Table Of Contents

Database Schema Tables

1.1  CTM Sequence Numbers

1.2  CTM Tables (Non-MGX Voice Gateway)

1.2.1  Ack_Table

1.2.2  Active_Alarm_Table

1.2.3  Additional_Device_Info

1.2.4  Admin_Job_Table

1.2.5  Alarm_Ack_Config_Table

1.2.6  Alarm_Count_Table

1.2.7  Alarm_Event_Cause_Table

1.2.8  Alarm_Event_Table

1.2.9  Alarm_Event_Type_ENUM_Table

1.2.10  APS_Group_Table

1.2.11  Audit_Log_Mapping_Table

1.2.12  Audit_Log_Table

1.2.13  BLSR_Node

1.2.14  BLSR_SPAN

1.2.15  BLSR_Table

1.2.16  Bridge_Group_Table

1.2.17  C_MetaData

1.2.18  C_MetaData_Attr_Presentation

1.2.19  C_MetaData_Col

1.2.20  C_MetaData_Filter

1.2.21  C_MetaData_Grp_Presentation

1.2.22  C_MetaData_NETypes

1.2.23  C_Property_Sheet_Info_Table

1.2.24  C_Tab_Metadata_Info_Table

1.2.25  C_Tab_Metadata_Table

1.2.26  Cerent_NE_Group_Table

1.2.27  Circuit_BS_Tbl

1.2.28  Circuit_Ctp_Tbl

1.2.29  Circuit_Dest_Tbl

1.2.30  Circuit_Size_Table

1.2.31  Circuit_Span_BS_Tbl

1.2.32  Circuit_Span_Tbl

1.2.33  Circuit_Tbl

1.2.34  Circuit_VCG_Tbl

1.2.35  Circuit_VLAN_Tbl

1.2.36  CLISession_Command_History_Tbl

1.2.37  CORBA_Functions_Table

1.2.38  CORBA_GW_Active_User_Table

1.2.39  CORBA_Interface_Table

1.2.40  CORBA_Permission_Table

1.2.41  CTC_Model_Const_Table

1.2.42  CTC_UserProfile_Table

1.2.43  CTM_Config_Table

1.2.44  CTM_Unique_ObjectType_Table

1.2.45  DB_Pruning_Table

1.2.46  Debug_Module_Mapping_Table

1.2.47  Debug_Module_Table

1.2.48  Deleted_User_Table

1.2.49  Diskspace_Usage_Table

1.2.50  Domain_Table

1.2.51  Ems_Alarm_Table

1.2.52  Enum_Table

1.2.53  EQPT_Info_Table

1.2.54  Eqpt_Relationship_Table

1.2.55  Error_Log_Table

1.2.56  Forwarding_Table

1.2.57  GWCORBA_PM_Mapping_Table

1.2.58  GNE_Table

1.2.59  Group_Info_Table

1.2.60  HA_Table

1.2.61  HFR_ACL_Policy_Config

1.2.62  HFR_BGP_PEER_PM_Table

1.2.63  HFR_Common_Interface_Config

1.2.64  HFR_ETHER_Interface_Config

1.2.65  HFR_Interface_DRC_PM_Table

1.2.66  HFR_Interface_GC_PM_Table

1.2.67  HFR_Interface_Helper_Address

1.2.68  HFR_Interface_MTU_Layer2

1.2.69  HFR_Interface_Secondary_Addr

1.2.70  HFR_MPLS_Interface_PM_Table

1.2.71  HFR_MPLS_LDP_PM_Table

1.2.72  HFR_MPLS_TE_Link_PM_Table

1.2.73  HFR_MPLS_TE_Tunnel_PM_Table

1.2.74  HFR_Node_CPU_PM_Table

1.2.75  HFR_Node_Memory_PM_Table

1.2.76  HFR_Node_Process_PM_Table

1.2.77  HFR_OSPF_V2_PM_Table

1.2.78  HFR_OSPF_V3_PM_Table

1.2.79  HFR_POS_Interface_Config

1.2.80  HFR_SONET_Interface_Config

1.2.81  HFR_SONET_Interface_Path

1.2.82  HFR_Version_Info

1.2.83  IF_Cross_Connect

1.2.84  IF_DWDM_Channel_Group

1.2.85  IF_Optical_Phy_Config_Table

1.2.86  IFIndex_Rule_Table

1.2.87  Interface_APS_Info

1.2.88  Interface_DWDM_Frequency

1.2.89  Interface_Stack_Table

1.2.90  Interface_Table

1.2.91  IOS_Parser_Static_Tree_Table

1.2.92  L2_FrontPort_Table

1.2.93  L2_Interface_QoSClass_Table

1.2.94  L2_Interface_Table

1.2.95  L2QoSTemplate_QoSClass_Table

1.2.96  L2QoSTemplate_Table

1.2.97  L2Topology_Circuits_Table

1.2.98  L2Topology_Table

1.2.99  L2_Vlan_Table

1.2.100  Link_Table

1.2.101  Managed_Et_Table

1.2.102  Map_Coordinate_Table

1.2.103  Map_Cust_Table

1.2.104  Map_Image_Table

1.2.105  Map_Link_Table

1.2.106  MIB2_Interface_Table

1.2.107  Model_Type_Table

1.2.108  Module155xx_Community_String

1.2.109  Module155xx_VTOID_Table

1.2.110  Module_Type_Mll_Info

1.2.111  Module_Type_Table

1.2.112  NE_Audit_Trail_Table

1.2.113  NE_Info_Table

1.2.114  NE_Inventory_Table

1.2.115  NE_Model_State_Table

1.2.116  NE_Model_Type_Table

1.2.117  NE_Port_Status_Table

1.2.118  NE_Swimage_Table

1.2.119  Network_Partition_Table

1.2.120  ObjectAttributeTable

1.2.121  Object_Relationship_Table

1.2.122  ObjectTypeTable

1.2.123  ONS15216_Active_User_Table

1.2.124  ONS15216_NE_Inventory_Table

1.2.125  ONS15216_Privilege_Table

1.2.126  ONS15216_User_Table

1.2.127  ONS1530x_HO_PM_Table

1.2.128  ONS1530x_IP_PM_Table

1.2.129  ONS1530x_LO_PM_Table

1.2.130  ONS1530x_MS_PM_Table

1.2.131  ONS1530x_NE_Inventory_Table

1.2.132  ONS1530x_RS_PM_Table

1.2.133  ONS15454_327_NE_Table

1.2.134  ONS15454_8B10B_PM_Table

1.2.135  ONS15454_Active_User_Table

1.2.136  ONS15454_CBQoS_Info_Table

1.2.137  ONS15454_CLASSMAP_PM_Table

1.2.138  ONS15454_CMS_Storage_Table

1.2.139  ONS15454_COS_PM_Table

1.2.140  ONS15454_DS1_PM_Table

1.2.141  ONS15454_DS3_PM_Table

1.2.142  ONS15454_ENET_PM_Table

1.2.143  ONS15454_FC_PM_Table

1.2.144  ONS15454_GFP_PM_Table

1.2.145  ONS15454_IFX_PM_Table

1.2.146  ONS15454_Match_STMT_PM_Table

1.2.147  ONS15454_NE_Inventory_Table

1.2.148  ONS15454_OTN_Fec_PM_Table

1.2.149  ONS15454_OTN_Path_PM_Table

1.2.150  ONS15454_OTN_Sec_PM_Table

1.2.151  ONS15454_PHY_LAYER_PM_Table

1.2.152  ONS15454_Police_PM_Table

1.2.153  ONS15454_POS_PM_Table

1.2.154  ONS15454_Privilege_Table

1.2.155  ONS15454_SONET_Line_PM_Table

1.2.156  ONS15454_SONET_Path_PM_Table

1.2.157  ONS15454_SONET_Sec_PM_Table

1.2.158  ONS15454_SONET_VT_PM_Table

1.2.159  ONS15454_User_Table

1.2.160  ONS15454SDH_E1_PM_Table

1.2.161  ONS15454SDH_E3_PM_Table

1.2.162  ONS15454SDH_E4_PM_Table

1.2.163  ONS15454SDH_HO_PM_Table

1.2.164  ONS15454SDH_LO_PM_Table

1.2.165  ONS15454SDH_MS_PM_Table

1.2.166  ONS15454SDH_RS_PM_Table

1.2.167  ONS15501_NE_Explorer_Table

1.2.168  ONS15501_Opt_Power_PM_Table

1.2.169  ONS155xx_CDL_Flow_Config

1.2.170  ONS155xx_CDL_IF_Config

1.2.171  ONS155xx_CDL_PM_Table

1.2.172  ONS155xx_Circuit_CC_Tbl

1.2.173  ONS155xx_Circuit_Path_Tbl

1.2.174  ONS155xx_Circuit_Stack_Tbl

1.2.175  ONS155xx_Condtype_Map

1.2.176  ONS155xx_DCRP_Definition_Table

1.2.177  ONS155xx_DCRP_Table

1.2.178  ONS155xx_Discovery_Info_Table

1.2.179  ONS155xx_Ether_Hist_PM_Table

1.2.180  ONS155xx_FCM_PE_PM_Table

1.2.181  ONS155xx_Flash_Device_Table

1.2.182  ONS155xx_Flash_Partition_Table

1.2.183  ONS155xx_GRA_CC_TO_CKT_CC_Tbl

1.2.184  ONS155xx_Granular_CC_Tbl

1.2.185  ONS155xx_IF_Circuit_Params_Tbl

1.2.186  ONS155xx_IF_Optical_Power

1.2.187  ONS155xx_IF_Phy_Info_Table

1.2.188  ONS155xx_NE_Info_Table

1.2.189  ONS155xx_NE_Type_Table

1.2.190  ONS155xx_Opt_Power_PM_Table

1.2.191  ONS155xx_Path_Hop_Tbl

1.2.192  ONS155xx_Path_Tbl

1.2.193  ONS155xx_Phy_PM_Table

1.2.194  ONS155xx_SONET_Sec_PM_Table

1.2.195  ONS15600_ENET_PM_Table

1.2.196  ONS15600_POS_PM_Table

1.2.197  ONS15600_Sonet_Line_PM_Table

1.2.198  ONS15600_Sonet_Path_PM_Table

1.2.199  ONS15600_Sonet_Sec_PM_Table

1.2.200  ONS15600SDH_HO_PM_Table

1.2.201  ONS15600SDH_MS_PM_Table

1.2.202  ONS15600SDH_RS_PM_Table

1.2.203  ONS158xx_Amplifier_PM_Table

1.2.204  ONS158xx_BCS_PM_Table

1.2.205  ONS158xx_CMP_PM_Table

1.2.206  ONS158xx_IOC_W_PM_Table

1.2.207  ONS158xx_LAC_Active_User_Table

1.2.208  ONS158xx_LAC_Log_Status_Table

1.2.209  ONS158xx_LAC_Log_Table

1.2.210  ONS158xx_LAC_Profile_Table

1.2.211  ONS158xx_LAC_User_Table

1.2.212  ONS158xx_LSM_PM_Table

1.2.213  ONS158xx_NE_IP_Table

1.2.214  ONS158xx_OAD_PM_Table

1.2.215  ONS158xx_OADM_PM_Table

1.2.216  ONS158xx_OSU_PM_Table

1.2.217  ONS158xx_OTS_PTP_Table

1.2.218  ONS158xx_PM_ACT_MOD_Table

1.2.219  ONS158xx_PTPType_Table

1.2.220  ONS158xx_SCF_PM_Table

1.2.221  ONS158xx_TimeStamp_PM_Table

1.2.222  ONS158xx_Transponder_PM_Table

1.2.223  ONS158xx_WD_PM_Table

1.2.224  ONS158xx_WD_RX_PM_Table

1.2.225  Operation_Permissions_Table

1.2.226  Operations_Table

1.2.227  OSS_Active_User_Table

1.2.228  OSS_AID_ENUM_Table

1.2.229  OSS_Alarm_Filter_Table

1.2.230  OSS_Alarm_Fltr_AID_Deny_Tbl

1.2.231  OSS_Alarm_Fltr_TID_Deny_Tbl

1.2.232  OSS_CORBA_User_Table

1.2.233  OSS_User_Table

1.2.234  Password_History_Table

1.2.235  PatchCord_Table

1.2.236  PM_ATTR_Value_Mapping_Table

1.2.237  PM_ATTRID_Mapping_Table

1.2.238  PM_Cerent_Info_Table

1.2.239  PM_Historical_Appointments

1.2.240  PM_Metadata_Info_Table

1.2.241  PM_Metadata_Table

1.2.242  Proxy_Server_Table

1.2.243  Purged_NE_Table

1.2.244  Roll_Table

1.2.245  Router_Link_Table

1.2.246  Router_User_Settings_Table

1.2.247  Schedule_Info_Table

1.2.248  Server_Monitor_Table

1.2.249  Server_Parameter_Table

1.2.250  Subnetwork_Table

1.2.251  SVC_Config_Table

1.2.252  SVC_Info_Table

1.2.253  SVC_NEModel_Table

1.2.254  SVC_Package_Table

1.2.255  Sway_User_Port_Table

1.2.256  Table_Info

1.2.257  TCA_Event_Table

1.2.258  TCA_Event_Type_Table

1.2.259  Threshold_Table

1.2.260  Transaction_Log_Table

1.2.261  Unmanaged_NE_Inventory_Table

1.2.262  User_Map_Table

1.2.263  User_NE_Table

1.2.264  User_Preference_Table

1.2.265  User_Table

1.2.266  CTM_Unknown_User_Table

1.2.267  User_Type_Table

1.2.268  Version_Table

1.2.269  Wavemux_NE

1.2.270  XML_Parser_Static_Tree_Table

1.3  CTM Tables (MGX Voice Gateway)

1.3.1  AAL2_CROSS_CONN

1.3.2  AAL2_5_DATA_PROFILE

1.3.3  ADDR_CUG

1.3.4  APS

1.3.5  ATM_ADDR

1.3.6  ATM_CONNECTION

1.3.7  ATM_PHY

1.3.8  AUSM_PORT

1.3.9  AUSM_PORT_DATA

1.3.10  AU4TUG3

1.3.11  AXSM_CONN_DATA

1.3.12  AXSME_CONN_DATA

1.3.13  CALL_CONTROL_PROFILE

1.3.14  CARD_DESC

1.3.15  CONN_TEMPL_PARAM

1.3.16  CONN_TEMPLATE

1.3.17  CONTROLLER

1.3.18  CUG

1.3.19  DBKR_TEMP

1.3.20  DS0_CONNECT

1.3.21  DSP_STATUS

1.3.22  ELEMENT_TEMPLATE

1.3.23  ELEMENT_TEMPL_PARAM

1.3.24  IF_SHUTDOWN

1.3.25  IMA_GROUP

1.3.26  IMA_GROUP_DESC

1.3.27  IMA_LINK

1.3.28  IMA_LINK_DESC

1.3.29  LAPD_TRUNK

1.3.30  LICENSE_IN_USE

1.3.31  LICENSE_POOL

1.3.32  LIF

1.3.33  LINE_DESC

1.3.34  LINEDISTRIBUTION

1.3.35  LINEDISTRIBUTION_DESC

1.3.36  MG_DNAME

1.3.37  MEGACO_CONFIG

1.3.38  MEGACO_PROFILE

1.3.39  MEGACO_TERM

1.3.40  MG_SUP_PRTCL

1.3.41  MGC_GRP

1.3.42  MGC_IP

1.3.43  MGC_RES

1.3.44  MGCG_PARAM

1.3.45  MGCG_PROTOCOL

1.3.46  MGX8880_NE_INFO_TABLE

1.3.47  NETWORK

1.3.48  NETWORK_DESC

1.3.49  NHM_MANAGEABILITY

1.3.50  NHM_STATS

1.3.51  NODE_DESC

1.3.52  NODE_THRESH

1.3.53  NODE_GROOM

1.3.54  PATH_DESC

1.3.55  PNNI_IF

1.3.56  PORT_DESC

1.3.57  PROGRAM_TONE

1.3.58  REDUNDANTCARD

1.3.59  RPM_CONNECTION

1.3.60  RPM_PORT

1.3.61  RSC_PART

1.3.62  RSC_POLICY

1.3.63  RTP_CONN

1.3.64  RUDP_SESSION

1.3.65  SENSOR_THRHD

1.3.66  SESSION_GROUP

1.3.67  SESSION_SET

1.3.68  SHELF

1.3.69  SRCP_PARAM

1.3.70  SRCP_PEER

1.3.71  STAT_ENABLE

1.3.72  SVC_CAC

1.3.73  SVC_OPERATION

1.3.74  SVC_PORT

1.3.75  TONE_DETECT

1.3.76  TONE_ID

1.3.77  TONE_PLAN

1.3.78  USER_CONNECTION

1.3.79  USER_CONN_DESC

1.3.80  VIRTUAL_PORT

1.3.81  VISM_ANNOUNCE

1.3.82  VISM_CARD

1.3.83  VISM_CAS_BIT

1.3.84  VISM_CID

1.3.85  VISM_CODEC

1.3.86  VISM_DS0

1.3.87  VISM_ENDPT

1.3.88  VISM_HDLC

1.3.89  VISM_LAPD

1.3.90  VISM_LINE

1.3.91  VISM_MGC

1.3.92  VISM_MGCP

1.3.93  VISM_PROFILE

1.3.94  VISM_TEMPLATE

1.3.95  VOICE_CONN

1.3.96  VXSM_CARD

1.3.97  VXSM_CAS_PROFILE

1.3.98  VXSM_CAS_VARIANT

1.3.99  VXSM_EVENT_MAP

1.3.100  VXSM_FAX_RELAY

1.3.101  VXSM_GENERAL_CONFIG

1.3.102  VXSM_IKE_PEER_AUTH

1.3.103  VXSM_IKE_TUNNEL

1.3.104  VXSM_IN_LINE_SIGNAL

1.3.105  VXSM_IPSEC_TUNNEL

1.3.106  VXSM_LINE_SIGNAL_TIMER

1.3.107  VXSM_NETWORK_INTERFACE

1.3.108  VXSM_OUT_LINE_SIGNAL

1.3.109  VXSM_PH1_PTRF_ASSOC

1.3.110  VXSM_PH2_PTRF_ASSOC

1.3.111  VXSM_PHASE1_PROPOSAL

1.3.112  VXSM_PHASE1_TRANSFORM

1.3.113  VXSM_PHASE2_PROPOSAL

1.3.114  VXSM_PHASE2_TRANSFORM

1.3.115  VXSM_PVC_IP

1.3.116  VXSM_RTCP_CIPHERSUITE

1.3.117  VXSM_RTP_CIPHERSUITE

1.3.118  VXSM_SECURITY_POLICY

1.3.119  VXSM_SPD_KEY_MGR_ASSOC

1.3.120  VXSM_TTY_PROFILE

1.3.121  VXSM_VDB_PROFILE

1.3.122  VXSM_VIF

1.3.123  XGCP_GW

1.3.124  XGCP_MGC

1.3.125  XGCP_PEER

1.4  NE Statistics-Related Tables

1.4.1  AXSM_CARD_DATA

1.4.2  AXSM_CONN_DATA

1.4.3  AXSM_LINE_DATA

1.4.4  AXSM_PORT_DATA

1.4.5  AXSME_CONN_DATA

1.4.6  AXSME_LINE_DATA

1.4.7  AXSME_PORT_DATA

1.4.8  AXSMESONET_PL_DATA

1.4.9  AXSMET1E1_PL_DATA

1.4.10  AXSMET3E3_PL_DATA

1.4.11  IMA_GROUP_DATA

1.4.12  IMA_LINK_DATA

1.4.13  LAPD_IN_DS1INDS3_DATA

1.4.14  LAPD_IN_DS1INVT_DATA

1.4.15  LAPDIN_T1E1_DATA

1.4.16  LAPD_IN_T3E3_DATA

1.4.17  MEGACO_DATA

1.4.18  MEGACO_EPH_TERM_DATA

1.4.19  MEGACO_PHY_TERM_DATA

1.4.20  SCMCARD

1.4.21  SCMCARDCOLL

1.4.22  SCMCARDCOLLHOST

1.4.23  SCMCARDENABLE

1.4.24  SCMCARDFAMILY

1.4.25  SCMCARDFAMILYDEF

1.4.26  SCMCARDFAMILYSTAT

1.4.27  SCMCARDTEMPLATE

1.4.28  SCMCOLLSVR

1.4.29  SCMCOLPAR

1.4.30  SCMCOLPARSTAT

1.4.31  SCMCOLPARSUBOBJ

1.4.32  SCMENABLETYPE

1.4.33  SCMIDMAP

1.4.34  SCMNODECOLL

1.4.35  SCMNODECOLLHOST

1.4.36  SCMNODEENABLE

1.4.37  SCMNODESTAT

1.4.38  SCMNODETEMPLATE

1.4.39  SCMOBJ

1.4.40  SCMSTAT

1.4.41  SCMSTATSKEY

1.4.42  SCMSUBOBJ

1.4.43  SCMDB_SCMCOLLSVR

1.4.44  SCMENABLELIST

1.4.45  SCMENABLESUBTYPE

1.4.46  SCMFRAGDATATABLES

1.4.47  SCMIDMAPDEF

1.4.48  SCMNODESTAT

1.4.49  SCMNODE

1.4.50  SCMOLDSTATKEY

1.4.51  SCMSTATKEY

1.4.52  SCMTABLEKEY

1.4.53  SCTP_ASSOCIATION_DATA

1.4.54  SCTP_GATEWAY_DATA

1.4.55  SESSION_DATA

1.4.56  SONET_LINE_DATA

1.4.57  SRTPERFKEY

1.4.58  SRTRPORTKEY

1.4.59  STATSDB_CONFIG

1.4.60  STS_DS3_DS1_PATH_DATA

1.4.61  STS_VTGROUP_DS1_PATH_DATA

1.4.62  XG_CONN_DATA

1.4.63  XGCP_DATA

1.4.64  XG_DS3PATH_DATA

1.4.65  XG_PATH_DATA

1.4.66  XG_PL_DATA

1.4.67  XG_PORT_DATA

Database Schema Tables

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This chapter describes tables and table sequence numbers.

1.1  CTM Sequence Numbers

Sequence numbers are Oracle integers of up to 38 digits that are defined in the database. A sequence generates a serial list of unique numbers for numeric columns in a database's tables. Sequences simplify application programming by automatically generating unique numerical values for the rows in one or in multiple tables. The sequence numbers used in the CTM schema are listed in Table 1-1.

Table 1-1 Sequence Numbers used in the CTM Schema 

Sequence Number	Description
ACKINDEX_SEQ	Used when an alarm acknowledgement is added to Ack_Table.
ACTIVEALARMINDEX_SEQ	Used when an alarm is added to the Active_Alarm_Table.
ALARMFILTERID_SEQ	Used when adding a filter profile name to the OSS_Alarm_Filter_Table.
BLSRID_SEQ	Used to generate ID number when adding a new BLS ring to the BLSR_Table.
COORDINDEX_SEQ	Used when adding a map coordinate to the Map_Coordinate_Table.
CKTSPANID_SEQ	Used when adding a circuit span to the Circuit_Span_Tbl.
CUSTOMIZATIONID_SEQ	Used when adding a map customization to the Map_Cust_Table.
DCRPDBID_SEQ	Used when discrepancies are added to the ONS155xx_Dcrp_Table.
DEVICEID_SEQ	Used when adding a device to Additional_Device_Info.
DT_TREENODEID_SEQ	Used when group or NE nodes are added to the Domain_Table.
EVENTINDEX_SEQ	Used while inserting alarms and events in the Alarm_Event_Table.
FLASHDEVDBID_SEQ	Used for the Flash devices in the ONS155xx_Flash_Device_Table.
FLASHPARTDBID_SEQ	Used for Flash devices in the ONS155xx_Flash_Partition_Table.
GNEID_SEQ	Used when a GNE is added to the GNE_Table.
GROUPID_SEQ	Used when groups are added to the Group_Info_Table.
IF_XC_SEQ	Used when adding cross-connects to the IF_Cross_Connect.
IFDACCESSID_SEQ	Used for parameters in the MIB2_Interface_Table.
IFSTACK_SEQ	Used for underlying/overlaying layer relationships in the Interface_Stack_Table.
JARID_SEQ	Used for the ONS15454_CMS_Storage_Table.
JOBID_SEQ	Used when a job is added to the Admin_Job_Table.
LINKID_SEQ	Used when adding a link to the Link_Table.
MAPIMAGEID_SEQ	Used when adding a map image to the Map_Image_Table.
MAPLINKID_SEQ	Used when adding a map link to the Map_Link_Table.
MGX8880_SNMP_INDEX_SEQ	Used when user connections are added to the User_Connection_Table.
NEDBACCESSID_SEQ	Used when NEs are added to the NE_Info_Table.
NPID_SEQ	Used when adding a new network partition to Network_Partition_Table.
ONS155XX_CIRCUIT_CC_DBID_SEQ	Used for circuit-specific cross-connects in the ONS155xx_Circuit_CC_Tbl.
ONS155XX_GRANULAR_CC_DBID_SEQ	Used for NE-specific cross-connects in the ONS155xx_Granular_CC_Tbl.
ONS155XX_PATH_DBID_SEQ	Used for the ONS155xx_Path_Tbl.
QOSTEMPLATEID_SEQ	Used to generate a QoS template ID when a new QoS template is added.
SERVER_PARAMETER_SEQ	Used as parameter index in Server_Parameter_Table.
SID_SEQ	Used to generate a service ID when a service is added.
SUBNETID_SEQ	Used when adding a subnetwork to the Subnetwork_Table.
TASKID_SEQ	Used when a task is added to the Admin_Job_Table.
TRANSID_SEQ	Used when adding a transaction to the NE_SWIMAGE_Table.
USERID_SEQ	Used when CTM users are added to the User_Table.
USERTYPEID_SEQ	Used when a new usertype is added to the User_Type_Table.

1.2  CTM Tables (Non-MGX Voice Gateway)

This section describes the non-MGX Voice Gateway database tables created by CTM, listed in alphabetical order.

MGX Voice Gateway database tables are described in CTM Tables (MGX Voice Gateway).

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Note The following tables are partitioned in medium, large, and high-end configurations:

•HFR (CRS-1) PM tables

•ONS 1530x PM tables

•ONS 15454 PM tables

•ONS 155xx PM tables

•ONS 15600 PM tables

•ONS 158xx PM tables

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1.2.1  Ack_Table

The Ack_Table (Table 1-2) provides information about the user who acknowledged an alarm and the time that the alarm was acknowledged.

Primary key: ALARM_ACK_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-2 Ack_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
AckIndex	NUMBER(10)	—	Index of the alarm acknowledgement. A unique sequence number whose value is saved in the database and incremented in memory. There is a single value of 0 for all unacknowledged alarms. Acknowledged alarms have an entry in this table and the AckIndex is stored in the AckIndex of the Active_Alarm_Table. Values are: 0: Unacknowledged Any other number: Acknowledged
AckUserName	VARCHAR2(64)	—	Name of the user.
AckTimeStamp	DATE	—	Date and time of the acknowledgement.
IsAutoAck	NUMBER(1)	—	Whether acknowledgment is manual or automatic: 0: Manual 1: Automatic

1.2.2  Active_Alarm_Table

The Active_Alarm_Table (Table 1-3) contains information about all standing conditions on NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ACTIVE_ALARM_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-3 Active_Alarm_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
AlarmSeqNum	NUMBER(20)	NOT NULL	Unique sequence number of the alarm as referenced by the NE.
ModuleOrIfIndex	NUMBER(20)	NOT NULL	Unique long data type that identifies an interface in the NE; same as ifStaticIndex in the Interface_Table.
ActiveAlarmTimeStamp	DATE	NOT NULL	Date and time when the active alarm was generated.
ActiveAlarmType	NUMBER(5)	NOT NULL	Alarm event type. Values are rows of the Alarm_Event_Type_Enum_Table.
ActiveAlarmSeverity	NUMBER(1)	NOT NULL	Severity level of the alarm. Values are: 3: Not alarmed 4: Warning 5: Minor 6: Major 7: Critical
ActiveAlarmServEff	NUMBER(1)	NOT NULL	Values: 0: Alarm does not affect service 1: Alarm affects service 2: Unknown
ActiveAlarmAdditionalInfo	VARCHAR2(512)	—	Additional information about the current alarm.
AckIndex	NUMBER(10)	NOT NULL	Index of the alarm acknowledgement.
ActiveAlarmFlag	NUMBER(1)	DEFAULT 0	Active alarm flag, which the server uses to synchronize the database to the NE information.
ActiveAlarmComment	VARCHAR2(2014)	—	Alarm comments.
ClearAlarmTimeStamp	DATE	DEFAULT NULL	Date and time when the alarm was cleared.
NEAlarmTimeStamp	DATE	NOT NULL	Date and time when the alarm was generated as viewed by the NE.
ActiveAlarmIndex	NUMBER(8)	NOT NULL	Unique alarm sequence number as created by the database.
ModuleType	NUMBER(8)	DEFAULT 0	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
Alarmstatus	NUMBER(1)	NOT NULL	Whether alarm is active or clear: 0: Active 1: Clear
NEAlarmClearTimeStamp	DATE	—	When the NE alarm was cleared.
ExternalCondition	VARCHAR2(1024)	—	External environment condition for the NEs.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjectInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.3  Additional_Device_Info

The Additional_Device_Info (Table 1-4) contains information on additional devices.

Primary key: ADDITIONAL_DEVICE_INFO

Tablespace: BASE_DATA_TABLESPACE

Table 1-4 Additional_Device_Info 

Column Name	Oracle Data Type	Integrity Constraints	Description
DeviceID	NUMBER(10)	NOT NULL	Unique ID generated by the database.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access the Additional_Device_Info table; same as NEDBAccessID in the NE_Info_Table.
PhyLoc	NUMBER(20)	NOT NULL	Physical location of the card.
ModuleType	NUMBER(8)	NOT NULL	Module type of the additional device.
IpAddress	NUMBER(10)	—	IP address of the additional device.
State	NUMBER(1)	NOT NULL	State of the additional device. Valid values are: 1: Device In Service 2: Device Out of Service 3: Device Pre-Provisioned 4: Device Under Maintenance
isConnected	NUMBER(1)	NOT NULL	Values are: 0: Unreachable 1: Device is reachable from CTM server
DiscoveryState	NUMBER(1)	—	Device discovery state. Valid values are: 1: Device undiscovered 2: Device Initializing 3: Device synch configuration 4: Device discovered

1.2.4  Admin_Job_Table

The Admin_Job_Table (Table 1-5) contains information about all administrative tasks and their status.

Primary key: ADMIN_JOB_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-5 Admin_Job_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
JobID	NUMBER(12)	NOT NULL	Unique job identifier.
TaskID	NUMBER(12)	NOT NULL	Unique identifier for the task within a job.
JobType	NUMBER(2)	NOT NULL	Type of job. Valid types are: 0: NE User Add 1: NE User Modify 2: NE User Delete 3: NE User Logout 4: NE User Conn Delete 5: NE User Enable Log 6: NE User Disable Log 7: NE User Delete Log 8: Image Activate 9: Image Revert 10: Image Download 11: Memory Auto Backup 12: Memory Backup 13: Memory Restore 14: Image Download and Activate 15: SNTP Setup Job 22: BLSR Exercise Ring Backup
JobOwner	VARCHAR2(64)	—	Owner of job.
NEDBAccessID	NUMBER(10)	—	NEDBAccessID of the NE for which the job was scheduled; same as NEDBAccessID in the NE_Info_Table.
JobStatus	NUMBER(1)	—	Status of the job. Values are: 0: Uninitialized 1: Queued 2: Running 3: Cancelled 4: Failed 5: Succeeded 6: Unknown 7: Waiting
CreationTime	DATE	—	Time stamp when the job was created.
ScheduledTime	DATE	—	Time stamp when the job was scheduled to run.
StartTime	DATE	—	Time stamp when the job was actually started.
EndTime	DATE	—	Time stamp when the job was completed.
AdditionalInfo	VARCHAR2(4000)	—	Any additional information.
UserComments	VARCHAR2(2048)	—	Any comments entered by the user.
operation_info	VARCHAR2(4000)	—	List of parameters specific to a job.
display_info	VARCHAR2(4000)	—	String that displays job-specific information according to specific criteria.

1.2.5  Alarm_Ack_Config_Table

The Alarm_Ack_Config_Table (Table 1-6) stores information about whether or not automatic alarm acknowledgement is enabled.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-6 Alarm_Ack_Config_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ConfigAlarmAck	NUMBER(1)	NOT NULL	A global, C-style, Boolean variable that represents whether alarm acknowledgement is on for all alarms. Values are: 0: Off 1: On

1.2.6  Alarm_Count_Table

The Alarm_Count_Table (Table 1-7) stores the alarm count for each level of severity for every NE.

Primary key: ALARM_COUNT_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-7 Alarm_Count_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
AlarmCountType	NUMBER(1)	NOT NULL	Alarm count type: 4: Warning 5: Minor 6: Major 7: Critical -1: Total cleared -2: Total acknowledged
TOTALALARMCOUNT	NUMBER(20)	—	Total alarm count.

1.2.7  Alarm_Event_Cause_Table

The Alarm_Event_Cause_Table (Table 1-8) statically maps alarm and event cause indexes to strings.

Primary key: ALARM_EVENT_CAUSE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-8 Alarm_Event_Cause_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
EnumIndex	NUMBER(4)	—	Index of alarm or event cause.
EnumString	VARCHAR2(64)	—	Alarm or event cause string for the EnumIndex.

1.2.8  Alarm_Event_Table

The Alarm_Event_Table (Table 1-9) contains information about all events reported by NEs.

Primary key: None

Tablespace: EVENT_DATA_TABLESPACE

Table 1-9 Alarm_Event_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
EventIndex	NUMBER(10)	NOT NULL	Index of alarm or event. Unique sequence number generated by the database.
ModuleOrIfIndex	NUMBER(20)	NOT NULL	Unique integer that identifies an interface in the NE; same as ifStaticIndex in the Interface_Table.
AlarmEventType	NUMBER(5)	NOT NULL	Type of alarm or event. The Alarm_Event_Type_ENUM_Table lists valid types. Range is 1 to n.
AlarmEventTimeStamp	DATE	NOT NULL	Date and time when the alarm or event was generated.
AlarmEventCause	NUMBER(4)	NOT NULL	Cause of alarm or event. The Alarm_Event_Cause_Table lists valid types. Range is 1 to n.
AlarmEventSeverity	NUMBER(1)	NOT NULL	Severity level of the alarm.
ServiceEffecting	NUMBER(1)	NOT NULL	Values: 0: Alarm does not affect service 1: Alarm affects service 2: Unknown
OtherInfo	VARCHAR2(512)	DEFAULT Not applicable	Display string of alarm or event.
ModuleType	NUMBER(8)	DEFAULT 0	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEEventTimeStamp	DATE	NOT NULL	Time stamp of the NE event.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Model type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.9  Alarm_Event_Type_ENUM_Table

The Alarm_Event_Type_ENUM_Table (Table 1-10) statically maps alarm and event type indexes to strings.

Primary key: ALARM_EVENT_TYPE_ENUM_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-10 Alarm_Event_Type_ENUM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
EnumIndex	NUMBER(5)	—	Index of alarm or event type.
EnumString	VARCHAR2(128)	—	Alarm or event type string for the EnumIndex.
TL1String	VARCHAR2(64)	—	Transaction language 1 (TL1) string for the alarm.
TMFString	VARCHAR2(64)	DEFAULT UNIDENTIFIED	TMF mapping string for the alarm
EventType	NUMBER(1)	DEFAULT 1	Type of event. Values are: 1: NE_ALARM 2: NE_EVENT 3: EMS_EVENT 4: EMS_ALARM

1.2.10  APS_Group_Table

The APS_Group_Table (Table 1-11) contains information about the automatic protection switching (APS) groups configured in each device.

Primary key: APS_GROUP_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-11 APS_Group_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	Specific NE instance; same as NEDBAccessID in the NE_Info_Table.
GroupName	VARCHAR2(64)	NOT NULL	Group name for APS.
ConfigMode	NUMBER(2)	DEFAULT 1	APS group architecture. Values are: 1: 1+1 2: 1:N 3: 1+1 compatible 4: 1+1 optimized
ConfigRevert	NUMBER(2)	DEFAULT 1	Revertive mode. Values are: 1: Nonrevertive 2: Revertive
ConfigDirection	NUMBER(2)	DEFAULT 1	Direction. Values are: 1: Unidirectional 2: Bidirectional
ConfigCreationTime	DATE	—	Time when this group was created.
ConfigSpan	NUMBER(2)	DEFAULT 1	Type of span. Values are: 1: Hop-by-hop 2: End-to-end
ProtectionType	NUMBER(2)	DEFAULT 1	Type of protection. Values are: 1: None 2: Splitter 3: Y-cable 4: Trunk
YCableConfig	NUMBER(2)	DEFAULT 1	Y-cable configuration if y-cable protection is used. Values are: 1: Not y-cable 2: Y-cable 3: Y-cable cross-connect common
SwitchedChannelStatus	NUMBER(2)	DEFAULT 0	Protection channel number.

1.2.11  Audit_Log_Mapping_Table

The Audit_Log_Mapping_Table (Table 1-12) contains information about the audit log mapping table.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-12 Audit_Log_Mapping_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserType	NUMBER(10)	—	Defines whether user type is Service or User.
ActualName	VARCHAR(256)	—	Name agreed upon by client and server.
CurrentName	VARCHAR(256)	—	Name currently used by the server.

1.2.12  Audit_Log_Table

The Audit_Log_Table is obsolete.

1.2.13  BLSR_Node

The BLSR_Node (Table 1-13) contains information about the BLSR node.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-13 BLSR_Node 

Column Name	Oracle Data Type	Integrity Constraints	Description
BLSRID	NUMBER(8)	NOT NULL	BLSR ID.
RINGID	VARCHAR(8)	NOT NULL	Ring ID.
NODEID	NUMBER(8)	NOT NULL	Node ID.
RINGNODEID	NUMBER(8)	NOT NULL	Ring node ID.

1.2.14  BLSR_SPAN

The BLSR_SPAN (Table 1-14) contains information about the BLSR span.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-14 BLSR_Span 

Column Name	Oracle Data Type	Integrity Constraints	Description
BLSRID	NUMBER(8)	NOT NULL	BLSR ID.
RINGID	VARCHAR(8)	NOT NULL	Ring ID.
LINKID	NUMBER(8)	NOT NULL	Link ID.
WORKINGSPAN	NUMBER(1)	NOT NULL	Working span.
WESTNODEID	NUMBER(10)	NOT NULL	Node ID of the BLSR (west line).
EASTNODEID	NUMBER(10)	NOT NULL	Node ID of the BLSR (east line).

1.2.15  BLSR_Table

The BLSR_Table (Table 1-15) contains information about BLSRs.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-15 BLSR_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
BLSRID	NUMBER(8)	NOT NULL	BLSR ID.
RINGID	VARCHAR(8)	NOT NULL	Ring ID.
RINGTYPE	NUMBER(2)	NOT NULL	Ring type.
LINERATE	NUMBER(2)	NOT NULL	Line rate.
STATUS	VARCHAR2(12)	NOT NULL	Ring status.
RINGREVERSION	NUMBER(8, 2)	NOT NULL	Ring reversion time.
SPANREVERSION	NUMBER(8, 2)	NOT NULL	Span reversion time.
NODES	VARCHAR2(512)	NOT NULL	Nodes associated with the ring.

1.2.16  Bridge_Group_Table

The Bridge_Group_Table (Table 1-16) contains information about the bridge group table.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-16 Bridge_Group_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TopoNodeID	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
TopoUniqueId	NUMBER(10)	NOT NULL	Unique number to identify the VLAN.
NEID	NUMBER(10)	NOT NULL	NE ID.
Slot_Number	NUMBER(3)	NOT NULL	Slot number.
Bridge_Group_Number	NUMBER(3)	NOT NULL	Bridge group number.

1.2.17  C_MetaData

The C_MetaData table (Table 1-17) defines overall graphical user interface (GUI) information for a given database table or view.

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Note C_MetaData is the parent table; C_MetaData_Col, C_MetaData_Filter, and C_MetaData_NETypes are the children.

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Primary key: C_METADATA_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-17 C_MetaData 

Column Name	Oracle Data Type	Integrity Constraints	Description
TableID	NUMBER(4)	NOT NULL	Unique ID for each GUI table metadata.
TableName	VARCHAR2(30)	NOT NULL	Name of the table.
TableJDAQName	VARCHAR2(128)	—	JDAQ name.
TableType	NUMBER(1)	—	Title of table frame. Values are FM (fault management), PM, CM (configuration management), and other.
Title	VARCHAR2(132)	—	Title of the table.
Report	VARCHAR2(132)	—	String used as the name of the HTML report.
ReportFile	VARCHAR2(132)	—	String used as a filename when the HTML report is generated.
TitleIconStr	VARCHAR2(132)	—	Filename of the .gif file that appears in the upper left corner of the table frame.
Help	VARCHAR2(132)	—	Help button on the table frame.
HelpStrFilterDlg	VARCHAR2(132)	—	Help button on the filter dialog box.
DbColCount	NUMBER(3)	—	Count of the number of columns in the database table or view.
TCAColIndex	NUMBER(3)	—	Index number of the threshold crossing alert (TCA). Number is usually -1, except for the PM tables where it is the index of the TCAColumn used to color the background of the cells in red.
DefSortCol	NUMBER(3)	—	Index of the default column. The table is presorted when it is launched the first time.
FilterMask	NUMBER(10)	—	Bit mask that contains bits for each tab in the filter dialog box.
AutoRef	NUMBER(1)	—	AutoRefresh = true if the table is updated automatically when an event occurs. AutoRefresh = false if the table is not updated automatically when an event occurs.
DispRowCount	NUMBER(3)	—	Total number of rows in the main table.
ColDispRow	NUMBER(3)	—	Total number of rows in the vertical table.
ColCount	NUMBER(3)	—	Total number of columns in the table.
BtnMask	NUMBER(20)	—	Bit mask that contains bits for each GUI table toolbar and for menu bar buttons.
NeDbaccessidcolindb	NUMBER(3)	DEFAULT -1	Database column index of the NEDBAccessId column in the respective view or table.

1.2.18  C_MetaData_Attr_Presentation

The C_MetaData_Attr_Presentation table (Table 1-18) stores information about ONS 15327 and ONS 15454 attributes. This information is used to lay out the property sheets in the NE Explorer.

Primary key: C_METADATA_ATTR_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-18 C_MetaData_Attr_Presentation 

Column Name	Oracle Data Type	Integrity Constraints	Description
METADATAINDEX	NUMBER(5)	NOT NULL	Metadata index of the event.
ATTRINDEX	NUMBER(5)	NOT NULL	Index of attribute.
WIDGET_ID	NUMBER(2)	NOT NULL	Values taken by widget IDs: 0: Default value 1: Text field 2: Password field 3: Subnet mask 4: IP address 5: Timing Communications and Control Card (TCC) Common Object Request Broker Architecture (CORBA) port
WIDGET_ID (continued)	NUMBER(2)	NOT NULL	6: List 7: Check box 8: Combo box 9: Buttons 10: Combo text field 11: Button group 12: Dynamic combo box
WIDGET_ID (continued)	NUMBER(2)	NOT NULL	13: Enum check box 14: Number field 15: Time field 16: Dynamic enum combo box 17: Time zone combo box 18: Soak time 19: Pattern text field
WIDGET_ID (continued)	NUMBER(2)	NOT NULL	20: Spin editor 21: Fixed length string 22: Editor pane 23: Text area 24: Double spin editor 25: Slider 26: Letter or digit text field 27: Area ID text field 28: Enum text field 29: Dynamic generic combo box 99: Adjacent text fields

1.2.19  C_MetaData_Col

The C_MetaData_Col table (Table 1-19) stores overall information about all the columns in the CTM GUI.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-19 C_MetaData_Col 

Column Name	Oracle Data Type	Integrity Constraints	Description
TableID	NUMBER(4)	NOT NULL	ID in the parent table (C_MetaData).
ColName	VARCHAR2(50)	—	String used for the table header.
ColHeaderTip	VARCHAR2(350)	—	String used when you point your mouse over a column header.
ColWidth	NUMBER(4)	—	Width (in pixels) of the table column.
DisplayOrder	NUMBER(3)	—	Order in which the columns are displayed.
Sortable	NUMBER(1)	—	Specifies whether the table column is sortable.
Editable	NUMBER(1)	—	Specifies whether the cells in the column are editable.
DbColIndex	NUMBER(3)	—	Actual database column index for this GUI table column.
ClassName	VARCHAR2(128)	—	Renderer class used for the column.
FilterCol	NUMBER(3)	—	Specifies which columns are filterable.
SortColInDB	NUMBER(3)	—	Actual database column index used for sorting this GUI table column.
Renderer	VARCHAR2(128)	—	Used to display an icon instead of a value.
ColEnumBases	NUMBER(3)	—	Used to interpret the values from the database.
ColTCABitIndex	NUMBER(3)	—	Used for PM tables, which have a Threshold Crossing Alert (TCA) value.
ColSortOrder	NUMBER(1)	—	True if ascending; false if descending.
IsPhysicallocCol	NUMBER(1)	DEFAULT 0	Identifies a column as a physical location column.
IsInterfaceCol	NUMBER(1)	DEFAULT 0	Identifies a column as a logical interface location column.
IsTimestampCol	NUMBER(1)	DEFAULT 0	Identifies a column as a time stamp column.
IDENTIFIER	VARCHAR2 (1000)	—	Identifies whether or not a particular column is graphable.

1.2.20  C_MetaData_Filter

The C_MetaData_Filter table (Table 1-20) stores overall information about all the filters in the CTM GUI.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-20 C_MetaData_Filter 

Column Name	Oracle Data Type	Integrity Constraints	Description
TableID	NUMBER(4)	NOT NULL	ID in the parent table (C_MetaData).
FilterCols	NUMBER(3)	—	Index of a filterable column.
InitialFilterCols	NUMBER(3)	—	Index of a filterable column if this column is used in the initial filter. The value is -1 if it is not used in the initial filter.
DisplayOrder	NUMBER(3)	—	Order in which the columns are displayed.

1.2.21  C_MetaData_Grp_Presentation

The C_MetaData_Grp_Presentation table (Table 1-21) stores group information for ONS 15327 and ONS 15454. This information is used to lay out group attributes in NE Explorer property sheets.

Primary key: C_METADATA_GRP_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-21 C_MetaData_Grp_Presentation 

Column Name	Oracle Data Type	Integrity Constraints	Description
METADATAINDEX	NUMBER(5)	NOT NULL	Foreign key from ObjectAttributeTable.
GROUPINDEX	NUMBER(5)	NOT NULL	Attribute group.
PARENTINDEX	NUMBER(5)	NOT NULL	Parent group index.
NAME	VARCHAR2(32)	—	Group name.
DISPLAYTEXT	VARCHAR2(256)	—	User interface (UI) display text used as border text in a panel.
ATTRCLASS	NUMBER(4)	—	Not used (reserved for future use).
ATTRTYPE	NUMBER(4)	—	Not used (reserved for future use).
ENUMVAL	VARCHAR2(1024)	—	List of AATRIDs from ObjectAttributeTable that are children of this group. The IDs are separated by vertical bars (|).
ATTRGROUP	NUMBER(3)	—	User interface panel type.

1.2.22  C_MetaData_NETypes

The C_MetaData_NETypes table (Table 1-22) stores information about the supported NE types for the table identified in the C_MetaData table.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-22 C_MetaData_NETypes 

Column Name	Oracle Data Type	Integrity Constraints	Description
TableID	NUMBER(4)	NOT NULL	ID in the parent table (C_MetaData).
NETypes	VARCHAR2(15)	—	Models supported by this table.
DisplayOrder	NUMBER(3)	—	Order in which the columns are displayed.

