NE,boards, and ports on a per-NE basis.
NE Panel A graphical user interface, of the networkmanagement system, which displayssubracks, boards, and ports on an NE. In theNE Panel, the user can complete most of theconfiguration, management and maintenancefunctions for an NE.
O
Outloop An input signal is directly returned back to thecorresponding output port.
OWSP Optical Wavelength Shared Protection.OWSP is a bidirectional ring, where eachnode is equipped with an OWSP. There aretwo channels (λ1 and λ2) in the main opticalpath on the internal and external rings in eachspan on a ring. The fibre and the OWSP onthe main optical path are connected with theoptical ports inputting λ1 and λ2 on the mux/demux board (unnecessary to be connectedwith the OTU), and thus λ1 and λ2 can beadded and dropped at every node.
P
Path A trail in a path layer.
Path protection The working principle of path protection:When the system works in path protectionmode, the PDH path uses the dual fed andsignal selection mode. Through the tributaryunit and cross-connect unit, the tributarysignal is sent simultaneously to the east andwest lines. Meanwhile, the cross-connect unitsends the dual fed signals from the oppositeend to the tributary unit, and the tributary unitselectively receive the signal from the twosignals.
Performance register The memory space that is used to storeperformance events.
Performance threshold A threshold mechanism can be used togenerate an autonomous event report whenthe performance of a transport entity fallsbelow a predetermined level.
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PMU The unit that is used to monitor power supplyin the equipment.
Protection policy In case the service route provides multipleservice protections, different protectionstrategies can be selected as required.Protection strategy refers to the protectionmode given the priority in use for the trail:protection, no protection, and extra traffic. Ofthe above, the protection preference isdivided into trail protection and sub-networkconnection protection.
Protection subnet A network concept in the networkmanagement system. A protection subnet isnot an MSP ring or a path protection ring. Aprotection subnet consist of NEs and fiberconnections.
Protocol controller status The status of the protocol controller of theprotection subnet of the MSP or SNCP type.The statuses are not started, started, starting,partially started.
Pane A major separate area of a window or dialogbox, usually used for display rather than dataentry.
R
Remote Network Monitoring (RMON) A manage information base (MIB) defined bythe Internet Engineering Task Force (IETF).RMON is mainly used to monitor the dataflow of one network segment or the entirenetwork.
Revertive switching In revertive operation, the traffic signal(service) always returns to (or remains on) theworking SNC/trail if the switch requests areterminated; i.e. when the working SNC/trailhas recovered from the defect or the externalrequest is cleared.
Resource sharing Resource sharing means that a physical linkresource may belong to multiple protectionsubnetworks.
Route The path that a trail passes through.
Route constraint The constraint conditions for calculating aroute. When creating a trail, the user canspecify the explicit route and the NEs that thetrail cannot pass. The explicit route and theNEs are the constraints for calculating theroute.
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ROADM Reconfiguration Optical Add/DropMultiplexing. ROADM helps you toterminate or pass through any one wavelengthat every node without affecting the existingservices. At the same time, ROADM canchange wavelengths through the networkmanagement system remotely, to adjustwavelengths added or dropped in a quick andconvenient manner. In addition, ROADMenables power equalization at path levelthrough a built-in power equalizationfunction, and thus adjusts power for pass-through paths in a better way than a band-based dynamic gain equalizer (DGE) does.
S
Section A trail in a section layer.
S1 byte To implement protection switching of clocksin the whole network, the NE must learnabout the clock quality information of theclock reference source it traces. Therefore,ITU-T defines S1 byte to transmit thenetwork synchronization status information.
Safe control switch The IPA safe switch is set in consideration ofthe long-span networking requirement, whichcannot allow too low output optical power. Ifthe safe control switch is turned off, IPArestarting optical power is the specifiedoutput power of the OAU. Otherwise, the IPArestarting optical power is restricted to lessthan 10 dBm.
Script file It is the text file describing the physicalinformation and configuration information ofthe entire network, including theNetworkwide Configuration File, NE PortNaming File , NE Configuration File, NE ListFile, NM Computer Information File, ServiceActualization Script, Network LayerInformation File, Network Modeling andDesign Information File and ASONInformation File.
SD trigger condition SD refers to signal degradation. Themultiplex section protocol defaults to startswitching in case of signal loss. In practice,signal degradation severely affects someservices, so protection switching is needed.Or, you can turn off this trigger conditionthrough the switch to avoid MS switchingwhen the signal degrades.
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SD Signal Degrade. A signal indicating theassociated data has degraded in the sense thata degraded defect (dDEG) condition is active.
SDH-ASON Trail A trail that spans both the SDH and ASONdomains.
SF Signal Fail. A signal indicating the associateddata has failed in the sense that a near-enddefect condition (not being the degradeddefect) is active.
SDH NNI SDH Network Node Interface. It is applied tobuild communications connection with theequipment beyond the management area ofthe network management system. Usually,the NM creates an SDH NNI by creating alogical system on the port of an idle lineboard, and the NE must be a TM withoutprotection and fiber connection.
Search domain The range of searching for NEs.
Server trail There is an inclusion relation between thetrails of different levels, for example, a trailof a certain level contains multiple trails oflower levels. In such a structure, the bearertrail that bears another trail of lower level iscalled the server trail.
Secondary filter trail In this search mode, the NM re-searches thetrail data displayed by the current clientaccording to the given search conditions,helping the customer find the trail data whichinterests him the most.
Shortcut menu A menu that is displayed when right-clickingan object's name or icon. Also called a contextmenu.
Serial port extended ECC The ECC channel realized by means of serialport.
Service clock working route The route of a service clock from the sourceto the sink in a WDM system. The workingroute can be in the form of point-to-point orbroadcast (That is, an input clock sourcecorresponds to multiple output clocksources).
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Service configuration policy When pass-through services are configuredon the newly added nodes, the mode of high-order or low-order to pass through can beselected. When the VC12 service over a VC4exceeds a preset threshold, higher ordercross-connect is selected, otherwise lowerorder cross-connect is selected. When theservices are not VC12 ones, they areconverted into VC12 equivalents. Forexample: if there are two VC3 and four VC12services on a VC4, there should be 21x2+4 =46 VC12 services.
Service loading indication To indicate the status of loading services inan SDH frame by using the C2 or V5 byte inthe SDH path overhead.
SLA (Service Level Agreement) An agreement signed between the networkcarrier and the client, concerning thetreatments that the client can receive whenservices are transferred in the network. Theagreement contains the information ontechnology and commerce. Usually, SLArefers to a specific QoS.
SLIP Serial Line Interface Protocol, defines theframing mode over the serial line toimplement transmission of messages over theserial line and provide the remote hostinterconnection function with a known IPaddress.
Subnet The network that consists of a group ofinterconnected or correlated NEs, accordingto different functions. For example,protection subnet, clock subnet and so on.
Subnet connection protection Subnetwork connection protection uses the 1+1 mode. SNCP is of 1+1 protection mode.Payloads are transmitted simultaneously onboth the working and the protection sub-network connections. When the working sub-network connection fails, or when itsperformance deteriorates to a certain level, atthe receiving end of the sub-networkconnection, the signal from the protectionsub-network connection is selected accordingto the preference rule. Switching usuallytakes the single-end switching mode, thus noprotocol is needed.
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Subnet mask Also referred to as the network mask off code,it is used to define network segments, so thatonly the computers in the same networksegment can communicate with one another,thus suppressing broadcast storm betweendifferent network segments.
Subnet number Subnetwork number is used to differentiatethe different network sections in the sub-network conference. Actually it is the firstseveral digits (one or two) of the user phonenumber. An orderwire phone number iscomposed of the sub-network number and theuser number.
SNCP node The SNCP node of a ring subnet that cansupport the ability to dually feed andselectively receive trails. In this way, subnetconnection protection is realized . Usually,the node of the path protection type is set asan SNCP node.
Spread type The spread type of ATM service includespoint-to-point (p2p) and point-to-multipoint(including p2mpRoot and p2mpLeaf).
Switching priority There may be the case that several protectedboards need to be switched; thus the tributaryboard switching priority should be set. If theswitching priority of each board is set thesame, the tributary board that fails latercannot be switched. The board with higherpriority can preempt the switching of thatwith lower priority.