1.2.23  C_Property_Sheet_Info_Table

The C_Property_Sheet_Info_Table (Table 1-23) stores metadata information for the various CTM property sheets.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-23 C_Property_Sheet_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelIndex	NUMBER(4)	—	NE model index. Number in this column corresponds to a number in the Version_Table.
PropSheetIndex	NUMBER(4)	—	Number to identify a specific property sheet in the NE specified by the ModelIndex.
TabIndex	NUMBER(5)	—	Number to identify a tab in the property sheet. This number refers to TabIndex in the C_Tab_Metadata_Table.
TabPosition	NUMBER(2)	—	Number to identify the position of the tab in the property sheet.

1.2.24  C_Tab_Metadata_Info_Table

The C_Tab_Metadata_Info_Table (Table 1-24) stores information about the relationship between the tabs and subtabs in the CTM property sheets.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-24 C_Tab_Metadata_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TabIndex	NUMBER(5)	—	Number to identify a tab on the property sheet.
SubtabIndex	NUMBER(5)	—	Number to identify a subtab in the tab corresponding to the TabIndex.
SubtabPosition	NUMBER(2)	—	Number to identify the subtab position.

1.2.25  C_Tab_Metadata_Table

The C_Tab_Metadata_Table (Table 1-25) stores information about the tabs in the CTM property sheets.

Primary key: C_TAB_METADATA_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-25 C_Tab_Metadata_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TabIndex	NUMBER(5)	UNIQUE	Number to identify the tab on a property sheet.
TabName	VARCHAR2(200)	—	Name of the tab.
TabDataObjects	VARCHAR2(512)	—	Stores a list of data objects represented on the tab. The data objects in the list are separated by vertical bars (|). Each data object contains the following values, separated by a colon: ObjectIndex:MetaDataGroupIndex:GroupName:editable
Description	VARCHAR2(512)	—	Comment field.
OperationId	VARCHAR2 (128)	—	Key that is cross-referenced in the user's security profile, which stores the user's access for this tab.

1.2.26  Cerent_NE_Group_Table

The Cerent_NE_Group_Table (Table 1-26) indicates how the CTC-based NEs' discovered NEs are grouped based on the grouping rule.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-26 Cerent_NE_Group_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
GroupOption	NUMBER(1)	DEFAULT 0	Values are: 0: Default grouping 1: Group by discovered NE 2: Group by subnet

1.2.27  Circuit_BS_Tbl

The Circuit_BS_Tbl (Table 1-27) stores basic information about the circuit.

Primary key: CIRCUIT_BS_TBL_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-27 Circuit_BS_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktName	VARCHAR2(64)	—	Name of the circuit.
CktDescription	VARCHAR2(256)	—	Description of the circuit.
CustomerId	VARCHAR2(256)	—	Customer ID.
ServiceId	VARCHAR2(256)	—	Service ID.
CktType	NUMBER(2)	—	Type of circuit. Valid values are: 0: ETHERNET 1: STS_CIRCUIT 2: VT_CIRCUIT 3: VT_TUNNEL 4: VT_AGGREGATION 5: STS_VCAT_CIRCUIT 6: VT_VCAT_CIRCUIT 7: GIGABIT_ETHERNET 8: TENGIGABIT_ETHERNET 9: FIBERCHANNEL 10: FICON 11: ESCON 12: SDH_CIRCUIT 13: ISC_COMPATIBLE 14: ISC_PEER 15: SYSPLEX 16: DWDM_TRANSPARENT_ANY
CktType (continued)	NUMBER(2)	—	17: VC_HO_PATH_CIRCUIT 18: VC_LO_PATH_CIRCUIT 19: VC_LO_PATH_TUNNEL 20: VC_LO_PATH_AGGREGATION 21: VC_HO_VCAT_CIRCUIT 22: VC_LO_VCAT_CIRCUIT 23: DWDM_WAVELENGTH 24: FAST_ETHERNET 25: FDDI 26: SYSPLEX_TIMER_ETR 27: SYSPLEX_TIMER_CLO 28: TENGIGABIT_ETHERNET_WAVELENGTH 29: POINT5GIGABIT_ETHERNET_WAVELENGTH 30: TENGIGABIT_ETHERNET_TRUNK 31: SONET_CIRCUIT 32: OCHNC_CIRCUIT
CktSize	NUMBER(2)	—	Size of circuit. Valid values are: 0: VT1_5 1: 1 = STS1 2: STS3C 3: STS6C 4: STS9C 5: STS12C 6: STS24C 7: STS48C 8: STS192C 9: TS768C 10: DWDM_2POINT5G 11: DWDM_10G 12: VC_11 13: VC_12 14: VC_3 15: VC_4 16: VC_4_2C 17: VC_4_3C 18: VC_4_4C 19: VC_4_8C 20: VC_4_16C
CktSize (continued)	NUMBER(2)	—	21: VC_4_64C 22: FIBERCHANNEL1 23: FIBERCHANNEL2 24: FICON 25: ESCON 26: SYSPLEX 27: FAST_ETHERNET 28: GIGABIT_ETHERNET 29: TENGIGABIT_ETHERNET 30: VT_2
CktSize (continued)	NUMBER(2)	—	31: FDDI 32: OCHNC_NOTEQUIPPED 33: OCHNC_MULTIRATE 34: OCHNC_2_5G_FEC 35: OCHNC_2_5G_NOFEC 36: OCHNC_10G_FEC 37: OCHNC_10G_NOFEC 38: STS36C 39: VC_4_12C 40: STS18C 41: VC_4_6C 42: STM1C 43: STM4C 44: STM16C 45: STM64C 46: ISC_COMPATIBLE 47: ISC_PEER 48: SYSPLEX_TIMER_ETR 49: SYSPLEX_TIMER_CLO 50: TWO_GIGABIT_ETHERNET 51: E1 52: T1 53: DVB 54: SDI
CktDirection	NUMBER(1)	—	Type of traffic that the circuit carries. Values are: 0: Unidirectional 1: Bidirectional
CktIsMonitor	NUMBER(1)	—	Whether the circuit is a monitor circuit. Values are: 0: False 1: True
CktState	NUMBER(2)	—	State of the circuit. Values are: 0: CREATING 1: ACTIVE 2: DELETING 3: DROP_PENDING 4: INCOMPLETE 5: UPGRADABLE 6: INCOMPLETE_UPGRADABLE 7: ERRORED 8: NOT_UPGRADABLE 9: INCOMPLETE_NOT_UPGRADABLE 10: ROLL_PENDING 11: NOT_ACTIVATED
CktEnhancedState	NUMBER(2)	—	Administrative state of the circuit.
CktProtectionType	NUMBER(2)	—	Circuit protection type.
CktAdditionalInfo	VARCHAR2(64)	—	Additional information about the circuits.
cktComment	VARCHAR2(2014)	—	—
CktUseLap	NUMBER(1)	—	Whether the circuit uses LAP. Values are: 0: False 1: True
CktOchncChannel	NUMBER(2)	—	Values are: 0: NOT_APPLICABLE 1: OCHNC_30_33 2: OCHNC_31_12 3: OCHNC_31_90 4: OCHNC_32_68 5: OCHNC_34_25 6: OCHNC_35_04 7: OCHNC_35_82 8: OCHNC_36_61 9: OCHNC_38_19 10: OCHNC_38_98 11: OCHNC_39_77 12: OCHNC_40_56 13: OCHNC_42_14 14: OCHNC_42_94 15: OCHNC_43_73 16: OCHNC_44_53 17: OCHNC_46_12 18: OCHNC_46_92 19: OCHNC_47_72 20: FALSE OCHNC_48_51 21: FALSE OCHNC_50_12 22: OCHNC_50_92 23: OCHNC_51_72 24: MANUAL OCHNC_52_52 25: OCHNC_54_13 26: OCHNC_54_94 27: OCHNC_55_75 28: OCHNC_56_55 29: OCHNC_58_17 30: CHNC_58_98 31: OCHNC_59_79 32: OCHNC_60_61
CktOchncDir	NUMBER(1)	—	Direction of the OCHNC circuit. Values are: 0: East-to-west 1: West-to-east 2: Not applicable
isDuplicateName	NUMBER(1)	DEFAULT 1	Whether or not the circuit has a duplicate name. Values are: 0: Duplicate 1: Not duplicate
NPID	NUMBER(10)	—	Network partition ID to which the subnetwork belongs.
SPAN_TYPE	NUMBER(1)	—	The type of span. Values are: 0: Regular span 1: VT tunnel span

1.2.28  Circuit_Ctp_Tbl

The Circuit_Ctp_Tbl (Table 1-28) stores the circuit termination points.

Foreign key: FK_CIRCUIT_CTPNPID

Tablespace: BASE_DATA_TABLESPACE

Table 1-28 Circuit_Ctp_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CTPAccessID	NUMBER(10)	NOT NULL	Unique sequence number generated by the database. This is the link between the table and the Circuit_Span_BS_Tbl that contains CTPs. Values are: 1: Circuit termination point CTP 2: L2 VLAN
CTP_Type	NUMBER(5)	NOT NULL	CTP entity type. Values are: 0: SRC 1: SEC_SRC 2: DROP 3: SPAN_SRC 4: SPAN_DEST 5: SPAN_SRC_THRU_TUNNEL 6: SPAN_DEST_THRU_TUNNEL 7: SPAN_SRC_VTT_EXPANDED 8: SPAN_DEST_VTT_EXPANDED
CktNodeId	NUMBER(10)	NOT NULL	The node ID of the source node of the circuit.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktCtpNodeId	NUMBER(10)	—	CTP circuit node ID.
CKTCTPNeDBAccessId	NUMBER(10)	NOT NULL	NE database ID.
CktCtpModuleType	NUMBER(8)		Module type of the CTP.
CktCtpIfIndex	NUMBER(20)	—	If_Static_Index at the destination.
CktCtpObjectType	NUMBER(10)	—	Object type at the destination.
CktCtpPhysicalLoc	NUMBER(20)	—	Physical location of the destination node.
CktCtpModelType	NUMBER(4)	—	Model type of the destination node.
CktCtpDropProt	NUMBER(1)	—	Whether the endpoint is protected. Values are: 0: False 1: True
CktCtpPathProt	NUMBER(1)	—	Path protection for this drop. Values are: 0: PATH FULLY PROTECTED 1: PATH PROTECTED 2: PATH UNPROTECTED 3: PATH FULLY UNPROTECTED
CktCtpDropProtType	NUMBER(1)	—	Protection type. Values are: 0: NO_PROTECTION 1: UNKNOWN_PROTECTION 2: SPLITTER_PROTECTION 3: Y_CABLE_OR_LINE_CARD_PROTECTION 4: TRUNK_CARD_PROTECTION
CktCtpPortName	VARCHAR2(64)	—	Destination port name of the circuit.
CktCtpAdditionalInfo	VARCHAR2(64)	DEFAULT NULL	Additional information about the circuit destination.
NPID	NUMBER(10)	DEFAULT 0	Network partition ID to which the subnetwork belongs.

1.2.29  Circuit_Dest_Tbl

The Circuit_Dest_Tbl (Table 1-29) shows the end and drop points for network circuits.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-29 Circuit_Dest_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktDestNodeId	NUMBER(10)	—	Destination node ID.
CktDestModuleType	NUMBER(8)	—	Module type at destination.
CktDestIfIndex	NUMBER(20)	—	Static index of the interface at the destination.
CktDestObjectType	NUMBER(10)	—	Object type at the destination.
CktDestPhysicalLoc	NUMBER(20)	—	Physical location of the destination node.
CktDestModelType	NUMBER(4)	—	Model type of the destination node.
CktDestDropProt	NUMBER(1)	—	Whether the endpoint is protected. Values are: 0: False 1: True
CktDestPathProt	NUMBER(1)	—	Path protection for this drop. Values are: 0: Path fully protected 1: Path protected 2: Path unprotected 3: Path fully unprotected
CktDestDropProtType	NUMBER(1)	—	Protection type for ONS 15540: 0: No protection 1: Unknown protection 2: Splitter protection 3: Y-cable or line-card protection 4: Trunk card protection
CktDestPortName	VARCHAR2(64)	—	Destination port name of the circuit.
CktDestAdditionalInfo	VARCHAR2(64)	DEFAULT NULL	Additional information for the circuit destination.
NPID	NUMBER(10)	DEFAULT 0	Network partition ID.

1.2.30  Circuit_Size_Table

The Circuit_Size_Table (Table 1-30) contains information about the circuit sizes.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-30 Circuit_Size_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserId	NUMBER(4)	—	User ID.
CircuitSizeType	NUMBER(2)	—	Circuit size.
CircuitSizeId	NUMBER(2)	—	Circuit size ID.
CircuitSizeName	VARCHAR2(32)	—	Name of the circuit size.

1.2.31  Circuit_Span_BS_Tbl

The Circuit_Span_BS_Tbl (Table 1-31) stores circuit span information. Each span consists of the span base information, span source circuit termination point, and span destination circuit termination point. The span base information is stored in the Circuit_Span_BS_Tbl. The span source circuit termination point is stored in the Circuit_CTP_Tbl and a reference to the CIRCUIT_CTP_TBL row (that is, database row ID) is stored in the Circuit_Span_BS_Tbl as CIRCUIT_SPAN_SRC_CTP_ACCESSID. Similarly, the span destination circuit termination point is stored in the Circuit_CTP_Tbl and a reference to the CIRCUIT_CTP_TBL row (database row ID) is stored in the Circuit_Span_BS_Tbl as CIRCUIT_SPAN_DEST_CTP_ACCESSID.

Foreign key: FK_CIRCUIT_SPAN_BS_NPID

Tablespace: BASE_DATA_TABLESPACE

Table 1-31 Circuit_Span_BS_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktSpanBSId	NUMBER(10)	NOT NULL	Unique sequence number generated by the database.
CktNodeId	NUMBER(10)	—	Node ID of the source node of the circuit to which the span belongs.
CktUniqueId	NUMBER(10)	—	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktLinkId	NUMBER(10)	—	ID of the link to which this span belongs.
Span_Type	NUMBER(5)	NOT NULL	Type of span.
CktSpanSrcCtpAccessId	NUMBER(10)	—	CTP ID of the span source.
CktSpanDstCtpAccessId	NUMBER(10)	—	CTP ID of the span destination.
CktSpanSrcState	NUMBER(1)	—	State of the circuit span from the source circuit node's point of view. Values are: 0: INACTIVE 1: STRANDED 2: ROUTED 3: TENTATIVE 4: ACTIVE
CktSpanDestState	NUMBER(1)	—	State of the circuit span from the destination circuit node's point of view. Values are: 0: INACTIVE 1: STRANDED 2: ROUTED 3: TENTATIVE 4: ACTIVE
IsCktForwarding	NUMBER(1)	—	Whether the circuit span is forwarding; valid for Ethernet circuit spans only. Values are: 0: False 1: True
IsCktSpanInUPSR	NUMBER(1)	—	Whether the circuit span is part of a UPSR ring. Values are: 0: False 1: True
IsCktSpanWorking	NUMBER(1)	—	Whether the circuit span is a working span. Values are: 0: False 1: True
IsCktSpanActive	NUMBER(1)	—	Whether the circuit span carries active traffic. Values are: 0: False 1: True
CktSpanProtOp	NUMBER(1)	—	Last successful span protection operation performed on this span. Values are: 1: Manual 2: Force 3: Lockout
CktSpanCDLFlowID	NUMBER(3)	DEFAULT -1	(Applicable only to ONS 155xx circuits) Source CDL flow identifier. The valid range is from 0 to 254.
CktSpanSrcPortName	VARCHAR2(64)	—	Span source port name of the circuit.
CktSpanDestPortName	VARCHAR2(64)	—	Span destination name of the circuit.
NPID	NUMBER(10)	DEFAULT 0	Network partition ID to which the subnetwork belongs.

1.2.32  Circuit_Span_Tbl

The Circut_Span_Tbl (Table 1-32) contains information about spans associated with circuits.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-32 Circuit_Span_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktSpanId	NUMBER(10)	NOT NULL	Unique sequence number generated by the database.
CktNodeId	NUMBER(10)	—	Node ID of the source node of the circuit to which the span belongs.
CktUniqueId	NUMBER(10)	—	Unique number within each source node. The CktNodeId and CktUniquieId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktLinkId	NUMBER(10)	—	ID of the link to which this span belongs.
CktSpanSrcNodeId	NUMBER(10)	—	Node ID of the span source.
CktSpanSrcModuleType	NUMBER(8)	—	Module type at the span source.
CktSpanSrcIfIndex	NUMBER(20)	—	Static index of the interface at the span source.
CktSpanSrcObjectType	NUMBER(10)	—	Object type at span source.
CktSpanSrcPhysicalLoc	NUMBER(20)	—	Physical location of the source node of the span.
CktSpanSrcModelType	NUMBER(4)	—	Model type for source node of span.
CktSpanDestNodeId	NUMBER(10)	—	Node ID of the span destination.
CktSpanDestModuleType	NUMBER(8)	—	Module type at the span destination.
CktSpanDestIfIndex	NUMBER(20)	—	Static index of the interface at the span destination.
CktSpanDestObjectType	NUMBER(10)	—	Object type at span destination.
CktSpanDestPhysicalLoc	NUMBER(20)	—	Physical location of the destination node of the span.
CktSpanDestModelType	NUMBER(4)	—	Model type for destination node of span.
CktSpanSrcState	NUMBER(1)	—	State of the circuit span from the source circuit node. Values are: 0: Inactive 1: Stranded 2: Routed 3: Tentative 4: Active
CktSpanDestState	NUMBER(1)	—	State of the circuit span from the destination circuit. Values are: 0: Inactive 1: Stranded 2: Routed 3: Tentative 4: Active
IsCktForwarding	NUMBER(1)	—	Whether the circuit span is forwarding (for Ethernet circuit spans only): 0: False 1: True
IsCktSpanInUPSR	NUMBER(1)	—	Whether the circuit span is part of a unidirectional path switched ring (UPSR) ring. Values are: 0: False 1: True
IsCktSpanWorking	NUMBER(1)	—	Whether the circuit span is a working span. Values are: 0: False 1: True
IsCktSpanActive	NUMBER(1)	—	Whether the circuit span carries active traffic. Values are: 0: False 1: True
CktSpanProtOp	NUMBER(1)	—	Last successful span protection operation performed on this span. Values are: 0: Clear 1: Manual 2: Force 3: Lockout
CktSpanAdditionalInfo	VARCHAR2(64)	DEFAULT NULL	Additional information for the circuit span.
CktSpanCDLFlowID	NUMBER(3)	DEFAULT -1	Source converged data link (CDL) flow identifier; applies only to ONS 15501, ONS 15530, and ONS 15540 circuits. Valid range is 0 to 254.
CktSpanSrcPortName	VARCHAR2(64)	—	Span source port name of the circuit.
CktSpanDestPortName	VARCHAR2(64)	—	Span destination port name of the circuit.
NPID	NUMBER(10)	DEFAULT 0	Network partition ID.

1.2.33  Circuit_Tbl

The Circuit_Tbl (Table 1-33) shows circuit information for an entire network.

Primary key: CIRCUIT_TBL_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-33 Circuit_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktName	VARCHAR2(64)	—	Name of the circuit.
CktDescription	VARCHAR2(256)	—	Description of the circuit.
CustomerID	VARCHAR2(256)	—	Customer ID.
ServiceID	VARCHAR2(256)	—	Service ID.
CktType	NUMBER(2)	—	Circuit type. Values are: 0: Ethernet 1: Synchronous transport signal (STS) circuit 2: Virtual Tributary (VT) circuit 3: VT tunnel 4: VT aggregation 5: STS VCAT circuit 6: VT VCAT circuit 7: Gigabit Ethernet 8: 10-Gigabit Ethernet 9: Fiber channel 10: Fiber connectivity (FICON) 11: Enterprise System Connection (ESCON) 12: SDH circuit 13: Intersystem channel (ISC)-compatible 14: ISC peer 15: SYSPLEX 16: Dense wavelength division multiplexing (DWDM) transparent any 17: Virtual channel (VC) high order path circuit 18: VC low order path circuit 19: VC low order path tunnel
CktType (continued)	NUMBER(2)	—	20: VC low order path aggregation 21: VC high order VCAT circuit 22: VC low order VCAT circuit 23: DWDM wavelength 24: Fast Ethernet 25: FDDI 26: SYSPLEX_TIMER_ETR 27: SYSPLEX_TIMER_CLO 28: 10-Gigabit Ethernet wavelength 29: 2.5-Gigabit Ethernet wavelength 30: 10-Gigabit Ethernet trunk 31: SONET circuit 32: OCHNC circuit 33: Two_Gigabit_Ethernet 34: E1 circuit 35: T1 circuit
CktSize	NUMBER(2)	—	Size of the circuit. Values are: 0: VT 1.5 1: STS1 2: STS3C 3: STS6C 4: STS9C 5: STS12C 6: STS24C 7: STS48C 8: STS192C 9: STS768C 10: DWDM 2.5 G 11: DWDM 10 G 12: VC_11 13: VC_12 14: VC_3 15: VC_4
CktSize (continued)	NUMBER(2)	—	16: VC_4_2C 17: VC_4_3C 18: VC_4_4C 19: VC_4_8C 20: VC_4_16C 21: VC_4_64C 22: Fiber channel 1 23: Fiber channel 2 24: FICON 25: ESCON 26: SYSPLEX 27: Fast Ethernet 28: Gigabit Ethernet 29: 10-Gigabit Ethernet 30: VT_2 31: FDDI 32: Optical CHannel Network Connection (OCHNC) not equipped 33: OCHNC multirate 34: OCHNC 2.5G FEC 35: OCHNC 2.5G NOFEC 36: OCHNC 10G FEC 37: OCHNC 10G NOFEC 38: STM 1C 39: STM 4C 40: STM 16C 41: STM 64C 42: ISC compatible 43: ISC peer 44: SYSPLEX_TIMER_ETR 45: SYSPLEX_TIMER_CLO 46: TWO_GIGABIT_ETHERNET 47: E1 48: T1
CktDirection	NUMBER(1)	—	Type of traffic that the circuit carries. Values are: 0: Unidirectional 1: Bidirectional
CktIsMonitor	NUMBER(1)	—	Whether the circuit is a monitor circuit. Values are: 0: False 1: True
CktState	NUMBER(2)	—	State of the circuit. Values are: 0: Creating 1: Active 2: Deleting 3: Drop-pending 4: Incomplete 5: Upgradeable 6: Incomplete-upgradeable 7: Errored 8: Not upgradeable 9. Incomplete-not upgradeable 10: Roll-pending 11: Duplicate ID 12: Not activated
CktEnhancedState	NUMBER(2)	—	Administrative state of the circuit. Values are: 0: IS 1: OOS 2: OOS_MT 3: OOS_AINS 4: CES_NOT_DEFINED 5: OOS_PARTIAL 6: OOS_MT_PARTIAL 7: OOS_AINS_PARTIAL 8: IS_PARTIAL 9: UNKNOWN_ADMIN_STATE
CktProtectiontype	NUMBER(2)	—	Circuit protection type. Values are: 0: BLSR2F 1: OnePlusOne 2: NotDefined 3: UnProt 4: BLSR4F 5: PCA2F 6: PCA4F 7: NotDefined1 8: Protected 9: BLSR 10: UPSR 11: PCA 12: Lost 13: Unknown 14: None 15: UPSRDRI
CktSrcNodeId	NUMBER(10)	—	Source node ID.
CktSrcModuleType	NUMBER(8)	—	Module type at source.
CktSrcIfIndex	NUMBER(20)	—	Static index of the interface at the source.
CktObjectType	NUMBER(10)	—	Source object type.
CktSrcPhysicalLoc	NUMBER(20)	—	Source node physical location.
CktModelType	NUMBER(4)	—	Source node model type.
CktSrcDropProt	NUMBER(1)	—	Whether the endpoint is protected. Values are: 0: False 1: True
CktSrcDropProtType	NUMBER(1)	—	Protection type for ONS 15540: 0: No protection 1: Unknown protection 2: Splitter protection 3: Y-cable or line-card protection 4: Trunk card protection
CktSecSrcNodeId	NUMBER(10)	—	Secondary source node ID.
CktSecSrcModuleType	NUMBER(8)	—	Module type at secondary source node.
CktSecSrcIfIndex	NUMBER(10)	—	Static index of the interface at the secondary source node.
CktSecSrcObjectType	NUMBER(10)	—	Secondary source object type.
CktSecSrcPhysicalLoc	NUMBER(20)	—	Secondary source node physical location.
CktSecSrcModelType	NUMBER(4)	—	Model type for the secondary source node.
CktSecSrcDropProt	NUMBER(1)	—	Whether the secondary endpoint is protected. Values are: 0: False 1: True
CktSecSrcDropProtType	NUMBER(1)	—	Protection type for ONS 15540: 0: No protection 1: Unknown protection 2: Splitter protection 3: Y-cable or line-card protection 4: Trunk card protection
CktAdditionalInfo	VARCHAR2(64)	—	Additional information about the circuits.
CktDesNodeName	VARCHAR2(4000)	—	Node name of the circuit destination.
CktDestModuleName	VARCHAR2(4000)	—	Module name of the circuit destination.
CktDestPhysicalLoc	VARCHAR2(4000)	—	Physical location of the circuit destination.
CktDestModelType	VARCHAR2(4000)	—	Model type of the circuit destination.
CktDestIfIndex	VARCHAR2(4000)	—	Circuit destination node ifindex.
CktDestObjectType	VARCHAR2(4000)	—	Object type.
CktComment	VARCHAR2(2014)	—	Circuit comment.
CktSrcPortName	VARCHAR2(64)	—	Port name of the circuit source.
CktSecSrcPortName	VARCHAR2(64)	—	Port name of the circuit secondary circuit source.
CktDestPortName	VARCHAR2(4000)	—	Port name of the circuit destination.
CktUseLap	NUMBER(1)	—	Indicates if the circuit uses a lap. Values are: 0: False 1: True
CktOchncChannel	NUMBER(2)	—	Circuit OCHNC channel number. Values are: 0: Not applicable 1: OCHNC_30_33 2: OCHNC_31_12 3: OCHNC_31_90 4: OCHNC_32_68 5: OCHNC_34_25 6: OCHNC_35_04 7: OCHNC_35_82 8: OCHNC_36_61 9: OCHNC_38_19 10: OCHNC_38_98 11: OCHNC_39_77 12: OCHNC_40_56 13: OCHNC_42_14 14: OCHNC_42_94 15: OCHNC_43_73 16: OCHNC_44_53 17: OCHNC_46_12 18: OCHNC_46_92 19: OCHNC_47_72 20: OCHNC_48_51 21: OCHNC_50_12 22: OCHNC_50_92 23: OCHNC_51_72 24: OCHNC_52_52 25: OCHNC_54_13 26: OCHNC_54_94 27: OCHNC_55_75 28: OCHNC_56_55 29: OCHNC_58_17 30: OCHNC_58_98 31: OCHNC_59_79 32: OCHNC_60_61
CktOchncDir	NUMBER(1)	—	Direction of the OCHNC circuit. Values are: 0: East to west 1: West to east 2: Not applicable
isDuplicateName	NUMBER(1)	DEFAULT 1	Valid values are: 0: DUPLICATE 1: NOT_DUPLICATE
NPID	NUMBER(10)	DEFAULT 0	Network partition ID.

1.2.34  Circuit_VCG_Tbl

The Circuit_VCG_Tbl (Table 1-34) contains the inventory of virtual concatenation group circuits.

Primary key: none

Tablespace: BASE_DATA_TABLESPACE

Table 1-34 Circuit_VCG_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source circuit node.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The combination of the CktNodeId and CktUniqueId result in a unique circuit ID in the whole network. Note that these are internal fields and should not be displayed.
ParentCktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the parent VCAT circuit.
ParentCktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The combination of ParentCktNodeId and ParentCktUniqueId result in a unique circuit ID in the whole network. Note that these are internal fields and should not be displayed.
VCGDirection	NUMBER(1)	—	VCG direction. Values are: 0: None 1: Forward 2: Backward 3: Bidirectional
NPID	NUMBER(10)	DEFAULT 0	Network partition ID.
VCATSTATE	NUMBER(1)	DEFAULT 0	VCAT member state.

1.2.35  Circuit_VLAN_Tbl

The Circuit_VLAN_Tbl (Table 1-35) contains information about VLANs associated with circuits.

Primary key: CIRCUIT_VLAN_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-35 Circuit_VLAN_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combine to form a circuit ID that is unique in the network. Note that these are internal fields and should not be displayed.
CktVlanId	NUMBER(10)	—	VLAN ID.
CktVlanName	VARCHAR2(64)	—	VLAN name.
NPID	NUMBER(10)	DEFAULT 0	Network partition ID.

1.2.36  CLISession_Command_History_Tbl

The CLISession_Command_History_Tbl (Table 1-36) provides a list of commands used by a specific user in a CLI session.

Primary key: CLISESSION_COMMAND_HISTORY_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-36 CLISession_Command_History_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
SessionTag	VARCHAR2(32)	NOT NULL	Session tag.
UserName	VARCHAR2(64)	NOT NULL	Name of the user.
Command_History	VARCHAR2(256)	NOT NULL	Command history.

1.2.37  CORBA_Functions_Table

The CORBA_Functions_Table (Table 1-37) contains information about the different GateWay/CORBA function name and types.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-37 CORBA_Functions_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
InterfaceIndex	NUMBER(10)	NOT NULL	Interface to which the function belongs.
FunctionName	VARCHAR(32)	NOT NULL	Name of function.
FunctionType	NUMBER(10)	NOT NULL	Type of the function. Values are: 1: Read 2: Modify

1.2.38  CORBA_GW_Active_User_Table

The CORBA_GW_Active_User_Table (Table 1-38) contains information about the active CTM GateWay/CORBA users.

Primary key: CORBA_GW_ACTIVE_USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-38 CORBA_GW_Active_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
active_session_id	VARCHAR2(128)	NOT NULL	Session ID.
user_name	VARCHAR2(128)	NOT NULL	Username of the OSS user.
client_end_ip	NUMBER(10)	NOT NULL	IP address of the OSS user.
LastLoginTime	DATE	—	Most recent user login date and time.

1.2.39  CORBA_Interface_Table

The CORBA_Interface_Table (Table 1-39) contains information about the GateWay/CORBA interface.

Primary key: CORBA_INTERFACE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-39 CORBA_Interface_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
InterfaceIndex	NUMBER(10)	NOT NULL	Index used for mapping of operations.
InterfaceName	VARCHAR(32)	NOT NULL	Name of the interface.
AdditionalPermissions	NUMBER(1)	NOT NULL	Type of interface. Valid values are: 0: No permissions 1: All read 2: All write
HelperClass	VARCHAR(128)	NOT NULL	Helper class name used to get the repository ID.
BaseInterface	NUMBER(10	NOT NULL	Base interface.

1.2.40  CORBA_Permission_Table

The CORBA_Permission_Table (Table 1-40) contains information about the GateWay/CORBA interface operation permissions.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-40 CORBA_Permission_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
InterfaceIndex	NUMBER(10)	NOT NULL	Index of the CORBA interface.
OperationID	NUMBER(10)	NOT NULL	Operation ID from the Operations_Table.

1.2.41  CTC_Model_Const_Table

The CTC_Model_Const_Table (Table 1-41) contains information about Cisco Transport Controller (CTC) models.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-41 CTC_Model_Const_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
CTCPackageName	VARCHAR2(40)	—	CTC package name.
CTCModel	VARCHAR2(40)	—	CTC model name.
CTMModel	VARCHAR2(128)	—	Corresponding CTM model name.
CTMObjectIndex	NUMBER(10)	—	Metadata object Index as defined in ObjectAttributeTable.
ModelType	NUMBER(10)	—	Model type as defined in Model_Type_Table.

1.2.42  CTC_UserProfile_Table

The CTC_UserProfile_Table (Table 1-42) contains information about CTC user profiles.

Primary key: CTC_USR_PROF_TABLE_PK

Tablespace: None

Table 1-42 CTC_UserProfile_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserID	VARCHAR2(64)	—	User ID of the CTC user type.
UserPassword	VARCHAR2(64)	NOT NULL	Password of the CTC user type.
PrivilegeID	NUMBER(10)	NOT NULL	Privilege ID of the CTC user type.
UserDesc	VARCHAR2(256)	NOT NULL	Description of the CTC user type.

1.2.43  CTM_Config_Table

The CTM_Config_Table (Table 1-43) stores CTM configuration information. For detailed definitions on the parameters within this table, see Appendix B, "Ctm_Config_Table Parameters."

Primary key: ctm_config_table_pk

Tablespace: BASE_DATA_TABLESPACE

Table 1-43 CTM_Config_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SectionName	VARCHAR2(40)	NOT NULL	Name of the section.
PropertyName	VARCHAR2(40)	NOT NULL	Name of the parameter.
ActiveValue	VARCHAR2(128)	—	Active value of the parameter.
IsPermanent	NUMBER(1)	NOT NULL	Whether or not the value can be changed. Values are: 0: False 1: True
PermanentValue	VARCHAR2(128)	—	Permanent value of the parameter.

1.2.44  CTM_Unique_ObjectType_Table

The CTM_Unique_ObjectType_Table (Table 1-44) contains a list of unique object types.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-44 CTM_Unique_ObjectType_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ObjectType	NUMBER(10)	UNIQUE, NOT NULL	Object type.
ObjectName	VARCHAR2(256)	NOT NULL	Object name of the object type.

1.2.45  DB_Pruning_Table

The DB_Pruning_Table (Table 1-45) contains information about the database pruning table.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-45 DB_Pruning_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
DBProcedure	VARCHAR(32)	NOT NULL	Name of the database procedure.
ConfigProperty	VARCHAR(32)	NOT NULL	Property name in the CTM_Config_Table.
MonitorParam	VARCHAR(32)	NOT NULL	Threshold parameter name in the Server_Threshold_Parameter_Table.

1.2.46  Debug_Module_Mapping_Table

The Debug_Module_Mapping_Table (Table 1-46) defines the mapping between classes and modules, and defines which class belongs to which module.

Primary key: none

Tablespace: BASE_DATA_TABLESPACE

Table 1-46 Debug_Module_Mapping_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PackageOrClass	VARCHAR2(80)	—	Class or package name.
ModuleId	NUMBER(10)	NOT NULL	Module ID.

1.2.47  Debug_Module_Table

The Debug_Module_Table (Table 1-47) contains a list of modules for module level debugging.

Primary key: DEBUG_MODULE_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-47 Debug_Module_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModuleId	NUMBER(10)	NOT NULL	Module ID.
ModuleName	VARCHAR2(40)	—	Name of module.
ConfigProperty	VARCHAR2(20)	—	Located under debug section in the CTM_Config_Table where the module severity is stored.

1.2.48  Deleted_User_Table

The Deleted_User_Table (Table 1-48) contains information about CTM users that were deleted.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-48 Deleted_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
username	VARCHAR2(64)	—	Username.
deletedtime	DATE	—	Date username was deleted.

1.2.49  Diskspace_Usage_Table

The Diskspace_Usage_Table (Table 1-49) stores information about database disk space usage.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-49 Diskspace_Usage_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
partitionname	NUMBER(2)	NOT NULL	Name of the partition. Values are: 0: oraclesw9i 1: db01 2: db02 3: db03 4: db04 5: db05
usage	NUMBER(3)	—	Database usage threshold.

1.2.50  Domain_Table

The Domain_Table (Table 1-50) contains information about the hierarchy of group and NE nodes in the domain.

Primary key: DOMAIN_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-50 Domain_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TreeNodeID	NUMBER(4)	NOT NULL	Unique sequence number generated by the database. Each node in the Domain Explorer tree is assigned a unique number that is used as an index to access group information in other tables.
ParentType	NUMBER(2)	NOT NULL	Indicates that the parent is a group.
ParentId	NUMBER(10)	NOT NULL	ID of the group.
ChildType	NUMBER(2)	NOT NULL	Type of tree node. Values are: 1: Root node 2: Group node 3: NE node
ChildId	NUMBER(10)	NOT NULL	ID of the group or NE.

1.2.51  Ems_Alarm_Table

The Ems_Alarm_Table (Table 1-51) shows information about EMS alarms.

Primary key: EMS_ALARM_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-51 Ems_Alarm_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
Name	VARCHAR2(128)	—	Name of the alarm displayed to client.
alarmIndex	NUMBER(5)	—	EMS index of alarm or group.
isGroup	NUMBER(1)	—	Whether or not this alarm belongs to a group. Values are: 0: FALSE 1: TRUE
Severity	NUMBER(1)	DEFAULT 4	Alarm severity. Values are: -1: N/A 4: Warning 5: Minor 6: Major 7: Critical

1.2.52  Enum_Table

The Enum_Table (Table 1-52) is used by link management to display link information in the link table.

Primary key: ENUM_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-52 Enum_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
EnumBase	NUMBER(4)	—	Value of attribute base.
EnumInt	NUMBER(3)	—	Possible values of the attribute base.
UIValue	VARCHAR2(128)	—	String representation of attribute base.

1.2.53  EQPT_Info_Table

The EQPT_Info_Table (Table 1-53) stores equipment provisioning information.

Primary key: EQPT_INFO_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-53 EQPT_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(10)	NOT NULL	Database access ID; same as NEDBAccessID in the NE_Info_Table.
PHYSICALLOC	NUMBER(20)	NOT NULL	Physical location.
IFINDEX	NUMBER(20)	NOT NULL	Interface index.
MODULETYPE	NUMBER(8)	—	Module type.
OBJECTINDEX	NUMBER(10)	NOT NULL	Metadata object index.
MODELTYPE	NUMBER(4)	NOT NULL	Model type.
COL1	VARCHAR2(256)	—	Columns 1 to 250 store attribute values as defined by the metadata.
COL2	VARCHAR2(256)	—	Columns 1 to 250 store attribute values as defined by the metadata.
COL3	VARCHAR2(256)	—	Columns 1 to 250 store attribute values as defined by the metadata.
COL4	VARCHAR2(256)		Columns 1 to 250 store attribute values as defined by the metadata.
COL5	VARCHAR2(256)	—	Columns 1 to 250 store attribute values as defined by the metadata.
...
COL250	VARCHAR2(4000)	—	Columns 1 to 250 store attribute values as defined by the metadata.

1.2.54  Eqpt_Relationship_Table

The Eqpt_Relationship_Table (Table 1-54) contains information about the equipment relationship table.

Primary key: EQPT_RELATIONSHIP_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-54 Eqpt_Relationship_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(10)	NOT NULL	NE database access ID.
SELFPHYSICALLOC	NUMBER(20)	NOT NULL	Physical location (equipment 1).
SELFIFINDEX	NUMBER(20)	NOT NULL	If index (equipment 1).
SELFMODULETYPE	NUMBER(10)	NOT NULL	Module type (equipment 1).
SELFMODELTYPE	NUMBER(10)	NOT NULL	Model type.
SELFOBJECTINDEX	NUMBER(10)	NOT NULL	Object index.
SELFSTROBJINST	VARCHAR2(4000)	NOT NULL	—
RELATEDPHYSICALLOC	NUMBER(20)	NOT NULL	Physical location (equipment 2).
RELATEDIFINDEX	NUMBER(20)	NOT NULL	If index (equipment 2).
RELATEDMODULETYPE	NUMBER(10)	NOT NULL	Module type (equipment 2).
RELATEDMODELTYPE	NUMBER(10)	NOT NULL	Model type.
RELATEDOBJECTINDEX	NUMBER(10)	NOT NULL	Object index.
RELATEDSTROBJINST	VARCHAR2(4000)	NOT NULL	—

1.2.55  Error_Log_Table

The Error_Log_Table (Table 1-55) contains information about all errors reported by CTM.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-55 Error_Log_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TimeStamp	DATE	—	Time stamp of log message.
Module	NUMBER(2)	NOT NULL	One of the predefined modules. Values are: 1: ServiceWay 2: TL1 3: ThruWay 4: Transport Manager
Severity	NUMBER(2)	NOT NULL	Severity of error message. Values are: 1: Critical 2: Major 3: Minor 4: Informational
SubModule	NUMBER(2)	—	Submodules for modules.
FileName	VARCHAR2(256)	—	Name of the file from which the message was printed.
LineNumber	NUMBER(4)	—	Line number from which the message was printed.
LogMessage	VARCHAR2(1024)	—	Text of the error message.

1.2.56  Forwarding_Table

The Forwarding_Table is obsolete.

1.2.57  GWCORBA_PM_Mapping_Table

The GWCORBA_PM_Mapping_Table (Table 1-56) contains PM data mapping information for CTM GateWay/CORBA.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-56 GWCORBA_PM_Mapping_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
MODELTYPE	NUMBER(4)	NOT NULL	Unique number associated with each NE model type.
LAYERRATE	NUMBER(10)	NOT NULL	Layer rate(s) associated with each PM type.
OBJECTINDEX	NUMBER(10)	NOT NULL	Unique object type associated with a specific PM type.
LOCATION	NUMBER(2)	NOT NULL	Whether the PM data is near-end or far-end data. Values are: 1: Near end 2: Far end
DIRECTION	NUMBER(2)	NOT NULL	Whether the PM data is receive or transmit. Values are: 1: Receive (Rx) 2: Transmit (Tx)
TERMINATIONPOINT	NUMBER(2)	NOT NULL	Whether the PM parameters are for noncircuit or circuit data. Values are: 0: Noncircuit 1: Circuit
PMVIEWNAME	VARCHAR2(64)	NOT NULL	Name of the PM view in the CTM database from which the PM data is retrieved.

1.2.58  GNE_Table

The GNE_Table (Table 1-57) contains information about the various GNEs in the network.

Primary key: GNE_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-57 GNE_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
GNEID	NUMBER(4)	NOT NULL	GNE identifier. Unique sequence number generated by the database. This is the link between this table and GNEID in the NE_Info_Table.
GNEType	NUMBER(4)	DEFAULT 1	Values are: 1: Unknown 2: Self 3: ISR_as_GNE 4: Foreign_GNE_TL1 5: Foreign_GNE_CLNP 6: Foreign_GNE_IP
RINGID	NUMBER(8)	—	Identifies the ring to which the NE is connected. NEs with similar RING_IDs are in the same ring.
GNESysId	VARCHAR2(128)	NOT NULL	Name of the GNE.
NextHopIPAddr	NUMBER(10)	NOT NULL	IP address of the next hop used to reach the GNE.
GNEComment	VARCHAR2(512)	—	Comment for the GNE.
GroupOption	NUMBER(1)	DEFAULT 0	Values are: 0: Default grouping 1: Group by GNE 2: Group by Subnet
GroupPrefix	VARCHAR2(12)	—	Group prefix that may be used for group names.
UserID	NUMBER(4)	DEFAULT 0	Value of 0 means no owner.

1.2.59  Group_Info_Table

The Group_Info_Table (Table 1-58) contains information about all groups defined in the Domain Explorer tree.

Primary key: GROUP_INFO_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-58 Group_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
GroupID	NUMBER(4)	NOT NULL	ID of the group; a unique sequence number generated by the database.
GroupName	VARCHAR2(32)	UNIQUE, NOT NULL	Name of the group.
GroupDescription	VARCHAR2(256)	—	Description field.
GroupUserLabel	VARCHAR2(64)	—	Users for this group.
GroupLocationName	VARCHAR2(64)	—	Location of this group.

1.2.60  HA_Table

The HA_Table (Table 1-59) provides a list of testing dates in a high-availability environment.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-59 HA_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TStamp	DATE	—	Test table for HA.

1.2.61  HFR_ACL_Policy_Config

The HFR_ACL_Policy_Config (Table 1-60) contains CRS-1 ACL policy configurations data.

Primary key: HFR_ACL_POLICY_CFG_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-60 HFR_ACL_Policy_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(8)	NOT NULL	NE database access ID.
ACLNAME	VARCHAR2(32)	NOT NULL	—
ACLID	NUMBER(10)	NOT NULL	—
ACLGRANT	VARCHAR2(6)	—	—
ACLLOGGING	VARCHAR2(10)	—	—
SOURCEADDRESS	VARCHAR2(16)	—	—
SOURCEWILDCARDBITS	VARCHAR2(16)	—	—
DESTINATIONADDRESS	VARCHAR2(16)	—	—
DESTINATIONWILDCARDBITS	VARCHAR2(16)	—	—
ACLREMARK	VARCHAR2(256)	—	—
PROTOCOL	VARCHAR2(6)	—	—
DSCP	VARCHAR2(8)	—	—
PRECEDENCE	VARCHAR2(15)	—	—
SOURCEOPERATOR	VARCHAR2(12)	—	—
SOURCESTARTPORT	VARCHAR2(15)	—	—
SOURCEENDPORT	VARCHAR2(15)	—	—
DESTINATIONOPERATOR	VARCHAR2(12)	—	—
DESTINATIONSTARTPORT	VARCHAR2(15)	—	—
DESTINATIONENDREPORT	VARCHAR2(15)	—	—
TCPBITS	VARCHAR2(12)	—	—
ICMPMESSAGECODE	NUMBER(3)	—	—
ICMPMESSAGETYPE	NUMBER(3)	—	—
IGMPMESSAGETYPE	VARCHAR2(15)	—	—
CHECKFRAGMENTS	VARCHAR2(5)	—	—

1.2.62  HFR_BGP_PEER_PM_Table

Primary key: HFR_PM_BGP_PEER_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-61 HFR_BGP_PEER_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
BGPPeerTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThreshold Mask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IPADDRESS	VARCHAR2(16)	NOT NULL	IP address.
INPUTMSGS	NUMBER(10)	DEFAULT -1	—
OUTPUTMSGS	NUMBER(10)	DEFAULT -1	—
INPUTUPDATEMSGS	NUMBER(10)	DEFAULT -1	—
OUTPUTUPDATEMSGS	NUMBER(10)	DEFAULT -1	—
CONNESTABLISHED	NUMBER(10)	DEFAULT -1	—
CONNDROPPED	NUMBER(10)	DEFAULT -1	—
ERRORSRECEIVED	NUMBER(10)	DEFAULT -1	—
ERRORSSENT	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.63  HFR_Common_Interface_Config

The HRF_Common_Interface_Config (Table 1-62) contains CRS-1 common interface configuration date, including Ethernet and POS.

Primary key: HFR_COM_INTF_CFG_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-62 HFR_Common_Interface_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—
NEDBACCESSID	NUMBER(8)	NOT NULL	—
MAINIF	VARCHAR2(256)	—	—
OWNER	VARCHAR2(256)	—	—
DESCRIPTION	VARCHAR2(256)	—	—
IPADDRESS	VARCHAR2(16)	—	—
IPMASK	VARCHAR2(16)	—	—
CDP	NUMBER(1)	—	—
UNNUMBERED	VARCHAR2(256)	—	—
IPMTU	NUMBER(6)	—	—
ICMPMASKREPLY	NUMBER(1)	—	—
DIRECTEDBRDCAST	NUMBER(1)	—	—
DISABLEREDIRECTS	NUMBER(1)	—	—
DISABLEUNREACH	NUMBER(1)	—	—
DAMPENINGARGS	VARCHAR2(16)	—	—
HALFLIFE	NUMBER(2)	—	—
REUSETHRESHOLD	NUMBER(6)	—	—
SUPPRESSTHRESHOLD	NUMBER(6)	—	—
SUPPRESSTIME	NUMBER(3)	—	—
IFSHUTDOWN	NUMBER(1)	—	—

1.2.64  HFR_ETHER_Interface_Config

The HFR_ETHER_Interface_Config (Table 1-63) contains CRS-1 Ethernet interface configuration data.

Primary key: HFR_ETHER_INTF_CFG_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-63 HFR_ETHER_Interface_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(8)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—
FULLDUPLEX	NUMBER(1)	—	—
HALFDUPLEX	NUMBER(1)	—	—
ARPPROXY	NUMBER(1)	—	—
ARPTIMEOUT	NUMBER(8)	—	—
MACADDRESS	VARCHAR2(12)	—	—
MEDIATYPE	VARCHAR2(6)	—	—
SPEED	VARCHAR2(4)	—	—

1.2.65  HFR_Interface_DRC_PM_Table

Primary key: HFR_PM_INTERFACE_DRC_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-64 HFR_Interface_DRC_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
InterfaceDRCTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IFNAME	VARCHAR2(64)	NOT NULL	Interface name.
INPUTDATARATE	NUMBER(10)	DEFAULT -1	—
INPUTPACKETRATE	NUMBER(10)	DEFAULT -1	—
OUTPUTDATARATE	NUMBER(10)	DEFAULT -1	—
OUTPUTPACKETRATE	NUMBER(10)	DEFAULT -1	—
INPUTPEAKRATE	NUMBER(10)	DEFAULT -1	—
INPUTPEAKPKTS	NUMBER(10)	DEFAULT -1	—
OUTPUTPEAKRATE	NUMBER(10)	DEFAULT -1	—
OUTPUTPEAKPKTS	NUMBER(10)	DEFAULT -1	—
BANDWIDTH	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.66  HFR_Interface_GC_PM_Table

Primary key: HFR_PM_INTERFACE_GC_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-65 HFR_Interface_GC_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
InterfaceGCTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IFNAME	VARCHAR2(64)	NOT NULL	Interface name.
INPACKETS	NUMBER(10)	DEFAULT -1	—
INOCTETS	NUMBER(10)	DEFAULT -1	—
OUTPACKETS	NUMBER(10)	DEFAULT -1	—
OUTOCTETS	NUMBER(10)	DEFAULT -1	—
INUCASTPACKETS	NUMBER(10)	DEFAULT -1	—
INMULTICASTPACKETS	NUMBER(10)	DEFAULT -1	—
INBROADCASTPACKETS	NUMBER(10)	DEFAULT -1	—
OUTUCASTPACKETS	NUMBER(10)	DEFAULT -1	—
OUTMULTICASTPACKETS	NUMBER(10)	DEFAULT -1	—
OUTBROADCASTPACKETS	NUMBER(10)	DEFAULT -1	—
OUTPUTTOTALDROPS	NUMBER(10)	DEFAULT -1	—
INPUTTOTALDROPS	NUMBER(10)	DEFAULT -1	—
INPUTQUEUEDDROPS	NUMBER(10)	DEFAULT -1	—
INPUTUNKNOWNPROTO	NUMBER(10)	DEFAULT -1	—
OUTPUTTOTALERRORS	NUMBER(10)	DEFAULT -1	—
OUTPUTUNDERRUN	NUMBER(10)	DEFAULT -1	—
INPUTTOTALERRORS	NUMBER(10)	DEFAULT -1	—
INPUTCRC	NUMBER(10)	DEFAULT -1	—
INPUTOVERRUN	NUMBER(10)	DEFAULT -1	—
INPUTFRAME	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.67  HFR_Interface_Helper_Address

The HFR_Interface_Helper_Address (Table 1-66) is a subtable of HFR_Common_Interface_Config.

Primary key: HFR_COM_INTF_HELPADDR_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-66 HFR_Interface_Helper_Address 

Column Name	Oracle Data Type	Integrity Constraints	Description
IPADDRESS	VARCHAR2(16)	NOT NULL	Primary key and the actual helper IP address.
NEDBACCESS	NUMBER(8)	NOT NULL	—
ENABLED	NUMBER(1)	—	Boolean status for the helper IP address.
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—

1.2.68  HFR_Interface_MTU_Layer2

Primary key: HFR_COM_INTF_MTULAYER2_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-67 HFR_Interface_MTU_Layer2 

Column Name	Oracle Data Type	Integrity Constraints	Description
OWNER	VARCHAR2(16)	NOT NULL	—
NEDBACCESSID	NUMBER(8)	NOT NULL	—
MTUVALUE	NUMBER(16)	—	—
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—

1.2.69  HFR_Interface_Secondary_Addr

The HFR_Interface_Secondary_Addr (Table 1-68) is a subtable of HFR_Common_Interface_Config.

Primary key: HFR_COM_INTF_SECONDADDR_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-68 HFR_Interface_Secondary_Addr 

Column Name	Oracle Data Type	Integrity Constraints	Description
IPADDRESS	VARCHAR2(16)	NOT NULL	Primary key and the actual secondary IP address.
NEDBACCESSID	NUMBER(8)	NOT NULL	—
IP MASK	VARCHAR2(16)	—	IP address representing the subnet mask.
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—

1.2.70  HFR_MPLS_Interface_PM_Table

Primary key: HFR_PM_MPLS_INTERFACE_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-69 HFR_MPLS_Interface_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
MPLSInterfaceTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IFNAME	VARCHAR2(64)	NOT NULL	Interface name.
FAILEDLABELLOOKUP	NUMBER(10)	DEFAULT -1	—
FRAGMENTEDPKTS	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.71  HFR_MPLS_LDP_PM_Table

Primary key: HFR_PM_MPLS_LDP_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-70 HFR_MPLS_LDP_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
MPLSLDPTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Valid values are: •0: Valid period •Other: Bit mask value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 24-hour interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is for 24-hour or 15-minute intervals. Valid values are: •1: 24 hour •0: 15 minutes
IPADDRESS	VARCHAR2(16)	NOT NULL	IP address.
TOTALMSGSSENT	NUMBER(10)	DEFAULT -1	—
TOTALMSGSRCVD	NUMBER(10)	DEFAULT -1	—
INITMSGSSENT	NUMBER(10)	DEFAULT -1	—
INITMSGSRCVD	NUMBER(10)	DEFAULT -1	—
ADDRESSMSGSSENT	NUMBER(10)	DEFAULT -1	—
ADDRESSMSGSRCVD	NUMBER(10)	DEFAULT -1	—
ADDRESSWITHDRAWMSGSSENT	NUMBER(10)	DEFAULT -1	—
ADRESSWITHDRAWMSGSRCVD	NUMBER(10)	DEFAULT -1	—
LABELMAPPINGMSGSSENT	NUMBER(10)	DEFAULT -1	—
LABELWITHDRAWMSGSSENT	NUMBER(10)	DEFAULT -1	—
LABELWITHDRAWMSGSRCVD	NUMBER(10)	DEFAULT -1	—
LABELRELEASEMSGSSENT	NUMBER(10)	DEFAULT -1	—
LABELRELEASEMSGSRCVD	NUMBER(10)	DEFAULT -1	—
NOTIFICATIONMSGSSENT	NUMBER(10)	DEFAULT -1	—
NOTIFICATIONMSGSRCVD	NUMBER(10)	DEFAULT -1	—
KEEPALIVEMSGSSENT	NUMBER(10)	DEFAULT -1	—
KEEPALIVEMSGSRCVD	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.72  HFR_MPLS_TE_Link_PM_Table

Primary key: HFR_PM_MPLS_TE_LINK_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-71 HFR_MPLS_TE_Link_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
MPLSTETimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IFNAME	VARCHAR2(64)	NOT NULL	Interface name.
LINKUTILIZATION	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.73  HFR_MPLS_TE_Tunnel_PM_Table

Primary key: HFR_PM_MPLS_TE_TUNNEL_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-72 HFR_MPLS_TE_Link_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
MPLSTETunnelTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
IFNAME	VARCHAR2(64)	NOT NULL	Interface name.
INPUTDATARATE	NUMBER(10)	DEFAULT -1	—
INPUTPACKETRATE	NUMBER(10)	DEFAULT -1	—
OUTPUTDATARATE	NUMBER(10)	DEFAULT -1	—
OUTPUTPACKETRATE	NUMBER(10)	DEFAULT -1	—
INPUTPEAKRATE	NUMBER(10)	DEFAULT -1	—
INPUTPEAKPKTS	NUMBER(10)	DEFAULT -1	—
OUTPUTPEAKRATE	NUMBER(10)	DEFAULT -1	—
OUTPUTPEAKPKTS	NUMBER(10)	DEFAULT -1	—
BANDWIDTH	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.74  HFR_Node_CPU_PM_Table

Primary key: HFR_PM_NODE_CPU_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-73 HFR_Node_CPU_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
NodeCPUTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
NODEID	NUMBER(10)	NOT NULL	Node ID.
NUMPROCESSES	NUMBER(10)	DEFAULT -1	—
AVERAGECPUUSED	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.75  HFR_Node_Memory_PM_Table

Primary key: HFR_PM_NODE_MEMORY_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-74 HFR_Node_Memory_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
NodeMemoryTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket of the day.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is for 24-hour or 15-minute intervals. Valid values are: 1: 24 hour 0: 15 minutes
NODEID	NUMBER(10)	NOT NULL	Node ID.
APPMEMORY	NUMBER(10)	DEFAULT -1	—
PEAKMEMORY	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.76  HFR_Node_Process_PM_Table

Primary key: HFR_PM_NODE_PROCESS_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-75 HFR_Node_Process_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM data refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
NodeProcessTimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM interval. Valid values are: •0: Valid period •Other: Bit mask value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 24-hour interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is for 24-hour or 15-minute intervals. Valid values are: •1: 24 hour •0: 15 minutes
NODEID	NUMBER(10)	NOT NULL	Node ID.
PROCESSID	NUMBER(10)	NOT NULL	Process ID.
TOTALMEMORY	NUMBER(10)	DEFAULT -1	—
AVERAGECPUUSED	NUMBER(10)	DEFAULT -1	—
NUMTHREADS	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.77  HFR_OSPF_V2_PM_Table

Primary key: HFR_PM_OSPF_V2_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-76 HFR_OSPF_V2_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM data refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
OSPFV2TimeStamp	DATE	NOT NULL	Time stamp showing the interval for which the set of statistics is stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM interval. Valid values are: •0: Valid period •Other: Bit mask value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 24-hour interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is for 24-hour or 15-minute intervals. Valid values are: •1: 24 hour •0: 15 minutes
INSTANCENAME	VARCHAR2(64)	NOT NULL	Instance name.
INPACKETS	NUMBER(10)	DEFAULT -1	—
OUTPACKETS	NUMBER(10)	DEFAULT -1	—
INHELLO	NUMBER(100	DEFAULT -1	—
OUTHELLO	NUMBER(10)	DEFAULT -1	—
INDBDS	NUMBER(10)	DEFAULT -1	—
INDBDSLSA	NUMBER(10)	DEFAULT -1	—
OUTDBDS	NUMBER(10)	DEFAULT -1	—
OUTDBDSLSA	NUMBER(10)	DEFAULT -1	—
INLSREQUESTS	NUMBER(10)	DEFAULT -1	—
INLSREQUESTSLSA	NUMBER(10)	DEFAULT -1	—
OUTLSREQUESTS	NUMBER(10)	DEFAULT -1	—
OUTLSREQUESTSLSA	NUMBER(10)	DEFAULT -1	—
INLSAUPDATES	NUMBER(10)	DEFAULT -1	—
INLSAUPDATESLSA	NUMBER(10)	DEFAULT -1	—
OUTLSAUPDATESLSA	NUMBER(10)	DEFAULT -1	—
INLSAACKS	NUMBER(10)	DEFAULT -1	—
INLSAACKSLSA	NUMBER(10)	DEFAULT -1	—
OUTLSAACKS	NUMBER(10)	DEFAULT -1	—
OUTLSAACKSLSA	NUMBER(10)	DEFAULT -1	—
CHECKSUMERRS	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.78  HFR_OSPF_V3_PM_Table

Primary key: HFR_PM_OSPF_V3_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-77 HFR_OSPF_V3_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM data refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
OSPFV3TimeStamp	DATE	NOT NULL	Time stamp showing the interval for which the set of statistics is stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM interval. Valid values are: •0: Valid period •Other: Bit mask value (information about the PM statistics)
inMaintenance	NUMBER(1)	—	Whether NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 15-minute interval.
oneDayThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket during the 24-hour interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is for 24-hour or 15-minute intervals. Valid values are: •1: 24 hours •0: 15 minutes
INSTANCENAME	VARCHAR2(64)	NOT NULL	Instance name.
INPACKETS	NUMBER(10)	DEFAULT -1	—
OUTPACKETS	NUMBER(10)	DEFAULT -1	—
INHELLO	NUMBER(100	DEFAULT -1	—
OUTHELLO	NUMBER(10)	DEFAULT -1	—
INDBDS	NUMBER(10)	DEFAULT -1	—
INDBDSLSA	NUMBER(10)	DEFAULT -1	—
OUTDBDS	NUMBER(10)	DEFAULT -1	—
OUTDBDSLSA	NUMBER(10)	DEFAULT -1	—
INLSREQUESTS	NUMBER(10)	DEFAULT -1	—
INLSREQUESTSLSA	NUMBER(10)	DEFAULT -1	—
OUTLSREQUESTS	NUMBER(10)	DEFAULT -1	—
OUTLSREQUESTSLSA	NUMBER(10)	DEFAULT -1	—
INLSAUPDATES	NUMBER(10)	DEFAULT -1	—
INLSAUPDATESLSA	NUMBER(10)	DEFAULT -1	—
OUTLSAUPDATES	NUMBER(10)	DEFAULT -1	—
OUTLSAUPDATESLSA	NUMBER(10)	DEFAULT -1	—
INLSAACKS	NUMBER(10)	DEFAULT -1	—
INLSAACKSLSA	NUMBER(10)	DEFAULT -1	—
OUTLSAACKS	NUMBER(10)	DEFAULT -1	—
OUTLSAACKSLSA	NUMBER(10)	DEFAULT -1	—
CHECKSUMERRS	NUMBER(10)	DEFAULT -1	—
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.79  HFR_POS_Interface_Config

The HFR_POS_Interface_Config (Table 1-78) contains CRS-1 POS (Packet Over SONET) interface configuration data.

Primary key: HFR_POS_INTF_CFG_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-78 HFR_POS_Interface_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(8)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—
ENCAPTYPE	VARCHAR2(5)	—	—
ENCAPUNUSED	NUMBER(10)	—	—
PPPAUTHATTEMPTS	NUMBER(2)	—	—
MAXUNACKCONFREQS	NUMBER(2)	—	—
MAXCONSECCONFNAKS	NUMBER(2)	—	—
MAXUNACKTERMREQS	NUMBER(2)	—	—
PAPCHECK	NUMBER(1)	—	—
CHAPCHECK	NUMBER(1)	—	—
MSCCHECK	NUMBER(1)	—	—
AUTHLIST	VARCHAR2(256)	—	—
AUTHTIMEOUT	NUMBER(2)	—	—
NCPTIMEOUT	NUMBER(3)	—	—
FSMRETRY	NUMBER(2)	—	—
PAPREFUSE	VARCHAR2(8)	—	—
PAPUSERNAME	VARCHAR2(128)	—	—
PAPPROPPASSWORD	VARCHAR2(128)	—	—
CHAPREFUSE	VARCHAR2(8)	—	—
CHAPHOSTNAME	VARCHAR2(128)	—	—
CHAPPROPPASSWORD	VARCHAR2(128)	—	—

1.2.80  HFR_SONET_Interface_Config

The HFR_SONET_Interface_Config (Table 1-79) contains CRS-1 SONET controllers configuration data.

Primary key: HFR_SONET_INTF_CFG_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-79 HFR_SONET_Interface_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(8)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—
SONETCREATED	NUMBER(1)	—	—
SONETPORTCLOCKSOURCE	VARCHAR2(10)	—	—
SONETPORTFRAMING	VARCHAR2(5)	—	—
SONETPORTLOOPBACK	VARCHAR2(10)	—	—
TXJ0	NUMBER(3)	—	—
TXS1S0	NUMBER(1)	—	—
LINEHOLDOFFDELAY	NUMBER(3)	—	—
SONETPORTSHUTDOWNAIS	NUMBER(1)	—	—
PATHNUM	NUMBER(10)	—	—
B1BERTHRESHOLD	NUMBER(1)	—	—
SDBERTHRESHOLD	NUMBER(1)	—	—
SFBERTHRESHOLD	NUMBER(1)	—	—
DISABLEREPORTB1BER	NUMBER(1)	—	—
DISABLEREPORTSLOF	NUMBER(1)	—	—
DISABLEREPORTSLOS	NUMBER(1)	—	—
REPORTSDBER	NUMBER(1)	—	—
DISABLEREPORTSFBER	NUMBER(1)	—	—
B2BERTHRESHOLD	NUMBER(1)	—	—
REPORTLAIS	NUMBER(1)	—	—
DISABLEREPORTB2BER	NUMBER(1)	—	—
REPORTLRDI	NUMBER(1)	—	—

1.2.81  HFR_SONET_Interface_Path

The HFR_SONET_Interface_Path (Table 1-80) is a subtable of HFR_SONET_Interface_Config.

Primary key: HFR_SONET_INTF_PATHREC_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-80 HFR_SONET_Interface_Path 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(8)	NOT NULL	—
IFID	VARCHAR2(256)	NOT NULL	—
IFACTIVE	VARCHAR2(3)	NOT NULL	—
PATHNUM	NUMBER(10)	NOT NULL	Primary key and the path number associated with the SONET interface.
PATHCREATED	NUMBER(1)	—	—
PATHHOLDOFFDELAY	NUMBER(3)	—	—
SONETPATHSCRAMBLING	VARCHAR2(8)	—	—
TXC2	NUMBER(4)	—	—
TXJ1	VARCHAR2(64)	—	—
SONETPATHSHUTDOWNAIS	NUMBER(1)	—	—
SONETPATHSHUTDOWNUNEQ	NUMBER(1)	—	—
B3BERTHRESHOLD	NUMBER(1)	—	—
REPORTPAIS	NUMBER(1)	—	—
DISABLEREPORTB3BER	NUMBER(1)	—	—
DISABLEREPORTPLOP	NUMBER(1)	—	—
REPORTPRDI	NUMBER(1)	—	—
REPORTPUNEQ	NUMBER(1)	—	—

1.2.82  HFR_Version_Info

The HFR_Version_Info (Table 1-81) is used to store various XML schema version information in the database.

Primary key: HFR_VERSION_INFO_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-81 HFR_Version_Info 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(8)	NOT NULL	Unique NE identifier.
Space	NUMBER(8)	NOT NULL	Integer representing the corresponding sysdb space for the schema.
SUBSTRINDEX	NUMBER(8)	NOT NULL	Value used to index any required substring. It starts from 0 and increments by 1.
VersionXML	VARCHAR2(4000)	—	Actual XML string returned from the router (CRS-1).

1.2.83  IF_Cross_Connect

The IF_Cross_Connect table (Table 1-82) contains information about cross-connects between interfaces on the same network element. Point-to-point (p2p) and point-to-multipoint (p2mp) are supported.

Primary key: None

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-82 IF_Cross_Connect 

Column Name	Oracle Data Type	Integrity Constraints	Description
XCDBAccessID	NUMBER(10)	NOT NULL	Unique sequence number (can be a foreign key).
NEDBAccessId	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
SrcIFDBAccessID	NUMBER(10)	NOT NULL	Source interface endpoint.
DestIFDBAccessID	NUMBER(10)	NOT NULL	Destination interface endpoint.
XCType	NUMBER(2)	DEFAULT 4	Type of switching element used: 1: Unknown 2: Electrical cross-connect 3: Optical cross-connect 4: Autoselect
XCKind	NUMBER(2)	DEFAULT 5	Type of call control to establish cross-connect: 1: Provisioned 2: Automatic 3: Dynamic 4: Protection 5: Other
CreationTime	DATE	—	Time when this cross-connect was created.
Src2DestOperStatus	NUMBER(2)	NOT NULL	Operational state from source to destination: 1: Up 2: Down 3: Dormant 4: Unknown
Dest2SrcOperStatus	NUMBER(2)	NOT NULL	Operational state from destination to source: 1: Up 2: Down 3: Dormant 4: Unknown
Src2DestLastChange	DATE	—	Sysuptime value when the cross-connect in this direction changed its operational state.
Dest2SrcLastChange	DATE	—	Sysuptime value when the cross-connect in this direction changed its operational state.

1.2.84  IF_DWDM_Channel_Group

The IF_DWDM_Channel_Group table (Table 1-83) contains information about interfaces representing groups of DWDM channels.

Primary key: IF_DWDM_CHAN_FREQ_PK

Tablespace:ONS155XX_DATA_TABLESPACE

Table 1-83 IF_DWDM_Channel_Group 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	Reference to IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
MinFrequency	NUMBER(10)	NOT NULL	Lowest frequency in the bitmap for bit 0.
Spacing	NUMBER(4)	NOT NULL	Frequency spacing between successive bits.
BitmapLogic	NUMBER(2)	DEFAULT 1	Whether frequencies in the bitmap are carried or blocked. Values are: 1: Carried 2: Blocked
Bitmap	VARCHAR2(64)	NOT NULL	List of frequencies as a bitmap.

1.2.85  IF_Optical_Phy_Config_Table

The IF_Optical_Phy_Config_Table (Table 1-84) describes extended physical properties for certain interfaces.

Primary key: IF_OPTICAL_PHY_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-84 IF_Optical_Phy_Config_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	Reference to IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
IfMode	NUMBER(2)	DEFAULT 1	Mode of operation. Values are: 1: mode2R 2: mode3R
IfProtocol	NUMBER(2)	DEFAULT 1	Client-side protocol to be monitored. Values are: 1: Other 2: Unknown 3: Gigabit Ethernet 4: 10-Gigabit Ethernet 5: Fiber channel 6: FICON 7: ESCON 8: SONET
IfClockRate	NUMBER(4)	—	Clock rate for client interface.
IfMonitorState	NUMBER(1)	—	Monitor state. Values are: 1: Enabled 2: Disabled
IfLoopback	NUMBER(2)	DEFAULT 1	Loopback status. Values are: 1: No loop 2: Diagnostic loop 3: Line loop 4: Other loop
IfOFC	NUMBER(1)	—	OFC state. Values are: 1: Enabled 2: Disabled
IfLaserSafteyControl	NUMBER(1)	—	Trunk-side laser safety control (LSC) state. Values are: 1: Enabled 2: Disabled
IfFLC	NUMBER(1)	—	State of forward laser control (FLC). Values are: 1: Enabled 2: Disabled

1.2.86  IFIndex_Rule_Table

The IFIndex_Rule_Table (Table 1-85) contains information on the rules to construct the IfIndex for each object type of an NE model.

Primary key: IFINDEX_RULE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-85 IFIndex_Rule_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelType	NUMBER(10)	NOT NULL	Model type.
ObjectType	NUMBER(10)	NOT NULL	Object type.
AttributeNameConst	NUMBER(10)	NOT NULL	Integer constant of the attribute.
AttrOrder	NUMBER(10)	NOT NULL	Sequential number.
AttrSize	NUMBER(10)	NOT NULL	Size of the attribute in bytes.
AttrType	NUMBER(10)	NOT NULL	Type of the attribute.

1.2.87  Interface_APS_Info

The Interface_APS_Info table (Table 1-86) contains APS information for interfaces that are members of an APS group.

Primary key: IF_APS_INFO_PK

Tablespace:ONS155XX_DATA_TABLESPACE

Table 1-86 Interface_APS_Info 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	Reference to IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ApsGroupName	VARCHAR2(64)	—	APS group name.
ApsChanNumber	NUMBER(2)	DEFAULT -1	Working or protected channel.
ApsChanStatusCurrent	NUMBER(2)	DEFAULT -1	Current state of interface in the group: 1: Locked out 2: Signal degrade 3: Signal failure 4: Switched
ApsChanLastSwitchover	DATE	—	Time since switch to protection channel.
ApsInterfaceState	NUMBER(2)	DEFAULT -1	Active or standby: -1: Unknown 1: Active 2: Standby

1.2.88  Interface_DWDM_Frequency

The Interface_DWDM_Frequency table (Table 1-87) contains wavelength information for certain optical interfaces carrying DWDM frequencies.

Primary key: IF_DWDM_FREQ_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-87 Interface_DWDM_Frequency 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	Reference to IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
Frequency	NUMBER(10)	NOT NULL	DWDM frequency.

1.2.89  Interface_Stack_Table

The Interface_Stack_Table (Table 1-88) provides information about underlying and overlaying layer relationships between interfaces.

Primary key: IFSTACK_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-88 Interface_Stack_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UniqueID	NUMBER(10)	NOT NULL	Unique sequence number. Acts as foreign key.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
HighIfDBAccessID	NUMBER(10)	NOT NULL	IFDBAccessID at the higher layer in the stack.
LowIfDBAccessID	NUMBER(10)	NOT NULL	IFDBAccessID at the lower layer in the stack.
Status	NUMBER(2)	NOT NULL	Operational state of lower layer. Values are: 1: Up 2: Down 3: Testing 4: Unknown 5: Dormant 6: Not present 7: Lower layer down

1.2.90  Interface_Table

The Interface_Table (Table 1-89) contains static interface indexes and names for an NE managed by CTM.

Primary key: INTERFACE_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-89 Interface_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEType	NUMBER(1)	NOT NULL	Type of NE. Values are: -1: Common ifNames Any-other-number: NEModelIndex of the NE_Info_Table
ifStaticIndex	NUMBER(4)	NOT NULL	Interface table static index; unique value for each interface on the NE.
ifName	VARCHAR2(64)	NOT NULL	Name of the interface.

1.2.91  IOS_Parser_Static_Tree_Table

The IOS_Paerser_Static_Tree_Table (Table 1-90) contains information about the IOS parser static tree table.

Primary key: IOS_PARSER_STATIC_TREE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-90 IOS_Parser_Static_Tree_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelIndex	NUMBER(8)	NOT NULL	Model index for the static tree.
IOSModelName	VARCHAR(128)	NOT NULL	Index of the static tree.
NodeIndex	NUMBER(8)	NOT NULL	Index of the node.
ParentIndex	NUMBER(8)	NOT NULL	Parent node index: -1 for the root node.
NodeName	VARCHAR(128)	NOT NULL	Name of the IOS node.
NodeValue	VARCHAR(128)	—	Value of the nodes.
CTMAttributeName	VARCHAR(128)	—	Corresponding CTM attribute name.
AttributeLocation	NUMBER(8)	NOT NULL	Position of the attribute in the object index.

1.2.92  L2_FrontPort_Table

The L2_FrontPort_Table (Table 1-91) contains information about the L2 front port table.

Primary key: L2_FRONTPORT_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-91 L2_FrontPort_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEID	NUMBER(10)	NOT NULL	NE ID.
SLOT_NUMBER	NUMBER(2)	NOT NULL	Slot number.
PORT_NUMBER	NUMBER(2)	NOT NULL	Port number.
NNI	NUMBER(1)	—	Port type.
UNI	NUMBER(1)	—	Port type.
DOT1Q	NUMBER(1)	—	Connection type.
QINQ	NUMBER(1)	—	Connection type.
UNTAGGED	NUMBER(1)	—	Connection type.
BG_COUNT	NUMBER(3)	—	—
SUB_IF_COUNT	NUMBER(3)	—	—
PORT_STATE	NUMBER(1)	—	Port state. Valid values are: 0: PORT_STATE_DISABLED 1: PORT_STATE_ENABLED
PM_STATUS	NUMBER(1)	—	—

1.2.93  L2_Interface_QoSClass_Table

The L2_Interface_QoSClass_Table (Table 1-92) stores all the QoS parameters that are configured on a Layer 2 service drop. The Layer 2 services are configured on a Layer 2 topology. The table is populated when a new Layer 2 service is created or discovered in CTM.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-92 L2_Interface_QoSClass_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEID	NUMBER(10)	NOT NULL	NE ID.
Slot_Number	NUMBER(3)	NOT NULL	Slot number.
Bridge_Group_Number	NUMBER(3)	NOT NULL	Bridge group number.
Port_Number	NUMBER(2)	NOT NULL	Port number.
Port_Sub_Interface	NUMBER(4)	—	Subinterface number on the port.
MATCH_ANY	NUMBER(1)	—	Matches any traffic.
MATCH_DSCP	NUMBER(1)	—	Matches the DSCP. DSCP value needs to be specified.
MATCH_COS	NUMBER(1)	—	Matches the class of service.
MATCH_IP_PRECEDENCE	NUMBER(1)	—	Matches the IP precedence value.
MATCH_DSCP_VALUE	VARCHAR2(64)	—	DSCP value is used with Match_DSCP.
MATCH_COS_VALUE	VARCHAR2(32)	—	COS value is used with Match_COS.
MATCH_IP_PRECEDENCE_V ALUE	VARCHAR2(32)	—	IP precedence value is used with Match_IP_Precedence.
ANDOR	NUMBER(1)	—	And/or condition.
CLASS_NAME	VARCHAR2(60)	—	Name of class map.
CIR_TYPE	NUMBER(2)	—	CIR type. Values are: 0: Line rate CIR 1: Rate-limited CIR
MAX_RATE_KBPS	NUMBER(20)	—	Maximum allowed rate in kbps.
BURST_SIZE_BPS	NUMBER(20)	—	Size of the burst in bps.
CIR_COS_TYPE	NUMBER(2)	—	Committed CoS mark type. Values are: 0: Trust 1: Mark CoS
CIR_COS_VALUE	NUMBER(2)	—	If CIR_COS_TYPE is 1 then this is the CoS value.
EXCESS_ACTION	NUMBER(2)	—	Excess traffic action. Values are: 0: Discard 1: Allow
PIR_BURST_BPS	NUMBER(20)	—	Peak information rate burst value in bps.
PIR_KBPS	NUMBER(20)	—	Peak information rate in kbps.
PIR_COS_TYPE	NUMBER(2)	—	PIR CoS type. Values are: 0: Trust 1: Mark CoS
PIR_COS_VALUE	NUMBER(2)	—	PIR CoS marking value.
VIOLATE_ACTION	NUMBER(2)	—	Violate action. Values are: 0: Discard 1: Allow
VIOLATE_COS_VALUE	NUMBER(2)	—	CoS marking for violation traffic.
BEFF_TYPE	NUMBER(2)	—	Best effort type. Values are: 0: Line rate 1: Rate limited
BEFF_RATE_KBPS	NUMBER(20)	—	Best effort maximum rate in kbps.
BEFF_BURST_SIZE_BPS	NUMBER(20	—	Best effort burst size in bps.

1.2.94  L2_Interface_Table

The L2_Interface_Table (Table 1-93) contains information about L2 interfaces.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-93 L2_Interface_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEID	NUMBER(10)	NOT NULL	NE ID.
SLOT_NUMBER	NUMBER(3)	NOT NULL	Slot number.
BRIDGE_GROUP_NUMBER	NUMBER(3)	NOT NULL	Bridge group number.
PORT_NUMBER	NUMBER(2)	NOT NULL	Port number.
PORT_SUB_INTERFACE	NUMBER(4)	—	Port subinterface.
INTERFACE_NAME	VARCHAR2(30)	—	Interface name.
INTERFACE_TYPE	NUMBER(3)	—	Interface type: 1: POS 2: FAST ETHERNET 3: GIGABIT ETHERNET
PORT_TYPE	NUMBER(2)	—	Port types: 1: UNI 2: NNI
CONNECTION_TYPE	NUMBER(2)	—	Connection types: 1: QinQ 2: Dot1Q 3: Untagged
PORT_STATE	NUMBER(2)	—	Port state. Valid values are: 0: PORT_STATE_DISABLED 1: PORT_STATE_ENABLED
POLICING_TYPE	NUMBER(2)	—	Policing type.
QOSTEMPLATE_NAME	VARCHAR2(30	—	Name of the QOS template.
MTU_SIZE	VARCHAR2(30)	—	Maximum transmission unit (MTU) size.
SPEED	VARCHAR2(30)	—	Speed: 10: MIN_SPEED 100: MAX_SPEED auto: AUTO_SPEED
DUPLEX	VARCHAR2(30)	—	Duplex value: full: FULL_DUPLEX half: HALF_DUPLEX auto: AUTO_DUPLEX
FLOWCONTROL_SEND	VARCHAR2(30)	—	Flow Control (send) value.
FLOWCONTROL_RECEIVE	VARCHAR2(30)	—	Flow Control (receive) value.

1.2.95  L2QoSTemplate_QoSClass_Table

The L2QoSTemplate_QoSClass_Table (Table 1-94) is used to store all the Quality of Service (QoS) parameters defined in a QoS profile. QoS profiles are used during Layer 2 services creation to specify the QoS parameters for the service drops.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-94 L2QoSTemplate_QoSClass_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
QoSTemplateID	NUMBER(6)	NOT NULL	QoS template ID.
MATCH_ANY	NUMBER(1)	—	Matches any traffic.
MATCH_DSCP	NUMBER(1)	—	Match DSCP. DSCP value needs to be specified.
MATCH_COS	NUMBER(1)	—	Match class of service.
MATCH_IP_PRECEDENCE	NUMBER(1)	—	Match IP precedence value.
MATCH_DSCP_VALUE	VARCHAR2(64)	—	DSCP value is used along with Match_DSCP.
MATCH_COS_VALUE	VARCHAR2(32)	—	COS value is used along with Match_COS.
MATCH_IP_PRECEDENCE_V ALUE	VARCHAR2(32)	—	IP precedence value is used along with Match_IP_Precedence.
ANDOR	NUMBER(1)	—	And/or condition.
CLASS_NAME	VARCHAR2(60)	—	Name of class map.
CIR_TYPE	NUMBER(2)	—	CIR type. Values are: 0: Line rate CIR 1: Rate-limited CIR
MAX_RATE_KBPS	NUMBER(20)	—	Maximum allowed rate in kbps.
BURST_SIZE_BPS	NUMBER(20)	—	Size of the burst in bps.
CIR_COS_TYPE	NUMBER(2)	—	Committed CoS mark type. Values are: 0: Trust 1: Mark CoS
CIR_COS_VALUE	NUMBER(2)	—	If CIR_COS_TYPE is 1 then this is the CoS value.
EXCESS_ACTION	NUMBER(2)	—	Excess traffic action. Values are: 0: Discard 1: Allow
PIR_BURST_BPS	NUMBER(20)	—	Peak information rate burst value in bps.
PIR_KBPS	NUMBER(20)	—	Peak information rate in kbps.
PIR_COS_TYPE	NUMBER(2)	—	PIR CoS types. Values are: 0: Trust 1: Mark CoS
PIR_COS_VALUE	NUMBER(2)	—	PIR CoS marking value.
VIOLATE_ACTION	NUMBER(2)	—	Violate action. Values are: 0: Discard 1: Allow
VIOLATE_COS_VALUE	NUMBER(2)	—	CoS marking for violation traffic.
BEFF_TYPE	NUMBER(2)	—	Best effort type. Values are: 0: Line rate 1: Rate limited
BEFF_RATE_KBPS	NUMBER(20)	—	Best effort maximum rate in kbps.
BEFF_BURST_SIZE_BPS	NUMBER(20	—	Best effort burst size in bps.

1.2.96  L2QoSTemplate_Table

The L2QoSTemplate_Table (Table 1-95) contains information about the L2 QoS template.

Primary key: L2QOSTEMPLATE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-95 L2QoSTemplate_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
QoSTemplateID	NUMBER(6)	NOT NULL	QoS template ID.
QoSTemplateName	VARCHAR2(50)	NOT NULL	Unique name of the QoS template.
QoSTemplateType	NUMBER(2)	—	QoS template types: 1: BEST_EFFORT 2: CIR_PIR 3: ADVANCED
QoSTemplateDescription	VARCHAR2(257)	—	QoS template description.

1.2.97  L2Topology_Circuits_Table

The L2Topology_Circuits_Table (Table 1-96) contains information about the L2 Topology Table.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-96 L2Topology_Circuits_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TopoNodeID	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit where Point-to-Point topology is used. Where Shared Packet Ring (SPR) is used, it is the node ID of the node that is equal to the maximum of all node IDs in the SPR.
TopoUniqueId	NUMBER(10)	NOT NULL	Unique number within the node.
NodeID	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
UniqueId	NUMBER(10)	NOT NULL	Unique number within the node.
LinkId	NUMBER(10)	NOT NULL	Unique number within the link.

1.2.98  L2Topology_Table

The L2Topology_Table (Table 1-97) contains information about L2 topologies.

Primary key: L2TOPOLOGY_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-97 L2Topology_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TopoNodeID	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit.
TopoUniqueID	NUMBER(10)	NOT NULL	Unique number within the node.
TopoType	NUMBER(2)	—	Topology types: 1: Point to point 2: SPR 3: Hub and spoke
Topology_Name	VARCHAR2(50)	—	CTM name for the topology.
TopoDescription	VARCHAR2(256)	—	Description of topology.
AlarmSeverity	NUMBER(2)	—	Alarm severity.
TopoStatus	NUMBER(2)	—	Status of the topology.
TopoSize	NUMBER(10)	—	Size of the topology.
TopoProtection	NUMBER(2)	—	Topology protection.
TopoResyncStatus	NUMBER(2)	—	Topology resynchronization states: 0: TOPO_SYNC_NEEDED 1: TOPO_SYNC_IN_PROGRESS 2: TOPO_SYNC_COMPLETED
TopoOperStatus	NUMBER(2)	—	Operational status of the topology.
BW_SP_Management	NUMBER(3)	—	Displays the bandwidth percentage used for the service provider (SP) management traffic class.
BW_Committed	NUMBER(3)	—	Displays the bandwidth percentage used for the Committed Information Rate (CIR) traffic class.
BW_Best_Effort	NUMBER(3)	—	Displays the bandwidth percentage used for the best-effort traffic class.
TOPOCONSTATE	NUMBER(2)	—	Displays CTM status after trying to synchronize the configuration of all the multilayer cards in the topology.
COS_COMMIT	NUMBER(3)	—	Committed class of service (CoS) value.
BW_Utilized	NUMBER(20)	—	Percentage of utilized bandwidth.
BW_Available	NUMBER(20)	—	Percentage of available bandwidth.
BW_AVVID_CONTROL	NUMBER(3)	—	Percentage of bandwidth for AVVID call control.
COS_SP_MANAGEMENT	VARCHAR2(128)	—	CoS for SP management.
COS_COMMITTED	VARCHAR2(128)	—	CoS for committed rate.
COS_AVVID_VOICEVIDEO	VARCHAR2(128)	—	CoS for AVVID voice video.
COS_AVVID_CONTROL	VARCHAR2(128)	—	CoS for AVVID control.
BW_Group1	NUMBER(3)	—	First bandwidth group.
BW_Group2	NUMBER(3)	—	Second bandwidth group.
COS_GROUP1	VARCHAR2(128)	—	First CoS group.
COS_GROUP2	VARCHAR2(128)	—	Second CoS group.

1.2.99  L2_Vlan_Table

The L2_Vlan_Table (Table 1-98) contains information about the VLANs in an L2 Topology.

Primary key: VLAN_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-98 L2_Vlan_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TopoNodeID	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit where Point-to-Point topology is used. Where Shared Packet Ring (SPR) is used, it is the node ID of the node that is equal to the maximum of all node IDs in the SPR.
TopoUniqueId	NUMBER(10)	NOT NULL	Unique number within the node.
Vlan_Number	NUMBER(10)	NOT NULL	Unique number to identify the VLAN.
Service_Id	VARCHAR2(50)	—	CTM service ID.
Customer_Id	VARCHAR2(50)	—	CTM customer ID.
VlanStatus	NUMBER(2)	—	VLAN status.

1.2.100  Link_Table

The Link_Table (Table 1-99) contains information about the links on the CTM Network Map.

Primary key: LINK_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-99 Link_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
LinkID	NUMBER(8)	NOT NULL	Unique number created by the database.
LinkSrcNode	NUMBER(10)	NOT NULL	Source node.
LinkSrcModuleType	NUMBER(8)	NOT NULL	Module type at the source.
LinkSrcPhysicalLoc	NUMBER(20)	NOT NULL	Source node physical location.
LinkSrcIfIndex	NUMBER(10)	NOT NULL	Whether there is a static index at the source. This is not applicable to the Cisco ONS 15327 or Cisco ONS 15454.
LinkSrcObjectType	NUMBER(10)	—	Type from object ID.
LinkDstNode	NUMBER(10)	NOT NULL	Source node (node network element database ID [NEDBID]).
LinkDstModuleType	NUMBER(8)	NOT NULL	Module type at the source.
LinkDstPhysicalLoc	NUMBER(20)	NOT NULL	Source node physical location.
LinkDstModelType	NUMBER(4)	NOT NULL	Destination node physical location.
LinkDstIfIndex	NUMBER(10)	NOT NULL	Whether there is a static index at the destination. This is not applicable to the ONS 15327 or ONS 15454.
LinkDstObjectType	NUMBER(10)	—	Object type from object ID.
LinkLayer	NUMBER(1)	NOT NULL	Type of link layer. Values are: 0: Link Layer Physical 1: Link Layer OTS 2: Link Layer OMS 3: Link Layer OCH 4: Link Layer SONET_SDH 5: Link Layer Layer2 6: Link Layer Invalid 7: Link Layer Layer3
LinkSize	NUMBER(2)	NOT NULL	Size of the link. Values are: 0: OC-3 1: OC-12 2: OC-48 3: OC-192 4: OC-768 5: DWDM 6: DWDM 1CH 7: DWDM 8CH 8: DWDM 16CH 9: DWDM 32CH 10: OTS 11: VT tunnel 12: 10BaseT 13:100BaseT
LinkSize (continued)	NUMBER(2)	NOT NULL	14: GIGE 15: Tunnel 16: Unknown 17: Not applicable 18: STM 1 19: STM 4 20: STM 16 21: STM 64 22: STM 256 23: OMS 24: 10GIG ITU 25: 2_5GIG ITU 26: LAYER2 27: 10 GIGE 28: ROUTING PROTOCOL
LinkValid	NUMBER(1)	NOT NULL	Link validity. Values are: 0: Valid 1: Invalid
LegIndex	NUMBER(1)	DEFAULT 1	Link sequence number of the leg.
CableGroupId	NUMBER(8)	DEFAULT 0	Same for all legs of a link.
LinkProvType	NUMBER(1)	NOT NULL	Type of link provisioning. Values are: 0: Link autodiscovered 1: Link manual 2: Link virtual 2: Link unmanaged
LinkConnectionType	NUMBER(1)	NOT NULL DEFAULT 0	Connection type of the link. Values are: 0: Inter-NE 1: Intra-NE
LinkType	NUMBER(2)	NOT NULL	Type of link. Values are: 0: OC-N 1: VT tunnel 2: DWDM 3: CDL 4: PCA 5: Ethernet 6: POS 7: DPT 8: MPLS Tunnel 9: IPSEC Tunnel 10: Not applicable 11: Y-cable 12: LAP 13: Virtual 14: BGP CONFEDERATE 15: BGP EXTERNAL 16: BGP INTERNAL
LinkProtType	NUMBER(2)	NOT NULL	Protection scheme of the link. Values are: 0: BLSR two fiber (2F) 1: 1+1 2: VT tunnel 3: Unprotected 4: BLSR four fiber (4F) 5: BLSR two fiber PCA 6: BLSR four fiber PCA 7: BLSR 8: Unprotected 9: PCA 10: Unknown 11: Not applicable 12: Partially protected 13: Y-cable
LinkProtRole	NUMBER(1)	NOT NULL	Protection role of the link. Values are: 0: Link protect 1: Link working 2: Link protection not applicable
LinkDirection	NUMBER(1)	NOT NULL	Direction of the link. Values are: 0: Bidirectional 1: Unidirectional
LinkState	NUMBER(1)	NOT NULL	State of the link. Values are: 0: Link state unknown 1: Link state up 2: Link state down
useForRouting	NUMBER(1)	DEFAULT 1 NOT NULL	Whether the link should be used for routing. Values are: 0: False 1: True
LinkName	VARCHAR2(256)	NOT NULL	User-defined name of the link.
LinkDescription	VARCHAR2(256)	—	Any user-defined notes for the link.
NumCriticalAlarms	NUMBER(8)	DEFAULT 0	Number of critical alarms on the link.
NumMajorAlarms	NUMBER(8)	DEFAULT 0	Number of major alarms on the link.
NumMinorAlarms	NUMBER(8)	DEFAULT 0	Number of minor alarms on the link.
NumWarningAlarms	NUMBER(8)	DEFAULT 0	Number of warning alarms on the link.
LinkSrcPhyLocUnManaged	VARCHAR2(30)	DEFAULT NULL	Source physical location if unmanaged NE is a termination point.
LinkDestPhyLocUnmanaged	VARCHAR2(30)	DEFAULT NULL	Destination physical location if unmanaged NE is a termination point.
LinkUnmanaged	NUMBER(1)	DEFAULT 0	Whether a link has at least one unmanaged NE. Values are: 0: False 1: True
LinkCost	NUMBER(10)	DEFAULT 1	Link weight.
LinkSrlgList	VARCHAR2(256)	DEFAULT NULL	User-defined SRL groups for the link.

1.2.101  Managed_Et_Table

The Managed_Et_Table (Table 1-100) contains information about the managed entity table.

Primary key: MANAGED_ET_TAB_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-100 Managed_Et_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
Mng_Entity_Type	NUMBER(5)	NOT NULL	Managed entity type. Valid values are: 1: Circuit termination point (CTP) 2: VLAN
Mng_Entity_Id_Num	NUMBER(10)	NOT NULL	Managed entity ID number.
Mng_Entity_Id2_Num	NUMBER(10)	NOT NULL	Managed entity ID 2 number.
NeDBAccessId	NUMBER(10)	NOT NULL	NE database ID.
FIELD1_Num	NUMBER(10)	NOT NULL	Polymorphic field module type.
FIELD2_Num	NUMBER(20)	NOT NULL	Polymorphic field physical location.
FIELD3_Num	NUMBER(10)	NOT NULL	Polymorphic field If index.
FIELD4_Num	NUMBER(10)	NOT NULL	Polymorphic field object index.
Customer_Id_Str	VARCHAR2(256)	—	Customer ID string representation.
Service_Id_Str	VARCHAR2(256)	—	Service ID string representation.

1.2.102  Map_Coordinate_Table

The Map_Coordinate_Table (Table 1-101) contains coordinates for nodes in the CTM Network Map as customized by the user.

Primary key: MAP_COORDINATE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-101 Map_Coordinate_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
CoOrdIndex	NUMBER(32)	NOT NULL	Unique number generated by the system.
ParentNodeType	NUMBER(1)	—	Type of parent node.
ParentNodeId	NUMBER(6)	—	Depending on the ParentNodeType, ParentNodeId is NEDBAccessId, GroupId, or SubnetId.
ChildNodeType	NUMBER(1)	—	Type of child node.
ChildNodeId	NUMBER(6)	—	Depending on the ChildNodeType, ChildNodeId is NEDBAccessId, GroupId, or SubnetId.
CoOrdX	NUMBER(8)	DEFAULT -1	X coordinate of the map.
CoOrdY	NUMBER(8)	DEFAULT -1	Y coordinate of the map.
UserID	NUMBER(4)	—	User ID.

1.2.103  Map_Cust_Table

The Map_Cust_Table (Table 1-102) contains information about maps as customized by the CTM user.