Synchronize Alarm When synchronizing the alarms, the networkmanagement system checks the alarms in thenetwork management system database andthe alarms in the NE. If they are inconsistent,the alarms in the NE are uploaded to thenetwork management system database andoverwrite the old ones.
Synchronize Fiber Service To re-upload all services carried on thephysical fiber links.
Synchronize NE time To apply the system time of the networkmanagement system server to NEs so as tokeep the time of all NEs consistent.
T
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Tag/Untag The Ethernet port that can identify andtransmit the packets with an 802.1q tagheader is referred to as a Tag port; otherwiseit is referred to as an Untag port.
Terminal NE A source NE or a sink trail.
Topology The network management system topology isa basic component of the man-machineinteractive interface. The topology clearlyshows the structure of the network, the alarmsof different NEs, sub-networks in thenetwork, the communication status as well asthe basic network operation status.
Traffic frame discard flag It is the traffic frame discard control. Twooptions are provided: enable and disable. Itindicates the means by which the NE discardscells when the network is congested. Whenthe frame discard mark is closed, the cells willbe discarded at the cell level; when it isopened, they will be discarded at the framelevel. Here, "frame" refers to the AALprotocol data unit.
Trail A "transport entity" which consists of anassociated pair of "unidirectional trails"capable of simultaneously transferringinformation in opposite directions betweentheir respective inputs and outputs.
Trail consistency check Check whether the circuit route and theactivation status of the NM side and NE sideare the same, clear the superfluous MOs andcombine some of the circuits. During networkexpansion, such an operation as adding fibersto the SDH NNI or configuring/deletingservices through the configuration layer willresult in circuit inconsistency.
Trail management function A network level management function of thenetwork management system. Through trailmanagement, you can configure end-to-endservices, view graphic interface and visualroutes of a trail, query detailed information ofa trail, filter, search and locate a trail quickly,manage and maintain trails in a centralizedmanner, manage alarms and performancedata by trail, and print a trail report.
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Trail View The user interface of the networkmanagement system, that is used to managetrails based on topologies. The Trail Viewhelps the user to quickly configure andmaintain trails. See also Protection View,Clock View.
Transmission media layer route The route that consists of the physical media(such as fibers and NEs)that a trail passesthrough.
Trunk link A route that bears Ethernet services in thenetwork management system.
TPS protection The equipment level protection that uses onestandby tributary board to protect N tributaryboards . When a fault occurs on the workingboard, the SCC issues the switchingcommand, and the payload of the workingboard can be automatically switched over tothe specified protection board and theprotection board takes over the job of theworking board . After the fault is cleared, theservice is automatically switched to theoriginal board
U
Upper threshold The value that can generate a performancethreshold crossing if exceeded.
UAT Unavailable Time. A UAT event is reportedwhen the monitored object generates 10consecutive severely errored seconds (SES)and the SESs begin to be included in theunavailable time. The event will end when thebit error ratio per second is better than 10-3within 10 consecutive seconds.
Unidirectional (protection) switching Unidirectional (Protection) Switching . For aunidirectional fault (that is, a fault affectingonly one direction of transmission), only theaffected direction (of the trail, subnetworkconnection) is switched.
UNI User Network Interface. The interfacebetween the user and a network node.
Unprotected Services transmitted through an ordinaryway, once a failure or interruption occurs, thedata cannot be restored for lack of protectionmechanism.
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Unterminated Service The service that is not terminated within themanagement domain of the networkmanagement system.
UPC/NPC Usage Parameter Control/NetworkParameter Control. During thecommunication, the UPC is implemented tomonitor the actual traffic on each virtualcircuit that is input to the network. Once thespecified parameter is exceeded, measureswill be taken to control. NPC is similar to theUPC in function. The difference is that theincoming traffic monitoring function isdivided into UPC and NPC according to theirpositions. The UPC locates at the user/network interface, while the NPC at thenetwork interface.
Upload To query all or some of the configuration dataof the NE to the network management systemand overwrite the configuration data saved atthe NE layer of the network managementsystem.
User The user of the network management systemclient or NE user. The user and passworddefine the corresponding authority ofoperation and management.
User group User set refers to the set of NMS users withthe same management authorities. Thedefault user group includes: systemadministrator, system maintainer, systemoperator and system supervisor. Theattributes of user set include name anddetailed description.
V
Virtual fiber The fiber that is created between differentequipments. A virtual fiber is used torepresent the optical path that bears SDHservices in a WDM system.
VC12,VC3 trail The channels (that is trail group) provided fortrail-layer network nodes (such as a switch)in a path-layer network, and act as the basicunit of transport capacity of paths betweentrail-layer network nodes.
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VC4 server trail The path rate of the VC4 server trail is150.336 Mbit/s. The VC4 server trailprovides transparent channels (that is, circuitgroup) for circuit-layer network nodes (forexample, a switch) in a path-layer network,and acts as the basic unit of inter-officecommunication path. When the VC4 servertrail is configured, only the higher ordercross-connection of VC4 is generated in theintermediate NE, but no cross-connection isgenerated at the two ends, that is, no serviceis added/dropped. Therefore, the VC4 servertrail is not a traditional service. It is only thebasis for VC3 and VC12 trail creation.
VCC Virtual Channel Connection. The VC logicaltrail that carries data between two end pointsin an ATM network.
VCI Virtual Channel Identifier . The identifier inthe ATM (Asynchronous Transfer Mode) cellheader that identifies to which virtual channelthe cell belongs.
VPI The field in the ATM (AsynchronousTransfer Mode) cell header that identifies towhich VP (Virtual Path) the cell belongs.
Virtual concatenation For SDH, the virtual containers (VC) to carryconcatenated services are independent interms of their location in the frame structures,so that they can be located flexibly.
Virtual NE Like a normal NE, a virtual NE is alsodisplayed with an icon on a window , but it isonly an NE simulated according to thepractical situation, which does not representsan actual NE. Therefore, the actual status ofthis NE cannot be queried and its alarm statuscannot be displayed with colors. Usually,when the trail management function is usedfor the NEs or subnets the networkmanagement system cannot manage, or theequipment is interconnected to the equipmentfrom other vendors for service configuration,the end-to-end service configuration methodand the trail management capability areprovided.
W
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Wave band A board like the MB2 divides the wavelengthresources into such fixed wavelength groupsas 1 - 4, 5 - 8 and 9 - 12, and so on. Awavelength group is called a wave band, anda wave band carrying services to be added ordropped is called add/drop wave band.
WTR Wait to Restore. This command is issuedwhen working channels meet the restorethreshold after an SD or SF condition. It isused to maintain the state during the WTRperiod unless it is preempted by a higherpriority bridge request.
WTR time A period of time that must elapse before atrail/connection that is recovered from a faultcan be used again to transport the normaltraffic signal and/or to select the normaltraffic signal.
Wavelength path protection ring The wavelength path protection ringcomprises the working ring and the protectionring. Service signals are transmitted in thetwo rings in opposite directions. In thewavelength path protection ring, servicesignals from one node (such as node A) toanother node (such as node C) are transmittedvia the working ring and the protection ringat one time. Node C receives the signals fromthe two rings at the same time and selects thesignal with higher quality.
Wavelength protection group The important data that is used to describe thewavelength protection structure. Thewavelength path protection can only workwith the correct configuration of thewavelength protection group.
Wavelength protection subnet The ring-chain structure that is used todescribe wavelength protection . Thewavelength protection subnet is the basicnetwork-level information and the basicnetwork-level data oriented to user . The usercan create or delete a protection subnet, setparameters for the protection subnet asrequired. In this way, the management at thenetwork layer is realized.
Working path A specific path that is part of a protectiongroup and is labeled working.
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WXCP service Wavelength Cross-Connection Protection.The services that have path protection on aring network. Services are dually fed andselectively received. The working service andthe protection services are switched by usingthe cross-connection function.