Primary key: MAP_CUST_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-102 Map_Cust_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
CustomizationID	NUMBER(8)	NOT NULL	Unique number created by the database.
MapCoordX	NUMBER(8)	DEFAULT -1	X coordinate for the mapping of the NE.
MapCoordY	NUMBER(8)	DEFAULT -1	Y coordinate for the mapping of the NE.
IconImageID	NUMBER(8)	DEFAULT -1	Index to the Map_Image_Table that represents the icon image for the NE.
BgIconImageID	NUMBER(8)	DEFAULT -1	Index to the Map_Image_Table that represents the background image for the NE.
UserID	NUMBER(4)	—	User ID that maps the User_Map_Table.
GrouporNEID	NUMBER(8)	—	Nedbaccessid of the NE_Info_Table.
TreeNodeType	NUMBER(1)	—	Node type in the User_Map_Table.
ZoomFactor	NUMBER (6,3)	DEFAULT 1	Zoom factor for the map background.
ViewPositionX	NUMBER(8)	DEFAULT 0	View port setting, x coordinate.
ViewPositionY	NUMBER(8)	DEFAULT 0	View port setting, y coordinate.
ShowLayerMode	NUMBER(1)	DEFAULT 0	Show all layers or not. Values are: 0: False 1: True
MapLayerRate	VARCHAR2(24)	DEFAULT "ALL LAYERS"	Show all layers or not. Values are: 0: False 1: True

1.2.104  Map_Image_Table

The Map_Image_Table (Table 1-103) contains information about the image files used for display in the CTM Network Map.

Primary key: MAP_IMAGE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-103 Map_Image_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
MapImageID	NUMBER(8)	NOT NULL	Unique number created by the database.
ImageName	VARCHAR2(256)	—	Name of the image.
ImageFile	BLOB	—	Actual binary image.

1.2.105  Map_Link_Table

The Map_Link_Table (Table 1-104) contains information about the links between nodes as displayed in the CTM Network Map.

Primary key: MAP_LINK_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-104 Map_Link_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
MapLinkID	NUMBER(8)	UNIQUE, NOT NULL	Unique number created by the database.
Node1Type	NUMBER(1)	NOT NULL	Type of end 1 node. Values are: 1: Area 2: Group 3: NE 4: Subnetwork
Node1ID	NUMBER(8)	NOT NULL	Corresponds to -1, GroupID, NEDBAccessID, and SubnetworkID, respectively, depending on Node1Type.
Node2Type	NUMBER(1)	NOT NULL	Type of end 2 node. Values are: 1: Area 2: Group 3: NE 4: Subnetwork
Node2ID	NUMBER(8)	NOT NULL	Corresponds to -1, GroupID, NEDBAccessID, and SubnetworkID, respectively, depending on Node2Type.
LinkColor	NUMBER(8)	—	Color of the link. Value is determined by the client interface code.
LinkWidth	NUMBER(4)	—	Width of the link. Value is determined by the client interface code.
LinkName	VARCHAR2(32)	—	Name of the link.
LinkDescription	VARCHAR2(64)	—	Description of the link.
LinkToolTip	VARCHAR2(64)	—	User-specified name of the screen area for the link.

1.2.106  MIB2_Interface_Table

The MIB2_Interface_Table (Table 1-105) corresponds to the MIB2 table in IF-MIB.

Primary key: MIB2_INTERFACE_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-105 MIB2_Interface_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	Unique sequence number generated by the database.
NEDBAccessID	NUMBER(10)	NOT NULL	Refers to the NEDBAccessID in the NE_Info_Table.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
ModuleType	NUMBER(8)	DEFAULT 0	Module type.
NEIfIndex	NUMBER(20)	NOT NULL	Encoded value for name derivation.
ObjectType	NUMBER(10)	NOT NULL	Object type.
ModelType	NUMBER(5)	NOT NULL	Model type.
PhyIfIndex	NUMBER(10)	DEFAULT 0	Entity PhyIndex that realizes this interface.
IfIndex	NUMBER(10)	NOT NULL	ifindex in mib-2.
IfType	NUMBER(4)	NOT NULL	ifType as described in IF-MIB:ifTable MIB.
IfExtType	NUMBER(4)	DEFAULT 0	Extended type (if any).
IfSpecificType	NUMBER(4)	DEFAULT 0	Any device-specific type.
IfDescr	VARCHAR2(255)	NOT NULL	ifDescr as described in IF-MIB:ifTable MIB.
IfName	VARCHAR2(50)	NOT NULL	ifName as described in IF-MIB:ifTable MIB.
IfSpeed	VARCHAR2(15)	—	ifSpeed as described in IF-MIB:ifTable MIB.
IfAdminStatus	NUMBER(2)	NOT NULL	Administrative state of the interface. Values are: 1: Up 2: Down 3: Testing
IfOperStatus	NUMBER(2)	NOT NULL	Operational state of the interface. Values are: 1: Up 2: Down 3: Testing 4: Unknown 5: Dormant 6: Not present 7: Lower layer down
IfHighSpeed	VARCHAR2(15)	—	High speed that is capable on the interface, in 1,000,000 bits per second. The value is derived from the IF-MIB.

1.2.107  Model_Type_Table

The Model_Type_Table (Table 1-106) contains a list of NE models supported by CTM.

Primary key: MODEL_TYPE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-106 Model_Type_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelType	NUMBER(4)	NOT NULL	Model type. Values are: 0: Unknown 1: Cisco ONS 15303 2: Cisco ONS 15304 3: Cisco ONS 15454 4: Cisco ONS 15800 5: Cisco ONS 15327 6: Cisco ONS 15801 7: Cisco ONS 15200 9: Cisco ONS 15540 10: Cisco ONS 15808
ModelType (continued)	NUMBER(4)	NOT NULL	11: Cisco ONS 15540 XPS 12: Cisco ONS 15530 13: Cisco ONS 15501 14: Cisco ONS 15454 SDH 15: Cisco ONS 15216 EDFA2 16: Cisco ONS 15216 Optical Add/Drop Multiplexer (OADM) 17: Cisco ONS 15216 DWDM 18: Cisco ONS 15600 19: Cisco ONS 15216 OSC 20: Cisco ONS 15216 DCU
ModelType (continued)	NUMBER(4)	NOT NULL	21: Cisco ONS 15302 22: Cisco ONS 15305 23: Cisco ONS 15216 UNIDIRFILTER 24: Unmanaged NE 25: Cisco ONS 15216 EDFA3 26: Cisco HFR 27: GSR IOX 28: Cisco 6509 29: Cisco ONS 15310 CL 30: Cisco ONS 15600 SDH 31: Cisco ONS 15216 EDFA1 32: Cisco 15305 CTC 33: Cisco MDS9000 34: Cisco MGX 8880
ModelTypeName	VARCHAR2(64)	NOT NULL	Name of the model.

1.2.108  Module155xx_Community_String

The Module155xx_Community_String table (Table 1-107) contains the community strings for ONS 15501, ONS 15530, and ONS 15540 devices.

Primary key: MODULE155XX_TARGET_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-107 Module155xx_Community_String 

Column Name	Oracle Data Type	Integrity Constraints	Description
Target	VARCHAR2(64)	NOT NULL	Target IP address.
ReadString	VARCHAR2(64)	DEFAULT 'public'	Read community string.
Retry	NUMBER(2)	DEFAULT 1	Number of times to retry a connection.
Timeout	NUMBER(2)	DEFAULT 6	Time to wait before timing out a connection attempt.
WriteString	VARCHAR2(64)	NOT NULL	Write community string.

1.2.109  Module155xx_VTOID_Table

The Module155xx_VTOID_Table (Table 1-108) contains relating the module type to the vendor object ID.

Primary key: MODULE155XX_TYPE_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-108 Module155xx_VTOID_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModuleType	NUMBER(8)	NOT NULL	Module type.
VendorOID	VARCHAR2(64)	NOT NULL	Vendor object ID.

1.2.110  Module_Type_Mll_Info

The Module_Type_Mll_Info table (Table 1-109) defines the possible layer rates for each type of module.

Primary key: MLL_TYPE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-109 Module_Type_Mll_Info 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModuleType	NUMBER(8)	NOT NULL	Type of module, filled in at installation time.
LayerRate	NUMBER(1)	—	Link layers.
ModelType	NUMBER(4)	—	Type of model.

1.2.111  Module_Type_Table

The Module_Type_Table (Table 1-110) contains inventory information about the NE module types.

Primary key: MODULE_TYPE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-110 Module_Type_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModuleType	NUMBER(8)	NOT NULL	Type of module, filled in at installation time. Possible values are: 1: ISR A 2: ISR E 3: Cerent DS1 4: Cerent DS3 5: Cerent DS3XM 6: Cerent EC1 7: Cerent EPOS 100 8: Cerent EPOS 1000 9: Cerent OC3 10: Cerent OC12 11: Cerent OC48 60: Cerent OC192 86: Cerent STM64_64 87: Cerent STM16_16
ModuleType (continued)	NUMBER(8)	NOT NULL	20000: MGX8880 NE 20002: MGX8880 CARD 20030: MGX8880 PERIPHERAL 20050: MGX8880 LINE 20051: MGX8880 DS1 20053: MGX8880 SONET 20056: MGX8880 PATH 20057: MGX8880 LINEGRP 20058: MGX8880 LINELINK 20075: MGX8880 VIRTUALPORT 20080: MGX8880 CONNECTION
ModuleName	VARCHAR2(64)	—	Name of the equipment.
ModelType	NUMBER(4)	—	Type of model.

1.2.112  NE_Audit_Trail_Table

The NE_Audit_Trail_Table (Table 1-111) shows ONS 15327 and ONS 15454 audit trail information.

Primary key: NE_AUDIT_TRAIL_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-111 NE_Audit_Trail_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE table.
SequenceNumber	NUMBER(6)	NOT NULL	Sequence number of the entry. Possible values are 1 to 59,999.
Timestamp	DATE	NOT NULL	Time stamp in Greenwich Mean Time (GMT).
OperationDescription	VARCHAR2(256)	NOT NULL	Server combines information obtained from multiple sources to create the description.
OperationStatus	VARCHAR2(1)	—	Operational status. Values are: P: Passed F: Failed X: Aborted
NEUserId	VARCHAR2(64)	—	CTC user ID.

1.2.113  NE_Info_Table

The NE_Info_Table (Table 1-112) contains information about all NEs managed by CTM.

Primary key: NE_INFO_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-112 NE_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	Unique sequence number generated by the database. NEDBAccessID is the link between the NE_Info_Table and other tables that contain NE information such as inventory, alarms, PM data, and so on.
NESysID	VARCHAR2(128)	NOT NULL	NE system ID.
NEIPAddr	NUMBER(10)	UNIQUE	NE IP address. The assumption is that the NE IP address is unique across the domains. The CTM GUI and server convert the IP address to a number before storing the address in the database.
NENSAPAddr	VARCHAR2(60)	UNIQUE	NE OSI network service access point (NSAP) address.
NEState	NUMBER(1)	NOT NULL	State of the NE. Values are: 1: In service 2: Out of service 3: Preprovisioned 4: Under maintenance
isNEConnected	NUMBER(1)	NOT NULL	Whether the NE is reachable or unreachable from the CTM server. Values are: 1: Reachable 0: Unreachable
GNEID	NUMBER(4)	—	Index of the GNE in the GNE_Table that is used to route messages to the NE.
NEDescription	VARCHAR2(256)	—	Description of the NE.
NEConfigMode	NUMBER(2)	—	Configuration mode of the NE. Values are: 0: Back-to-Back Terminal 1: BLSR add/drop multiplexer (ADM) 2: Hybrid 3: Line Extender Module 4: MS-SPRing ADM 5: Optical ADM 6: Optical Line Amplifier 7: Subnetwork connection protection (SNCP) ring ADM 8: Terminal 9: UPSR ADM 10: Other 11: Unknown 12: East Terminal 13: West Terminal 14: Not applicable 15: FULL-BLUE-OADM 16: FULL-RED-OADM 17: FULL-RED-BLUE-OADM 18: Extended Long Haul (ELH) West Terminal 19: ELH East Terminal 20: ELH Optical Line Amplifier 21: ELH Line Extender Module 22: ELH Optical ADM 23: ELH Terminal 25: ONS 15216 200-GHz OADM1 26: ONS 15216 200-GHz OADM2 27: ONS 15216 100-GHz OADM1 28: ONS 15216 100-GHz OADM2 29: ONS 15216 100-GHz OADM4 30: ONS 15216 EDFA1 31: ONS 15216 EDFA2 32: ONS 15216 Red 200-GHz DWDM Filter 33: ONS 15216 Blue 200-GHz DWDM Filter
NEConfigMode (Continued)	NUMBER(2)	—	34: ONS 15216 Red 100-GHz DWDM Filter 35: ONS 15216 Blue 100-GHz DWDM Filter 36: DCS 37: Linear ADM 38: Regeneration opt ADM 39: ELH Regeneration opt ADM 40: ONS 15216 OSC 1510 nm 41: ONS 15216 DCU 44: ONS 15216 UNIDIRFILTER 45: Unmanaged NE 46: Line 47: Hub 48: ONS 15216 EDFA3 49: Terminal Hub East 50: Terminal Hub West 51: Terminal OADM East 52: Terminal OADM West 53: Active TDM Hybrid Site 54: Active Line Site 55: Passive Line Site 56: DWDM Hub Node 57: Amplified OADM 58: Passive OADM 59: Line Amplifier 60: DWDM Terminal 61: OSC Regeneration Site 62: hfr 63: hsr 64: miniq 65: gsriox 66: FULLQ 67: HALFQ 68: CAT6509 69: ROADM
NEConfigMode (Continued)	NUMBER(2)	—	70: Postamplifier 71: Preamplifier 72: MDS9100 73: MDS9200 74: MDS9500 75: MDSPAA 76: MDSSNM 77: CRS1MC 78: SNCP 79: GSR 12006 80: GSR 12008 81: GSR 12010 82: GSR 12012 83: GSR 12016 84: GSR 12404 85: GSR 12406 86: GSR 12410 87: GSR 12416 88: GSR 12810 89: GSR 12816
NESnmpCommString	VARCHAR2(64)	—	SNMP community string of the NE.
NECLLICode	VARCHAR2(64)	—	CLLI code of the NE.
NEStateChangeTime	DATE	—	Time stamp of last state change of the NE.
NEModelType	NUMBER(4)	DEFAULT 1	Type of NE.
NEModelIndex	NUMBER(4)	DEFAULT 0	Index of the appropriate database record for the version. The value 0 represents an unknown model index.
NEModelStatus	NUMBER(4)	DEFAULT 0	Operational state of the NE model index. This is the server status view of the index. The NEModelStatus variable should not be set by the client. Values are: 0: Unknown model (probably being fetched) 1: Valid model 2: Mismatched model (NE type does not match) 3: Unknown model type 4: Unknown model software version
NESubNetworkID	NUMBER(8)	DEFAULT 0	Reference to the subnetwork in which this NE belongs.
NETimeOffset	NUMBER(10)	DEFAULT 0	Time offset between UNIX and the NE.
NELEDStatus	RAW(8)	DEFAULT '0000000000000000'	Reflects all LEDs on the NE front panel.
NESystemTitle	VARCHAR2(64)	DEFAULT NULL	Title for this NE.
NEUserLabel	VARCHAR2(64)	DEFAULT NULL	Name of the user of this NE.
NEVendorName	VARCHAR2(32)	DEFAULT NULL	NE vendor name.
NEVersion	VARCHAR2(128)	DEFAULT NULL	Version string for the NE.
NENumActiveCriticalErrors	NUMBER(8)	DEFAULT 0	Current number of active critical errors for the NE.
NENumActiveMajorErrors	NUMBER(8)	DEFAULT 0	Current number of active major errors for the NE.
NENumActiveMinorErrors	NUMBER(8)	DEFAULT 0	Current number of active minor errors for the NE.
NEPmEnabled	NUMBER(1)	DEFAULT 1	Whether PM data collection is enabled or disabled for PM data other than robust PM. Values are: 0: PM collection is disabled 1: PM collection is enabled 2: 15-minute PM collection is enabled 3: 1-day PM collection is enabled
NENodeID	NUMBER(10)	—	Used to specify an ONS 15327 or ONS 15454 NE from other NEs.
NEInventoryLastChanged	NUMBER(20)	—	Used to specify the last time an ONS 15327 or ONS 15454 NE changed its inventory.
NESubnetMask	NUMBER(10)	—	Subnet mask.
NEDefaultGateway	NUMBER(10)	—	Default gateway.
NENumUnActiveCriticalErrors	NUMBER(8)	DEFAULT 0	Current number of inactive critical errors for the NE.
NENumUnActiveMajorErrors	NUMBER(8)	DEFAULT 0	Current number of inactive major errors for the NE.
NENumUnActiveMinorErrors	NUMBER(8)	DEFAULT 0	Current number of inactive minor errors for the NE.
NENumCleared	NUMBER(8)	DEFAULT 0	Current number of cleared errors for the NE.
DisplayModelName	VARCHAR2(15)	—	Display string for the NE.
GWTL1USERNAME	VARCHAR2(20)	DEFAULT NULL	Default TL1 username.
GWTL1PASSWD	VARCHAR2(20)	DEFAULT NULL	Default TL1 password.
ServiceID	NUMBER(20)	DEFAULT 0	Which instances of NE and PM service are currently managing this NE.
DeleteState	NUMBER(1)	DEFAULT 0	State of deletion. Values are: 0: Working 1: Deleted 2: Purge in progress 3: Purge failed
ConfigSyncStatus	NUMBER(1)	DEFAULT 0	Configuration resynchronization status. Values are: 0: Initial 1: Queued 2: In Progress 3: Successful
NEUSERNAME	VARCHAR2(64)	DEFAULT NULL	Default NE username.
NEUSERPASSWORD	VARCHAR2 (64)	DEFAULT NULL	Default NE password.
NEDiscoveryState	NUMBER(1)	NOT NULL	State of the NE under discovery. Values are: 1: NE undiscovered 2: NE initializing 3: NE synch configuration 4: NE discovered
NERobustPmEnabled	NUMBER(1)	DEFAULT 0	Whether robust PM data collection is enabled or disabled. Values are: 0: Robust PM data collection is disabled. 1: Robust PM data collection is enabled. 2: 15-minute Robust PM data collection is enabled. 3: 1-day Robust PM data collection is enabled.
SecurityTicket	VARCHAR2(32)	DEFAULT NULL	Default ticket.
RobustPMEnableTime	DATE	—	Time stamp of 15-minute Robust PM data collection is enabled.
DebugLevel	NUMBER(1)	DEFAULT -1	Debug level for the NE. Values are: -1: Service 0: Fatal 1: Major 2: Minor 3: Info 4: Debug 5: Trace
Robust1DayPMEnableTime	DATE	—	Time stamp of 1-day Robust PM data collection is enabled.
SecondsBehindUTC	NUMBER(20)	DEFAULT 0	Offset—Number of seconds behind Coordinated Universal Time (UTC).
SecondsDstBehindUTC	NUMBER(20)	DEFAULT 0	Offset—Number of seconds Daylight Saving Time (DST) is behind UTC.

1.2.114  NE_Inventory_Table

The NE_Inventory_Table (Table 1-113) contains inventory information about each NE managed by CTM.

Primary key: NE_INVENTORY_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-113 NE_Inventory_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE Table.
ModuleIndex	NUMBER(4)	NOT NULL	Unique integer that identifies a subcomponent in a chassis; same as ifStaticIndex in the Interface_Table.
ModuleName	VARCHAR2(32)	—	Name of the module on the NE whose inventory information is stored in this row.
ModulePartNum	VARCHAR2(32)	—	Module part number.
ModuleCLEICode	VARCHAR2(32)	—	Module CLEI code.
ModuleHWVersion	VARCHAR2(32)	—	Module hardware version.
ModuleSWVersion	VARCHAR2(32)	—	Module software version.
ModuleSerialNumber	VARCHAR2(32)	—	Module serial number.
ModuleDATEOfManuf	DATE	—	Module date of manufacture.
ModuleDateOfEntry	DATE	—	Time stamp when this entry was made.
ModuleHoursInUse	NUMBER(10)	—	Number of hours the module was in use when the entry was made. Current hours in use = (Current Time - ModuleDateOfEntry) + ModuleHoursInUse.

1.2.115  NE_Model_State_Table

This table is not in use in CTM R6.0.

1.2.116  NE_Model_Type_Table

This table is not in use in CTM R6.0.

1.2.117  NE_Port_Status_Table

The NE_Port_Status_Table (Table 1-114) contains information about the tagged status of all ports on an NE.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-114 NE_Port_Status_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID of the NE for which the port status information is stored; same as NEDBAccessID in the NE_Info_Table.
PortIndex	NUMBER(4)	NOT NULL	Static index of the port.
PortOperState	NUMBER(2)	NOT NULL	State of the port. Values are: 1: Preprovisioned 2: Under maintenance 3: In service 4: Out of service

1.2.118  NE_Swimage_Table

The NE_Swimage_Table (Table 1-115) stores information about the active and standby software images on the NE.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-115 NE_Swimage_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(10)	—	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ACTIVEIMAGENAME	VARCHAR2(64)	—	Active image name.
STANDBYIMAGENAME	VARCHAR2(64)	—	Standby image name.
DEFAULTIMAGENAME	VARCHAR2(64)	—	Default image name.
INPROGRESS	NUMBER(1)	DEFAULT 0	Whether there is an activate or revert procedure in progress. Values are: 0: False 1: True
PHYSICALLOC	NUMBER(20)	DEFAULT -1	Physical location.

1.2.119  Network_Partition_Table

The Network_Partition_Table (Table 1-117) stores network partition information.

Primary key: NETWORK_PARTITION_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-116 Network_Partition_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NPId	NUMBER(10)	—	Network partition ID.
NPName	VARCHAR2(128)	UNIQUE, NOT NULL	String name of the network partition.
NPDescription	VARCHAR2(256)	—	Description of the network partition.

1.2.120  ObjectAttributeTable

The ObjectAttributeTable (Table 1-117) stores metadata attribute information for all attributes of objects in the ObjectTypeTable.

Primary key: OBJECTATTRIBUTETABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-117 ObjectAttributeTable 

Column Name	Oracle Data Type	Integrity Constraints	Description
METADATAINDEX	NUMBER(5)	NOT NULL	Metadata index of the object.
ATTRINDEX	NUMBER(5)	—	Index of the attribute.
PARENTINDEX	NUMBER(5)	—	Index of the parent attribute.
COLID	NUMBER(4)	NOT NULL	Column ID used to store the attribute value in the EQPT_Info_Table.
NAME	VARCHAR2(64)	—	Name of the attribute.
DISPLAYTEXT	VARCHAR2(256)	—	Display name of the attribute on CTM UI client.
ATTRCLASS	NUMBER(4)	—	Attribute class. Values are: 1: Equipment 2: Analog input/output 3: Digital input/output 4: Threshold 5: Severity 6: Action 7: WRKP 8: Real time
ATTRTYPE	NUMBER(4)	—	Attribute type. Values are: 1: Integer 2: Float 3: Enum 4: Boolean 5: String 6: Exponential 7: Float string 10: Group SONET PM Threshold 11: Group DWDM PM Threshold
EXPBASE	NUMBER(10)	—	Base of the exponential for exponential attributes.
EXPONENT	NUMBER(10)	—	Exponent of the exponential for exponential attributes.
FACTORYDEFAULT	VARCHAR2(32)	—	Factory default value.
CUSTOMERDEFAULT	VARCHAR2(32)	—	Customer default value.
MINVAL	VARCHAR2(32)	—	Minimum allowable value for the attribute.
MAXVAL	VARCHAR2(32)	—	Maximum allowable value for the attribute.
ENUMVAL	VARCHAR2(1024)	—	ENUM values for the attribute.
INCRVAL	NUMBER(7,3)	—	Increments allowed for the attribute.
UNIT	VARCHAR2(60)	—	Unit of the attribute.
ATTRACCESS	NUMBER(3)	—	Type of access. Values are: 1: Read-write 2: Read-only 3: Read-create
MANDATORY	NUMBER(1)	—	Whether the attribute is mandatory. Values are: 0: Not mandatory 1: Mandatory
ATTRGROUP	NUMBER(2)	—	Type of group. Values are: 1: Temperature 2: Current 3: Power 4: Input power 5: Output power 6: Analog 7: Digital 8: Info 9: Action 10: Current value 11: Extra pump (EP) power 12: Analog battery management module (BAT) 13: Analog data communications channel (DCC) 14: Analog fan 15: Digital in 16: Digital out 17: Config 18: Optical power 19: Performance 20: Quality of service (QoS) 21: Security 22: Insertion 23: Attenuation 24: Pump power 25: Collision 26: Widget action
MAXLEN	NUMBER(10)	—	Maximum length of attribute.
ATTRGROUP	NUMBER(2)	—	Values are: 1: Temperature 2: Current 3: Power 4: Input power 5: Output power 6: Analog 7: Digital 8: Info 9: Action 10: Current value 11: EP power 12: Analog BAT 13: Analog DCC 14: Analog fan 15: Digital in 16: Digital out 17: Config 18: Optical power 19: Performance 20: QoS 21: Security 22: Insertion 23: Attenuation 24: Pump power 25: Collision
MAXLEN	NUMBER(10)	—	Maximum length of an attribute string.

1.2.121  Object_Relationship_Table

The Object_Relationship_Table (Table 1-118) contains information about CTM object relationships.

Primary key: OBJECT_RELATIONSHIP_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-118 Object_Relationship_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
MODELTYPE	NUMBER(4)	NOT NULL	Model type.
RELATIONSHIPTYPE	NUMBER(1)	NOT NULL	Relationship type. Valid values are: 0: Self 1: Association 2: Parent
SELFOBJECTINDEX	NUMBER(10)	NOT NULL	—
RELATEDOBJECTINDEX	NUMBER(10)	NOT NULL	—

1.2.122  ObjectTypeTable

The ObjectTypeTable (Table 1-119) stores metadata information for the various object types that CTM manages.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-119 ObjectTypeTable 

Column Name	Oracle Data Type	Integrity Constraints	Description
MODELTYPE	NUMBER(4)	NOT NULL	Model type.
OBJECTINDEX	NUMBER(10)	NOT NULL	Metadata object index.
METADATAINDEX	NUMBER(5)	—	Index in the ObjectAttributeTable.
OBJSHORTNAME	VARCHAR2(32)	NOT NULL	Short name for the object.
OBJLONGNAME	VARCHAR2(128)	—	Long name for the object.
PARENTINDEX	NUMBER(5)	—	Index of the parent object.
BOARDNAME	VARCHAR2(32)	—	Name of the object (module).

1.2.123  ONS15216_Active_User_Table

Primary key: ONS15216_ACTIVE_USER_TABLE_PK

Tablespace: ONS152xx_DATA_TABLESPACE

Table 1-120 ONS15216_Active_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
UserID	VARCHAR2(64)	NOT NULL	ONS 15216 username.

1.2.124  ONS15216_NE_Inventory_Table

The ONS15216_NE_Inventory_Table (Table 1-121) stores ONS 15216 inventory information.

Primary key: ONS15216_NE_INVENTORY_PK

Tablespace: ONS152XX_DATA_TABLESPACE

Table 1-121 ONS15216_NE_Inventory_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
Cleicode	VARCHAR2(32)	—	CLEI code for the card.
PartNumber	VARCHAR2(32)	—	Part number of the module.
SerialNumber	VARCHAR2(32)	—	Serial number of the module.
FWVersion	VARCHAR2(32)	—	Firmware version.
FWUpdateDate	VARCHAR2(32)	—	Date of firmware update.
WaveLength	VARCHAR2(64)	—	Wavelength.
ModuleNumber	NUMBER(2)	—	Module number.
MacAddress	VARCHAR2 (17)	—	MAC address of the module.

1.2.125  ONS15216_Privilege_Table

The ONS15216_Privilege_Table (Table 1-122) contains information on privilege levels allowed for the ONS 15216 NE.

Primary key: PK_ONS15216_PRIV_ID

Tablespace: ONS152xx_DATA_TABLESPACE

Table 1-122 ONS15216_Privilege_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PrivilegeID	NUMBER(10)	NOT NULL	ID to access this table.
Privilege	VARCHAR2(30)	NOT NULL	Privilege level.
Description	VARCHAR(64)	—	Description.

1.2.126  ONS15216_User_Table

The ONS15216_User_Table (Table 1-123) contains information about ONS 15216 users.

Primary key: ONS15216_USER_TABLE_PK

Tablespace: ONS152xx_DATA_TABLESPACE

Table 1-123 ONS15216_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access an NE in this table.
UserID	VARCHAR2(64)	NOT NULL	ONS 15216 username.
Password	VARCHAR2(64)	—	ONS 15216 password.
PrivilegeID	NUMBER(10)	—	Privilege level.
LastLoginTime	DATE	—	Time stamp of the last login.
Timeout	NUMBER(3)	DEFAULT 0	Change password on next login status.

1.2.127  ONS1530x_HO_PM_Table

The ONS1530x_HO_PM_Table (Table 1-124) contains information about the ONS 1530x high-order PM parameters.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS1530x_HO_PM_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-124 ONS1530x_HO_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(8)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
NEIFINDEX	NUMBER(20)	NOT NULL	—
TimeStamp	DATE	NOT NULL	—
NEBBE	VARCHAR2(40)	—	Background block error.
NEES	VARCHAR2(40)	—	Errored seconds.
NESES	VARCHAR2(40)	—	Severely errored seconds.
NEUAS	VARCHAR2(40)	—	Unavailable seconds.
FEBBE	VARCHAR2(40)	—	Background block error (far end).
FEES	VARCHAR2(40)	—	Errored seconds (far end).
FESES	VARCHAR2(40)	—	Severely errored seconds (far end).
FEUAS	VARCHAR2(40)	—	Unavailable seconds (far end).
OBJECTTYPE	NUMBER(10)	—	Object type.
STROBJINSTANCE	VARCHAR2(256)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.128  ONS1530x_IP_PM_Table

The ONS1530x_IP_PM_Table (Table 1-125) contains information about the ONS1530x IP PM table.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS1530x_IP_PM_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-125 ONS1530x_IP_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access the ONS1530x_NE_Inventory_Table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(8)	—	Module type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location of the card.
NEIFINDEX	NUMBER(20)	NOT NULL	—
TimeStamp	DATE	NOT NULL	Date and time when statistics were stored.
IFINUCASTPKTS	VARCHAR2(40)	—	—
IFINDISCARDS	VARCHAR2(40)	—	—
IFINERRORS	VARCHAR2(40)	—	—
IFINOCTETS	VARCHAR2(40)	—	—
IFOUTOCTETS	VARCHAR2(40)	—	—
IFINNUCASTPKTS	VARCHAR2(40)	—	—
IFINUNKNOWNPROTOS	VARCHAR2(40)	—	—
IFOUTUCASTPKTS	VARCHAR2(40)	—	—
IFOUTNUCASTPKTS	VARCHAR2(40)	—	—
IFOUTDISCARDS	VARCHAR2(40)	—	—
IFOUTERRORS	VARCHAR2(40)	—	—
IFINMULTICASTPKTS	VARCHAR2(40)	—	—
IFINBROADCASTPKTS	VARCHAR2(40)	—	—
IFOUTMULTICASTPKTS	VARCHAR2(40)	—	—
IFOUTBROADCASTPKTS	VARCHAR2(40)	—	—
IFTYPE	NUMBER(1)	NOT NULL	—
OBJECTTYPE	NUMBER(10)	NOT NULL	Object type.
STROBJINSTANCE	VARCHAR2(256)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.129  ONS1530x_LO_PM_Table

The ONS1530x_LO_PM_Table (Table 1-126) contains information about the ONS 1530x low-order PM parameters.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS1530x_LO_PM_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-126 ONS1530x_LO_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(8)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
NEIFINDEX	NUMBER(20)	NOT NULL	—
TimeStamp	DATE	NOT NULL	—
NEBBE	VARCHAR2(40)	—	Background block error.
NEES	VARCHAR2(40)	—	Errored seconds.
NESES	VARCHAR2(40)	—	Severely errored seconds.
NEUAS	VARCHAR2(40)	—	Unavailable seconds.
FEBBE	VARCHAR2(40)	—	Background block error (far end).
FEES	VARCHAR2(40)	—	Errored seconds (far end).
FESES	VARCHAR2(40)	—	Severely errored seconds (far end).
FEUAS	VARCHAR2(40)	—	Unavailable seconds (far end).
OBJECTTYPE	NUMBER(10)	—	Object type.
STROBJINSTANCE	VARCHAR2(256)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.130  ONS1530x_MS_PM_Table

The ONS1530x_MS_PM_Table (Table 1-127) contains information about the ONS 1530x multiplex section PM parameters.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS1530x_MS_PM_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-127 ONS1530x_MS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(8)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
NEIFINDEX	NUMBER(20)	NOT NULL	—
TimeStamp	DATE	NOT NULL	—
NEBBE	VARCHAR2(40)	—	Background block error.
NEES	VARCHAR2(40)	—	Errored seconds.
NESES	VARCHAR2(40)	—	Severely errored seconds.
NEUAS	VARCHAR2(40)	—	Unavailable seconds.
FEBBE	VARCHAR2(40)	—	Background block error (far end).
FEES	VARCHAR2(40)	—	Errored seconds (far end).
FESES	VARCHAR2(40)	—	Severely errored seconds (far end).
FEUAS	VARCHAR2(40)	—	Unavailable seconds (far end).
OBJECTTYPE	NUMBER(10)	—	Object type.
STROBJINSTANCE	VARCHAR2(256)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.131  ONS1530x_NE_Inventory_Table

The ONS1530x_NE_Inventory_Table (Table 1-128) contains information about the ONS 1530x equipment inventory table.

Primary key: ONS1530x_NE_INVENTORY_TABLE_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-128 ONS1530x_NE_Inventory_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access the ONS1530x_NE_Inventory_Table; same as NEDBAccessID in the NE_Info_Table.
Type	NUMBER(10)	—	Equipment type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location of the card.
ModuleName	NUMBER(10)	—	Equipment name.
ServiceState	VARCHAR2(40)	—	State of the module. Values are: 0: In Service 1: Out of Service 2: Out of Service By Maintenance 3: Service N/A 4: Out of Service Pending
SoftwareVersion	VARCHAR2(16)	—	Software version of the module.
SerialNumber	VARCHAR2(16)	—	Serial number of the module.
HardwareVersion	VARCHAR2(16)	—	Hardware version of the module.
InstallState	VARCHAR2(40)	—	State of the slot. Values are: 0: Empty 1: Installed and Expected 2: Expected and Not Installed 3: Installed and Not Expected 4: Mismatch of Installed and Expected 5: Unavailable 6: Unknown
ExpectedModule	NUMBER(10)	—	Expected module in the slot.

1.2.132  ONS1530x_RS_PM_Table

The ONS1530x_RS_PM_Table (Table 1-129) contains information about the ONS 1530x regeneration section PM parameters.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS1530x_RS_PM_PK

Tablespace: ONS153xx_DATA_TABLESPACE

Table 1-129 ONS1530x_RS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(8)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
NEIFINDEX	NUMBER(20)	NOT NULL	—
TimeStamp	DATE	NOT NULL	—
NEBBE	VARCHAR2(40)	—	Background block error.
NEES	VARCHAR2(40)	—	Errored seconds.
NESES	VARCHAR2(40)	—	Severely errored seconds.
NEUAS	VARCHAR2(40)	—	Unavailable seconds.
OBJECTTYPE	NUMBER(10)	—	Object type.
STROBJINSTANCE	VARCHAR2(256)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.133  ONS15454_327_NE_Table

The ONS15454_327_NE_Table (Table 1-130) shows audit configuration information for the ONS 15327 and ONS 15454 SONET.

Primary key: ONS15454_327_NE_Table_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-130 ONS15454_327_NE_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE table.
NEAuditTrailStatus	NUMBER(1)	DEFAULT 0	Whether the audit trail is enabled. Values are: 0: Disabled 1: Enabled
NEAuditTrailLastSequenceNumber	NUMBER(8)	DEFAULT 0	Maximum sequence number for which audit trail information has already been collected.
NELastAuditTrailCollectedTime	DATE	DEFAULT NULL	Last time the audit trail was collected.
NEDwdmConfigMode	NUMBER(2)	DEFAULT -1	Stores DWDM NE types. A list of possible DWDM NE types can also be found in the NEConfigMode column in the NE_INFO_TABLE.
Last15MinPMCollectedTime	DATE	DEFAULT NULL	The last time when the 15-minute PM data was collected.
Last1DayPMCollectedTime	DATE	DEFAULT NULL	The last time when the 1-day PM data was collected.

1.2.134  ONS15454_8B10B_PM_Table

This table (Table 1-131) is used for fiber channel transport PM data accumulated on the FC_MR-4 card.

Primary key: ONS15454_8B10B_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-131 ONS15454_8B10B_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold values for the PM bucket for the 15-minute interval.
ThresholdList	VARCHAR2(1024)	—	Threshold value for the PM bucket for the day.
validPackets	NUMBER(20)	DEFAULT -1	8b10b valid packets.
invalidPackets	NUMBER(20)	DEFAULT -1	8b10b invalid packets.
codeGroupViolations	NUMBER(20)	DEFAULT -1	8b10b code group violations.
idleOrderedSets	NUMBER(20)	DEFAULT -1	8b10b idle ordered sets.
nonIdleOrderedSets	NUMBER(20)	DEFAULT -1	8b10b nonidle ordered sets.
dataCodeGroups	NUMBER(20)	DEFAULT -1	8b10b data code groups.
rxTotalPackets	NUMBER(20)	DEFAULT -1	8b10b total packets received.
ifInErrors	NUMBER(20)	DEFAULT -1	8b10b errors in received packets.
statsEncodingDispErrors	NUMBER(20)	DEFAULT -1	8b10b encoding errors.
dataOrderedSets	NUMBER(20)	DEFAULT -1	8b10b data ordered sets.
dataPayLoad	VARCHAR2(1024)	—	8b10 data payload.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15 minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.
invalidOrderedSets	NUMBER(20)	DEFAULT -1	8b10b invalid ordered sets.

1.2.135  ONS15454_Active_User_Table

The ONS15454_Active_User_Table (Table 1-132) contains information about the ONS 15454 SONET and ONS 15454 SDH Active Users Table.

Primary key: ONS15454_ACTIVE_USER_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-132 ONS15454_Active_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE.
UserID	VARCHAR2(64)	NOT NULL	Cisco ONS 15454 username.
ClientIp	VARCHAR2(64)	NOT NULL	Client IP address.
SessionType	VARCHAR2(20)	DEFAULT NULL	Type of session.
LastLoginTime	DATE	DEFAULT NULL	Date and time of most recent user login.
LastActivityTime	DATE	DEFAULT NULL	Date and time of most recent user activity.
SessionTicket	NUMBER(10)	DEFAULT 0	Ticket for the session.

1.2.136  ONS15454_CBQoS_Info_Table

Primary key: ONS15454_CBQOS_INFO_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-133 ONS15454_CBQoS_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE table.
PhysicalLoc	NUMBER(10)	NOT NULL	Physical location of the card.
ModuleType	NUMBER(8)	—	Card type.
CbQosPolicyindex	NUMBER(10)	NOT NULL	—
CbQosObjectIndex	NUMBER(10)	NOT NULL	—
CbQosConfigIndex	NUMBER(10)	NOT NULL	—
CbQosObjectType	NUMBER(2)	—	Valid values are: 1: Policymap 2: Classmap 3: MatchStatement 4: Queueing 5: RandomDetect 6: TrafficShaping 7: Police 8: Set
CbQosParentindex	NUMBER(10)	NOT NULL	—
ObjectName	VARCHAR2(4000)	—	Name of the object.
DisplayString	VARCHAR2(4000)	—	Complete name of the object.
StatsEnabled	NUMBER(1)	DEFAULT 0	Valid values are: 0: False 1: True

1.2.137  ONS15454_CLASSMAP_PM_Table

This table is used for CBQOS PM data where the module type is an ML-series card.

Primary key: ONS15454_QOSCM_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-134 ONS15454_CLASSMAP_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
CBQosCMPrePolicyPk t64	NUMBER(20)	DEFAULT 0	—
CBQosCMPrePolicyBy te64	NUMBER(20)	DEFAULT 0	—
CBQosCMPostPolicyB yte64	NUMBER(20)	DEFAULT 0	—
CBQosCMDropPkt64	NUMBER(20)	DEFAULT 0	—
CBQosCMDropByte64	NUMBER(20)	DEFAULT 0	—
CBQosCMNoBufDropPk t64	NUMBER(20)	DEFAULT 0	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.138  ONS15454_CMS_Storage_Table

The ONS15454_CMS_Storage_Table (Table 1-135) stores information about the CTC binary. The table can have multiple entries; each entry indicates a different CTC package that was manually uploaded by the user. At any one time, only one of the packages can be active. The active package is used by the CTM client to launch CTC. The Preferred-jar-path value in the CTM_Config_Table points to the entry in the ONS15454_CMS_Storage_Table that is active at that time.

Primary key: ONS15454_CMS_STORAGE_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-135 ONS15454_CMS_Storage_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
JarID	NUMBER(4)	NOT NULL	Running number that is incremented by one for each insertion into the table.
FileName	VARCHAR2(128)	NOT NULL	Used to store the system recommended JAR file version number.
JarTime	DATE	NOT NULL	Date of the JAR.
UserName	VARCHAR2(128)	NOT NULL	User profile when JAR file is active.

1.2.139  ONS15454_COS_PM_Table

The ONS15454_COS_PM_Table (Table 1-136) contains historical PM data collected in each interface and class of service level for the ML-series cards of CTC-based NEs.

Primary key: ONS15454_COS_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-136 ONS15454_COS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
InterfaceName	VARCHAR2(40)	NOT NULL	—
InterfaceDirection	VARCHAR2(40)	NOT NULL	—
ClassOfServiceLevel	NUMBER(1)	NOT NULL	—
PostPolicyPackets	NUMBER(20)	DEFAULT -1	—
PostPolicyBytes	NUMBER(20)	DEFAULT -1	—
DropPackets	NUMBER(20)	DEFAULT -1	—
DropBytes	NUMBER(20)	DEFAULT -1	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15 minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.140  ONS15454_DS1_PM_Table

The ONS15454_DS1_PM_Table (Table 1-137) stores DS-1 PM information for ONS 15327 and ONS 15454 NEs. This table is used when the module type is a DS1, DS1N, or DS3XM.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_DS1_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-137 ONS15454_DS1_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
DS1LineCodeViolations	NUMBER(10)	DEFAULT -1	Number of line code violations (LCVs) encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1LineErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1LineSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1RxPathAIS	NUMBER(10)	DEFAULT -1	Number of alarm indication signal seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1RxPathErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1RxPathSAS	NUMBER(10)	DEFAULT -1	Number of severely alarmed seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1RxPathSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1RxPathUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1RxPathCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS3XM card and the DS1 line card.
DS1TxPathAIS	NUMBER(10)	DEFAULT -1	Number of alarm indication signal seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1TxPathErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1TxPathSAS	NUMBER(10)	DEFAULT -1	Number of severely alarmed seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1TxPathSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1TxPathUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1TxPathCodeViolations	NUMBER(10)	DEFAULT -1	Number of line code violations encountered by a DS1 interface in the interval. This field is valid for the DS1 interface on the DS1 line card only.
DS1LineLOSS	NUMBER(10)	DEFAULT -1	Loss of signal seconds line. Count of 1-second intervals containing one or more LOS defects.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeDS1Fd1PathCV	NUMBER(10)	DEFAULT -1	Number of far-end path CV (ESF).
FeDS1Fd1PathES	NUMBER(10)	DEFAULT -1	Number of far-end path ES (ESF).
FeDS1Fd1PathESA	NUMBER(10)	DEFAULT -1	Number of far-end path ES-Type A(ESF).
FeDS1Fd1PathESB	NUMBER(10)	DEFAULT -1	Number of far-end path ES-Type B (ESF).
FeDS1Fd1PathSES	NUMBER(10)	DEFAULT -1	Number of far-end path SES (ESF).
FeDS1Fd1PathSEFS	NUMBER(10)	DEFAULT -1	Number of far-end path SEFS (ESF).
FeDS1Fd1PathCSS	NUMBER(10)	DEFAULT -1	Number of far-end path Controlled Slip Seconds (ESF).
FeDS1Fd1PathUAS	NUMBER(10)	DEFAULT -1	Number of far-end path UAS (ESF).
FeDS1Fd1PathFC	NUMBER(10)	DEFAULT -1	Number of far-end path FC (ESF).
FeDS1Fd1LineES	NUMBER(10)	DEFAULT -1	Number of far-end line ES (ESF).
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.
FeDS1FdlEsNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance errored seconds.
FeDS1FdlSesNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance severely errored seconds.
FeDS1FdlUasNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance unavailable seconds.
DS1EsNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance errored seconds.
DS1SesNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance severely errored seconds.
DS1UasNP	NUMBER(10)	DEFAULT -1	Number of far-end network performance unavailable seconds.
DS1RxPathBBE	NUMBER(10)	DEFAULT -1	Number of receive path background block errors.
DS1RxPathESR	NUMBER(10)	DEFAULT -1	Receive path errored seconds ratio.
DS1RxPathSESR	NUMBER(10)	DEFAULT -1	Receive path severely errored seconds ratio.
DS1RxPathBBER	NUMBER(10)	DEFAULT -1	Receive path background block error ratio.
DS1TxPathBBE	NUMBER(10)	DEFAULT -1	Number of transmit path background block errors.
DS1TxPathESR	NUMBER(10)	DEFAULT -1	Transmit path errored seconds ratio.
DS1TxPathSESR	NUMBER(10)	DEFAULT -1	Transmit path severely errored seconds ratio.
DS1TxPathBBER	NUMBER(10)	DEFAULT -1	Transmit path background block error ratio.
DS1RxPathFC	NUMBER(10)	DEFAULT -1	Receive path failure count.
FeDS1FdlPathESR	NUMBER(10)	DEFAULT -1	Far-end path errored seconds ratio.
FeDS1FdlPathSESR	NUMBER(10)	DEFAULT -1	Far-end path severely errored seconds ratio.

1.2.141  ONS15454_DS3_PM_Table

The ONS15454_DS3_PM_Table (Table 1-138) stores DS-3 PM information for ONS 15327 and ONS 15454 NEs. This table is used for DS3 PM data where the module type is a DS3, DS3E, DS3N, DS3NE, or DS3XM line card.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_DS3_LINE_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-138 ONS15454_DS3_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	DEFAULT 0	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
DS3LineCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a DS3 interface in the interval. This is valid for the DS3XM and DS3 line cards.
DS3LineErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS3 interface in the interval. This is valid for the DS3XM and DS3 line cards.
DS3LineSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS3 interface in the interval. This is valid for the DS3XM and DS3 line cards.
DS3LineLOSS	NUMBER(10)	DEFAULT -1	Number of loss of signal seconds encountered by a DS3 interface in the interval.
DS3PBitAIS	NUMBER(10)	DEFAULT -1	Number of alarm indication signal seconds encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3PBitCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3PBitErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3PBitSAS	NUMBER(10)	DEFAULT -1	Number of severely alarmed seconds encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3PBitSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3PBitUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a DS3 interface in the P-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3CpBitCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3CpBitErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3CpBitSAS	NUMBER(10)	DEFAULT -1	Number of severely alarmed seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3CpBitSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
DS3CpBitUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeDS3CpBitCodeViolations	NUMBER(10)	DEFAULT -1	Number of far end line code violations encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
FeDS3CpBitErrSecs	NUMBER (10)	DEFAULT -1	Number of far end errored seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
FeDS3CpBitSAS	NUMBER (10)	DEFAULT -1	Number of far end errored severely alarmed seconds encountered by a DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
FeDS3CpBitSevErrSecs	NUMBER (10)	DEFAULT -1	Number of far end severely errored seconds encountered by an DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
FeDS3CpBitUnavailableSecs	NUMBER (10)	DEFAULT -1	Number of far end unavailable seconds encountered by an DS3 interface in the CP-bit of the interface in the interval. This is a path variable and is available on the DS3XM card only.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for the PM data.

1.2.142  ONS15454_ENET_PM_Table

The ONS15454_ENET_PM_Table (Table 1-139) contains Ethernet PM data for ONS 15327 and ONS 15454 SONET NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_ENET_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-139 ONS15454_ENET_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type (Ethernet line card) to which this PM data pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	DEFAULT 0	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
IfInOctets	NUMBER(20)	DEFAULT -1	Total number of octets of data (including those in bad packets) received on the network (excluding framing bits but including frame check sequence [FCS] octets).
IfInUcastPkts	NUMBER(20)	DEFAULT -1	Number of packets, delivered by this sublayer to a higher layer, which were not addressed to a multicast or broadcast address at this sublayer.
IfInMulticastPkts	NUMBER(20)	DEFAULT -1	Total number of good packets received that were directed to a multicast address. This number does not include packets directed to the broadcast address.
IfInBroadcastPkts	NUMBER(20)	DEFAULT -1	Total number of good packets received that were directed to the broadcast address. This number does not include multicast packets.
IfInErrors	NUMBER(20)	DEFAULT -1	Total number of errors received.
IfOutOctets	NUMBER(20)	DEFAULT -1	Total number of octets transmitted out of the interface, including framing characters.
IfOutUcastPkts	NUMBER(20)	DEFAULT -1	Total number of packets that higher-level protocols requested to be transmitted that were not addressed to a multicast or broadcast address at this sublayer, including those that were discarded or not sent.
IfOutMulticastPkts	NUMBER(20)	DEFAULT -1	Number of good packets transmitted by this address that were directed to a multicast address. This number does not include packets directed to the broadcast address.
IfOutBroadcastPkts	NUMBER(20)	DEFAULT -1	Number of good packets transmitted by this address that were directed to the broadcast address.
Dot3StatsAlignmentErrors	NUMBER(20)	DEFAULT -1	Total number of packets received that had a length (excluding framing bits, but including FCS octets) of between 64 and 1518 octets, inclusive, but had either a bad FCS with an integral number of octets (FCS error) or a bad FCS with a nonintegral number of octets (alignment error).
Dot3StatsFCSErrors	NUMBER(20)	DEFAULT -1	Count of frames received on a particular interface that are an integral number of octets in length but do not pass the FCS check.
Dot3StatsSingleCollisionFrames	NUMBER(20)	DEFAULT -1	Count of successfully transmitted frames on a particular interface for which transmission is inhibited by exactly one collision.
Dot3StatsMultiCollisionFrames	NUMBER(20)	DEFAULT -1	Count of successfully transmitted frames on a particular interface for which transmission is inhibited by more than one collision.
Dot3StatsDeferredTransmissions	NUMBER(20)	DEFAULT -1	Count of frames for which the first transmission attempt on a particular interface is delayed because the medium is busy. The count represented by an instance of this object does not include frames involved in collisions.
Dot3StatsLateCollisions	NUMBER(20)	DEFAULT -1	Number of times a collision is detected on a particular interface later than 512 bit-times into the transmission of a packet. 512 bit-times corresponds to 51.2 microseconds on a 10-Mbps system. A late collision included in a count represented by an instance of this object is also considered a generic collision for purposes of other collision-related statistics.
Dot3StatsExcessiveCollisions	NUMBER(20)	DEFAULT -1	Count of frames for which transmission on a particular interface fails due to excessive collisions.
EtherStatsUndersizePkts	NUMBER(20)	DEFAULT -1	Total number of packets received that were less than 64 octets long (excluding framing bits, but including FCS octets) and were otherwise well formed.
EtherStatsFragments	NUMBER(20)	DEFAULT -1	Total number of packets received that were less than 64 octets in length (excluding framing bits but including FCS octets) and had either a bad FCS with an integral number of octets (FCS error) or a bad FCS with a nonintegral number of octets (alignment error). Note that it is normal for Ethernet fragments to increment, because the count includes runts (which are normal occurrences due to collisions) and noise hits.
EtherStatsOversizePkts	NUMBER(20)	DEFAULT -1	Total number of packets received that were longer than 1518 octets (excluding framing bits, but including FCS octets) and were otherwise well formed.
EtherStatsJabbers	NUMBER(20)	DEFAULT -1	Total number of packets received that were longer than 1518 octets (excluding framing bits, but including FCS octets), and had either a bad FCS with an integral number of octets (FCS error) or a bad FCS with a nonintegral number of octets (alignment error). Note that this definition of jabber is different than the definition in IEEE-802.3 section 8.2.1.5 (10BASE-5) and section 10.3.1.4 (10BASE-2). These documents define jabber as the condition where any packet exceeds 20 ms. The allowed range to detect jabber is between 20 ms and 150 ms.
RxPauseFrames	NUMBER(20)	DEFAULT -1	Number of received Ethernet 802.3x pause frames.
TxPauseFrames	NUMBER(20)	DEFAULT -1	Number of transmitted 802.3x pause frames.
RxPktsDropInternalCongestion	NUMBER(20)	DEFAULT -1	Number of received packets dropped due to overflow in G1000-4 frame buffer.
TxPktsDropInternalCongestion	NUMBER(20)	DEFAULT -1	Number of transmit queue drops due to drops in the G1000-4 frame buffer.
RxPackets	NUMBER(20)	DEFAULT -1	Number of packets received since the last counter reset.
TxPackets	NUMBER(20)	DEFAULT -1	Number of packets transmitted since the last counter reset.
RxTotalErrors	NUMBER(20)	DEFAULT -1	Total number of receive errors.
RxRunts	NUMBER(20)	DEFAULT -1	Total number of frames received that are less than 64 bytes in length and have a CRC error.
RxGiants	NUMBER(20)	DEFAULT -1	Number of packets received that are greater than 1548 bytes in length.
TxCollisions	NUMBER(20)	DEFAULT -1	Number of transmit packets that are collisions; the port and the attached device transmitting at the same time caused collisions.
RxGMACDropCounts	NUMBER(20)	DEFAULT -1	Gigabit Ethernet MAC drop counts.
RxThresholdOversizes	NUMBER(20)	DEFAULT -1	Number of packets received with a length longer than 1518 octets.
PortDropCounts	NUMBER(20)	DEFAULT -1	Drop counts per port.
TxGiants	NUMBER(20)	DEFAULT -1	Number of packets transmitted that are greater than 1548 bytes in length.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
EtherUtilizationStats	NUMBER(10)	DEFAULT -1	The line utilization number expresses the average of ingress and egress traffic as a percentage of the total capacity.
HDLCPktDrops	NUMBER(20)	DEFAULT -1	HDLC packet drop.
RxControlFrames	NUMBER(20)	DEFAULT -1	Receive control frames.
RxUnknownOpCodeFrames	NUMBER(20)	DEFAULT -1	Receive unknown opcode frames.
IfInErrorBytePkts	NUMBER(20)	DEFAULT -1	—
IfInFramingErrorPkts	NUMBER(20)	DEFAULT -1	—
IfInJunkInterPkts	NUMBER(20)	DEFAULT -1	—
IfInDiscards	NUMBER(20)	DEFAULT -1	—
IfOutDiscards	NUMBER(20)	DEFAULT -1	—
Dot3StatsFrameTooLong	NUMBER(20)	DEFAULT -1	—
Dot3StatsCarrierSenseErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsSOETestErrors	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts64Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts65to127Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts128to255Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts256to511Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts512to1023Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts1024to1518Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsBroadcastPkts	NUMBER(20)	DEFAULT -1	—
EtherStatsMulticastPkts	NUMBER(20)	DEFAULT -1	—
EtherStatsOctets	NUMBER(20)	DEFAULT -1	—
EtherStatsCollisions	NUMBER(20)	DEFAULT -1	—
EtherStatsCollisionFrames	NUMBER(20)	DEFAULT -1	—
EtherStatsCRCAlignErrors	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesTruncated	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesTooLong	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesBadCRC	NUMBER(20)	DEFAULT -1	—
MediaIndStatsTxFramesBadCRC	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxShortPkts	NUMBER(20)	DEFAULT -1	—
MediaIndStatsOversizeDropped	NUMBER(20)	DEFAULT -1	—
IfOutErrors	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts	NUMBER(20)	DEFAULT -1	—
Dot3StatsInternalMacTxErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsInternalMacRxErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsSymbolErrors	NUMBER(20)	DEFAULT -1	—
MediaIndStatsTxFramesTooLong	NUMBER(20)	DEFAULT -1	—
RxEtherUtilizationStats	NUMBER(10)	DEFAULT -1	—
TxEtherUtilizationStats	NUMBER(10)	DEFAULT -1	—
StatsLineLastClearedTime	DATE	—	Time stamp when Ethernet statistics were last cleared.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.143  ONS15454_FC_PM_Table

The ONS15454_FC_PM_Table (Table 1-140) is used for fiber channel transport PM data accumulated on FCMR_4 cards.

Primary key: ONS15454_FC_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-140 ONS15454_FC_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Fifteen-minute interval threshold value for the PM bucket.
thresholdList	VARCHAR2 (1024)	—	Daily threshold value for the PM bucket.
fibreStatsInvalidOrderedS ets	NUMBER(20)	DEFAULT -1	Number of invalid ordered sets received.
fibreStatsEncodingDispErr ors	NUMBER(20)	DEFAULT -1	A count of the disparity errors received by the serial/deserializer.
fibreStatsRxTotalErrors	NUMBER(20)	DEFAULT -1	A count of 10b errors received by the serial/deserializer.
fibreStatsRxFramesTruncat ed	NUMBER(20)	DEFAULT -1	A count of the received fiber channel frames < 36 bytes including CRC, start of frame (SOF), and end of frame (EOF).
fibreStatsRxFramesTooLong	NUMBER(20)	DEFAULT -1	A count of the received fiber channel frames > 2116 bytes of the payload. Four bytes are allowed for supporting VSAN tags sent.
fibreStatsRxFramesBadCRC	NUMBER(20)	DEFAULT -1	A count of the received fiber channel frames with errored CRCs.
fibreStatsRxFrames	NUMBER(20)	DEFAULT -1	A count of the number of fiber channel frames received without errors.
fibreStatsRxOctets	NUMBER(20)	DEFAULT -1	A count of the number of bytes received without error for the fiber channel payload.
fibreStatsRxDiscards	NUMBER(20)	DEFAULT -1	Number of inbound discarded packets.
fibreStatsTxFramesBadCRC	NUMBER(20)	DEFAULT -1	A count of the transmitted fiber channel frames with errored CRCs.
fibreStatsTxFrames	NUMBER(20)	DEFAULT -1	A count of the number of transmitted fiber channel frames.
fibreStatsTxOctets	NUMBER(20)	DEFAULT -1	A count of the number of bytes transmitted from the fiber channel frame.
fibreStatsTxDiscards	NUMBER(20)	DEFAULT -1	Number of discarded packets.
fibreStatsLinkResets	NUMBER(20)	DEFAULT -1	A count of the FC-MR software initiated link recovery attempts toward the FC line side because of SONET protection switches.
gfpStatsRxSBitErrors	NUMBER(20)	DEFAULT -1	A count of generic framing procedure (GFP) single bit errors in the core header error check (CHEC).
gfpStatsRxMBitErrors	NUMBER(20)	DEFAULT -1	A count of GFP multibit errors in the core header error check (CHEC).
gfpStatsRxTypeInvalid	NUMBER(20)	DEFAULT -1	A count of GFP invalid user payload identifier (UPI) field in the type field.
gfpStatsRxSblkCRCErrors	NUMBER(20)	DEFAULT -1	A count of superblock CRC errors in the transparent GFP frame.
RxFCUtilizationStats	NUMBER(10)	DEFAULT -2	Percentage of received line bandwidth used by the ports during consecutive time segments.
TxFCUtilizationStats	NUMBER(10)	DEFAULT -2	Percentage of transmitted line bandwidth used by the ports during consecutive time segments.
StatsLineLastClearedTime	DATE	—	Time stamp indicating the last time statistics were reset.
gfpStatsCSFRaised	NUMBER(20)	DEFAULT -1	—
gfpStatsRoundTripLatency	NUMBER(20)	DEFAULT -1	—
IfInErrors	NUMBER(20)	DEFAULT -1	—
FibreStatsLinkRecoveries	NUMBER(20)	DEFAULT -1	—
FCIngressRxDistanceExtBuf fers	NUMBER(20)	DEFAULT -1	—
FCEgressTTxDistanceExtBuf fers	NUMBER(20)	DEFAULT -1	—
FibreStatsRxCredits	NUMBER(20)	DEFAULT -1	—
FibreStatsTxCredits	NUMBER(20)	DEFAULT -1	—
FibreStatsZeroTxCredits	NUMBER(20)	DEFAULT -1	—
TxPackets	NUMBER(20)	DEFAULT -1	—
RxPackets	NUMBER(20)	DEFAULT -1	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15 minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.144  ONS15454_GFP_PM_Table

The ONS15454_GFP_PM_Table (Table 1-141) provides monitoring capability to allow operators to identify performance degradation in the generic framing procedure (GFP) multiplexing and framing. GFP describes a framing and encapsulation format for transporting L2/L3 data over SONET, SDH, or OTN transport networks.

Primary key: ONS15454_GFP_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-141 ONS15454_GFP_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Fifteen-minute interval threshold value for the PM bucket.
thresholdList	VARCHAR2(1024)	—	Daily threshold value for the PM bucket.
GFPSTATSCSFRAISED	NUMBER(20)	DEFAULT -1	Number of GFP client signal fail frames.
GFPSTATSLFDRAISED	NUMBER(20)	DEFAULT -1	Number of GFP LFD frames.
GFPSTATSROUNDTRIPLATENCY	NUMBER(20)	DEFAULT -1	Round-trip delay (in milliseconds [ms]) for the end-to-end FC transport.
GFPSTATSRXCIDINVALID	NUMBER(20)	DEFAULT -1	Number of received data frames with an invalid CID.
GFPSTATSRXCRCERRORS	NUMBER(20)	DEFAULT -1	Number of superblock CRC errors in the transparent GFP frame.
GFPSTATSRXFRAME	NUMBER(20)	DEFAULT -1	Number of received data frames.
GFPSTATSRXMBITERRORS	NUMBER(20)	DEFAULT -1	Number of GFP multibit errors in the CHEC.
GFPSTATSRXOCTETS	NUMBER(20)	DEFAULT -1	Number of received data octets.
GFPSTATSRXSBITERRORS	NUMBER(20)	DEFAULT -1	Number of GFP single-bit errors in the CHEC.
GFPSTATSRXSBLKCRCERRORS	NUMBER(20)	DEFAULT -1	Number of super block CRC errors detected in the received GFP-T frames.
GFPSTATSRXTYPEINVALID	NUMBER(20)	DEFAULT -1	Number of GFP invalid UPI fields in the type field.
GFPSTATSTXFRAME	NUMBER(20)	DEFAULT -1	Number of transmitted data frames.
GFPSTATSTXOCTETS	NUMBER(20)	DEFAULT -1	Number of transmitted data octets.
GFPSTATSRXDISTANCEEXTBUFFERS	NUMBER(20)	DEFAULT -1	Number of receive buffer credits for GFP-T (valid only if distance extension is enabled).
GFPSTATSTXDISTANCEEXTBUFFERS	NUMBER(20)	DEFAULT -1	Number of transmit buffer credits for GFP-T (valid only if distance extension is enabled).
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15 minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.145  ONS15454_IFX_PM_Table

The ONS15454_IFX_PM_Table (Table 1-142) is used for IFX PM data where the module type is an ML-series card.

Primary key: ONS15454_IFX_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-142 ONS15454_IFX_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
IfName	VARCHAR2(40	—	—
IfHCInOctets	NUMBER(20)	DEFAULT 0	—
IfHCOutOctets	NUMBER(20)	DEFAULT 0	—
IfHCInUcasrPkts	NUMBER(20)	DEFAULT 0	—
IfHCOutUcastPkts	NUMBER(20)	DEFAULT 0	—
IfHCInBroadcastPkts	NUMBER(20)	DEFAULT 0	—
IfHCOutBroadcastPkts	NUMBER(20)	DEFAULT 0	—
IfHCInMulticastPkts	NUMBER(20)	DEFAULT 0	—
IfHCOutMulticastPkts	NUMBER(20)	DEFAULT 0	—
IfInDiscards	NUMBER(20)	DEFAULT 0	—
IfOutDiscards	NUMBER(20)	DEFAULT 0	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.146  ONS15454_Match_STMT_PM_Table

This table is used for PM data where the module type is an ML-series card.

Primary key: None

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-143 ONS15454_Match_STMT_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates status of the PM bucket. Valid values are: 0: Valid period Other: Bit Mask Value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
CBQosMatchPrePolic yPkt64	NUMBER(20)	DEFAULT 0	—
CBQosMatchPrePolic yByte64	NUMBER(20)	DEFAULT 0	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.147  ONS15454_NE_Inventory_Table

The ONS15454_NE_Inventory_Table (Table 1-144) stores inventory information about ONS 15454 SONET and ONS 15454 SDH NEs.

Primary key: ONS15454_NE_INVENTORY_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-144 ONS15454_NE_Inventory_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location of the card.
EquipmentType	NUMBER(10)	—	Equipment type index in the Module_Type_Table. This value represents the configured value of the slot.
AdminState	VARCHAR2(32)	—	Admin state of the equipment.
ServiceState	VARCHAR2(150)	—	Service state of the equipment.
ActualEquipmentType	NUMBER(10)	—	Equipment type index in the Module_Type_Table. This value represents the actual card in the slot.
HWPartNumber	VARCHAR2(16)	—	Hardware version of the module.
SerialNumber	VARCHAR2(16)	—	Serial number of the module.
Name	VARCHAR2(100)	—	Name of the module.
ApplicationFileName	VARCHAR2(30)	—	Name of the software binary file for the module.
ExtraInfo	VARCHAR2(4000)	—	Extra information about the module.
FirmwareVersion	VARCHAR2(16)	—	Firmware version of the module.
EquipmentState	NUMBER(1)	DEFAULT 1	State of the module. Values are: 0: Not Present 1: Mismatch 2: Loading 3: Failed 4: Standby 5: Active 6: Empty
EntityID	NUMBER(10)	—	Entity ID assigned to the module.
HardwareRevision	VARCHAR2(7)	—	Manufacturer/hardware revision.
CleiCode	VARCHAR2(20)	—	CLEI code for the card.
InventoryCode	VARCHAR2(40)	DEFAULT NULL	Provisionable inventory code.
ProductId	VARCHAR2(20)	DEFAULT NULL	Product ID.
VersionId	VARCHAR2(20)	DEFAULT NULL	Version ID.
LastInterfaceChange	NUMBER(20)	DEFAULT 0	Last interface change time stamp.

1.2.148  ONS15454_OTN_Fec_PM_Table

The ONS15454_OTN_Fec_PM_Table (Table 1-145) is used for OC-N PM data where the module type is an OC-N line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_OTNFEC_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-145 ONS15454_OTN_Fec_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access the ONS15454_OTN_Fec_PM_Table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NetIfIndex	NUMBER(20)	NOT NULL	Table index for the interface. Same as IfStaticIndex of INTERFACE_TABLE.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid Period Other: Bit Mask Value (info about PM stats)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
BitErrsCorrected	NUMBER(20)	DEFAULT -1	Number of bit errors corrected.
ByteErrsCorrected	NUMBER(20)	DEFAULT -1	Number of byte errors corrected.
ZeroBitErrsDetected	NUMBER(20)	DEFAULT -1	Number of zero bit errors detected.
OneBitErrsDetected	NUMBER(20)	DEFAULT -1	Number of one-bit errors detected.
UnCorrectableWord	NUMBER(20)	DEFAULT -1	Number of uncorrectable words.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.149  ONS15454_OTN_Path_PM_Table

The ONS15454_OTN_Path_PM_Table (Table 1-146) is used for OCN PM data where the module type is an OCN Line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_OTNPATH_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-146   ONS15454_OTN_Path_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access the ONS15454_OTN_Path_PM_Table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface. Same as IfStaticIndex of INTERFACE_TABLE.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid Period Other: Bit Mask Value (info about PM stats)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of seconds when at least one path layer BIP error is detected or an SEF or LOS defect is present.
SevErrSecs	NUMBER(10)	DEFAULT -1	Count when K or more path layer BIP errors are detected. (Refer to Telcordia GR-253-CORE for the value of K.)
UnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a path interface in the interval.
BackGroundBlockErr	NUMBER(10)	DEFAULT -1	Number of background block errors in the interval.
FailureCount	NUMBER(10)	DEFAULT -1	Number of failed events.
ErrSecsRatio	NUMBER(10)	DEFAULT -1	Error seconds ratio when at least one path layer BIP error is detected or an SEF or LOS is detected.
SevErrSecsRatio	NUMBER(10)	DEFAULT -1	Severely errored seconds ratio.
BackGroundBlockErrRatio	NUMBER(10)	DEFAULT -1	Number of background block errors ratio in the interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeErrSecs	NUMBER(10)	DEFAULT -1	Number of far-end errored seconds encountered by an OCN interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeSevErrSecs	NUMBER(10)	DEFAULT -1	Number of far-end severely errored seconds encountered by an OCN interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of far-end unavailable seconds encountered by an OCN interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeBackGroundBlockErrs	NUMBER(10)	DEFAULT -1	Number of far-end background block errors in the interval.
FeFailureCount	NUMBER(10)	DEFAULT -1	Number of far-end failure count encountered in the interval.
FeErrSecsRatio	NUMBER(10)	DEFAULT -1	Far-end error seconds ratio when at least one path layer BIP error was detected or an SEF or LOS defect is present.
FeSevErrSecsRatio	NUMBER(10)	DEFAULT -1	Far-end severely errored seconds ratio.
FeBackGroundBlockErrRatio	NUMBER(10)	DEFAULT -1	Number of far-end background block errors ratio in the interval.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.150  ONS15454_OTN_Sec_PM_Table

The ONS15454_OTN_Sec_PM_Table (Table 1-147) is used for OCN PM data where the module type is an OCN Line card.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_OTNSEC_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-147   ONS15454_OTN_Sec_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NetIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid Period Other: Bit Mask Value (info about PM stats)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of seconds when at least one section layer BIP error is detected or an SEF or LOS defect is present.
SevErrSecs	NUMBER(10)	DEFAULT -1	Count when K or more section layer BIP errors are detected. (Refer to Telcordia GR-253-CORE for the value of K.)
UnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a Section interface in the interval.
BackGroundBlockErr	NUMBER(10)	DEFAULT -1	Number of background block error in the interval.
FailureCount	NUMBER(10)	DEFAULT -1	Number of failed events.
ErrSecsRatio	NUMBER(10)	DEFAULT -1	Error seconds ratio when at least one section layer BIP error is detected or an SEF or LOS is detected.
SevErrSecsRatio	NUMBER(10)	DEFAULT -1	Severely errored seconds ratio.
BackGroundBlockErrRatio	NUMBER(10)	DEFAULT -1	Number of background block errors ratio in the interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeErrSecs	NUMBER(10)	DEFAULT -1	Number of far-end errored seconds encountered by a CHANNEL interface in the interval. This is valid for the XP_MR_10G and MXP_2.5G_10G cards.
FeSevErrSecs	NUMBER(10)	DEFAULT -1	Number of far-end severely errored seconds encountered by a CHANNEL interface in the interval. This is valid for the XP_MR_10G and MXP_2.5G_10G cards.
FeUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of far-end unavailable seconds encountered by a CHANNEL interface in the interval. This is valid for the XP_MR_10G and MXP_2.5G_10G cards.
FeBackGroundBlockErrs	NUMBER(10)	DEFAULT -1	Number of far-end back ground block errors in the interval.
FeFailureCount	NUMBER(10)	DEFAULT -1	Number of far-end failure count encountered in the interval.
FeErrSecsRatio	NUMBER(10)	DEFAULT -1	Far-end error seconds ratio when at least one section layer BIP error was detected or an SEF or LOS defect is present.
FeSevErrSecsRatio	NUMBER(10)	DEFAULT -1	Far-end severely errored seconds ratio.
FeBackGroundBlockErrRatio	NUMBER(10)	DEFAULT -1	Number of far-end background block errors ratio in the interval.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.151  ONS15454_PHY_LAYER_PM_Table

The ONS 15454_PHY_LAYER_PM_Table (Table 1-148) is used for OC-N/STM Physical PM data of the ONS 15327, ONS 15454 SONET, ONS 15454 SDH, and ONS 15600 NEs.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_PHY_LAYER_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-148   ONS15454_PHY_LAYER_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access this table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NetIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid Period Other: Bit Mask Value (info about PM stats)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
LaserBiasCurrent	NUMBER(10)	DEFAULT -1	Laser bias current (normalized).
OpticalPowerTransmitted	NUMBER(10)	DEFAULT -1	Optical power transmitted (normalized).
OpticalPowerReceived	NUMBER(10)	DEFAULT -1	Optical power received (normalized).
MinLaserBias	NUMBER(10)	DEFAULT -1	Minimum laser bias.
AvgLaserBias	NUMBER(10)	DEFAULT -1	Average laser bias.
MaxLaserBias	NUMBER(10)	DEFAULT -1	Maximum laser bias.
MinLaserTemp	NUMBER(10)	DEFAULT -1	Minimum laser temperature.
AvgLaserTemp	NUMBER(10)	DEFAULT -1	Average laser temperature.
MaxLaserTemp	NUMBER(10)	DEFAULT -1	Maximum laser temperature.
MinReceivedLaserTemp	NUMBER(10)	DEFAULT -1	Minimum received laser temperature.
AvgReceivedLaserTemp	NUMBER(10)	DEFAULT -1	Average received laser temperature.
MaxReceivedLaserTemp	NUMBER(10)	DEFAULT -1	Maximum received laser temperature.
MinTransReceiverVoltage	NUMBER(10)	DEFAULT -1	Minimum transreceiver voltage.
AvgTransReceiverVoltage	NUMBER(10)	DEFAULT -1	Average transreceiver voltage.
MaxTransReceiverVoltage	NUMBER(10)	DEFAULT -1	Maximum transreceiver voltage.
MinTransmittedPower	NUMBER(10)	DEFAULT -1	Minimum transmitted power.
AvgTransmittedPower	NUMBER(10)	DEFAULT -1	Average transmitted power.
MaxTransmittedPower	NUMBER(10)	DEFAULT -1	Maximum transmitted power.
MinReceivedPower	NUMBER(10)	DEFAULT -1	Minimum received power.
AvgReceivedPower	NUMBER(10)	DEFAULT -1	Average received power.
MaxReceivedPower	NUMBER(10)	DEFAULT -1	Maximum received power.
MinPassThroughPower	NUMBER(10)	DEFAULT -1	Minimum passthrough power.
AvgPassThroughPower	NUMBER(10)	DEFAULT -1	Average passthrough power.
MaxPassThroughPower	NUMBER(10)	DEFAULT -1	Maximum passthrough power.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.152  ONS15454_Police_PM_Table

This table (Table 1-149) is used for CBQOS PM data where the module type is an ML-series card.

Primary key: ONS15454_QOSPLS_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-149 ONS15454_Police_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access this table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type to which the PM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates the status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
CBQosPoliceConform edPkt64	NUMBER(20)	DEFAULT 0	—
CBQosPoliceConform edByte64	NUMBER(20)	DEFAULT 0	—
CBQosPoliceExceede dPkt64	NUMBER(20)	DEFAULT 0	—
CBQosPoliceExceede dByte64	NUMBER(20)	DEFAULT 0	—
CBQosPoliceViolate dPkt64	NUMBER(20)	DEFAULT 0	—
CBQosPoliceViolate dByte64	NUMBER(20)	DEFAULT 0	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.153  ONS15454_POS_PM_Table

The ONS15454_POS_PM_Table (Table 1-150) is used for POS PM data where the module type is an ML-series card.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15454_DATA_TABLESPACE

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-150   ONS15454_POS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID used to access this table; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface. Same as IfStaticIndex of INTERFACE_TABLE.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid Period Other: Bit Mask Value (info about PM stats)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
POSStatsRxPreHdlcBytes	NUMBER(20)	DEFAULT -1	Number of bytes received prior to the bytes undergoing high-level data link control (HDLC) encapsulation by the policy engine.
POSStatsRxPostHdlcBytes	NUMBER(20)	DEFAULT -1	Number of bytes received after the bytes undergoing HDLC encapsulation by the policy engine.
PosStatsRxPackets	NUMBER(20)	DEFAULT -1	Number of packets received since the last counter reset.
PosStatsRxNormalPackets	NUMBER(20)	DEFAULT -1	Number of normal packets received since the last counter reset.
PosStatsRxShorts	NUMBER(20)	DEFAULT -1	Number of short packets received since the last counter reset.
PosStatsRxRunts	NUMBER(20)	DEFAULT -1	Total number of frames received that are less than 64 bytes in length and have a CRC error.
PosStatsRxLongs	NUMBER(20)	DEFAULT -1	Number of long packets received since the last counter reset.
PosStatsRxTotalErrors	NUMBER(20)	DEFAULT -1	Total number of received errors.
PosStatsRxCrcErrors	NUMBER(20)	DEFAULT -1	Cyclic Redundancy Check (CRC) errors on received frames.
PosStatsRxInputDropPackets	NUMBER(20)	DEFAULT -1	Number of packets received that have been dropped in input.
PosStatsRxInputAbortPackets	NUMBER(20)	DEFAULT -1	Number of packets received that have been aborted in input.
PosStatsTxPreHdlcBytes	NUMBER(20)	DEFAULT -1	Good pre-HDLC bytes transmitted. Bytes from packets which were aborted due to FIFO underflow or an error from the system interface or are smaller than the programmed minimum number of bytes are not included,. These bytes are from the system interface before flags, stuffing, or FCS.
PosStatsTxPostHdlcBytes	NUMBER(20)	DEFAULT -1	Good post-HDLC bytes transmitted. These bytes are from the system interface after the escaping flags and FCS are added.
PosStatsTxPackets	NUMBER(20)	DEFAULT -1	Number of packets transmitted since the last counter reset.
PosStatsDropCounts	NUMBER(20)	DEFAULT -1	Drop counts per port.
EtherStatsDropEvents	NUMBER(20)	DEFAULT -1	—
GfpStatsRxSbitErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxMBitErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxTypeInvalid	NUMBER(20)	DEFAULT -1	—
GfpStatsRxCRCErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxCIDInvalid	NUMBER(20)	DEFAULT -1	—
GfpStatsCSFRaised	NUMBER(20)	DEFAULT -1	—
GfpStatsRxFrame	NUMBER(20)	DEFAULT -1	—
GfsStatsTxFrame	NUMBER(20)	DEFAULT -1	—
GfpStatsRxOctets	NUMBER(20)	DEFAULT -1	—
GfpStatsTxOctets	NUMBER(20)	DEFAULT -1	—
GfpStatsLFDRaised	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesTooLong	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesBadCRC	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxShortPkts	NUMBER(20)	DEFAULT -1	—
HdlcInOctets	NUMBER(20)	DEFAULT -1	—
HdlcRxAborts	NUMBER(20)	DEFAULT -1	—
HdlcOutOctets	NUMBER(20)	DEFAULT -1	—
IfInOctets	NUMBER(20)	DEFAULT -1	—
IfOutOctets	NUMBER(20)	DEFAULT -1	—
RxPktsDropInternalCongestion	NUMBER(20)	DEFAULT -1	—
IfInDiscards	NUMBER(20)	DEFAULT -1	—
RXETHERUTILIZATIONSTATS	NUMBER(20)	DEFAULT -1	—
TXETHERUTILIZATIONSTATS	NUMBER(20)	DEFAULT -1	—
STATSLINELASTCLEAREDTIME	NUMBER(20)	DEFAULT -1	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.
IfInPayloadCrcErrors	NUMBER(20)	DEFAULT -1	Number of payload CRC errors received since the last counter reset.
IfOutPayloadCrcErrors	NUMBER(20)	DEFAULT -1	Number of payload CRC errors transmitted since the last counter reset.
IfOutOversizePackets	NUMBER(20)	DEFAULT -1	Number of oversize packets transmitted since the last counter reset.

1.2.154  ONS15454_Privilege_Table

The ONS15454_Privilege_Table (Table 1-151) stores user privilege information for ONS 15454 SONET and ONS 15454 SDH NEs.

Primary key: PK_ONS15454_PRIV_ID

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-151   ONS15454_Privilege_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PrivilegeId	NUMBER(10)	NOT NULL	Privilege ID. Values are: 0: Retrieve 1: Maintenance 2: Provisioning 3: Superuser
Privilege	VARCHAR2(30)	NOT NULL	Privilege level. Values are: 0: Retrieve 1: Maintenance 2: Provisioning 3: Superuser
Description	VARCHAR2(64)	—	Description.

1.2.155  ONS15454_SONET_Line_PM_Table

The ONS15454_SONET_Line_PM_Table (Table 1-152) stores SONET line PM information for ONS 15327 and ONS 15454 SONET NEs. This table is used for OC-N PM data where the module type is an OC-N or EC1 line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454_LINE_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-152   ONS15454_SONET_Line_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
CodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
SevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
UnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
PpjcPdet	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Detected is a count of the positive pointer justifications detected on a particular path on an incoming signal.
NpjcPdet	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Detected is a count of the negative pointer justifications detected on a particular path on an incoming signal.
PpjcPgen	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Generated is a count of the positive pointer justifications generated for a particular path.
NpjcPgen	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Generated is a count of the negative pointer justifications generated for a particular path.
FcL	NUMBER(10)	DEFAULT -1	Line failure count (FC-L) encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards. FC-L is a count of the number of near-end line failure events. A failure event begins when a line alarm indication signal (AIS-L) failure is declared or when a lower-layer, traffic-related, near-end failure is declared. This failure event ends when the failure is cleared. A failure event that begins in one period and ends in another period is counted only in the period where it begins.
Psc	NUMBER(10)	DEFAULT -1	Protection switching count (PSC) encountered by an OC-N interface in the interval. This is valid for the OC12 and OC3 only. In a 1 + 1 protection scheme for a working card, PSC is a count of the number of times service switches from a working card to a protection card plus the number of times service switches back to the working card. For a protection card, PSC is a count of the number of times service switches to a working card from a protection card plus the number of times service switches back to the protection card. The PSC PM is only applicable if revertive line-level protection switching is used.
Psd	NUMBER(10)	DEFAULT -1	Protection switching duration (PSD) count encountered by an OC-N interface in the interval. This is valid for the OC12 and OC3 only. PSD applies to the length of time, in seconds, that service is carried on another line. For a working line, PSD is a count of the number of seconds that service was carried on the protection line. For the protection line, PSD is a count of the seconds that the line was used to carry service. The PSD PM is only applicable if revertive line-level protection switching is used.
PjDiff	NUMBER(10)	DEFAULT -1	Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
PjpSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds detected on a particular path.
PjnSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds generated for a particular path.
Pscw	NUMBER(10)	DEFAULT -1	Protection switching count-working.
Psdw	NUMBER(10)	DEFAULT -1	Protection switching duration-working.
Pscr	NUMBER(10)	DEFAULT -1	Protection switching count-ring.
Psdr	NUMBER(10)	DEFAULT -1	Protection switching duration-ring.
Pscs	NUMBER(10)	DEFAULT -1	Protection switching count-span.
Psds	NUMBER(10)	DEFAULT -1	Protection switching duration-span.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeCodeViolations	NUMBER (10)	DEFAULT -1	Number of line code violations encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeErrSecs	NUMBER (10)	DEFAULT -1	Number of errored seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeSevErrSecs	NUMBER (10)	DEFAULT -1	Number of severely errored seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeUnavailableSecs	NUMBER (10)	DEFAULT -1	Number of unavailable seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
FeFcL	NUMBER (10)	DEFAULT -1	Number of failure count encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.156  ONS15454_SONET_Path_PM_Table

The ONS15454_SONET_Path_PM_Table (Table 1-153) stores SONET path PM information for ONS 15327 and ONS 15454 SONET NEs. This table is used for path PM data where the module type is a DS1, DS1N, DS3, DS3E, DS3N, DS3NE, DS3XM, OC-N, or EC1 line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454_PATH_LINE_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-153   ONS15454_SONET_Path_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	DEFAULT 0	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
SonetPathCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a path interface in the interval. This is valid for the OC12, OC3, and DS3XM cards.
SonetPathErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a path interface in the interval. This is valid for the OC12, OC3, and DS3XM cards.
SonetPathSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a path interface in the interval. This is valid for the OC12, OC3, and DS3XM cards.
SonetPathUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a path interface in the interval. This is valid for the OC12, OC3, and DS3XM cards.
SonetPathFC	NUMBER(10)	DEFAULT -1	Failure count. Number of path failure events.
PpjcPdet	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Detected is a count of the positive pointer justifications detected on a particular path on an incoming signal.
NpjcPdet	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Detected is a count of the negative pointer justifications detected on a particular path on an incoming signal.
PpjcPgen	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Generated is a count of the positive pointer justifications generated for a particular path.
NpjcPgen	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Generated is a count of the negative pointer justifications generated for a particular path.
PjDiff	NUMBER(10)	DEFAULT -1	Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
PjpSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds detected on a particular path.
PjnSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds generated for a particular path.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeSonetPathCodeViolations	NUMBER (10)	DEFAULT -1	Number of code violations encountered by a path interface in the interval. This is valid for the far-end OC12, OC3, and DS3XM cards.
FeSonetPathErrSecs	NUMBER (10)	DEFAULT -1	Number of errored seconds encountered by a path interface in the interval. This is valid for the far-end OC12, OC3, and DS3XM cards.
FeSonetPathSevErrSecs	NUMBER (10)	DEFAULT -1	Number of severely errored seconds encountered by a path interface in the interval. This is valid for the far-end OC12, OC3, and DS3XM cards.
FeSonetPathUnavaliableSecs	NUMBER (10)	DEFAULT -1	Number of unavailable seconds encountered by a path interface in the interval. This is valid for the far-end OC12, OC3, and DS3XM cards.
FeSonetPathFC	NUMBER (10)	DEFAULT -1	Number of far-end path failure events.
STSPathWidth	NUMBER (4)	DEFAULT -1	Size of the STS. This is valid for the OC-N/STM-N cards. Possible values are: 1: STS-1 3: STS-3c 6: STS-6c 12: STS-12c
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.157  ONS15454_SONET_Sec_PM_Table

The ONS15454_SONET_Sec_PM_Table (Table 1-154) stores OC-N or EC1 line card PM information for ONS 15327 and ONS 15454 SONET NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454_SONET_SEC_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-154   ONS15454_SONET_Sec_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
SevErrFrameSecs	NUMBER(10)	DEFAULT -1	Number of section severely errored frame seconds encountered by an OC-N interface in the interval. This is valid for the OC12, OC3, and EC1 cards.
CodeViolations	NUMBER(10)	DEFAULT -1	Number of bit interleaved parity (BIP) errors detected at the session layer.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of seconds when at least one section layer BIP error was detected or a severely errored frame (SEF) or LOS defect was present.
SevErrSecs	NUMBER(10)	DEFAULT -1	Severely errored seconds is a count when K or more section-layer BIP errors were detected. (Refer to Telcordia GR-253-CORE for the value of K.)
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.158  ONS15454_SONET_VT_PM_Table

The ONS15454_SONET_VT_PM_Table (Table 1-155) stores VT line card PM information for ONS 15327 and ONS 15454 SONET NEs. This table is used for VT PM data where the module type is a DS1, DS1N, or DS3XM line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454_VT_LINE_PM_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-155   ONS15454_SONET_VT_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	DEFAULT 0	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
SonetVTCodeViolations	NUMBER(10)	DEFAULT -1	Number of coding violations encountered by a SONET VT in the interval.
SonetVTErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a VT interface in the interval. This is valid for the DS3XM card.
SonetVTSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a VT interface in the interval. This is valid for the DS3XM card.
SonetLineUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a VT interface in the interval. This is valid for the DS3XM card.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeSonetVTCodeViolations	NUMBER(10)	DEFAULT -1	Number of coding violations encountered by a SONET VT in the interval (far end).
FeSonetVTErrSecs	NUMBER (10)	DEFAULT -1	Number of errored seconds encountered by a VT interface in the interval (far end). This is valid for the DS3XM card.
FESonetVTSevErrSecs	NUMBER (10)	DEFAULT -1	Number of severely errored seconds encountered by a VT interface in the interval (far end). This is valid for the DS3XM card.
FeSonetLineUnavailableSecs	NUMBER (10)	DEFAULT -1	Number of unavailable seconds encountered by a VT interface in the interval (far end). This is valid for the DS3XM card.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.
VTTYPE	NUMBER(1)	DEFAULT 0	Type of VT. Values are: 0: VT1_5 1: VT2*/

1.2.159  ONS15454_User_Table

The ONS15454_User_Table (Table 1-156) stores user information for ONS 15454 SONET and ONS 15454 SDH NEs.

Primary key: ONS15454_USER_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-156   ONS15454_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_TABLE.
UserId	VARCHAR2(64)	NOT NULL	ONS 15454 SONET and ONS 15454 SDH username.
PrivilegeId	NUMBER(10)	—	Privilege level.
Lockout	NUMBER(1)	DEFAULT 0	Current lockout status.
LastLoginTime	DATE	—	Time stamp for last login.
FailedLoginCount	NUMBER(10)	—	Count for failed login attempts.
Disabled	NUMBER(1)	DEFAULT 0	Disabled status.
ChangePwdNxtLogin	NUMBER(1)	DEFAULT 0	Change password on next login status.