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E Acronyms and Abbreviations
A
ACE Adaptive Communication Environment
AIS Alarm Indication Signal
AMI Alternate Mark Inversion code
APS Automatic Protection Switching
ASON Automatically Switched Optical Network
ASN.1 Abstract Syntax Notation One
ATM Asynchronous Transfer Mode
B
BIOS Basic Input/Output System
BML Business Management Layer
C
CAR Consent Access Rate
CC Cross Connection
CDE Common Desktop Environment
CORBA Common Object Request BrokerArchitecture
COS Class Of Service
CTP Connection Termination Point
CPU Central Processing Unit
D
DCC Data Communication Channels
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DCN Data Communication Network
DNI Dual Node Interconnection
DPC Destination (signalling) Point Code
DWDM Dense Wavelength Division Multiplexing
E
ECC Embedded Control Channel
ELL Encapsulation Layer Link
EML Element Management Level
EMS Element Management System
EPG Equipment Protection Group
EPL Ethernet Private Line
EPLn Ethernet Private LAN
EVPL Ethernet Virtual Private Line
EVPLn Ethernet Virtual Private LAN
F
FD Flow Domain
FDFr Flow Domain Fragment
FEC Forward Error Correction
FIFO First In First Out
FTP File Transfer Protocol
G
GCT GUI Cut-Through
GE Gigabit Ethernet
GNE Gate Network Element
GUI Graphic User Interface
GCM Global Cluster Manager
H
HA High-Availability
I
ID Identity
IDL Interface Definition Language
E Acronyms and Abbreviations
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IGMP Internet Group Management Protocol
IIOP Internet Inter-ORB Protocol
ION Intelligent Optical Network
IMAP Integrated Management ApplicationPlatform
ITU-T International Telecommunication Union-Telecommunication Standardization Sector
IP Internet Protocol
L
LAN Local Area Network
LAG Link Aggregation Group
LCAS Link Capacity Adjustment Scheme
LCT Local Craft Terminal
M
MAC Media Access Control
MDP Message Dispatch Process
ME Managed Element
MO Managed Object
MODEM Modulator-Demodulator
MPLS Multi-Protocol Label Switching
MS Multiplex Section
MSP Multiplex Section Protection
MSTP Multi-Service Transmission Platform
MIB Management Information Base
MIT Managed Object Instance Tree
MTNM Multi-Technology Network Management
NE Network Element
NEL Network Element Level
NML Network Management Level
NMS Network Management System
O
OADM Optical Add/Drop Multiplexer
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OAM Operation Administration Maintenance
OCH Optical Channel
OMG Object Management Group
ORB Object Request Broker
OSF Operation System Function
OSS Operation Support System
OSN Optical Switch Net
OSI Open Systems Interconnection
OTS Optical Transmission Section
OTM Optical Terminal Multiplexer
OTU Optical Transponder Unit
P
PC Personal Computer
PDH Plesiochronous Digital Hierarchy
PE Provider Edge
PG Protection Group
PM Performance Monitor
PP Path Protection
PRBS Pseudo Random Binary Sequence
PSTN Public Switched Telephone Network
PTP Physical Termination Point
PVP Permanent Virtual Path
Q
QoS Quality of Service
R
RAS Remote Access Server
RDI Remote Defect Indication
RMON Remote Monitoring
RPR Resilient Packet Ring
S
SCSI Small Computer Systems Interface
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SD Signal Degradation
SDH Synchronous Digital Hierarchy
SML Service Management Layer
SMS Service Management System
SNML Sub-Network Management Layer
SNMS Subnetwork Management System
SMTP Simple Mail Transfer Protocol
SNC Subnetwork Connection
SNCP Sub-Network Connection Protection
SNPP Sub-Network Point Pool
SONET Synchronous Optical Network
SSL Security Socket Layer
SSM Synchronization Status Message
T
TAO The ACE ORB
TCA Threshold Crossing Alarm
TCM Tandem Connection Monitoring
TCP Transport Control Protocol
TD Traffic Descriptor
TMF Telecommunication Management Forum
TMN Telecommunication Management Network
TP Termination Point
U
UPC Usage Parameter Control
UPS Uninterrupted Power Supply
UTC Coordinated Universal Time
V
VB Virtual Bridge
VC Virtual Connection
VC Virtual Circuit
VC Virtual Container
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VC Virtual Channel
VCI Virtual Channel Identifier
VCS Veritas Cluster Server
VVR Veritas Volume Replicator
VxVM Veritas Volume Manager
VLAN Virtual LAN
VPI Virtual Path Identifier
W
WAN Wide Area Network
WDM Wavelength Division Multiplexing
WTR Wait-to-Restore
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