1.2.160  ONS15454SDH_E1_PM_Table

The ONS15454SDH_E1_PM_Table (Table 1-157) stores PM information for the E1 card in ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_E1_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-157   ONS15454SDH_E1_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT -1	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(20)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
cvl	NUMBER(10)	DEFAULT -1	Line coding violation (CV-L) indicates the number of coding violations occurring on the line. This parameter is a count of bipolar violations (BPVs) and excessive zeros (EXZs) occurring over the accumulation period.
esl	NUMBER(10)	DEFAULT -1	Line errored seconds (ES-L) is a count of the seconds containing one or more anomalies (BPV + EXZ) and/or defects (loss of signal) on the line.
sesl	NUMBER(10)	DEFAULT -1	Line severely errored seconds (SES-L) is a count of the seconds containing more than a particular quantity of anomalies (BPV + EXZ > 2048) and/or defects on the line.
lossl	NUMBER(10)	DEFAULT -1	—
RxPEb	NUMBER(10)	DEFAULT -1	Receive (Rx) path errored block (EB-P) indicates that one or more bits are in error within a block.
RxPBbe	NUMBER(10)	DEFAULT -1	Rx path background block error (BBE-P) is an errored block not occurring as part of a severely errored second (SES).
RxPes	NUMBER(10)	DEFAULT -1	Rx path errored seconds (ES-P) is a 1-second period with one or more errored blocks or at least one defect.
RxPses	NUMBER(10)	DEFAULT -1	Rx path severely errored seconds (SES-P) is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of errored seconds (ES).
RxPUas	NUMBER(10)	DEFAULT -1	Rx path unavailable seconds (E1 Rx UAS-P) is a count of 1-second intervals when the E1 path is unavailable on the receive end of the signal. The E1 path is unavailable when ten consecutive SESs occur. The ten SESs are included in unavailable time. After it becomes unavailable, the E1 path becomes available when ten consecutive seconds occur with no SESs. The ten seconds with no SESs are excluded from unavailable time.
RxPEsr	NUMBER(10)	DEFAULT -1	Rx path errored second ratio (ESR-P) is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
RxPSesr	NUMBER(10)	DEFAULT -1	Rx path severely errored second ratio (SESR-P) is the ratio of SES to total seconds in available time during a fixed measurement interval.
RxPBber	NUMBER(10)	DEFAULT -1	Rx path background block error ratio (BBER) is the ratio of background block errors (BBE) to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
TxAiss	NUMBER(10)	DEFAULT -1	Tx alarm indication signal seconds (AISS) is a count of 1-second intervals containing one or more AIS defects.
TxPEb	NUMBER(10)	DEFAULT -1	Tx EB-P indicates that one or more bits are in error within a block.
TxPBbe	NUMBER(10)	DEFAULT -1	Tx path background block error (BBE-P) is an errored block not occurring as part of an SES.
TxPes	NUMBER(10)	DEFAULT -1	Tx ES-P is a 1-second period with one or more errored blocks or at least one defect.
TxPses	NUMBER(10)	DEFAULT -1	Tx path severely errored seconds (SES-P) is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
TxPUas	NUMBER(10)	DEFAULT -1	E1 Tx UAS-P is a count of 1-second intervals when the E1 path is unavailable on the transmit end of the signal. The E1 path is unavailable when ten consecutive SESs occur. The ten SESs are included in unavailable time. After it becomes unavailable, the E1 path becomes available when ten consecutive seconds occur with no SESs. The ten seconds with no SESs are excluded from unavailable time.
TxPEsr	NUMBER(10)	DEFAULT -1	Tx ESR-P is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
TxPSesr	NUMBER(10)	DEFAULT -1	Tx SESR-P is the ratio of SES to total seconds in available time during a fixed measurement interval.
TxPBber	NUMBER(10)	DEFAULT -1	Tx BBER-P is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
RxAiss	NUMBER(10)	DEFAULT -1	Rx AISS is a count of 1-second intervals containing one or more AIS defects.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeRxPEb	NUMBER(10)	DEFAULT -1	Rx EB-P indicates that one or more bits are in error within a block (far end).
FeRxPEs	NUMBER(10)	DEFAULT -1	Rx ES-P is a 1-second period with one or more errored blocks or at least one defect (far end).
FeRxPSes	NUMBER(10)	DEFAULT -1	Rx path severely errored seconds (SES-P) is a 1-second period containing greater than 30 percent errored blocks or at least one defect (far end). SES is a subset of ES.
FeRxPBbe	NUMBER(10)	DEFAULT -1	Rx path background block error (BBE-P) is an errored block not occurring as part of an SES (far end).
FeRxPUas	NUMBER(10)	DEFAULT -1	Rx UAS-P is a count of 1-second intervals when the E1 path is unavailable on the receive end of the signal (far end). The E1 path is unavailable when ten consecutive SESs occur. The ten SESs are included in unavailable time. After it becomes unavailable, the E1 path becomes available when ten consecutive seconds occur with no SESs. The ten seconds with no SESs are excluded from unavailable time.
FeRxPEsr	NUMBER(10)	DEFAULT -1	Rx ESR-P is the ratio of errored seconds to total seconds in available time during a fixed measurement interval (far end).
FeRxPSesr	NUMBER(10)	DEFAULT -1	Rx SESR-P is the ratio of SES to total seconds in available time during a fixed measurement interval (far end).
FeRxPBber	NUMBER(10)	DEFAULT -1	Rx BBER-P is the ratio of BBE to total blocks in available time during a fixed measurement interval (far end). The count of total blocks excludes all blocks during SESs.
FeTxPEb	NUMBER(10)	DEFAULT -1	Tx EB-P indicates that one or more bits are in error within a block (far end).
FeTxPEs	NUMBER(10)	DEFAULT -1	Tx ES-P is a 1-second period with one or more errored blocks or at least one defect (far end).
FeTxPSes	NUMBER(10)	DEFAULT -1	Tx path severely errored seconds (SES-P) is a 1-second period containing greater than 30 percent errored blocks or at least one defect (far end). SES is a subset of ES.
FeTxPBbe	NUMBER(10)	DEFAULT -1	Tx path background block error (BBE-P) is an errored block not occurring as part of an SES (far end).
FeTxPUas	NUMBER(10)	DEFAULT -1	Tx UAS-P is a count of 1-second intervals when the E1 path is unavailable on the transmit end of the signal (far end). The E1 path is unavailable when ten consecutive SESs occur. The ten SESs are included in unavailable time. After it becomes unavailable, the E1 path becomes available when ten consecutive seconds occur with no SESs. The ten seconds with no SESs are excluded from unavailable time.
FeTxPEsr	NUMBER(10)	DEFAULT -1	Tx ESR-P is the ratio of errored seconds to total seconds in available time during a fixed measurement interval (far end).
FeTxPSesr	NUMBER(10)	DEFAULT -1	Tx SESR-P is the ratio of SES to total seconds in available time during a fixed measurement interval (far end).
FeTxPBber	NUMBER(10)	DEFAULT -1	Tx BBER-P is the ratio of BBE to total blocks in available time during a fixed measurement interval (far end). The count of total blocks excludes all blocks during SESs.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.161  ONS15454SDH_E3_PM_Table

The ONS15454SDH_E3_PM_Table (Table 1-158) stores PM information for the E3 card in ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_E3_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-158   ONS15454SDH_E3_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
cvl	NUMBER(10)	DEFAULT -1	CV-L indicates the number of coding violations occurring on the line. This parameter is a BPVs and EXZs occurring over the accumulation period.
esl	NUMBER(10)	DEFAULT -1	ES-L is a count of the seconds containing one or more anomalies (BPV + EXZ) and/or defects (loss of signal) on the line.
sesl	NUMBER(10)	DEFAULT -1	SES-L is a count of the seconds containing more than a particular quantity of anomalies (BPV + EXZ > 44) and/or defects on the line.
lossl	NUMBER(10)	DEFAULT -1	Line loss-of-signal seconds (LOSS-L) is a count of 1-second intervals containing one or more LOS defects.
RxPes	NUMBER(10)	DEFAULT -1	Rx ES-P is a 1-second period with at least one defect.
RxPses	NUMBER(10)	DEFAULT -1	Rx SES-P is a 1-second period containing at least one defect. SES is a subset of ES.
RxPUas	NUMBER(10)	DEFAULT -1	Rx UAS-P is a count of the seconds when the path was unavailable. A path becomes unavailable when ten consecutive seconds occur that qualify as SES-Ps, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as SES-Ps.
RxPEsr	NUMBER(10)	DEFAULT -1	Rx ESR-P is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
RxPSesr	NUMBER(10)	DEFAULT -1	Rx SESR-P is the ratio of SES to total seconds in available time during a fixed measurement interval.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.162  ONS15454SDH_E4_PM_Table

The ONS15454SDH_E4_PM_Table (Table 1-159) stores PM information for the STM1E card that is configured as E4 in ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_E4_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-159   ONS15454SDH_E4_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
CodeViolations	NUMBER(10)	DEFAULT -1	Coding violation line.
ErrSecs	NUMBER(10)	DEFAULT -1	Errored seconds line.
SevErrSecs	NUMBER(10)	DEFAULT -1	Severely errored seconds line.
UnavailableSecs	NUMBER(10)	DEFAULT -1	Unavailable seconds line.
BackGroundBlockErrors	NUMBER(10)	DEFAULT -1	Background block errors line.
ESR	NUMBER(10)	DEFAULT -1	Errored seconds ratio line.
SESR	NUMBER(10)	DEFAULT -1	Severely errored seconds ratio line.
BBER	NUMBER(10)	DEFAULT -1	Background block errors ratio.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.163  ONS15454SDH_HO_PM_Table

The ONS15454SDH_HO_PM_Table (Table 1-160) stores high-order (HO) PM information for ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_HO_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-160   ONS15454SDH_HO_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
HpEb	NUMBER(10)	DEFAULT -1	HO path EB indicates that one or more bits are in error within a block.
HpEs	NUMBER(10)	DEFAULT -1	HO path ES is a 1-second period with one or more errored blocks or at least one defect.
HpSes	NUMBER(10)	DEFAULT -1	HO path SES is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
HpUas	NUMBER(10)	DEFAULT -1	HO path UAS is a count of the seconds when the VC path was unavailable. A low-order path becomes unavailable when ten consecutive seconds occur that qualify as HP-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as HP-SESs.
HpBbe	NUMBER(10)	DEFAULT -1	HO path BBE is an errored block not occurring as part of an SES.
HpEsr	NUMBER(10)	DEFAULT -1	HO path ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
HpSesr	NUMBER(10)	DEFAULT -1	HO path SESR is the ratio of SES to total seconds in available time during a fixed measurement interval.
HpBber	NUMBER(10)	DEFAULT -1	HO path BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
HpPpjcPdet	NUMBER(10)	DEFAULT -1	HP-PPJC-Pdet Multiplex Section, Positive Pointer Justification Count, Path Detected (MS-PPJC-Pdet) is a count of the positive pointer justifications detected on a particular path on an incoming SDH signal.
HpNpjcPdet	NUMBER(10)	DEFAULT -1	HP-NPJC-Pdet Multiplex Section, Negative Pointer Justification Count, Path Detected (MS-NPJC-Pdet) is a count of the negative pointer justifications detected on a particular path on an incoming SDH signal.
HpPpjcPGen	NUMBER(10)	DEFAULT -1	HP-PPJC-Pgen Multiplex Section, Positive Pointer Justification Count, Path Generated (MS-PPJC-Pgen) is a count of the positive pointer justifications generated for a particular path.
HpNpjcPGen	NUMBER(10)	DEFAULT -1	HP-NPJC-Pgen Multiplex Section, Negative Pointer Justification Count, Path Generated (MS-NPJC-Pgen) is a count of the negative pointer justifications generated for a particular path.
HpPjDiff	NUMBER(10)	DEFAULT -1	Indicates the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
HpPjpSec	NUMBER(10)	DEFAULT -1	Indicates the number of Higher Order Path Pointer Justification Count Seconds detected on a particular path.
HpPjnSec	NUMBER(10)	DEFAULT -1	Indicates the number of Higher Order Path Pointer Justification Count Seconds generated for a particular path.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeHpEb	NUMBER(10)	DEFAULT -1	Far end HO path EB indicates that one or more bits are in error within a block.
FeHpEs	NUMBER(10)	DEFAULT -1	Far end HO path ES is a 1-second period with one or more errored blocks or at least one defect.
FeHpSes	NUMBER(10)	DEFAULT -1	Far end HO path SES is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
FeHpUas	NUMBER(10)	DEFAULT -1	Far end HO path UAS is a count of the seconds when the VC path was unavailable. A low-order path becomes unavailable when ten consecutive seconds occur that qualify as HP-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as HP-SESs.
FeHpBbe	NUMBER(10)	DEFAULT -1	Far end HO path BBE is an errored block not occurring as part of an SES.
FeHpEsr	NUMBER(10)	DEFAULT -1	Far end HO path ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
FeHpSesr	NUMBER(10)	DEFAULT -1	Far end HO path SESR is the ratio of SES to total seconds in available time during a fixed measurement interval.
FeHpBber	NUMBER(10)	DEFAULT -1	Far end HO path BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
StsPathWidth	NUMBER(4)	DEFAULT -1	Size of the STS. This is valid for the OC-N/STM-N cards. Possible values are: 1: VC4 2: VC4-2c 3: VC4-3c 4: VC4-4c 8: VC4-8c 16: VC4-16c 64: VC4-64c
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.164  ONS15454SDH_LO_PM_Table

The ONS15454SDH_LO_PM_Table (Table 1-161) stores low-order (LO) PM information for ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_LO_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-161   ONS15454SDH_LO_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
LoType	NUMBER(1)	—	LO type. Values are: 0: lo_vc3 1: lo_vc12 2: lo_vc11
LoEb	NUMBER(10)	DEFAULT -1	LO EB indicates that one or more bits are in error within a block.
LoBbe	NUMBER(10)	DEFAULT -1	LO BBE is an errored block not occurring as part of an SES.
LoEs	NUMBER(10)	DEFAULT -1	LO ES is a 1-second period with one or more errored blocks or at least one defect.
LoSes	NUMBER(10)	DEFAULT -1	LO SES is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
LoUas	NUMBER(10)	DEFAULT -1	LO UAS is a count of the seconds when the VC path was unavailable. A low-order path becomes unavailable when ten consecutive seconds occur that qualify as LP-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as LP-SESs.
LoEsr	NUMBER(10)	DEFAULT -1	LO ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
LoSesr	NUMBER(10)	DEFAULT -1	LO SESR is the ratio of SES to total seconds in available time during a fixed measurement interval.
LoBber	NUMBER(10)	DEFAULT -1	LO BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeLoEb	NUMBER(10)	DEFAULT -1	Far end LO EB indicates that one or more bits are in error within a block.
FeLoBbe	NUMBER(10)	DEFAULT -1	Far end LO BBE is an errored block not occurring as part of an SES.
FeLoEs	NUMBER(10)	DEFAULT -1	Far end LO ES is a 1-second period with one or more errored blocks or at least one defect.
FeLoSes	NUMBER(10)	DEFAULT -1	Far end LO SES is a 1-second period containing greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
FeLoUas	NUMBER(10)	DEFAULT -1	Far end LO UAS is a count of the seconds when the VC path was unavailable. A low-order path becomes unavailable when ten consecutive seconds occur that qualify as LP-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as LP-SESs.
FeLoEsr	NUMBER(10)	DEFAULT -1	Far end LO ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
FeLoSesr	NUMBER(10)	DEFAULT -1	Far end LO Severely Errored Second Ratio (SESR) is the ratio of SES to total seconds in available time during a fixed measurement interval.
FeLoBber	NUMBER(10)	DEFAULT -1	Far end LO Background Block Error Ratio (BBER) is the ratio of Background Block Errors (BBE) to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.165  ONS15454SDH_MS_PM_Table

The ONS15454SDH_MS_PM_Table (Table 1-162) stores multiplex section (MS) PM information for ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_MS_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-162   ONS15454SDH_MS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
MsEb	NUMBER(10)	DEFAULT -1	MS EB indicates that one or more bits are in error within a block.
MsEs	NUMBER(10)	DEFAULT -1	MS ES is a 1-second period with one or more errored blocks or at least one defect.
MsSes	NUMBER(10)	DEFAULT -1	MS SES is a 1-second period which contains greater than a specified percentage of errored blocks or at least one defect. SES is a subset of ES. For more information, refer to ITU-T G.829 Section 5.1.3.
MsUas	NUMBER(10)	DEFAULT -1	MS UAS is a count of the seconds when the section was unavailable. A section becomes unavailable when ten consecutive seconds occur that qualify as MS-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as MS-SESs. When the condition is entered, MS-SESs decrement and then count toward MS-UAS.
MsPpjcPdet	NUMBER(10)	DEFAULT -1	MS PPJC-Pdet is a count of the positive pointer justifications detected on a particular path on an incoming SDH signal.
MsNpjcPdet	NUMBER(10)	DEFAULT -1	MS NPJC-Pdet is a count of the negative pointer justifications detected on a particular path on an incoming SDH signal.
MsPpjcPGen	NUMBER(10)	DEFAULT -1	MS PPJC-Pgen is a count of the positive pointer justifications generated for a particular path.
MsNpjcPGen	NUMBER(10)	DEFAULT -1	MS NPJC-Pgen is a count of the negative pointer justifications generated for a particular path.
MsPsc	NUMBER(10)	DEFAULT -1	In a 1 + 1 protection scheme for a working card, MS PSC is a count of the number of times service switches from a working card to a protection card plus the number of times service switches back to the working card. For a protection card, MS-PSC is a count of the number of times service switches to a working card from a protection card plus the number of times service switches back to the protection card. The MS-PSC PM is only applicable if revertive line-level protection switching is used.
MsPsd	NUMBER(10)	DEFAULT -1	MS PSD applies to the length of time, in seconds, that service is carried on another line. For a working line, MS-PSD is a count of the number of seconds that service was carried on the protection line. For the protection line, MS-PSD is a count of the seconds that the line was used to carry service. The MS-PSD PM is only applicable if revertive line-level protection switching is used.
MSPscW	NUMBER(10)	DEFAULT -1	For a working line in a 2-fiber MS-SPRing, MS PSC-W is a count of the number of times traffic switches away from the working capacity in the failed line and back to the working capacity after the failure is cleared. PSC-W increments on the failed working line and PSC increments on the active protect line.
MSPsdW	NUMBER(10)	DEFAULT -1	For a working line in a 2-fiber MS-SPRing, MS PSD-W is a count of the number of seconds that service was carried on the protection line. MS-PSD-W increments on the failed working line and PSD increments on the active protect line.
MSPscS	NUMBER(10)	DEFAULT -1	In a 4-fiber MS-SPRing, MS PSC-S is a count of the number of times service switches from a working line to a protection line plus the number of times it switches back to the working line. A count is only incremented if span switching is used.
MSPsdS	NUMBER(10)	DEFAULT -1	In a 4-fiber MS-SPRing, MS PSD-S is a count of the seconds that the protection line was used to carry service. A count is only incremented if span switching is used.
MSPscR	NUMBER(10)	DEFAULT -1	In a 4-fiber MS-SPRing, MS PSC-R is a count of the number of times service switches from a working line to a protection line plus the number of times it switches back to a working line. A count is only incremented if ring switching is used.
MSPsdR	NUMBER(10)	DEFAULT -1	In a 4-fiber MS-SPRing, MS PSD-R is a count of the seconds that the protection line was used to carry service. A count is only incremented if ring switching is used.
MsBbe	NUMBER(10)	DEFAULT -1	MS BBE is a count of errored blocks not occurring as part of an SES.
MsFc	NUMBER(10)	DEFAULT -1	MS FC is a count of the number of failure events.
MsEsr	NUMBER(10)	DEFAULT -1	MS ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
MsSesr	NUMBER(10)	DEFAULT -1	MS SESR is the ratio of SES to total seconds in available time during a fixed measurement interval.
MsBber	NUMBER(10)	DEFAULT -1	MS BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
FeMsEb	NUMBER(10)	DEFAULT -1	Indicates that one or more bits are in error within a block (far end).
FeMsEs	NUMBER(10	DEFAULT -1	FE MS ES is a 1-second period with one or more errored blocks or at least one defect (far end).
FeMsSes	NUMBER(10)	DEFAULT -1	FE MS SES is a 1-second period which contains greater than a specified percentage of errored blocks or at least one defect (far end).
FeMsUas	NUMBER(10)	DEFAULT -1	FE MS UAS is a count of the seconds when the section was unavailable (far end). A section becomes unavailable when ten consecutive seconds occur that qualify as FE MS-SESs, and it continues to be unavailable until ten consecutive seconds occur that do not qualify as FE MS-SESs. When the condition is entered, FE MS-SESs decrement and then count toward FE MS-UAS.
FeMsBbe	NUMBER(10)	DEFAULT -1	FE MS BBE is a count of errored blocks not occurring as part of an SES (far end).
FeMsEsr	NUMBER(10)	DEFAULT -1	FE MS ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval (far end).
FeMsSesr	NUMBER(10)	DEFAULT -1	FE MS SESR is the ratio of SES to total seconds in available time during a fixed measurement interval (far end).
FeMsBber	NUMBER(10)	DEFAULT -1	FE MS BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval (far end). The count of total blocks excludes all blocks during SESs.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.166  ONS15454SDH_RS_PM_Table

The ONS15454SDH_RS_PM_Table (Table 1-163) stores regenerator section (RS) PM information for ONS 15454 SDH NEs.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15454SDH_RS_PM_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-163   ONS15454SDH_RS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
RsEb	NUMBER(10)	DEFAULT -1	RS EB indicates that one or more bits are in error within a block.
RsEs	NUMBER(10)	DEFAULT -1	RS ES is a 1-second period with one or more errored blocks or at least one defect.
RsSes	NUMBER(10)	DEFAULT -1	RS SES is a 1-second period which contains greater than 30 percent errored blocks or at least one defect. SES is a subset of ES.
RsBbe	NUMBER(10)	DEFAULT -1	RS BBE is an errored block not occurring as part of an SES.
RsSefs	NUMBER(10)	DEFAULT -1	RS SEFS is a count of the number of SEFSs occurring during the interval.
RsEsr	NUMBER(10)	DEFAULT -1	RS ESR is the ratio of errored seconds to total seconds in available time during a fixed measurement interval.
RsSesr	NUMBER(10)	DEFAULT -1	RS SESR is the ratio of SES to total seconds in available time during a fixed measurement interval.
RsBber	NUMBER(10)	DEFAULT -1	RS BBER is the ratio of BBE to total blocks in available time during a fixed measurement interval. The count of total blocks excludes all blocks during SESs.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.
RsOfs	NUMBER(10)	DEFAULT -1	Regenerator section out-of-frame seconds.

1.2.167  ONS15501_NE_Explorer_Table

The ONS15501_NE_Explorer_Table (Table 1-164) contains ONS15501 current values and threshold data.

Primary key: ONS15501_NE_Explorer_PK

Tablespace: ONS155xx_DATA_TABLESPACE

Table 1-164   ONS15501_NE_Explorer_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
TimeStamp	DATE	NOT NULL	Time stamp that shows the intervals at which the set of synchronized data is stored.
InputOpticalPower	NUMBER(10)	—	Optical power being fed into the amplifier. Unit is in tenths of a decibel per milliwatt.
INPUTOPTICALPOWERMEAN	NUMBER(10)	—	Mean value for optical power.
INPUTOPTICALPOWERTRIGGER	NUMBER(10)	—	Max deviation allowed from the mean without an alarm being generated.
OutputOpticalPower	NUMBER(10)	—	Measured value of raw optical power being generated at the output of the amplifier. Unit is in tenths of a decibel per milliwatt.
OutputOpticalSignalPower	NUMBER(10)	—	Calculated value of output optical power. Unit is in tenths of a decibel per milliwatt. This is the computed value of power, by using the input power and the gain.
OUTPUTOPTICALSIGNALPOWERME AN	NUMBER(10)	—	Mean value for output optical power.
OUTPUTOPTICALSIGNALPWRTRIG GER	NUMBER(10)	—	Max deviation allowed from the mean without an alarm being generated.
OpticalPowerGain	NUMBER(10)	—	Measured value of optical power gain. Unit is in tenths of a decibel per milliwatt.
MEANOPTICALPOWERGAIN	NUMBER(10)	—	Mean deviation measured. Unit in dB.
GAINTRIGGER	NUMBER(10)	—	Max deviation allowed from the mean without an alarm being generated.
AmbientTemp	NUMBER(10)	—	Ambient temperature of the device. Unit is in tenths of a degree Celsius.
AMBIENTTEMPMEAN	NUMBER(10)	—	Mean value for temperature of the device.
AMBIENTTEMPTRIGGER	NUMBER(10)	—	Max deviation allowed from the mean without an alarm being generated.
PowerSupply1Level	NUMBER(10)	—	Power source, first level (volts).
powerSupply2Level	NUMBER(10)	—	Power source, second level (volts).
POWERSUPPLY1STATUS	VARCHAR(20)	—	Status of power supply 1.
POWERSUPPLY2STATUS	VARCHAR(20)	—	Status of power supply 2.

1.2.168  ONS15501_Opt_Power_PM_Table

The ONS15501_Opt_Power_PM_Table (Table 1-165) stores performance monitoring information for the ONS 15501 optical power.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15501_OPT_POWER_PM_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-165   ONS15501_Opt_Power_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	—	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid—PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval. This does not apply to receive power. Values are: 0: Input optical power (first data column) 2: Output optical signal power (third data column) 3: Power gain (fourth data column) 4: Ambient temperature (fifth data column)
InputOpticalPower	NUMBER(10)	—	Optical power being fed into the amplifier. Unit is in tenths of a decibel per milliwatt.
OutputOpticalPower	NUMBER(10)	—	Measured value of raw optical power being generated at the output of the amplifier. Unit is in tenths of a decibel per milliwatt.
OutputOpticalSignalPower	NUMBER(10)	—	Value of optical output power calculated by using the input power and gain. Unit is in tenths of a decibel per milliwatt.
OpticalPowerGain	NUMBER(10)	—	Measured value of optical power gain. Unit is in tenths of a decibel per milliwatt.
AmbientTemp	NUMBER(10)	—	Ambient temperature of the device. Unit is in tenths of a degree Celsius.
PowerSupply1Level	NUMBER(10)	—	Power source, first level (volts).
powerSupply2Level	NUMBER(10)	—	Power source, second level (volts).
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.169  ONS155xx_CDL_Flow_Config

The ONS155xx_CDL_Flow_Config table (Table 1-166) provides information about the flows within a CDL-enabled interface for the ONS 155xx.

Primary key: CDLFLOW_CONFIG_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-166   ONS155xx_CDL_Flow_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
CdlXmitFlowId	NUMBER(5)	—	Flow ID assigned to packet to transmit.
CdlRcvFlowId	NUMBER(5)	—	Flow ID assigned to packet to receive.

1.2.170  ONS155xx_CDL_IF_Config

The ONS155xx_CDL_IF_Config table (Table 1-167) provides information about the configuration of CDL on an ONS 15501, ONS 15530, or ONS 15540 interface.

Primary key: CDLPE_CONFIG_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-167   ONS155xx_CDL_IF_Config 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	IFDBAccessID in the MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
CdlAdminStatus	NUMBER(2)	—	Whether CDL is enabled or disabled. Values are: 1: Enabled 2: Disabled
CdlForceEndOfHop	NUMBER(2)	—	Whether end-of-hop is enabled. Values are: 1: Enabled 2: Disabled
CdlNodeBehavior	NUMBER(2)	—	Currently configured node behavior. Values are: 1: End of path 2: End of hop 3: CDL regenerator

1.2.171  ONS155xx_CDL_PM_Table

The ONS155xx_CDL_PM_Table (Table 1-168) contains CDL monitoring PM data.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS155xx_CDL_PM_PK

Tablespace: ONS155xx_DATA_TABLESPACE

Table 1-168   ONS155xx_CDL_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	—	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid PM disabled
InMaintenance	NUMBER(10)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval. This does not apply to rxPower. Values are: 0: RxHEC 1: RxNonCDL 2: RxInvalidFlowID 3: NetEthernetCRC
RxHEC	NUMBER(20)	—	CDL header error count encountered in the receive direction. Applicable only to the Gigabit Ethernet or 10G interfaces that support CDL. Null for others.
RxNonCDL	NUMBER(20)	—	Counter associated with the number of packets received without a CDL header on this interface.
RxInvalidFlowID	NUMBER(20)	—	Counter associated with the number of CDL flow identifier lookup errors encountered in the receive direction.
NetEthernetCRC	NUMBER(20)	—	Counter provides the number of Ethernet packets with CRC errors.
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.172  ONS155xx_Circuit_CC_Tbl

The ONS155xx_Circuit_CC_Tbl (Table 1-169) contains circuit-specific cross-connects for the ONS 155xx. For a given circuit, uniquely identified by CktCCDBId, there are one or more circuit cross-connects on a single NE. The CktCcNodeId gives information about the NE on which this cross-connects resides. When 1+1 protection is enabled on an NE, using either splitter or Y-cable, two cross-connects are typically associated with the circuit on the NE. In this case, two rows contain the same circuit and CktCcNodeId information. Each row in this table represents the circuit cross-connects in a single direction (that is, from source to destination). The isWorking and isActive parameters make sense in only one direction.

Primary key: ONS155XX_CIRCUIT_CC_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-169   ONS155xx_Circuit_CC_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktCCDBId	NUMBER(10)	NOT NULL	Unique database ID for each circuit cross-connect.
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit to which the cross-connect belongs.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combined result in a CircuitId that is unique in the whole network. Note that these are internal fields and should not be displayed.
CktCCNodeId	NUMBER(10)	NOT NULL	Node ID of the cross-connect that is associated with the circuit.
CktCCSrcPhysicalLoc	NUMBER(20)	—	Physical location of the source endpoint of the cross-connect.
CktCCSrcIfIndex	NUMBER(10)	—	Static CTM IfIndex of the source endpoint of the cross-connect.
CktCCSrcModuleType	NUMBER(8)	—	CTM module type of the source endpoint of the cross-connect.
CktCCSrcObjectType	NUMBER(8)	—	CTM object type of the source endpoint of the cross-connect.
CktCCSrcModelType	NUMBER(8)	—	CTM model type.
CktCCDestPhysicalLoc	NUMBER(20)	—	Physical location of the destination endpoint of the cross-connect.
CktCCDestIfIndex	NUMBER(10)	—	Static CTM IfIndex of the destination endpoint of the cross-connect.
CktCCDestModuleType	NUMBER(8)	—	CTM module type of the destination endpoint of the cross-connect.
CktCCDestObjectType	NUMBER(8)	—	Object type of the destination endpoint of the cross-connect.
CktCCDestModelType	NUMBER(8)	—	Model type of the destination endpoint of the cross-connect.
CktCCSrcWavelength	VARCHAR2(64)	DEFAULT NULL	Wavelength on the source cross-connect side in nanometers (nm).
CktCCDestWavelength	VARCHAR2(64)	DEFAULT NULL	Wavelength on the destination cross-connect side in nm.
CktCCTechnology	NUMBER(1)	DEFAULT 0	Technology involved in this cross-connect. Values are: 0: UNKNOWN 1: DWDM_MUX_DEMUX_TRANSPARENT 2: DWDM_LAMBDA_SWITCHING 3: CISCO_CDL_SUBPORT_SWITCHING 4: DWDM_CLIENT_TRANSPARENT
CktCCSrcState	NUMBER(1)	DEFAULT 4	State of the source side of this cross-connect. Values are: 0: Inactive 1: Stranded 2: Routed 3: Tentative 4: Active
CktCCDestState	NUMBER(1)	DEFAULT 4	State of the destination side of this cross-connect. Values are: 0: Inactive 1: Stranded 2: Routed 3: Tentative 4: Active
IsCktCCWorking	NUMBER(1)	DEFAULT 1	Whether the circuit cross-connect is a working span. Values are: 0: False 1: True
IsCktCCActive	NUMBER(1)	DEFAULT 1	Whether the circuit span carries active traffic. Values are: 0: False 1: True
CktCCDescr	VARCHAR2(256)	—	Description associated with the cross-connect.
CktCCSrcCDLFlowID	NUMBER(3)	DEFAULT -1	CDL flow ID associated with the cross-connect source. Values are 0 to 254.
CktCCDestCDLFlowID	NUMBER(3)	DEFAULT -1	CDL flow ID associated with the cross-connect destination. Values are 0 to 254.

1.2.173  ONS155xx_Circuit_Path_Tbl

The ONS155xx_Circuit_Path_Tbl (Table 1-170) provides the association between an ONS 15501, ONS 15530, or ONS 15540 circuit and its individual paths.

Primary key: CIRCUIT_PATH_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-170   ONS155xx_Circuit_Path_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
CktNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the circuit to which the cross-connect belongs.
CktUniqueId	NUMBER(10)	NOT NULL	Unique number within each source node. The CktNodeId and CktUniqueId combined result in a CircuitId which is unique in the whole network. Note that these are internal fields and should not be displayed.
PATHDBID	NUMBER(10)	NOT NULL	Unique database ID for each unique path.
PathSeqNum	NUMBER(8)	NOT NULL	Sequence number associated with this circuit to path map.

1.2.174  ONS155xx_Circuit_Stack_Tbl

The ONS155xx_Circuit_Stack_Tbl (Table 1-171) contains circuit-to-circuit hierarchy and association for the ONS 155xx.

Primary key: ONS155XX_CIRCUIT_STACK_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-171   ONS155xx_Circuit_Stack_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
LLCktNodeId	NUMBER(10)	NOT NULL	Lower layer circuit node ID.
LLCktUniqueId	NUMBER(10)	NOT NULL	Lower layer circuit unique ID on the specified node ID.
HLCktNodeId	NUMBER(10)	NOT NULL	Higher layer circuit node ID.
HLCktUniqueId	NUMBER(10)	NOT NULL	Higher layer circuit unique ID on the CktNodeId.
LLCktPathDBID	NUMBER(10)	NOT NULL	Path database ID associated with the lower-layer circuit.
HLCktPathDBID	NUMBER(10)	NOT NULL	Path database ID associated with the higher-layer circuit.
LLToHLCktAssocType	NUMBER(1)	DEFAULT 0	Lower layer to higher layer circuit association type. Values are: 0: None 1: 1-to-1 2: Cisco CDL
LLToHLCktAssocTechInfo	VARCHAR2(64)	DEFAULT NULL	Lower layer to higher layer circuit association technology information.

1.2.175  ONS155xx_Condtype_Map

The ONS155xx_Condtype_Map table (Table 1-172) provides information about the mapping between vendor or notification type to CTM condition type for the ONS 155xx.

Primary key: CONDTYPEMAP_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-172   ONS155xx_Condtype_Map 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEModelType	NUMBER(10)	NOT NULL	Model type (not used currently).
DescrId	VARCHAR2(255)	NOT NULL	Vendor or notification ID.
CondType	NUMBER(5)	NOT NULL	Numerical condition type from notification.

1.2.176  ONS155xx_DCRP_Definition_Table

The ONS155xx_DCRP_Definition_Table (Table 1-173) stores the definition of all discrepancies supported within ONS15501, ONS 15530, or ONS 15540 management. The table is statically populated at the install time.

Primary key: ONS155XX_DCRP_DEF_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-173   ONS155xx_DCRP_Definition_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
DcrpTypeDBID	NUMBER(4)	NOT NULL	Unique sequence number generated by database; the link between this table and other tables that contain discrepancy data.
DcrpName	VARCHAR2(64)	NOT NULL	Unique name for the discrepancy.
DcrpSeverity	NUMBER(1)	DEFAULT 1	Severity for the discrepancy. Values are: 1: High 2: Medium 3: Low
DcrpProbCause	VARCHAR2(256)	DEFAULT NULL	Probable cause of the discrepancy.
DcrpRecAction	VARCHAR2(256)	DEFAULT NULL	Recommended action.

1.2.177  ONS155xx_DCRP_Table

The ONS155xx_DCRP_Table (Table 1-174) contains the discrepancy instances of each type for the ONS 155xx.

Primary key: ONS155XX_DCRP_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-174   ONS155xx_DCRP_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
DcrpDBID	NUMBER(10)	NOT NULL	Unique ID generated by the database to identify a discrepancy.
DcrpTypeDBID	NUMBER(4)	NOT NULL	Discrepancy TypeID from Dcrp_Definition.
DcrpIdentifier	VARCHAR2(64)	DEFAULT NULL	Identifier for a discrepancy of a particular type.
NEDBAccessID1	NUMBER(10)	—	ID of the NE where the discrepancy is detected.
NEDBAccessID2	NUMBER(10)	—	ID of the second NE involved in the discrepancy.
DcrpTimeStamp	DATE	—	Time when discrepancy was detected.
DcrpDescr	VARCHAR2(256)	DEFAULT NULL	Description of the discrepancy.
DcrpDetails	VARCHAR2(1024)	DEFAULT NULL	Any details about the discrepancy.

1.2.178  ONS155xx_Discovery_Info_Table

The ONS155xx_Discovery_Info_Table (Table 1-175) contains information about the main discovery and NE discovery for the ONS 155xx.

Primary key: ONS155XX_DISCOVERY_INFO_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-175   ONS155xx_Discovery_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
startTime	DATE	—	Starting time of the discovery.
endTime	DATE	—	Finishing time of the discovery.
status	NUMBER(1)	NOT NULL	Discovery status. Values are: 0: Idle 1: In progress 2: Completed 3: Failed
startMode	NUMBER(1)	NOT NULL	Discovery mode. Values are: 1: Scheduled 2: User-requested 3: Update-triggered
descr	VARCHAR2(256)	—	Description.

1.2.179  ONS155xx_Ether_Hist_PM_Table

The ONS155xx_Ether_Hist_PM_Table (Table 1-176) contains Ethernet RMON history PM data for the ONS 15501, ONS 15530, and ONS 15540.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS155xx_Ether_Hist_PK

Tablespace: ONS155xx_DATA_TABLESPACE

Table 1-176   ONS155xx_Ether_Hist_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	NOT NULL	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval.
Octets	NUMBER(20)	—	Number of data octets received (including bad packets and FCS octets, but excluding framing bits).
Pkts	NUMBER(20)	—	Number of packets (including bad packets) received during this sampling interval.
CRCAlignErrors	NUMBER(20)	—	Number of packets received during this sampling interval that had a length (excluding framing FCS octets) between 64 and 1518 octets inclusive, but had either a bad frame check sequence (FCS) with an integral number of octets (FCS error) or a bad FCS with a nonintegral number of octets (alignment error).
UndersizePkts	NUMBER(20)	—	Number of packets received during this sampling interval that were less than 64 octets long (excluding framing bits but including FCS octets) and were otherwise well formed.
OversizePkts	NUMBER(20)	—	Number of packets received during this sampling interval that were longer than 1518 octets (excluding framing bits but including FCS octets) but were otherwise well formed.
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.180  ONS155xx_FCM_PE_PM_Table

The ONS155xx_FCM_PE_PM_Table (Table 1-177) contains FC port errors PM data for the ONS 15501, ONS 15530, and ONS 15540.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS155xx_FCP_PE_PK

Tablespace: ONS155xx_DATA_TABLESPACE

Table 1-177   ONS155xx_FCM_PE_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	—	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMaskInterval	NUMBER(20)	—	Threshold mask for the PM bucket in the interval.
RxLinkResets	NUMBER(20)	—	Number of link resets (LR primitive) received.
TxLinkResets	NUMBER(20)	—	Number of link resets (LR primitive) transmitted.
LinkResets	NUMBER(20)	—	Number of times the reset link protocol was initiated on this port. This include the number of loop initialization primitive events on an arbitrated loop.
RxOfflineSequences	NUMBER(20)	—	Number of offline primitive OLS received at this port.
TxOfflineSequences	NUMBER(20)	—	Number of offline primitive OLS transmitted by this port.
LinkFailures	NUMBER(20)	—	Number of link failures. This count is part of the link error status block (LESB) of FC-PH.
LossofSynchs	NUMBER(20)	—	Number of instances of synchronization loss detected at this port. This count is part of the LESB of FC-PH.
LossofSignals	NUMBER(20)	—	Number of instances of signal loss detected at this port. This count is part of the LESB of FC-PH.
PrimSeqProtocolErrors	NUMBER(20)	—	Number of primitive sequence protocol errors detected at this port. This count is part of the LESB of FC-PH.
InvalidTxWords	NUMBER(20)	—	Number of invalid transmission words received at this port. This count is part of the LESB of FC-PH.
InvalidCRCs	NUMBER(20)	—	Number of frames received with invalid CRC. This count is part of the LESB of FC-PH.
InvalidOrderedSets	NUMBER(20)	—	Number of invalid ordered sets received at this port.
FrameTooLongs	NUMBER(20)	—	Number of frames received at this port where the frame length was greater than what was agreed to in FLOGI/PLOGI.
TruncatedFrames	NUMBER(20)	—	Number of frames received at this port where the frame length was less than the minimum indicated by the frame header.
AddressErrors	NUMBER(20)	—	Number of frames received with unknown addressing.
DelimiterErrors	NUMBER(20)	—	Number of invalid frame delimiters received at this port.
EncodingDisparityErrors	NUMBER(20)	—	Number of encoding disparity errors received at this port.
OtherErrors	NUMBER(20)	—	Number of errors that were detected on this port but were not counted by any other error counter in this row.
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.
IfInOctets	NUMBER(20)	—	Received byte count.
IfInUcastPkts	NUMBER(20)	—	Received frame count.
IfOutOctets	NUMBER(20)	—	Transmitted byte count.
IfOutUcastPkts	NUMBER(20)	—	Transmitted frame count.

1.2.181  ONS155xx_Flash_Device_Table

The ONS155xx_Flash_Device_Table (Table 1-178) stores all the Flash devices present on an ONS 155xx. Only the devices which are physically present are stored in the table.

Primary key: ONS155XX_FLASH_DEVICE_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-178   ONS155xx_Flash_Device_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
FlashDevDBID	NUMBER(10)	NOT NULL	Unique sequence number generated by database. This is the link between this table and other tables that contain Flash partition information.
NEDBAccessID	NUMBER(10)	NOT NULL	Database ID of the NE containing the Flash device; same as NEDBAccessID in the NE_Info_Table.
FlashDevIndex	NUMBER(2)	NOT NULL	Flash device sequence number to index within the ciscoFlashDeviceTable.
FlashDevName	VARCHAR2(16)	NOT NULL	Flash device name that refers to the device within the NE.
FlashDevSize	NUMBER(10)	DEFAULT 0	Total size of the Flash device.
FlashDevPartitions	NUMBER(2)	DEFAULT 1	Number of Flash device partitions.
CPUSlotNum	NUMBER(2)	DEFAULT -1	Slot number of the CPU where the Flash device exists.
Status	NUMBER(2)	DEFAULT -1	Status of the Flash bank (active or inactive).

1.2.182  ONS155xx_Flash_Partition_Table

The ONS155xx_Flash_Partition_Table (Table 1-179) stores all the Flash partitions for each Flash device for a given ONS 155xx. Only the read/write Flash partitions are considered.

Primary key: ONS155XX_FLASHPART_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-179   ONS155xx_Flash_Partition_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
FlashPartDBID	NUMBER(10)	NOT NULL	Unique ID generated by database to identify a row in this table.
FlashDevDBID	NUMBER(10)	NOT NULL	ID of the Flash device.
FlashPartIndex	NUMBER(2)	NOT NULL	Flash partition sequence number to index within the ciscoFlashPartitionTable.
FlashPartName	VARCHAR(16)	NOT NULL	Flash device name to refer to the device within the NE.
FlashPartSize	NUMBER(10)	DEFAULT 0	Flash partition size.
FlashPartFreeSize	NUMBER(10)	DEFAULT 0	Free space within a Flash partition.
FlashPartStatus	NUMBER(1)	DEFAULT 3	Flag to indicate the read/write status of the partition. Values are: 1: Read-only 2: Run from Flash 3: Read/write
FlashPartFileNameLen	NUMBER(3)	DEFAULT 64	Maximum file name length supported by file system.

1.2.183  ONS155xx_GRA_CC_TO_CKT_CC_Tbl

The ONS155xx_GRA_CC_TO_CKT_CC_Tbl (Table 1-180) contains associations between granular cross-connects and circuit cross-connects in the ONS 155xx.

Primary key: ONS155XX_GRACCTOCKTCC_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-180   ONS155xx_GRA_CC_TO_CKT_CC_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
GranularCCDBId	NUMBER(10)	NOT NULL	Granular cross-connect database ID.
CktCrossConnectDBId	NUMBER(10)	NOT NULL	Circuit cross-connect database ID.
GranularCCSeqNum	NUMBER(4)	DEFAULT -1	Granular cross-connect sequence number for the associated circuit cross-connect.

1.2.184  ONS155xx_Granular_CC_Tbl

The ONS155xx_Granular_CC_Tbl (Table 1-181) contains NE-specific granular cross-connects for the ONS 155xx.

Primary key: ONS155XX_GRANULAR_CC_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-181   ONS155xx_Granular_CC_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
GCCDBId	NUMBER(10)	NOT NULL	Unique ID for the internal cross-connect.
GCCSrcNodeId	NUMBER(10)	NOT NULL	Source NE ID on which this cross-connect resides.
GCCSrcPhysicalLoc	NUMBER(20)	—	Physical location of the source endpoint of the cross-connect.
GCCSrcIfIndex	NUMBER(10)	—	Static CTM IfIndex of the source endpoint of the cross-connect.
GCCSrcModuleType	NUMBER(8)	—	CTM module type of the source endpoint of the cross-connect.
GCCSrcObjectType	NUMBER(8)	—	CTM object type of the source endpoint of the cross-connect.
GCCSrcModelType	NUMBER(8)	—	CTM model type of the source endpoint of the cross-connect.
GCCDestNodeId	NUMBER(10)	NOT NULL	Destination NE ID on which this cross-connect resides.
GCCDestPhysicalLoc	NUMBER(20)	—	Physical location of the destination endpoint of the cross-connect.
GCCDestIfIndex	NUMBER(10)	—	Static CTM IfIndex of the destination endpoint of the cross-connect.
GCCDestModuleType	NUMBER(8)	—	Module type of the destination endpoint of the cross-connect.
GCCDestObjectType	NUMBER(8)	—	Object type of the destination endpoint of the cross-connect.
GCCDestModelType	NUMBER(8)	—	Model type of the destination endpoint of the cross-connect.
GCCProvisionType	NUMBER(1)	—	Type of internal cross-connect. Values are: 0: Unknown 1: Provisioned 2: Automatic 3: Dynamic
GCCTechnology	NUMBER(1)	DEFAULT 0	Internal cross-connect technology. Values are: 0: Unknown 1: Optical backplane cross-connect 2: Electrical backplane cross-connect 3: Cisco CDL mux/demux 4: Internal optical patch cross-connect 5: External optical patch cross-connect 6: Traffic aggregation 7: Splitter protection cross-connect 8: Optical DWDM mux/demux
GCCProtType	NUMBER(1)	DEFAULT 1	Protection type. Values are: 0: Unknown 1: No protection 2: Splitter protection 3: Y-cable or line card protection 4: Trunk card protection
GCCSrcToDestOperStatus	NUMBER(1)	DEFAULT 1	Status from source to destination. Values are: 0: Unknown 1: Active 2: Inactive
GCCDestToSrcOperStatus	NUMBER(1)	DEFAULT 1	Status from destination to source. Values are: 0: Unknown 1: Active 2: Inactive
GCCAssocLinkType	NUMBER(1)	DEFAULT 0	Associated link types. Values are: 0: Unknown 1: IF cross-connect 2: IF stack 3: Optical patch
GCCAssocLinkDBID	NUMBER(10)	—	Link database ID associated with this granular cross-connect, based on the link type.
GCCDirectionalType	NUMBER(1)	DEFAULT 1	Directional type for the granular cross-connect. Values are: 0: Unidirectional 1: Bidirectional
GCCDescr	VARCHAR2(256)	DEFAULT NULL	Description associated with the granular cross-connect.

1.2.185  ONS155xx_IF_Circuit_Params_Tbl

The ONS155xx_IF_Circuit_Params_Tbl (Table 1-182) provides the circuit name and description information configured by the user, in terms of circuit end-point interfaces, for the ONS 155xx.

Primary key: ONS155XX_IF_CKTNAME_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-182   ONS155xx_IF_Circuit_Params_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(10)	NOT NULL	Source NE ID on which this cross-connect resides; same as NEDBAccessID in the NE_Info_Table.
IfPhysicalLoc	NUMBER(20)	NOT NULL	Physical location of the endpoint.
IfIndex	NUMBER(20)	NOT NULL	Static CTM IfIndex of the endpoint.
IfModuleType	NUMBER(8)	NOT NULL	Module type of the endpoint.
IfObjectType	NUMBER(8)	NOT NULL	Object type of the endpoint.
IfModelType	NUMBER(8)	NOT NULL	Model type of the endpoint.
CktName	VARCHAR(64)	NOT NULL	Circuit name associated with the endpoint.
CktDescr	VARCHAR(256)	NOT NULL	Circuit description associated with the endpoint.

1.2.186  ONS155xx_IF_Optical_Power

The ONS155xx_IF_Optical_Power table (Table 1-183) contains the optical power for the ONS 15501, ONS 15530, and ONS 15540 wave (trunk) ports. The table also contains the object ID of the transparent ports corresponding to the wave interface, making it easy to use this information in the circuit path table (which deals with transponder client ports).

Primary key: ONS155XX_IF_OPTICAL_PWR_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-183   ONS155xx_IF_Optical_Power 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBACCESSID	NUMBER(10)	NOT NULL	NEDBACCESSID of the node containing the optical power interface; same as NEDBAccessID in the NE_Info_Table.
PwrSrcPhysicalLoc	NUMBER(20)	NOT NULL	Physical location of the optical power wave port.
PwrSrcIfIndex	NUMBER(20)	NOT NULL	Static CTM IfIndex of the wave port.
PwrSrcModuleType	NUMBER(8)	NOT NULL	Module type of the trunk or wave port.
PwrSrcModelType	NUMBER(8)	NOT NULL	Model type of the wave port.
PwrSrcObjectType	NUMBER(10)	NOT NULL	Object type of the wave port
PwrMonDirection	NUMBER(1)	NOT NULL	Direction associated with the power value entry. Values are: 1: Receive 2: Transmit 3: Not applicable
PwrMonLocation	NUMBER(1)	NOT NULL	Location where power is monitored. Values are: 1: Before adjustment 2: After adjustment 3: Not applicable
OpticalPower	VARCHAR(32)	NOT NULL	Received optical power.

1.2.187  ONS155xx_IF_Phy_Info_Table

The ONS155xx_IF_Phy_Info_Table (Table 1-184) contains physical information for ONS 15501, ONS 15530, and ONS 15540 interfaces from cmPhyIfTable of Metro-PHY-MIB.

Primary key: ONS155XX_IF_PHY_INFO_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-184   ONS155xx_IF_Phy_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IFDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE interface; same as IFDBAccessId in MIB2_Interface_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
IfMode	NUMBER(1)	DEFAULT -1	Mode of operation for client interfaces. Values are: 1: mode2R 2: mode3R
IfProtocol	NUMBER(2)	DEFAULT -1	Protocol to be monitored on client interfaces. Values are: 1: Other 2: Unknown 3: Gigabit Ethernet 4: 10-Gigabit Ethernet 5: Fiber channel 6: FICON 7: ESCON 8: SONET 9: SDH 10: ISC compatibility 11: ISC peer 12: Sysplextimeretr 13: Sysplextimerclo 14: Fast Ethernet 15: FDDI 16: E1 17: T1 18: E3 19: T3 20: DVB 21: SDI
IfClockRate	NUMBER(10)	DEFAULT -1	Clock rate across the client side.
IfMonitor	NUMBER(1)	DEFAULT -1	Whether monitoring is enabled. Values are: 1: True (enabled) 2: False (disabled)
IfLoopback	NUMBER(1)	DEFAULT -1	Loopback on client side interfaces. Values are: 1: No loop 2: Diagnostic loop 3: Line loop 4: Other loop
IfOFC	NUMBER(1)	DEFAULT -1	Whether open fiber control is enabled. Values are: 1: True (enabled) 2: False (disabled)
IfLSC	NUMBER(1)	DEFAULT -1	Whether laser safety control on the trunk side interfaces is enabled. Values are: 1: True (enabled) 2: False (disabled)
IfFLC	NUMBER(1)	DEFAULT -1	Enable/disable forward laser control (FLC) on client/trunk interfaces. Values are: 1: True 2: False

1.2.188  ONS155xx_NE_Info_Table

The ONS155xx_NE_Info_Table (Table 1-185) contains additional ONS 15501, ONS 15530, and ONS 15540 information, mostly from the MIB II system group.

Primary key: ONS155XX_NE_INFO_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-185   ONS155xx_NE_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
HostName	VARCHAR2(64)	DEFAULT ' '	Domain Name System (DNS) host name.
GlobalId	VARCHAR2(64)	DEFAULT ' '	Global unique NE ID, such as chassis serial number.
SysObjectID	VARCHAR2(256)	DEFAULT ' '	System object ID.
SysContact	VARCHAR2(256)	DEFAULT ' '	System contact.
SysLocation	VARCHAR2(256)	DEFAULT ' '	System location.
SysDescr	VARCHAR2(256)	DEFAULT ' '	System description.
LastBootTime	DATE	—	Time stamp of the last restart.
LastSwitchoverTime	DATE	—	Time stamp of the last switchover.

1.2.189  ONS155xx_NE_Type_Table

The ONS155xx_NE_Type_Table (Table 1-186) provides the association between ONS 15501, ONS 15530, and ONS 15540 NE types and system object IDs.

Primary key: None

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-186   ONS155xx_NE_Type_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelType	NUMBER(4)	NOT NULL	ID to access the table for an NE; same as ModelType in the Model_Type_Table.
SysObjectID	VARCHAR2(256)	NOT NULL	System object ID.
imageVersion	VARCHAR2(64)	—	System image version.
SMFFactory	VARCHAR2(256)	—	Service Manager Function (SMF) factory.
Description	VARCHAR2(256)	—	Description.

1.2.190  ONS155xx_Opt_Power_PM_Table

The ONS155xx_Opt_Power_PM_Table (Table 1-187) provides historical optical power information about the ONS 155xx.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS155XX_OPT_POWER_PM_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-187   ONS155xx_Opt_Power_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	—	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid—PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval. Values are: 1: Maximum power (second data column) 2: Minimum power (third data column) 4: Maximum ambient temperature (fifth data column) 5: Minimum ambient temperature (sixth data column) 7: Maximum laser temperature (eighth data column) 8: Minimum laser temperature (ninth data column) 10: Maximum bias current (eleventh data column) 11: Minimum bias current (twelfth data column)
MeanPower	NUMBER(10)	—	Mean/instance value of the optical power. The instance value is applicable only for ONS 15540 Extended Services Platform (ESP) Phase 0 and is taken from RxPower of Metro-Phy-MIB. For all other devices, only the mean value is applicable. Unit is in tenths of a decibel per milliwatt. The valid value range is -400 to 250. Value for nonapplicable interfaces: -1,000,000: Not applicable
MaxPower	NUMBER(10)	—	Maximum value of the optical power. Unit is in tenths of a decibel per milliwatt. The valid value range is -400 to 250. Value for nonapplicable interfaces: -1,000,000: Not applicable
MinPower	NUMBER(10)	—	Minimum value of the optical power. Unit is in tenths of a decibel per milliwatt. The valid value range is -400 to 250. Value for nonapplicable interfaces: -1,000,000: Not applicable
MeanAmbTemp	NUMBER(10)	—	Mean value of the ambient temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for no-applicable interfaces: -1,000,000: Not applicable
MaxAmbTemp	NUMBER(10)	—	Maximum value of the ambient temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for nonapplicable interfaces: -1,000,000: Not applicable
MinAmbTemp	NUMBER(10)	—	Minimum value of the ambient temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for nonapplicable interfaces: -1,000,000: Not applicable
MeanLaserTemp	NUMBER(10)	—	Mean value of the laser temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for nonapplicable interfaces: -1,000,000: Not applicable
MaxLaserTemp	NUMBER(10)	—	Maximum value of the laser temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for nonapplicable interfaces: -1,000,000: Not applicable
MinLaserTemp	NUMBER(10)	—	Minimum value of the laser temperature. Unit is in tenths of a degree Celsius. The valid value range is -500 to 850. Value for nonapplicable interfaces: -1,000,000: Not applicable
MeanBiasCurrent	NUMBER(10)	—	Mean value of the bias current. Unit is in hundreds of microamperes. The valid value range is 0 to 10000. Value for nonapplicable interfaces: -1: Not applicable
MaxBiasCurrent	NUMBER(10)	—	Maximum value of the bias current. Unit is in hundreds of microamperes. The valid value range is 0 to 10000. Value for nonapplicable interfaces: -1: Not applicable
MinBiasCurrent	NUMBER(10)	—	Minimum value of the bias current. Unit is in hundreds of microamperes. The valid value range is 0 to 10000. Value for nonapplicable interfaces: -1: Not applicable
AvailableSecs	NUMBER(10)	—	Number of seconds in the interval when the PM data is valid. Values are 0 to 86400.
Direction	NUMBER(1)	NOT NULL	Direction in which the parameter is applicable. Values are: 1: Receive 2: Transmit 3: Not applicable
Location	NUMBER(1)	NOT NULL	Location of the amplifier or attenuator, if applicable. Values are: 1: Pre-adjustment 2: Post-adjustment 3: Not applicable
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.191  ONS155xx_Path_Hop_Tbl

The ONS155xx_Path_Hop_Tbl (Table 1-188) provides the association between an ONS 15501, ONS 15530, or ONS 15540 path and its individual hops in terms of circuit span and circuit cross-connects.

Primary key: PATH_HOP_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-188   ONS155xx_Path_Hop_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
PATHDBID	NUMBER(10)	NOT NULL	Unique database ID for each unique path.
PATHHOPID	NUMBER(2)	NOT NULL	Hop number for this path.
PATHHOPTYPE	NUMBER(1)	—	Type of hop. Values are: 1: Cross-connect 2: Segment
PATHHOPDBID	NUMBER(10)	NOT NULL	Database ID associated with this hop, based on type.

1.2.192  ONS155xx_Path_Tbl

The ONS155xx_Path_Tbl (Table 1-189) provides all ONS 15501, ONS 15530, and ONS 15540 paths and their protection information.

Primary key: ONS155XX_PATH_TBL_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-189   ONS155xx_Path_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
PATHDBID	NUMBER(10)	NOT NULL	Unique database ID for each unique path.
PathSrcNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the path.
PathSrcPhysicalLoc	NUMBER(20)	—	Physical location of the source endpoint of the path.
PathSrcIfIndex	NUMBER(20)	—	Static CTM IfIndex of the source endpoint of the path.
PathSrcModuleType	NUMBER(8)	—	Module type of the source endpoint of the path.
PathSrcObjectType	NUMBER(8)	—	CTM object type of the source endpoint of the path.
PathSrcModelType	NUMBER(8)	—	CTM model type of the source endpoint of the path.
PathDestNodeId	NUMBER(10)	NOT NULL	Node ID of the destination node of the path.
PathDestPhysicalLoc	NUMBER(20)	—	Physical location of the destination endpoint of the path.
PathDestIfIndex	NUMBER(10)	—	Static CTM IfIndex of the destination endpoint of the path.
PathDestModuleType	NUMBER(8)	—	Module type of the destination endpoint of the path.
PathDestObjectType	NUMBER(8)	—	CTM object type of the destination endpoint of the path.
PathDestModelType	NUMBER(8)	—	CTM model type of the destination endpoint of the path.
PathStatus	NUMBER(1)	DEFAULT 1	Status of the path. Values are: 1: Active 2: Errored 3: Incomplete
IsWorking	NUMBER(1)	DEFAULT 1	Whether the entire path is configured to be working. Values are: 1: True 2: False
IsActive	NUMBER(1)	DEFAULT 1	Whether the entire path is configured to be active. Values are: 1: True 2: False
DownInterfaces	VARCHAR2(256)	DEFAULT NULL	List of all interfaces that are down in the path.
PathDescr	VARCHAR2(256)	DEFAULT NULL	Description associated with the path.
PathDestPwrMonNodeId	NUMBER(10)	DEFAULT -1	Node ID where the path destination power is monitored.
PathDestPwrMonPhysicalLoc	NUMBER(20)	DEFAULT -1	Physical location of the power monitor endpoint.
PathDestPwrMonIfIndex	NUMBER(20)	DEFAULT -1	Static CTM IfIndex of the power monitor endpoint.
PathDestPwrMonModuleType	NUMBER(8)	DEFAULT -1	Module type of the power monitor endpoint.
PathDestPwrMonObjectType	NUMBER(8)	DEFAULT -1	CTM object type of the power monitor endpoint.
PathDestPwrMonModelType	NUMBER(8)	—	CTM model type of the power monitor endpoint.

1.2.193  ONS155xx_Phy_PM_Table

The ONS155xx_Phy_PM_Table (Table 1-190) contains ONS 15501, ONS 15530, and ONS 15540 physical PM data.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS155XX_PHY_PM_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-190   ONS155xx_Phy_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	NOT NULL	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid—PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval. This does not apply to receive power. Values are: 0: RxCVRD (first data column) 1: RxHEC (second data column) 2: RxCRC (third data column) 3: TxEncapFarEndPktErrors (fourth data column)
RxCVRD	NUMBER(20)	—	Code violations and running disparity errors encountered in the receive direction. Applicable to non-SONET client and wave interfaces only. Null for others.
RxCRC	NUMBER(20)	—	Counter associated with cyclic redundancy check (CRC) errors. Applicable only for interfaces that provide CRC error monitoring. Null for others.
TxEncapFarEndPktErrors	NUMBER(20)	—	Counter associated with ingress error indications from the far end of an Ethernet network, where an ESCON stream is encapsulated in Ethernet packets. Applicable only for ESCON interfaces where Ethernet encapsulation is performed. Null for others.
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.194  ONS155xx_SONET_Sec_PM_Table

The ONS155xx_SONET_Sec_PM_Table (Table 1-191) contains ONS 15530 and ONS 15540 SONET section layer PM data.

---

Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS155XX_SONET_SEC_PM_PK

Tablespace: ONS155XX_DATA_TABLESPACE

Table 1-191   ONS155xx_SONET_Sec_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
Interval	NUMBER(1)	—	Interval of the PM bucket. Values are: 1: 15 minutes 2: 1-day
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Status of the PM bucket. Values are: 1: Invalid—Not enough elapsed time 2: Valid period 3: Partial PM (enabled/disabled in this period) 4: Invalid—PM disabled
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
ThresholdMask	NUMBER(20)	—	Threshold mask for the PM bucket in the interval. This applies to code violations only. Values are: 3: Code violations (fourth data column)
SevErrSecs	NUMBER(10)	—	Number of severely errored seconds encountered by SONET/SDH section in the interval.
SevErrFramingSecs	NUMBER(10)	—	Number of severely errored framing seconds encountered by SONET/SDH section in the interval.
ErrSecs	NUMBER(10)	—	Number of errored seconds encountered by SONET/SDH section in the interval.
CodeViolations	NUMBER(12)	—	Number of code violations encountered by SONET/SDH section in the interval.
ModelType	NUMBER(5)	NOT NULL	Model type as defined by the object mapper.
ObjectType	NUMBER(10)	NOT NULL	Object type as defined by the object mapper.

1.2.195  ONS15600_ENET_PM_Table

The ONS 15600_ENET_PM_Table (Table 1-192) is used for ENET PM data where the module type is an ENET line card.

Primary key: ONS15600_ENET_PM_PK

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-192 ONS15600_ENET_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type for which the TM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
Timestamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates status of the PM bucket. Valid values: 0: Valid period Other: Bit mask Value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the fifteen minute interval.
thresholdList	VARCHAR2(1024)	—	Threshold value for the PM bucket for the day.
IfInOctets	NUMBER(20)	DEFAULT -1	—
IfInUcastPkts	NUMBER(20)	DEFAULT -1	—
IfInMulticastPkts	NUMBER(20)	DEFAULT -1	—
IfInBroadcastPkts	NUMBER(20)	DEFAULT -1	—
IfInDiscards	NUMBER(20)	DEFAULT -1	—
ifInErrors	NUMBER(20)	DEFAULT -1	—
IfOutOctets	NUMBER(20)	DEFAULT -1	—
IfOutUcastPkts	NUMBER(20)	DEFAULT -1	—
IfOutMulticastPkts	NUMBER(20)	DEFAULT -1	—
IfOutBroadcastPkts	NUMBER(20)	DEFAULT -1	—
IfOutDiscards	NUMBER(20)	DEFAULT -1	—
Dot3StatsAlignmentErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsFCSErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsFrameTooLong	NUMBER(20)	DEFAULT -1	—
EtherStatsUndersizePkts	NUMBER(20)	DEFAULT -1	—
EtherStatsFragments	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts64Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts65to127Oct ets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts128to255Oc tets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts256to511Oc tets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts512to1023O ctets	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts1024to1518 Octets	NUMBER(20)	DEFAULT -1	—
EtherStatsBroadcastPkts	NUMBER(20)	DEFAULT -1	—
EtherStatsMulticastPkts	NUMBER(20)	DEFAULT -1	—
EtherStatsOversizePkts	NUMBER(20)	DEFAULT -1	—
EtherStatsJabbers	NUMBER(20)	DEFAULT -1	—
EtherStatsOctets	NUMBER(20)	DEFAULT -1	—
EtherStatsDropEvents	NUMBER(20)	DEFAULT -1	—
RxPauseFrames	NUMBER(20)	DEFAULT -1	—
TxPauseFrames	NUMBER(20)	DEFAULT -1	—
EtherStatsPkts	NUMBER(20)	DEFAULT -1	—
IfOutErrors	NUMBER(20)	DEFAULT -1	—
Dot3StatsInternalMacRxEr rors	NUMBER(20)	DEFAULT -1	—
Dot3StatsInternalMacTxEr rors	NUMBER(20)	DEFAULT -1	—
Dot3StatsSymbolErrors	NUMBER(20)	DEFAULT -1	—
RxEtherUtilizationStats	NUMBER(10)	DEFAULT -2	—
TxEtherUtilizationStats	NUMBER(10)	DEFAULT -2	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.196  ONS15600_POS_PM_Table

The ONS15600_POS_PM_Table (Table 1-193) is used for POS PM data where the module type is an ASAP line card.

Primary key: ONS15600_POS_PM_PK

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-193 ONS15600_POS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type for which the TM refers.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
Timestamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Indicates status of the PM bucket. Valid values: 0: Valid period Other: Bit mask Value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the fifteen minute interval.
thresholdList	VARCHAR2(1024)	—	Threshold value for the PM bucket for the day.
hdlcInOctets	NUMBER(20)	DEFAULT -1	—
hdlcOutOctets	NUMBER(20)	DEFAULT -1	—
rxTotalPackets	NUMBER(20)	DEFAULT -1	—
txTotalPackets	NUMBER(20)	DEFAULT -1	—
hdlcRxAborts	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesBadCRC	NUMBER(20)	DEFAULT -1	—
GfpStatsRxFrame	NUMBER(20)	DEFAULT -1	—
GfpStatsTxFrame	NUMBER(20)	DEFAULT -1	—
GfpStatsRxOctets	NUMBER(20)	DEFAULT -1	—
GfpStatsTxOctets	NUMBER(20)	DEFAULT -1	—
GfpStatsRxCRCErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxMbitErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxSbitErrors	NUMBER(20)	DEFAULT -1	—
GfpStatsRxTypeInvalid	NUMBER(20)	DEFAULT -1	—
RxPktsDroppedInternalCongestion	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxShortPkts	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesTruncated	NUMBER(20)	DEFAULT -1	—
MediaIndStatsRxFramesTooLong	NUMBER(20)	DEFAULT -1	—
RxEtherUtilizationStats	NUMBER(10)	DEFAULT -2	—
TxEtherUtilizationStats	NUMBER(10)	DEFAULT -2	—
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.197  ONS15600_Sonet_Line_PM_Table

The ONS15600_Sonet_line_PM_Table (Table 1-194) contains ONS 15600 SONET line PM information. This table is used for OC-N PM data where the module type is an OC-N line card.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15600_LINE_PM_PK

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-194   ONS15600_Sonet_Line_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	NOT NULL	Indicates the status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
FifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
CodeViolations	NUMBER(10)	DEFAULT -1	Number of line code violations encountered by an OC-N interface in the interval. Valid for OC-3, OC-12, and EC1 cards.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by an OC-N interface in the interval. Valid for OC-3, OC-12, and EC1 cards.
SevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by an OC-N interface in the interval. Valid for OC-3, OC-12, and EC1 cards.
UnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by an OC-N interface in the interval. Valid for OC-3, OC-12, and EC1 cards.
PpjcPdet	NUMBER(10)	DEFAULT -1	—
NpjcPdet	NUMBER(10)	DEFAULT -1	—
PpjcPgen	NUMBER(10)	DEFAULT -1	—
NpjcPgen	NUMBER(10)	DEFAULT -1	—
FcL	NUMBER(10)	—	Line failure count (FC-L) encountered by an OC-N interface in the interval. Valid for OC-48 and OC-192 cards. FC-L is a count of the number of near-end line failure events. A failure event begins when a line alarm indication signal (AIS-L) failure is declared or when a lower-layer, traffic-related, near-end failure is declared. This failure event ends when the failure is cleared. A failure event that begins in one period and ends in another period is counted only in the period where it begins.
Psc	NUMBER(10)	DEFAULT -1	Protection switching count (PSC) encountered by an OC-N interface in the interval. Valid for OC-48 and OC-192 cards. In a 1 + 1 protection scheme for a working card, PSC is a count of the number of times service switches from a working card to a protection card plus the number of times service switches back to the working card. For a protection card, PSC is a count of the number of times service switches to a working card from a protection card plus the number of times service switches back to the protection card. The PSC PM is only applicable if revertive line-level protection switching is used.
Psd	NUMBER(10)	DEFAULT -1	Protection switching duration (PSD) count encountered by an OC-N interface in the interval. Valid for OC-48 and OC-192 cards. PSD applies to the length of time, in seconds, that service is carried on another line. For a working line, PSD is a count of the number of seconds that service was carried on the protection line. For the protection line, PSD is a count of the seconds that the line was used to carry service. The PSD PM is only applicable if revertive line-level protection switching is used.
PjDiff	NUMBER(10)	DEFAULT -1	—
PjpSec	NUMBER(10)	DEFAULT -1	—
PjnSec	NUMBER(10)	DEFAULT -1	—
Pscs	NUMBER(10)	DEFAULT -1	Protection switch count-span.
Psds	NUMBER(10)	DEFAULT -1	Protection switch duration-span.
Pscw	NUMBER(10)	DEFAULT -1	Protection switch count-working.
Psdw	NUMBER(10)	DEFAULT -1	Protection switch duration-working.
Pscr	NUMBER(10)	DEFAULT -1	Protection switch count-ring.
Psdr	NUMBER(10)	DEFAULT -1	Protection switch duration-ring.
CodeViolationsFE	NUMBER(10)	DEFAULT -1	Number of line code violations encountered by an OC-N interface in the interval (far end). Valid for OC-48 and OC-192 cards.
ErrSecsFE	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by an OC-N interface in the interval (far end). Valid for OC-48 and OC-192 cards.
SevErrSecsFE	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by an OC-N interface in the interval (far end). Valid for OC-48 and OC-192 cards.
UnavailableSecsFE	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by an OC-N interface in the interval (far end). Valid for OC-48 and OC-192 cards.
FcLFE	NUMBER(10)	DEFAULT -1	Number of far-end line failure counts encountered by an OC-N interface in the interval. Valid for OC-48 and OC-192 cards.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.198  ONS15600_Sonet_Path_PM_Table

The ONS15600_Sonet_Path_PM_Table (Table 1-195) stores ONS 15600 SONET path PM information. This table is used for path PM data where the module type is a path line card.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS15600_Path_LINE_PM_PK

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-195   ONS15600_Sonet_Path_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Table index for the interface; same as IfStaticIndex in the Interface_Table.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
SonetPathCodeViolations	NUMBER(10)	DEFAULT -1	Number of LCVs encountered by a path interface in the interval. Valid for OC-48 and OC-192 cards.
SonetPathErrSecs	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a path interface in the interval. Valid for OC-48 and OC-192 cards.
SonetPathSevErrSecs	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a path interface in the interval. Valid for OC-48 and OC-192 cards.
SonetPathUnavailableSecs	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a path interface in the interval. Valid for OC-48 and OC-192 cards.
SonetPathFC	NUMBER(10)	DEFAULT -1	Failure count. Number of path failure events.
PpjcPdet	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Detected is a count of the positive pointer justifications detected on a particular path on an incoming signal.
NpjcPdet	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Detected is a count of the negative pointer justifications detected on a particular path on an incoming signal.
PpjcPgen	NUMBER(10)	DEFAULT -1	Positive Pointer Justification Count, Path Generated is a count of the positive pointer justifications generated for a particular path.
NpjcPgen	NUMBER(10)	DEFAULT -1	Negative Pointer Justification Count, Path Generated is a count of the negative pointer justifications generated for a particular path.
PjDiff	NUMBER(10)	DEFAULT -1	Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
PjpSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds detected on a particular path.
PjnSec	NUMBER(10)	DEFAULT -1	Indicates the number of Pointer Justification Count Seconds generated for a particular path.
SonetPathCodeViolationsFE	NUMBER(10)	DEFAULT -1	Number of code violations encountered by a path interface in the interval (far end). Valid for OC-48 and OC-192 cards (far end).
SonetPathErrSecsFE	NUMBER(10)	DEFAULT -1	Number of errored seconds encountered by a path interface in the interval (far end). Valid for OC-48 and OC-192 cards.
SonetPathSevErrSecsFE	NUMBER(10)	DEFAULT -1	Number of severely errored seconds encountered by a path interface in the interval (far end). Valid for OC-48 and OC-192 cards.
SonetUnavailableSecsFE	NUMBER(10)	DEFAULT -1	Number of unavailable seconds encountered by a path interface in the interval (far end). Valid for OC-48 and OC-192 cards.
SonetPathFCFE	NUMBER(10)	DEFAULT -1	Failure count. Number of path failure events (far end).
STSPathWidth	NUMBER(10)	DEFAULT -1	STS path width.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.199  ONS15600_Sonet_Sec_PM_Table

The ONS 15600_Sonet_Sec_PM_Table (Table 1-196) contains ONS 15600 SONET PM information data.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS15600_SONET_SEC_PM_PK

Tablespace: ONS15600_DATE_TABLESPACE

Table 1-196   ONS15600_Sonet_SEC_PM Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIfIndex	NUMBER(20)	NOT NULL	Interface index as defined by ObjectMapper.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Values are: 0: Valid period Other: Bit mask value (information about PM statistics)
InMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
FifteenMinThresholdMask	NUMBER(10)	—	Threshold value for the PM bucket for the 15-minute interval.
thresholdList	VARCHAR2 (1024)	—	Threshold value for the PM bucket for the day.
SevErrFrameSecs	NUMBER(10)	DEFAULT -1	Number of section severely errored frame seconds encountered by an OC-N interface. Valid for OC-48 and OC-192 cards.
CodeViolations	NUMBER(10)	DEFAULT -1	Number of BIP errors detected at the session layer.
ErrSecs	NUMBER(10)	DEFAULT -1	Number of seconds when at least one section layer BIP error was detected or when an SEF LOS defect is present.
SevErrSecs	NUMBER(10)	DEFAULT -1	Number of seconds when more section layer BIP errors were detected.
IS24H	NUMBER(1)	NOT NULL	Specifies whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.200  ONS15600SDH_HO_PM_Table

The ONS15600SDH_HO_PM_Table (Table 1-197) contains information about the ONS 15600 SDH high-order PM parameters.

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Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: None

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-197   ONS15600SDH_HO_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Interval time stamp when the statistics were stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	—
thresholdList	VARCHAR2 (1024)	—	—
HpEb	NUMBER(20)	DEFAULT -1	Errored blocks.
HpEs	NUMBER(20)	DEFAULT -1	Errored seconds.
HpSes	NUMBER(20)	DEFAULT -1	Severely errored seconds.
HpUas	NUMBER(20)	DEFAULT -1	Unavailable seconds.
HpFc	NUMBER(20)	DEFAULT -1	Failure count.
HpBbe	NUMBER(20)	DEFAULT -1	Background block error.
HpEsr	NUMBER(20)	DEFAULT -1	Errored seconds ratio.
HpSesr	NUMBER(20)	DEFAULT -1	Severely errored seconds ratio.
HpBber	NUMBER(20)	DEFAULT -1	Background block error ratio.
HpPjpIn	NUMBER(20)	DEFAULT -1	Positive pointer justification-In.
HpPjpOut	NUMBER(20)	DEFAULT -1	Positive pointer justification-Out.
HpPjnIn	NUMBER(20)	DEFAULT -1	Negative pointer justification-In.
HpPjnOut	NUMBER(20)	DEFAULT -1	Negative pointer justification-Out.
FeHpEb	NUMBER(20)	DEFAULT -1	Errored blocks (far end).
FeHpEs	NUMBER(20)	DEFAULT -1	Errored seconds (far end).
FeHpSes	NUMBER(20)	DEFAULT -1	Severely errored seconds (far end).
FeHpUas	NUMBER(20)	DEFAULT -1	Unavailable seconds (far end).
FeHpFc	NUMBER(20)	DEFAULT -1	Failure count (far end).
FeHpBbe	NUMBER(20)	DEFAULT -1	Background block error (far end).
FeHpEsr	NUMBER(20)	DEFAULT -1	Errored seconds ratio (far end).
FeHpSesr	NUMBER(20)	DEFAULT -1	Severely errored seconds ratio (far end).
FeHpBber	NUMBER(20)	DEFAULT -1	Background block error ratio (far end).
StsPathWidth	NUMBER(4)	DEFAULT -1	STS size. Valid for OC-N/STM-N cards. Possible values are: 1: VC4 2: VC4-2c 3: VC4-3c 4: VC4-4c 8: VC4-8c 16: VC4-16c 64: VC4-64c
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.201  ONS15600SDH_MS_PM_Table

The ONS15600SDH_MS_PM_Table (Table 1-198) contains information about the ONS 15600 SDH multiplex section PM parameters.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: None

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-198   ONS15600SDH_MS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Interval time stamp when the statistics were stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresho ldMask	NUMBER(10)	—	—
thresholdList	VARCHAR2 (1024)	—	—
MsEb	NUMBER(20)	DEFAULT -1	Errored blocks-multiplex section.
MsEs	NUMBER(20)	DEFAULT -1	Errored seconds-multiplex section.
MsSes	NUMBER(20)	DEFAULT -1	Severely errored seconds-multiplex section.
MsUas	NUMBER(20)	DEFAULT -1	Unavailable seconds-multiplex section.
MsFc	NUMBER(20)	DEFAULT -1	Failure count-multiplex section.
MsBbe	NUMBER(20)	DEFAULT -1	Background block error-multiplex section.
MsPsc	NUMBER(20)	DEFAULT -1	Protection switching count-multiplex section.
MsPsd	NUMBER(20)	DEFAULT -1	Protection switching duration-multiplex section.
MSPSCS	NUMBER(20)	DEFAULT -1	Protection switching count-span, multiplex section.
MSPSDS	NUMBER(20)	DEFAULT -1	Protection switching duration-span, multiplex section.
MSPSCW	NUMBER(20)	DEFAULT -1	Protection switching count-working, multiplex section.
MSPSDW	NUMBER(20)	DEFAULT -1	Protection switching duration-working, multiplex section.
MSPSCR	NUMBER(20)	DEFAULT -1	Protection switching count-ring, multiplex section.
MSPSDR	NUMBER(20)	DEFAULT -1	Protection switching duration-ring, multiplex section.
FeMsEb	NUMBER(20)	DEFAULT -1	Errored blocks-multiplex section (far end).
FeMsEs	NUMBER(20)	DEFAULT -1	Errored seconds-multiplex section (far end).
FeMsSes	NUMBER(20)	DEFAULT -1	Severely errored seconds-multiplex section (far end).
FeMsUas	NUMBER(20)	DEFAULT -1	Unavailable seconds-multiplex section (far end).
FeMsFc	NUMBER(20)	DEFAULT -1	Failure count-multiplex section (far end).
FeMsBbe	NUMBER(20)	DEFAULT -1	Background block error-multiplex section (far end).
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.202  ONS15600SDH_RS_PM_Table

The ONS15600SDH_RS_PM_Table (Table 1-199) contains information about the ONS 15600 regeneration section PM parameters.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: None

Tablespace: ONS15600_DATA_TABLESPACE

Table 1-199   ONS15600SDH_RS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
ModuleType	NUMBER(4)	NOT NULL	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
NEIFIndex	NUMBER(20)	NOT NULL	Table index for the interface.
TimeStamp	DATE	NOT NULL	Interval time stamp when the statistics were stored.
NEIfPMStatus	NUMBER(20)	DEFAULT 0	Status of the PM bucket. Valid values are: 0: Valid period Other: Bit mask value
inMaintenance	NUMBER(1)	—	Whether the NE was under maintenance when the PM bucket was collected.
fifteenMinThresholdMask	NUMBER(10)	—	—
thresholdList	VARCHAR2 (1024)	—	—
RsEb	NUMBER(20)	DEFAULT -1	Errored blocks-regeneration section.
RsEs	NUMBER(20)	DEFAULT -1	Errored seconds-regeneration section.
RsSes	NUMBER(20)	DEFAULT -1	Severely errored seconds-regeneration section.
RsSefs	NUMBER(20)	DEFAULT -1	Severely errored framing seconds-regeneration section.
RsBbe	NUMBER(20)	DEFAULT -1	Background block error-regeneration section.
IS24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.
InvalidityList	VARCHAR2(1024)	—	Invalidity list for PM data.

1.2.203  ONS158xx_Amplifier_PM_Table

The ONS158xx_Amplifier_PM_Table (Table 1-200) stores values from ONS 158xx amplifiers.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS158XX_AMPLIFIER_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-200   ONS158xx_Amplifier_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
LASTEMP_1	VARCHAR2(40)	—	Laser temperature 1.
LASTEMP_2	VARCHAR2(40)	—	Laser temperature 2.
LASCURR_1	VARCHAR2(40)	—	Laser current 1.
LASCURR_2	VARCHAR2(40)	—	Laser current 2.
INPPWR_1	VARCHAR2(40)	—	Input power 1.
INPPWR_2	VARCHAR2(40)	—	Input power 2.
OUTPWR_1	VARCHAR2(40)	—	Output power 1.
OUTPWR_2	VARCHAR2(40)	—	Output power 2.
LASPWR_1	VARCHAR2(40)	—	Laser power 1.
LASPWR_2	VARCHAR2(40)	—	Laser power 2.
OUTPWRRED_1	VARCHAR2(40)	—	Output power-red band.
OUTPWRBLUE_1	VARCHAR2(40)	—	Output power-blue band.
EPPOWER_1	VARCHAR2(40)	—	External pump power 1.
EPPOWER_2	VARCHAR2(40)	—	External pump power 2.
FIBERTEMP_1	VARCHAR2(40)	—	Fiber temperature 1.
OFFSET_1	VARCHAR2(40)	—	Output power offset 1.
EPACTIVE_1	VARCHAR2(40)	—	External pump status 1.
VOA_1	VARCHAR2(40)	—	Variable optical attenuation 1.
VOAOFFSET_1	VARCHAR2(40)	—	Variable optical attenuation offset 1.
PUMPPWR_1	VARCHAR2(40)	—	Pump power 1.
PUMPPWR_2	VARCHAR2(40)	—	Pump power 2.
TRAMPWR_1	VARCHAR2(40)	—	Raman pump power 1.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.204  ONS158xx_BCS_PM_Table

The ONS158xx_BCS_PM_Table (Table 1-201) stores PM values for the ONS 15808 band combiner and splitter (BCS) modules.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS158XX_BCS_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-201   ONS158xx_BCS_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp showing the interval for which the set of statistics is gathered.
EPPOWER_1	VARCHAR2(40)	—	External pump power 1.
EPPOWER_2	VARCHAR2(40)	—	External pump power 2.
TOTRAMPWR_1	VARCHAR2(40)	—	Total external pump power 1.
RAMINLOSS_1	VARCHAR2(40)	—	External pump 1 insertion loss.
RAMINLOSS_2	VARCHAR2(40)	—	External pump 2 insertion loss.
INPPWR_1	VARCHAR2(40)	—	Input power 1.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.205  ONS158xx_CMP_PM_Table

The ONS158xx_CMP_PM_Table (Table 1-202) stores PM values for ONS 15808 Control and Monitoring Processor (CMP) modules.

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: ONS158XX_CMP_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-202   ONS158xx_CMP_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
HDFREEMEM_1	VARCHAR2(40)	—	Amount of free hard drive memory.
HDAVAILMEM_1	VARCHAR2(40)	—	Percentage of hard drive memory available.
FREERAM_1	VARCHAR2(40)	—	Amount of free RAM available.
AVAILRAM_1	VARCHAR2(40)	—	Percentage of RAM available.
BIGGESTBLK_1	VARCHAR2(40)	—	Size of the RAM block.
LASTALARMH_1	VARCHAR2(40)	—	Number of alarms generated in the previous whole hour.
ALARMFWD24_1	VARCHAR2(40)	—	Number of alarms generated in the current hour.
ALPEAK24_1	VARCHAR2(40)	—	Peak number of alarms at any given time.
ALAVG24_1	VARCHAR2(40)	—	Average number of alarms per second in a 24-hour period.
ALAVG60S_1	VARCHAR2(40)	—	Average number of alarms per second in a 60-second period.
LOGAVAIL_1	VARCHAR2(40)	—	Percentage of free log space available.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.206  ONS158xx_IOC_W_PM_Table

The ONS158xx_IOC_W_PM_Table (Table 1-203) stores PM values for ONS 15800 and ONS 15801 Input/Output cards (IOC-Ws).

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Note For medium, large, and high-end configurations, this table is partitioned.

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Primary key: PL_ONS158XX_IOC_W_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-203   ONS158xx_IOC_W_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (rack, shelf, and slot).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
GENANAIN_1	VARCHAR2(40)	—	Generic analog input 1.
GENANAIN_2	VARCHAR2(40)	—	Generic analog input 2.
GENANAIN_3	VARCHAR2(40)	—	Generic analog input 3.
GENANAIN_4	VARCHAR2(40)	—	Generic analog input 4.
GENANAIN_5	VARCHAR2(40)	—	Generic analog input 5.
GENANAIN_6	VARCHAR2(40)	—	Generic analog input 6.
GENANAIN_7	VARCHAR2(40)	—	Generic analog input 7.
GENANAIN_8	VARCHAR2(40)	—	Generic analog input 8.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.207  ONS158xx_LAC_Active_User_Table

The ONS158xx_LAC_Active_User_Table (Table 1-204) stores information about ONS 15800, ONS 15801, and ONS 15808 active local access control (LAC) users.

Primary key: ONS158XX_LAC_USER_A_TABLE_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-204   ONS158xx_LAC_Active_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID in the NE_Info_Table.
UserType	VARCHAR2(40)	NOT NULL	Type of user.
SessionId	NUMBER(10)	NOT NULL	Session ID.
IpAddress	VARCHAR2(40)	NOT NULL	IP address.
UserName	VARCHAR2(40)	NOT NULL	Username.
UserProfile	VARCHAR2(40)	NOT NULL	User profile. Values are: 1: TL1 system administrator 2: TL1 complete permission 3: TL1 read-only user 4: TL1 partial permission 5: TL1 simple permission 31: LCI superuser 32: LCI network administrator 33: LCI read/write user 34: LCI read-only user

1.2.208  ONS158xx_LAC_Log_Status_Table

The ONS158xx_LAC_Log_Status_Table (Table 1-205) stores LAC log status information for all ONS 15800, ONS 15801, and ONS 15808 NEs.

Primary key: ONS158XX_LAC_LOG_S_TABLE_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-205   ONS158xx_LAC_Log_Status_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID in the NE_Info_Table.
LogStatus	VARCHAR2(40)	NOT NULL	Whether the security log is enabled or disabled on the NE.
LogName	VARCHAR2(40)	NOT NULL	Log name.
LastUpdate	DATE	—	Last time the CTM user requested information from the security log on the NE.

1.2.209  ONS158xx_LAC_Log_Table

The ONS 158xx_LAC_Log_Table (Table 1-206) stores LAC log information for all ONS 15800, ONS 15801, and ONS 15808 NEs.

Primary key: None

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-206 ONS158xx_LAC_Log_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID in the NE_Info_Table.
UserName	VARCHAR2(40)	NOT NULL	Username.
SessionID	VARCHAR2(40)	NOT NULL	—
UserProfile	VARCHAR2(40)	NOT NULL	User profiles. Valid values: 1: TL1 system administrator 2: TL1 complete permission 3: TL1 read-only user 4: TL1 partial permission 5: TL1 simple permission 31: LCI superuser 32: LCI network administrator 33: LCI read and write user 34: LCI read-only user
DateTime	Date	NOT NULL	—
ModuleName	VARCHAR2(40)	NOT NULL	—
Location	VARCHAR2(40)	NOT NULL	—
Operation	VARCHAR2(300)	NOT NULL	—
Result	VARCHAR2(40)	NOT NULL	—

1.2.210  ONS158xx_LAC_Profile_Table

The ONS158xx_LAC_Profile_Table (Table 1-207) stores valid NE user profiles for ONS 15800, ONS 15801, and ONS 15808 NEs.

Primary key: ONS158XX_LAC_P_TABLE_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-207   ONS158xx_LAC_Profile_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
Profile	VARCHAR2(40)	NOT NULL	Unique identifier for the NE user profile. Values are: 1: TL1 system administrator 2: TL1 complete permission 3: TL1 read-only user 4: TL1 partial permission 5: TL1 simple permission 31: LCI superuser 32: LCI network administrator 33: LCI read/write user 34: LCI read-only user
Description	VARCHAR2(100)	NOT NULL	Description of the user profile.

1.2.211  ONS158xx_LAC_User_Table

The ONS158xx_LAC_User_Table (Table 1-208) stores ONS 15800, ONS 15801, and ONS 15808 LAC user information.

Primary key: ONS158XX_LAC_USER_TABLE_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-208   ONS158xx_LAC_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID in the NE_Info_Table.
UserType	VARCHAR2(40)	NOT NULL	Type of user.
UserName	VARCHAR2(40)	NOT NULL	Username of the TL1 or LCI user who performed the operation on the NE.
UserProfile	VARCHAR2(40)	NOT NULL	Values are: 1: TL1 system administrator 2: TL1 complete permission 3: TL1 read-only user 4: TL1 partial permission 5: TL1 simple permission 31: LCI superuser 32: LCI network administrator 33: LCI read/write user 34: LCI read-only user

1.2.212  ONS158xx_LSM_PM_Table

The ONS158xx_LSM_PM_Table (Table 1-209) stores analog values from Line Service Modem (LSM-W) modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_LSM_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-209   ONS158xx_LSM_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
ELASTEMP_1	VARCHAR2(40)	—	East laser power temperature 1.
WLASTEMP_2	VARCHAR2(40)	—	West laser power temperature 2.
ELASCURR_1	VARCHAR2(40)	—	East laser current 1.
WLASCURR_2	VARCHAR2(40)	—	West laser current 2.
ELASOUTPWR_1	VARCHAR2(40)	—	East output power 1.
WLASOUTPWR_2	VARCHAR2(40)	—	West output power 2.
COLLNUMBER_1	VARCHAR2(40)	—	Number of collisions.
BYTENUMBER_1	VARCHAR2(40)	—	Number of transmitted bytes.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.213  ONS158xx_NE_IP_Table

The ONS158xx_NE_IP_Table (Table 1-210) stores the primary and secondary IP address associated with each managed ONS 15800, ONS 15801, and ONS 15808 NE.

Primary key: PL_ONS158XX_NE_IP_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-210   ONS158xx_NE_IP_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in NE_INFO_TABLE.
FIRST_IP	NUMBER(10)	UNIQUE, NOT NULL	First IP address of the NE, assumed to be unique across the domains. The GUI and server convert an IP address to a number before it is stored in the database.
SECOND_IP	NUMBER(10)	NOT NULL	Second IP address of the NE, assumed to be unique across the domains. GUI and server convert an IP address to a number before it is stored in the database.

1.2.214  ONS158xx_OAD_PM_Table

The ONS158xx_OAD_PM_Table (Table 1-211) stores PM values for ONS 15808 Optical Add/Drop-8 channel-C band (OAD-8-C) modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_OAD_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-211   ONS158xx_OAD_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
INPPWREXP_1	VARCHAR2(40)	—	Input power express channels 1.
INPPWRADD_1	VARCHAR2(40)	—	Input power add channels 1.
EXPAINLOSS_1	VARCHAR2(40)	—	Add express channels insertion loss 1.
EXPDINLOSS_1	VARCHAR2(40)	—	Drop express channels insertion loss 1.
ADDINLOSS_1	VARCHAR2(40)	—	Add channels insertion loss 1.
DROPINLOSS_1	VARCHAR2(40)	—	Drop channels insertion loss 1.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.215  ONS158xx_OADM_PM_Table

The ONS158xx_OADM_PM_Table (Table 1-212) stores PM values for ONS 15800 and ONS 15801 Optical Add/Drop Multiplexer-Passive-4 channels (OADM-P4) modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_OADM_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-212   ONS158xx_OADM_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
LASTEMP_1	VARCHAR2(40)	—	Operating temperature 1.
LASTEMP_2	VARCHAR2(40)	—	Operating temperature 2.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

 

1.2.216  ONS158xx_OSU_PM_Table

The ONS158xx_OSU_PM_Table (Table 1-213) stores PM values for ONS 15800, ONS 15801, and ONS 15808 Optical Switch Units (OSUs).

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_OSU_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-213   ONS158xx_OSU_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
INPPWRTX_1	VARCHAR2(40)	—	Input power from client transmitter 1.
OUTPWRRX_1	VARCHAR2(40)	—	Output power client receive 1.
INPPWRW_1	VARCHAR2(40)	—	Input power working line 1.
INPPWRP_1	VARCHAR2(40)	—	Input power protection line 1.
SINSLOSSRX_1	VARCHAR2(40)	—	Optical switch insertion loss.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.217  ONS158xx_OTS_PTP_Table

The ONS158xx_OTS_PTP_Table (Table 1-214) contains information about the ONS 158xx PTP table.

Primary key: ONS158xx_PTP_S_Table_PK

Tablespace: ONS158xx_DATA_TABLESPACE

Table 1-214   ONS158xx_OTS_PTP_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelType	NUMBER(4)	NOT NULL	Type of model.
NeConfigMode	NUMBER(2)	NOT NULL	Configuration mode of the NE.
SourceSynk	NUMBER(4)	NOT NULL	—
ModuleType	NUMBER(8)	NOT NULL	Module identifier.

1.2.218  ONS158xx_PM_ACT_MOD_Table

The ONS158xx_PM_ACT_MOD_Table (Table 1-215) stores the ONS 15800, ONS 15801, and ONS 15808 NE modules on which PM is enabled. If PM is enabled on the entire NE, the list of racks is substituted for the list of modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_PM_ACT_MOD_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-215   ONS158xx_PM_ACT_MOD_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_Info_Table.
ModuleType	NUMBER(4)	NOT NULL	Module identifier.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (rack, shelf, and slot).
Current_state	NUMBER(1)	NOT NULL	—
Previous_state	NUMBER(1)	NOT NULL	—

1.2.219  ONS158xx_PTPType_Table

The ONS158xx_PTPType_Table (Table 1-216) is used for link management.

Primary key: ONS158XX_PTPTYPE_TABLE_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-216   ONS158xx_PTPType_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PtpTypeName	VARCHAR2(64)	NOT NULL	Whether the PTP is a source or a sync PTP.
PtpTypeValue	NUMBER(4)	NOT NULL	Identifies the PTP source or sync. Values are: 1: Source 2: Sync

1.2.220  ONS158xx_SCF_PM_Table

The ONS158xx_SCF_PM_Table (Table 1-217) stores analog values from the ONS 15800 and ONS 15801 Subrack Common Functions (SCF) module.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_SCF_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-217   ONS158xx_SCF_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
FANCURRENT_1	VARCHAR2(40)	—	Fan operating current 1.
FANCURRENT_2	VARCHAR2(40)	—	Fan operating current 2.
FANCURRENT_3	VARCHAR2(40)	—	Fan operating current 3.
FANCURRENT_4	VARCHAR2(40)	—	Fan operating current 4.
DCCONV_1	VARCHAR2(40)	—	Fan power supply voltage 1.
BATCTRL_1	VARCHAR2(40)	—	Backplane power supply voltage.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.221  ONS158xx_TimeStamp_PM_Table

The ONS158xx_TimeStamp_PM_Table (Table 1-218) contains time stamp information for ONS 15800, ONS 15801, and ONS 15808 NEs.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_TS_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-218   ONS158xx_TimeStamp_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.222  ONS158xx_Transponder_PM_Table

The ONS158xx_Transponder_PM_Table (Table 1-219) stores analog values from ONS 15800 and ONS 15801 Line Extender Modules-Externally Modulated (LEM-EM) and Wavelength Converter Modules-Externally Modulated (WCM-EM). It also stores values for Receive Transponder-Directly Modulated (RXT-DM) modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_TRANSPONDER_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-219   ONS158xx_Transponder_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location.
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
LASTEMP_1	VARCHAR2(40)	—	Laser temperature 1.
LASCURR_1	VARCHAR2(40)	—	Laser current 1.
INPPWR_1	VARCHAR2(40)	—	Input power 1.
OUTPWR_1	VARCHAR2(40)	—	Output power 1.
LASPWR_1	VARCHAR2(40)	—	Laser power 1.
B1ES15M_1	VARCHAR2(40)	—	B1 errored seconds at 15 minutes.
B1SES15M_1	VARCHAR2(40)	—	B1 severely errored seconds at 15 minutes.
B1BBE15M_1	VARCHAR2(40)	—	B1 background block errors at 15 minutes.
B1BER15M_1	VARCHAR2(40)	—	B1 bit error rate at 15 minutes.
B1UT15M_1	VARCHAR2(40)	—	B1 unavailable time at 15 minutes.
B1ES24H_1	VARCHAR2(40)	—	B1 errored seconds at 24 hours.
B1SES24H_1	VARCHAR2(40)	—	B1 severely errored seconds at 24 hours.
B1BBE24H_1	VARCHAR2(40)	—	B1 background block errors at 24 hours.
B1BER24H_1	VARCHAR2(40)	—	B1 bit error rate at 24 hours.
B1UT24H_1	VARCHAR2(40)	—	B1 unavailable time at 24 hours.
FECES15M_1	VARCHAR2(40)	—	Forward error correction (FEC) errored seconds at 15 minutes.
FECSES15M_1	VARCHAR2(40)	—	FEC severely errored seconds at 15 minutes.
FECBBE15M_1	VARCHAR2(40)	—	FEC background block errors at 15 minutes.
FECUT15M_1	VARCHAR2(40)	—	FEC unavailable time at 15 minutes.
FECECR15M_1	VARCHAR2(40)	—	FEC error corrected rate at 15 minutes.
FECUCR15M_1	VARCHAR2(40)	—	FEC uncorrected code words rate at 15 minutes.
FECES24H_1	VARCHAR2(40)	—	FEC errored seconds at 24 hours.
FECSES24H_1	VARCHAR2(40)	—	FEC severely errored seconds at 24 hours.
FECBBE24H_1	VARCHAR2(40)	—	FEC background block errors at 24 hours.
FECUT24H_1	VARCHAR2(40)	—	FEC unavailable time at 24 hours.
FECECR24H_1	VARCHAR2(40)	—	FEC error corrected rate at 24 hours.
FECUCR24H_1	VARCHAR2(40)	—	FEC uncorrected code words at 24 hours.
INPPWR_T_1	VARCHAR2(40)	—	—
OUTPWR_T_1	VARCHAR2(40)	—	—
INTOTPK15M_T_1	VARCHAR2(40)	—	—
INPKOK15M_T_1	VARCHAR2(40)	—	—
INRUNTS15M_T_1	VARCHAR2(40)	—	—
INGNTS15M_T_1	VARCHAR2(40)	—	—
INTOTER15M_T_1	VARCHAR2(40)	—	—
INCRC15M_T_1	VARCHAR2(40)	—	—
INEB15M_T_1	VARCHAR2(40)	—	—
OVSZPK15M_T_1	VARCHAR2(40)	—	—
INPPWR_R_1	VARCHAR2(40)	—	—
OUTPWR_R_1	VARCHAR2(40)	—	—
OUTPK15M_R_1	VARCHAR2(40)	—	—
OUTPSPK15M_R_1	VARCHAR2(40)	—	—
INTOTPK24H_T_1	VARCHAR2(40)	—	—
INPKOK24H_T_1	VARCHAR2(40)	—	—
INRUNTS24H_T_1	VARCHAR2(40)	—	—
INGNTS24H_T_1	VARCHAR2(40)	—	—
INTOTER24H_T_1	VARCHAR2(40)	—	—
INCRC24H_T_1	VARCHAR2(40)	—	—
INEB24H_T_1	VARCHAR2(40)	—	—
OVSZPK24H_T_1	VARCHAR2(40)	—	—
OUTPK24H_R_1	VARCHAR2(40)	—	—
OUTPSPK24H_R_1	VARCHAR2(40)	—	—
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: True (24 hour) 0: False (15-minute)

1.2.223  ONS158xx_WD_PM_Table

The ONS158xx_WD_PM_Table (Table 1-220) stores PM values for the ONS 15800 and ONS 15801 wavelength demultiplexer modules (8WD-B, 24WD-LLR, 24WD-R, and 32WD-IR).

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_WD_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-220   ONS158xx_WD_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
AWG_TEMP_1	VARCHAR2(40)	—	Operating temperature 1.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.224  ONS158xx_WD_RX_PM_Table

The ONS158xx_WD_RX_PM_Table (Table 1-221) stores PM values for the ONS 15808 wavelength demultiplexer receiver (WD-RX) modules.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: ONS158XX_WD_RX_PM_PK

Tablespace: ONS158XX_DATA_TABLESPACE

Table 1-221   ONS158xx_WD_RX_PM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE; same as NEDBAccessID in the NE_INFO_TABLE.
ModuleType	NUMBER(4)	NOT NULL	Module type to which this PM pertains.
PhysicalLoc	NUMBER(20)	NOT NULL	Physical location (slot and port).
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.
AWG_TEMP_1	VARCHAR2(40)	—	Operating temperature 1.
INPPWR_1	VARCHAR2(40)	—	Input power 1.
is24H	NUMBER(1)	NOT NULL	Whether the PM data is collected in 24-hour or 15-minute increments. Values are: 1: 24 hour 0: 15-minute

1.2.225  Operation_Permissions_Table

The Operation_Permission_Table (Table 1-222) contains information about the privilege level for each CTM operation.

Primary key: Operation_Permission_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-222 Operation_Permissions_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserTypeID	NUMBER(4)	NOT NULL	Unique ID for each user.
OperationID	NUMBER(4)	NOT NULL	Unique ID for each operation.
Permission	NUMBER(1)	DEFAULT 2 NOT NULL	Permission for the user type for that operation. Values are: 0: No access 1: Read only 2: Read/Write

1.2.226  Operations_Table

The Operations_Table (Table 1-223) contains information about the different CTM operations.

Primary key: Operations_Table_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-223   Operations_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
OperationID	NUMBER(4)	NOT NULL	Unique ID for each operation. Valid values are: 0: ADD_DELETE_NE_OR_GROUP 1: AUDIT_ERROR_LOG 2: AUDIT_TRAIL_TABLE 4: CIRCUIT_TABLE 5: CLI_INTERFACE 6: LOGGED_IN_CTM_USERS 7: CONTROL_PANEL 8: CTC_UPGRADE_TABLE 9: CTM_USER_PROFILES 10: CTM_USERS 11: EDIT_NE_OR_GROUP_PROPERTIES 12: EQUIPMENT_INVENTORY 14: FAULT_MGMT 15: JOB_MONITOR 16: LAUNCH_CRAFT_INTERFACE 17: LINK_TABLE 18: MANAGE_VLANS 19: NE_EXPLORER 20: NE_LOGGED_IN_USERS_TABLE 22: NE_SOFTWARE_TABLE 23: NE_SW_MEM_MGMT 24: NE_USER_ACCESS_ADMIN 26: ONS155XX_CM_DISCOVERY 27: ONS155XX_FLASH_FILES_TABLE 28: ONS155XX_SNMP_TABLE 29: ONS1580X_DOMAIN_NE_TABLE 30: ONS1580X_NE_USER_LOG 31: PERFORMANCE
OperationID (continued)	NUMBER(4)	NOT NULL	32: SUBNETWORK_EXPLORER 33: SUPPORTED_NE_TABLE 34: TL1_INTERFACE 35: TOPOLOGY_MODIFICATION 36: EDIT_DOMAIN_NODE_PROPERTIES 37: NE_SECURITY 38: USER_PREFERENCES 39: L2SERVICES_TABLE 40: L2TOPOLOGY_TABLE 41: LOGGED_IN_GWTL1_USERS 42: GWTL1_USERS 43: BLSR_TABLE 44: CREATE_BLSR 45: ROLL_CM_TABLE 46: CREATE_MSSP_RING 47: MSSP_RING_TABLE 48: NE_EXPLORER_ADMINISTRATION 49: CTC_USER_PROFILES 50: SAVE_MAP_AS_DEFAULT 51: SHOW_CTM_EMS_ALARMS_EVENTS 52: NE_SNMP 53: NE_STATIC_ROUTES 54: NE_OSPF 55: NE_OSPF_AREA_RANGES 56: NE_OSPF_VIRTUAL_LINK 57: NE_FIREWALL 58: NE_IP_ADDRESS 59: NE_RIP 60: NE_DCC 61: SNTP_CONFIGURATION 62: L2DROPPORTS_TABLE 63: DWDM_RING_TABLE 64: MANAGE_IOS_USERS 65: L1_CIRCUIT_MGMT 66: DATA_ADMIN_FUNCTIONS
OperationID (continued)	NUMBER(4)	NOT NULL	68: PROFILE_MGMT 69: L2_SERVICE_PROVISIONING 70: MERGE_CIRCUIT 71: NE_PROTECTION 72: COMPARE_CONFIG_FILES 73: TEMPLATE_CONFIG 74: CTM_USER_SET_CTCPWD 75: CONFIGURATION_CENTER 76: AUDIT_LOG_CONFIGURATION_CENTER 77: CHASSIS_VIEW 78: AUDIT_LOG_CHASSIS_VIEW 79: DIAGNOSTICS_CENTER 80: AUDIT_LOG_DIAGNOSTICS_CENTER 81: STATISTICS_REPORT 82: AUDIT_LOG_STATISTICS_REPORT 83: AUDIT_TRAIL 84: TELNET 85: SSH 86: CTM_FAILED_LOGIN_ATTEMPTS 87: LOGGED_IN_CORBA_USERS 88: CORBA_USERS 89: IOX_SOFTWARE_TABLE 90: ROUTER_USER_SETTINGS 91: MDS_FABRIC_MANAGER 92: MDS_CLI
OperationName	VARCHAR2(65)	NOT NULL	Name of the operation.
Category	VARCHAR2(65)	—	Category name corresponding to operation.
Description	VARCHAR2(256)	—	Description of operation.
AllowedPermissions	NUMBER(1)	DEFAULT 2	Permission that is allowed for the user type. Values are: 0: No Read 1: No Write 2: All 3: No Access 4: None
Warning	VARCHAR2 (256)	—	Warnings associated with dependencies on the permissions for this operation.

1.2.227  OSS_Active_User_Table

The OSS_Active_User_Table (Table 1-224) contains information about the active OSS users.

Primary key: OSS_ACTIVE_USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-224 OSS_Active_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SessionID	NUMBER(10)	UNIQUE, NOT NULL	Session ID.
OSSName	VARCHAR2(128)	NOT NULL	OSS name.
IPAddress	NUMBER(10)	NOT NULL	IP address.
TimeOfConnection	DATE	—	Date and time when session was started.
ListenerModeFlag	NUMBER(1)	DEFAULT 1	Whether autonomous message should be forwarded to the OSS connection. Valid values are: 0: DO_NOT_FORWARD 1: FORWARD
DomainMgrFlag	NUMBER(1)	DEFAULT 0	Whether the OSS can use the Domain Manager capabilities of CTM. Valid values are: 0: No 1: Yes

1.2.228  OSS_AID_ENUM_Table

The OSS_AID_ENUM_Table (Table 1-225) contains information about the access identifiers (AIDs) that CTM GateWay/TL1 supports for autonomous message filtering. CTM GateWay/TL1 filters autonomous messages based on the AID values in this table.

Primary key: OSS_AID_ENUM_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-225 OSS_AID_ENUM_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
AIDId	NUMBER(4)	NOT NULL	Access identifier of the corresponding AIDString column.
AIDString	VARCHAR2(32)	UNIQUE, NOT NULL	Represents the data that makes up the AID deny list for event forwarding discriminator (EFD) profiles.

1.2.229  OSS_Alarm_Filter_Table

The OSS_Alarm_Filter_Table (Table 1-226) contains information about EFDs and their characteristics (such as whether or not event forwarding is included in the EFD profile). The table contains 12 default entries.

Primary key: OSS_ALARM_FILTER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-226   OSS_Alarm_Filter_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
AlarmFilterId	NUMBER(4)	NOT NULL	Unique alarm filter ID for this table.
FilterName	VARCHAR2(128)	UNIQUE, NOT NULL	Filter profile name.
AlarmSeverity	NUMBER(1)	DEFAULT 0	Minimum severity of alarms that are forwarded to the OSS. Values are: 1: Not reported alarm clear 2: Not reported alarm declared 3: Not alarmed 4: Warning 5: Minor 6: Major 7: Critical
EventReportingFlag	NUMBER(1)	DEFAULT 0	Whether events should be forwarded to the Operations Support System (OSS). Values are: 0: No 1: Yes
AlarmReportingFlag	NUMBER(1)	DEFAULT 1	Whether alarms should be forwarded on the OSS connection. Values are: 0: Disabled 1: Enabled
PMReportingFlag	NUMBER(1)	DEFAULT 0	Whether PM data should be forwarded on the OSS connection. Values are: 0: Disabled 1: Enabled

1.2.230  OSS_Alarm_Fltr_AID_Deny_Tbl

The OSS_Alarm_Fltr_AID_Deny_Tbl (Table 1-227) contains information about which AIDs are denied for specific EFD profiles. If one EFD profile denies more than one AID, the table contains more than one entry for that EFD profile. The AID ID corresponds to the AID stored in the OSS_AID_ENUM_Table.

Primary key: OSS_ALARM_FLTR_AID_DENY_TBL_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-227   OSS_Alarm_Fltr_AID_Deny_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
AlarmFilterId	NUMBER(4)	NOT NULL	ID of the alarm filter that is listed in the OSS_Alarm_Filter_Table.
AidID	NUMBER(4)	NOT NULL	Values are: 0: DS1 1: EC1 2: OC12 3: OC3 4: OC48 5: OC192 6: STS1 7: STS12C 8: STS3C 9: STS48C 10: T1 11: T3 12: VT1 13: CHASSIS 14: ENET 15: BITS 16: ENV 17: SYNCN 18: ALL

1.2.231  OSS_Alarm_Fltr_TID_Deny_Tbl

The OSS_Alarm_Fltr_TID_Deny_Tbl (Table 1-228) contains information about alarm filters based on NE or target identifier (TID).

Primary key: OSS_ALARM_FLTR_TID_DENY_TBL_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-228   OSS_Alarm_Fltr_TID_Deny_Tbl 

Column Name	Oracle Data Type	Integrity Constraints	Description
AlarmFilterId	NUMBER(4)	NOT NULL	ID of the alarm filter that is listed in the OSS_Alarm_Filter_Table.
NEDBAccessID	NUMBER(10)	NOT NULL	NE database ID of the TID that is blocked for the corresponding alarm filter ID column; same as NEDBAccessID in the NE_Info_Table.

1.2.232  OSS_CORBA_User_Table

The OSS_CORBA_User_Table (Table 1-229) contains information about OSS users configured in CTM and used by CTM GateWay/CORBA.

Primary key: OSS_CORBA_USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-229   OSS_CORBA_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IPAddress	NUMBER(10)	DEFAULT 0	IP address.
OSSName	VARCHAR2(128)	UNIQUE, NOT NULL	Name that the OSS uses to log into CTM GateWay/CORBA.
OSSPasswd	VARCHAR2(128)	NOT NULL	Encrypted password that the OSS uses to log into CTM GateWay/CORBA.

1.2.233  OSS_User_Table

The OSS_User_Table (Table 1-230) contains information about OSS users configured in CTM and used by CTM GateWay/TL1.

Primary key: OSS_USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-230   OSS_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IPAddress	NUMBER(10)	NOT NULL	IP address.
OSSName	VARCHAR2(128)	UNIQUE, NOT NULL	OSS name.
OSSPasswd	VARCHAR2(128)	NOT NULL	OSS password.
ListenerModeFlag	NUMBER(1)	DEFAULT 1	Whether autonomous messages should be forwarded on the OSS connection. Values are: 0: Do not forward 1: Forward
ActUserDenyFlag	NUMBER(1)	DEFAULT 1	Whether ACT_USER failures should be answered with a DENY or silently discarded. Values are: 0: Discard 1: Send deny
AlarmFilterFlag	NUMBER(1)	DEFAULT 0	Whether the filter is in effect. Values are: 0: No 1: Yes
AlarmFilterId	NUMBER(4)	DEFAULT 0	Alarm filter associated with this user.
DomainMgrFlag	NUMBER(1)	DEFAULT 0	Whether the OSS can use the Domain Manager capabilities of the Element Management System (EMS). Values are: 0: No 1: Yes

1.2.234  Password_History_Table

The Password_History_Table (Table 1-231) contains a configurable number of previously-used enduser passwords. This is a security precaution intended to limit password reuse.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-231 Password_History_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserID	NUMBER(4)	NOT NULL	User ID.
UserPassword	RAW(256)	—	User password.
Timestamp	DATE	—	Time stamp.

1.2.235  PatchCord_Table

The PatchCord_Table (Table 1-232) is used to store the virtual link ID of a patchcord. When a new patchcord link is added in the Link_Table, a new row is added in the PatchCord_Table having the same link ID and one virtual link ID for each endpoint. A row in the PatchCord_Table is deleted when the corresponding link is deleted from the Link_Table.

Primary key: LINKID_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-232 PatchCord_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
LinkID	NUMBER(8)	NOT NULL	Unique number created by the database.
VirtualLinkIdSrc	NUMBER(10)	DEFAULT -1	Source virtual link identifier.
VirtualLinkIdDst	NUMBER(10)	DEFAULT -1	Destination virtual link identifier.

1.2.236  PM_ATTR_Value_Mapping_Table

The PM_ATTR_Value_Mapping_Table (Table 1-233) is used to map real-time polling result values to different display values.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-233 PM_Attr_Value_Mapping_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PMViewName	VARCHAR2(64)	NOT NULL	Specifies the PM table.
ATTRIndex	NUMBER(5)	NOT NULL	Index from ObjectAttribute table.
ATTRValue	VARCHAR2(64)	NOT NULL	Returned attribute value from the real-time PM query.
DisplayText	VARCHAR2(64)	NOT NULL	Text displayed in PM columns.

1.2.237  PM_ATTRID_Mapping_Table

The PM_ATTRID_Mapping_Table (Table 1-234) contains mapping information for the retrieval of real-time PM data from the NE.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-234 PM_ATTRID_Mapping_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PMViewName	VARCHAR2(64)	NOT NULL	Specifies the PM table.
PMName	VARCHAR2(256)	NOT NULL	PM parameter name.
MetadataIndex	NUMBER(5)	NOT NULL	Index from ObjectAttribute Table.
ATTRIndex	NUMBER(5)	NOT NULL	Index from ObjectAttribute Table.
Validity_AttrIndex	NUMBER(5)	—	Attribute ID for validity attributes.
IS24H	NUMBER(1)	NOT NULL	Values are: -1: N/A 0: 15 minutes 1: 24 hour
DisplayText	VARCHAR2(64)	—	Text displayed in PM columns.
PMPARAMID	NUMBER(5)	—	PM parameter ID.

1.2.238  PM_Cerent_Info_Table

The PM_Cerent_Info_Table (Table 1-235) contains mapping information that associates each PM table column name to a unique identifier.

Primary key: PM_Cerent_Info_Table_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-235 PM_Cerent_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
PMParamID	NUMBER(10)	—	—
PMTableName	VARCHAR2(256)	NOT NULL	PM table name.
PMTableParam	VARCHAR2(256)	NOT NULL	PM table parameter name.
PMTableColNo	NUMBER(10)	—	Table column number.
DBColType	VARCHAR(64)	—	Database column type.
DBColSize	NUMBER(10)	—	Database column size.
TMFNAME	VARCHAR2(64)	DEFAULT N/A	TMF PM parameter name specified in the CTM GateWay/CORBA implementation agreement.
LOCATION	NUMBER(2)	DEFAULT 0	Near-end or far-end location information.
DIRECTION	NUMBER(2)	DEFAULT 0	Receive or transmit direction information.

1.2.239  PM_Historical_Appointments

The PM_Historical_Appointments (Table 1-236) contains information about the PM data collection schedule.

---

Note For medium, large, and high-end configurations, this table is partitioned.

---

Primary key: PM_HISTORICAL_APPOINTMENTS_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-236   PM_Historical_Appointments 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDbaccessid	NUMBER(10)	NOT NULL	NEDBaccessid of the purged NE; same as NEDBaccessID in the NE_Info_Table.
IntervalType	NUMBER(1)	NOT NULL	Types of intervals. Values are: 0: 15 minutes 1: 24 hours
OriginalScheduledTime	DATE	NOT NULL	Originally scheduled PM collection time.
Status	NUMBER(1)	NOT NULL	Values are: 0: Success 1: Failure 2: In Process 3: Pending
TimeStamp	DATE	NOT NULL	Time stamp that shows the interval at which the set of statistics was stored.

1.2.240  PM_Metadata_Info_Table

The PM_Metadata_Info_Table (Table 1-237) contains metadata for each possible PM category (such as section, line, path, and so on).

Primary key: PM_Metadata_Info_Table_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-237 PM_Metadata_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEModel	NUMBER(10)	NOT NULL	NE model.
NEModelIndex	NUMBER(10)	NOT NULL	Model index of the NE.
ModuleType	NUMBER(10)	NOT NULL	Module type.
InterfaceType	VARCHAR2(64)	NOT NULL	Interface type.
BaseNEModelIndex	NUMBER(10)	NOT NULL	Base NE model index of the inherited PM metadata.
BaseModuleType	NUMBER(10)	NOT NULL	Base module type of the inherited PM metadata.

1.2.241  PM_Metadata_Table

The PM_Metadata_Table (Table 1-238) contains metadata for each possible PM category (such as section, line, path, and so on).

Primary key: PM_Metadata_Table_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-238 PM_Metadata_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEModel	NUMBER(10)	NOT NULL	NE model.
NEModelIndex	NUMBER(10)	NOT NULL	NE model index.
ModuleType	NUMBER(10)	NOT NULL	Module type.
PMCategory	VARCHAR2(64)	NOT NULL	PM category.
OBJECTTYPEID	NUMBER(10)	NOT NULL	Object type ID.
PMTableColNo	NUMBER(10)	—	PM table column number.
PMParamID	NUMBER(10)	NOT NULL	Sequence ID.
InterfaceType	VARCHAR2(64)	NOT NULL	Interface type.
ParamPosition	NUMBER(10)	NOT NULL	Bulk PM parameter position.
ValidityPosition	NUMBER(10)	NOT NULL	Bulk PM validity position.
TCANumber	NUMBER(10)	—	TCA number.
TCALocation	VARCHAR(10)	—	TCA location.
Direction	VARCHAR(10)	DEFAULT `N/A'	Line direction.

1.2.242  Proxy_Server_Table

The Proxy_Server_Table (Table 1-239) contains information about the various proxy servers in the network.

Primary key: PROXY_SERVER_TABLE_PK

Tablespace: ONS15454_DATA_TABLESPACE

Table 1-239 Proxy_Server_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccessID of the NE; same as NEDBAccessID in the NE_Info_Table.
NEModelIndex	NUMBER(4)	DEFAULT 0	Index of the appropriate database record for the version. The value 0 is used to represent an unknown model index.
NEIPAddr	NUMBER(10)	NOT NULL	IP address of the NE.
GNEDBAccessID	NUMBER(10)	NOT NULL	NEDBAccess ID of the GNE.
GNEIPAddr	NUMBER(10)	NOT NULL	IP address of the GNE.
ISPROXYINGGNE	NUMBER(1)	NOT NULL	In the case of multiple GNEs in a ring, does the GNE proxy for the ENE(s).
MaskLength	NUMBER(4)	DEFAULT 0	Specifies if this is the host or subnet.
Cost	NUMBER(10)	DEFAULT 0	Routing cost for this client.
Flags	NUMBER(4)	DEFAULT 0	Routing flags for this client.

1.2.243  Purged_NE_Table

The Purged_NE_Table (Table 1-240) stores NEs that have been removed from the database.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-240   Purged_NE_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDbaccessid	NUMBER(10)	NOT NULL	NEDBaccessid of the purged NE; same as NEDBaccessID in the NE_Info_Table.
NeSysId	VARCHAR2(128)	NOT NULL	System ID of the purged NE.
NEIPADDRESS	NUMBER(10)	—	IP address of the purged NE.
PurgedTimestamp	DATE	NOT NULL	Time stamp when the NE was purged.
Status	NUMBER(1)	DEFAULT 0 NOT NULL	Status of the purge process.
PurgeComment	VARCHAR2(512)	—	Comment of the purge result.

1.2.244  Roll_Table

The Roll_Table (Table 1-241) contains information about the ONS 15600 Rolls table.

Primary key: ROLL_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-241 Roll_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
RollNodeId	NUMBER(10)	NOT NULL	Node ID of the source node of the roll-from circuit.
ConnectionIndex	NUMBER(10)	NOT NULL	Unique number within each source node. The combination of CktNodeId and ConnectionIndex results in a unique number in the whole network. Note that these are internal fields and should not be displayed.
RollFromCktNodeId	NUMBER(10)	NOT NULL	Node ID of the roll-from circuit.
RollFromCktUniqueID	NUMBER(10)	NOT NULL	Unique ID of the roll-from circuit.
RollToCktNodeID	NUMBER(10)	—	Node ID of the roll-to circuit.
RollToCktUniqueID	NUMBER(10)	—	Unique ID of the roll-to circuit.
RollState	NUMBER(1)	—	Roll state. Values are: 0: Roll pending 1: Roll completed 2: Roll canceled 3: Incomplete
RollValidSignal	NUMBER(1)	—	Valid signal on the roll-to point. Values are: 0: True 1: False
RollMode	NUMBER(1)	—	Mode of roll. Values are: 0: Auto 1: Manual
RollPathNodeID	NUMBER(10)	—	Node ID of the roll path.
RollPathModuleType	NUMBER(8)	—	Module type of the roll path.
RollPathIfIndex	NUMBER(20)	—	If static index at the roll path.
RollPathObjectIndex	NUMBER(10)	—	Object index at the roll path.
RollPathPhysicalLoc	NUMBER(20)	—	Physical location of the roll path.
RollPathModelType	NUMBER(4)	—	Model type of the poll path.
RollFromNodeID	NUMBER(10)	—	Node ID of the roll-from path.
RollFromModuleType	NUMBER(8)	—	Module type of the roll-from path.
RollFromIfIndex	NUMBER(20)	—	If static index at the roll-from path.
RollFromObjectIndex	NUMBER(10)	—	Object index at the roll-from path.
RollFromPhysicalLoc	NUMBER(20)	—	Physical location of the roll-to path.
RollFromModelType	NUMBER(4)	—	Roll-to path model type.
RollToNodeId	NUMBER(10)	—	Node ID of the roll-to path.
RollToModuleType	NUMBER(8)	—	Module type of the roll-to path.
RollToIfIndex	NUMBER(20)	—	If Static index at the roll-from path.
RollToObjectIndex	NUMBER(10)	—	Object index at roll-from path.
RollToPhysicalLoc	NUMBER(20)	—	Physical location at the roll-from path.
RollToModelType	NUMBER(4)	—	Model type of the roll-from path.
RollName	VARCHAR2(128)	NOT NULL	Unique roll name for CTM GateWay/CORBA.
canBeCompleted	NUMBER(1)	—	Roll can be completed if the value is true. Values are: 0: True 1: False
canBeFinished	NUMBER(1)	—	Roll can be finished if the value is true. Values are: 0: True 1: False
canBeCancelled	NUMBER(1)	—	Roll can be cancelled if the value is true. Values are: 0: True 1: False
canBeForced	NUMBER(1)	—	Roll can be forced for a valid signal if the value is true. Values are: 0: True 1: False
rollFromCktSize	NUMBER(10)	NOT NULL	Roll from circuit size.

1.2.245  Router_Link_Table

The Router_Link_Table (Table 1-242) contains information about CRS-1 and XR 12000 links.

Primary key: ROUTER_LINK_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-242 Router_Link_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
LinkID	NUMBER(8)	NOT NULL	Unique number created by the database. This is equal to the link ID in the Link table.
LinkSrcNode	NUMBER(10)	NOT NULL	Source node's network element database ID.
LinkDstNode	NUMBER(10)	NOT NULL	Destination node's network element database ID.
LinkUtilization	NUMBER(7,4)	—	Inbound link utilization calculated at the source NE.
LinkName	VARCHAR2(256)	NOT NULL	User-defined name for the link.

1.2.246  Router_User_Settings_Table

The Router_User_Settings_Table (Table 1-243) contains information about usernames and passwords that are configured on Cisco IOS XR-based NEs. These usernames and passwords are used to determine the NE type, while discovering Border Gateway Protocol (BGP) and Cisco Discovery Protocol (CDP) neighbors of a seed NE.

Primary key: ROUTER_TARGET_PK

Tablespace: HFR_DATA_TABLESPACE

Table 1-243 Router_User_Settings_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
Target	VARCHAR(64)	NOT NULL	Target IP address.
Username	VARCHAR2(64)	DEFAULT hfrems	Router username.
Password	VARCHAR2(64)	DEFAULT hfrems	Router password.
Retry	NUMBER(2)	DEFAULT 1	Number of times to retry a connection.

1.2.247  Schedule_Info_Table

Primary key: Schedule_Info_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-244 Schedule_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ActivityType	VARCHAR2(64)	NOT NULL	Type of scheduled activity.
NEServiceName	VARCHAR2(256)	NOT NULL	NE service name.
RunOnMonday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Monday. Values are: 0: False 1: True
RunOnTuesday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Tuesday. Values are: 0: False 1: True
RunOnWednesday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Wednesday. Values are: 0: False 1: True
RunOnThursday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Thursday. Values are: 0: False 1: True
RunOnFriday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Friday. Values are: 0: False 1: True
RunOnSaturday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Saturday. Values are: 0: False 1: True
RunOnSunday	NUMBER(1)	DEFAULT 1 NOT NULL	Run configuration resynchronization on Sunday. Values are: 0: False 1: True
ActivityStartTime	DATE	NOT NULL	Time to start daily resynchronization.
ActivityInterval	NUMBER(4)	DEFAULT 360 NOT NULL	Resynchronization interval in minutes.
LastExecutionTime	DATE	—	Last execution time.

1.2.248  Server_Monitor_Table

The Server_Monitor_Table (Table 1-245) contains information about the server monitor.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-245   Server_Monitor_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ParameterIndex	NUMBER(10)	NOT NULL	Index used in the alarm.
Value	VARCHAR(32)	—	Value of the parameter.
CollectionTime	DATE	—	Collection time of the parameter.
NEDBAccessID	NUMBER(10)	—	Database ID of the NE; same as NEDBAccessID in the NE_Info_Table.

1.2.249  Server_Parameter_Table

The Server_Parameter_Table (Table 1-246) contains information about the server.

Primary key: SERVER_PARAMETER_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-246   Server_Parameter_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ParameterIndex	NUMBER(10)	NOT NULL	Index used in the alarm.
ParameterName	VARCHAR(32)	NOT NULL	Name of the parameter.
DisplayName	VARCHAR(64)	NOT NULL	Name of the parameter for display.
ModelType	NUMBER(4)	NOT NULL	Model type. Values are: 0: N/A -1: CTM -2: System -3: Network
Type	NUMBER(1)	NOT NULL	Parameter type. Values are: 1: Application task 2: System task 3: Circuit creation task
ConfigProperty	VARCHAR(32)	NOT NULL	Property name in the CTM_Config_Table.
ObjectType	NUMBER(5)	NOT NULL	Type of object.

1.2.250  Subnetwork_Table

The Subnetwork_Table (Table 1-247) contains information about the subnetworks created by CTM users.

Primary key: SUBNETWORK_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-247 Subnetwork_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SubnetID	NUMBER(8)	—	Autogenerated key for the table.
SubnetName	VARCHAR2(64)	—	Name of the subnetwork.
SubnetSystemTitle	VARCHAR2(64)	—	Another name of the subnetwork.
SubnetUserLabel	VARCHAR2(64)	—	Another name of the subnetwork.
SubnetType	NUMBER(1)	—	Type of subnetwork. Values are: 1: SONET 2: SDH 3: Other 4: Unknown
SubnetTopology	NUMBER(2)	—	Type of subnetwork topology. Valid values are: 1: Other 2: Point-to-point 3: Linear 4: UPSR 5: SNC 6: BLSR 7: MSSP 8: MESH 9: Open UPSR 10: Open SNC 11: Hybrid 12: Singleton 13: Unknown
SubnetGneID	NUMBER(4)	NOT NULL	Primary key of the GNE table.
NPId	NUMBER(10)	—	ID of the network partition associated with the subnetwork.

1.2.251  SVC_Config_Table

Primary key: SVC_Config_Table_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-248 SVC_Config_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SID	NUMBER(10)	NOT NULL	Service ID.
SVCName	VARCHAR2(64)	NOT NULL	Service name.
NEModelType	NUMBER(4)	NOT NULL	Model type of the NE.
SVCKind	NUMBER(10)	NOT NULL	Service type. Valid values are: 0: NE 1: PM
NPID	NUMBER(10)	NOT NULL	Network partition ID.
NECount	NUMBER(10)	NOT NULL	Number of NEs managed by the service.
State	NUMBER(5)	NOT NULL	State of the service. Valid values are: 0: Stopped 1: Running 2: Failed

1.2.252  SVC_Info_Table

The SVC_Info_Table (Table 1-249) contains information about the service package.

Primary key: SVC_INFO_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-249   SVC_Info_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SvcID	NUMBER(10)	NOT NULL	Service ID.
SvcName	VARCHAR(64)	NOT NULL	Service name.
SvcPackageID	NUMBER(10)	NOT NULL	Unique ID of the service package.
SvcKind	NUMBER(10)	NOT NULL	Service kind. Values are: 0: NE 1: PM
SvcConfigName	VARCHAR(64)	NOT NULL	Service configuration name.
IsNPDependent	NUMBER(1)	NOT NULL	Values are: 0: False 1: True
IOR	VARCHAR2(64)	—	IOR representation.

1.2.253  SVC_NEModel_Table

The SVC_NEModel_Table (Table 1-250) contains information about the service NEs.

Primary key: SVC_NEMODEL_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-250   SVC_NEModel_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SvcClassName	VARCHAR(64)	NOT NULL	Service name.
SvcNeModelType	NUMBER(4)	NOT NULL	Associated model type.
SvcNeType	NUMBER(4)	NOT NULL	Service NE type. Values are: 0: Cerent NE 1: Non Cerent NE
SvcKind	NUMBER(10)	NOT NULL	Service type. Values are: 0: NE 1: PM

1.2.254  SVC_Package_Table

The SVC_Package_Table (Table 1-251) contains information about the service package.

Primary key: SVC_PACKAGE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-251   SVC_Package_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
SvcPackageId	NUMBER(10)	NOT NULL	Unique sequence number.
SvcPackageName	VARCHAR2(64)	NOT NULL	Unique name for the package.

1.2.255  Sway_User_Port_Table

The Sway_User_Port_Table is obsolete.

1.2.256  Table_Info

The Table_Info table (Table 1-252) contains information about the sortable columns in the CTM client GUI.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-252   Table_Info 

Column Name	Oracle Data Type	Integrity Constraints	Description
TABLENAME	VARCHAR2(30)	NOT NULL	Name of the table.
NAME	VARCHAR2(30)	NOT NULL	Name of the column.
VALUE	VARCHAR2(256)	NOT NULL	Order of the sortable columns.

1.2.257  TCA_Event_Table

The TCA_Event_Table (Table 1-253) contains Threshold Crossing Alert (TCA) information for TCAs received from NEs.

Primary key: none

Tablespace: EVENT_DATA_TABLESPACE

Table 1-253   TCA_Event_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	ID to access this table for an NE. Same as NEDBAccessID in NE_Info_Table.
ModuleOrIfIndex	NUMBER(20)	NOT NULL	Unique integer that identifies an interface in the NE. Same as ifStaticIndex of Interface_Table.
AlarmEventType	NUMBER(5)	NOT NULL	Type of alarm/event table. List of valid types ranges from 1 to n and can be found in the Alarm_Event_Type_ENUM_ Table.
ModuleType	NUMBER(8)	DEFAULT 0	Module type.
PhysicalLoc	NUMBER(20)	DEFAULT 0	Physical location.
TcaEventType	NUMBER(5)	NOT NULL	Type of TCA. Valid types can be found in the TCA_Event_Type_ Table.
TcaLocation	VARCHAR2(20)	DEFAULT `Not Applicable'	Displays near or far end TCA location.
TcaPeriod	VARCHAR2(20)	DEFAULT `Not Applicable'	Displays TCA period: 15 minutes or 24 hours.
TcaValue	VARCHAR2(20)	—	Displays TCA value, which crossed threshold.
Direction	VARCHAR2(20)	DEFAULT `N/A'	Displays direction of the line, Rx or Tx.
TimeStamp	DATE	NOT NULL	CTM time stamp.
NEEventTimeStamp	DATE	NOT NULL	NE time stamp.
ModelType	NUMBER(10)	DEFAULT 0	Model type.
ObjectType	NUMBER(10)	DEFAULT 0	Object type.
StrObjInstance	VARCHAR2(256)	—	StrObjInstance name.

1.2.258  TCA_Event_Type_Table

The TCA_Event_Type_Table (Table 1-254) contains static information about Threshold Crossing Alert (TCA) events.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-254   TCA_Event_Type_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NE_Model_Index	NUMBER(10)	NOT NULL	Index used in the TCA_Event_Type_Table.
TCA_Number	NUMBER(10)	NOT NULL	TCA number.
TCA_Type	VARCHAR2(64)	—	TCA type.
TCA_CTM_Type	VARCHAR2(64)	—	TCA CTM type.
TCA_TMF_Type	VARCHAR2(64)	—	TCA TMF type.
TCA_GWC_Type	VARCHAR2(64)	—	TCA GateWay/CORBA type.

1.2.259  Threshold_Table

The Threshold_Table (Table 1-255) contains the 15-minute and 1-minute threshold values for various entities in an NE.

Primary key: THRESHOLD_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-255   Threshold_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ThresholdType	NUMBER(2)	NOT NULL	Type of threshold value that is stored in the row. Values are: 1: OC-3 2: STS 3: VT 4: DS-1 5: Ethernet
ThresholdSubType	NUMBER(4)	NOT NULL	Subtype.
ThresholdString	VARCHAR2(128)	—	Display string for threshold type and subtype.
FifteenMinValue	NUMBER(10)	NOT NULL	15-minute threshold value.
OneDayValue	NUMBER(10)	NOT NULL	1-day threshold value.

1.2.260  Transaction_Log_Table

The Transaction_Log_Table (Table 1-256) stores information about CTM transactions.

Primary key: TRANSACTION_LOG_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-256   Transaction_Log_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
TransId	NUMBER(20)	NOT NULL	Transaction ID generated by the database sequence.
NEDBAccessID	NUMBER(10)	NOT NULL	Source node for circuit and network provisioning; same as NEDBAccessID in the NE_Info_Table.
TimeStamp	DATE	—	When the transaction occurred.
UserName	VARCHAR2(64)	—	Name of the CTM user.
ActionName	VARCHAR2(64)	—	Name of the transaction.
Result	NUMBER(1)	—	Whether the transaction succeeded or failed. Values are: 0: Failure 1: Success
Parms	VARCHAR2(2048)	—	Name/value pairs: name1:values1, and so on.
ClassName	VARCHAR2(64)	—	Name of the class from which the transaction was generated.
Module	NUMBER(2)	—	ID of the predefined modules.
LogMessage	VARCHAR2(1024)	—	Transaction log message.
Service	VARCHAR2(64)	—	Name of the service that logged this entry (for example, ONS 15454 NE Service).

1.2.261  Unmanaged_NE_Inventory_Table

The Unmanaged_NE_Inventory_Table (Table 1-257) contains information about the unmanaged NE inventory table.

Primary key: UNMANAGED_NE_INVENTORY_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-257   Unmanaged_NE_Inventory_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEDBAccessID	NUMBER(10)	NOT NULL	NE database access ID.
SERIALNUMBER	VARCHAR2(32)	—	—

1.2.262  User_Map_Table

The User_Map_Table (Table 1-258) contains information about groups and NEs in the Domain Explorer tree that are assigned to a CTM user.

Primary key: USER_MAP_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-258   User_Map_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserID	NUMBER(4)	NOT NULL	User ID. Link to the User_Table.
TreeNodeType	NUMBER(1)	NOT NULL	Type of tree node. Values are: 1: Root node 2: Group node 3: NE node
GroupOrNEID	NUMBER(8)	NOT NULL	If TreeNodeType = 3, this column is the ID to access other NE tables; same as NEDBAccessID in the NE_Info_Table. If TreeNodeType = 2, this column is the group ID; same as GroupID in the Group_Info_Table. If TreeNodeType = 1, value is 0.

1.2.263  User_NE_Table

The User_NE_Table (Table 1-259) stores information about the NEs each user can view.

Primary key: None

Tablespace: BASE_DATA_TABLESPACE

Table 1-259   User_NE_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserID	NUMBER(4)	—	ID of the user.
Grouporneid	NUMBER(10)	—	Group ID or NEDBaccessid.

1.2.264  User_Preference_Table

The User_Preference_Table (Table 1-260) stores information about user preferences.

Primary key: USER_PREFERENCE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-260   User_Preference_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserName	VARCHAR2(64)	NOT NULL	CTM username.
ClientModule	NUMBER(4)	—	Client module ID. Values are: 0: Network Map 1: Control Panel
AutoRefresh	NUMBER(1)	—	Whether autorefresh is on or off. Values are: 1: On 0: Off

1.2.265  User_Table

The User_Table (Table 1-261) contains information about all CTM users.

Primary key: USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-261 User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserID	NUMBER(4)	NOT NULL	User ID. Link to the User_Map_Table. Each user has a unique ID.
UserName	VARCHAR2(64)	UNIQUE, NOT NULL	Unique name of the user.
UserPassword	RAW(256)	—	User password stored in Message Digest 5 (MD5) encrypted form.
TypeOfUser	NUMBER(1)	—	Type of user. Values are: 1: Visionway user 2: Serviceway user
SubTypeOfUser	NUMBER(3)	—	Subtype of user.
AreaName	VARCHAR2(64)	—	Name of the network area associated with the user.
LastLoginTime	DATE	—	Time when the user last logged in.
UserLoginDisabled	NUMBER(1)		Value is 1 if the user login has been disabled.
UserDescription	VARCHAR2(256)	—	Description of the user.
CmsUser	VARCHAR2(64)	—	CTC username.
CmsPassword	VARCHAR2(64)	—	CTC password.
FailedAttempts	NUMBER(1)	DEFAULT 0	Number of failed user attempts.
StatusOfUser	NUMBER(1)	DEFAULT 0	User login status. Values are: 0: User is logged in 1: User is not logged in
PasswordSetTime	DATE	—	Time stamp when the password was set.
LastLoginFailtime	DATE	—	Time stamp when the last login failed.
lockedstate	NUMBER(1)	DEFAULT 0	Lockout state. Values are: 0: Not locked 1: Locked
PropagateToNE	NUMBER(1)	DEFAULT 0	Whether to propagate the user to the NE. Values are: 0: Do not propagate user to NE 1: Propagate user to NE
EnablePswdChange	NUMBER(1)	DEFAULT 1	Whether the password change option is enabled or disabled. Values are: 0: Disabled 1: Enabled
FirstUse	NUMBER(1)	DEFAULT 1	Values are: 0: False 1: True
UseGlobalLockout	NUMBER(1)	DEFAULT 1	Whether to enable global lockout. Values are: 0: False 1: True
LockoutEnabled	NUMBER(1)	DEFAULT 1	Whether lockout is enabled. Values are: 0: False 1: True
LockoutPeriod	VARCHAR(3)	DEFAULT 30	Period after which the client is locked out.
UseGlobalLogout	NUMBER(1)	DEFAULT 1	Whether to enable global logout. Values are: 0: False 1: True
LogoutEnabled	NUMBER(1)	DEFAULT 1	Whether logout is enabled. Values are: 0: False 1: True
LogoutPeriod	VARCHAR(4)	DEFAULT 60	Period after which the client is logged out.
EnableMultipleLogin	NUMBER(1)	DEFAULT 1	Whether to allow multiple user logins. Values are: 0: Disabled 1: Enabled
AutoDisableInterval	NUMBER(3)	DEFAULT 60	Active login interval. The range is from 0 to 360 days.

1.2.266  CTM_Unknown_User_Table

The CTM_Unknown_User_Table (Table 1-262) contains information about login attempts by unknown CTM users.

Primary key: CTM_Unknown_USER_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-262 CTM_Unknown_User_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
IPAddress	NUMBER(10)	NOT NULL	IP address of the unknown user.
FailedAttempts	NUMBER(1)	DEFAULT 0	Number of login attempts from the unknown user associated with a specific IP address.
LastLoginFailTime	DATE	—	Most recent time when the unknown user attempted to log into the CTM client.
LockedState	NUMBER(1)	DEFAULT 0	Status of the unknown user's account (locked or unlocked). Values are: 0: Not locked 1: Locked

1.2.267  User_Type_Table

The User_Type_Table (Table 1-263) contains information about the different CTM user types.

Primary key: USER_TYPE_TABLE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-263 User_Type_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
UserTypeID	NUMBER(4)	NOT NULL	User type ID that is unique for each user. Values are: 1: SuperUser 2: SysAdmin 3: NetworkAdmin 4: Operator 5: Provisioner
UserTypeName	VARCHAR2(64)	NOT NULL	Name of the user type.
Properties	NUMBER(1)	—	Defines whether the user has NEs assigned to him/her or not. Values are: 0: Assign no NEs 1: Assign all NEs 2: Assign NEs
Description	VARCHAR2(256)	—	Description of the user type.
isDefault	NUMBER(1)	DEFAULT 1	Defines if a user is a default user. Values are: 0: Custom user profile 1: Default user profile
AllowedSession	NUMBER(2)	DEFAULT 1	Defines if a user is allowed single or multiple user logins. Values are: 0: Allow multiuser login 1: Allow 1 user login 2: Allow 2 user login 3: Allow 3 user login 4: Allow 4 user login 5: Allow 5 user login 6: Allow 6 user login 7: Allow 7 user login 8: Allow 8 user login 9: Allow 9 user login 10:Allow 10 user login

1.2.268  Version_Table

The Version_Table (Table 1-264) contains version information about the NEs supported by CTM.

Primary key: VERSION_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-264   Version_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
NEType	NUMBER(4)	NOT NULL	Type of NE.
SoftwareVersion	VARCHAR2(128)	NOT NULL	Major software version supplied by the NE.
NEModelIndex	NUMBER(4)	NOT NULL	This table is created when the product is installed. This number is used in the Model_Type_Table and in the NE_Info_Table. Values are: 0: Unknown 1: Cisco ONS 15303 2: Cisco ONS 15304 3: Cisco ONS 15454 4: Cisco ONS 15800 2_x 5: Cisco ONS 15327 1_02
NEModelIndex (continued)	NUMBER(4)	NOT NULL	6: Cisco ONS 15801 2_x 7: Cisco ONS 15200 9: Cisco ONS 15454 3_03 10: Cisco ONS 15808 2_x 11: Cisco ONS 15800 1_x 12: Cisco ONS 15540 13: Cisco ONS 15801 1_x 14: Cisco ONS 15454 SDH 15: Cisco ONS 15540 ESP 0_5 16: Cisco ONS 15540 XPS 17: Cisco ONS 15530 18: Cisco ONS 15501 19: Cisco ONS 15454 3_10 20: Cisco ONS 15454 3_20 21: Cisco ONS 15454 3_30 22: Cisco ONS 15327 3_30 23: Cisco ONS 15200 1_1 24: Cisco ONS 15216 EDFA2 25: Cisco ONS 15216 EDFA1 26: Cisco ONS 15216 OADM2 27: Cisco ONS 15216 OADM1 28: Cisco ONS 15216 DWDM 29: Cisco ONS 15808 2_1 30: Cisco ONS 15600 31: Cisco ONS 15808 2_3 32: Cisco ONS 15454 3_04 33: Cisco ONS 15454 3_40 34: Cisco ONS 15327 3_40 35: Cisco ONS 15454SDH 3_40 36: Cisco ONS 15216 OSC 37: Cisco ONS 15216 DCU 38: Cisco ONS 15800 2_1 39: Cisco ONS 15801 2_1 41: Cisco ONS 15216 OADM1 2_1
NEModelIndex (continued)	NUMBER(4)	NOT NULL	42: Cisco ONS 15454 4_00 43: Cisco ONS 15327 4_00 44: Cisco ONS 15454SDH 4_00 45: Cisco ONS 15302 1_0 46: Cisco ONS 15305 1_0 47: Cisco ONS 15454 4_01 48: Cisco ONS 15327 4_01 49: Cisco ONS 15454 SDH 4_01 50: Cisco ONS 15600 1_10 51: Unmanaged NE 53: Cisco ONS 15216 unidirectional filter 54: Cisco ONS 15501 AC 55: Cisco ONS 15454 4_60 56: Cisco ONS 15327 4_60 57: Cisco ONS 15454SDH 4_60 58: Cisco ONS 15216 EDFA3 59: Cisco ONS 15808 2_4 60: Cisco ONS 15216 EDFA2 2_3 61: Cisco ONS 15454 5_00 62: Cisco ONS 15454 SDH 5_00 63: Cisco ONS 15327 5_00 64: Cisco ONS 15600 5_00 65: Cisco ONS 15310CL 5_00 66: Cisco ONS 15216 EDFA2 2_4 68: Cisco ONS 15302 2_0 69: Cisco ONS 15305 1_1 70: Cisco ONS 15305 2_0 71: HFR 72: GSR IOX 73: CATALYST 6509
			74: ONS15600SDH 1_40 75: ONS15454 4_70 76: ONS15454SDH 4_70 77: ONS15454 6_00 78: ONS15454SDH 6_00 79: ONS15327 6_00 80: ONS15600 6_00 81: ONS15310CL 6_00 82: ONS15305CTC 3_00 83: ONS15216 OADM1 2_3 84: ONS15530 DPV_I 85: ONS15540 ESP DPV_I 86: ONS15540 XPS DPV_I 87: ONS15454 5_02 88: ONS15454SDH 5_02 89: ONS15327 5_02 90: ONS15600 5_02 91: ONS15310CL 5_02 92: MDS9100 93: MDS9200 94: MDS9500 95: MDS9000 PAA 96: MDS9000 SNM 97: MGX8880 5_0 98: MGX8880 5_0_10 99: MGX8880 5_0_20 100: ONS15302 2_01 101: ONS15305 2_01 102: ONS15530 BD_I
NEModelFeatures	VARCHAR2(2)	DEFAULT `NN'	Used to specify the features of the model.
ModelName	VARCHAR2(50)	NOT NULL	Name of the model.
FactoryDefault	NUMBER(1)	DEFAULT 0	Default supported NE versions. When a new database is installed, this table is prepopulated with the supported NE versions. When a user adds a new NE version, the FactoryDefault column is set to zero, indicating a nonfactory-supplied version.

1.2.269  Wavemux_NE

The Wavemux_NE table is obsolete.

1.2.270  XML_Parser_Static_Tree_Table

The XML_Parser_Static_Tree_Table (Table 1-265) stores extensible markup language (XML) parsing information used by CTM server to parse the XML node passed by the CTC model layer.

Primary key: XML_PARSER_STATIC_TREE_PK

Tablespace: BASE_DATA_TABLESPACE

Table 1-265   XML_Parser_Static_Tree_Table 

Column Name	Oracle Data Type	Integrity Constraints	Description
ModelIndex	NUMBER(8)	NOT NULL	Model index for the static tree.
TreeIndex	NUMBER(8)	NOT NULL	Index used in conjunction with Model Index to identify the static tree.
NodeIndex	NUMBER(8)	NOT NULL	Index of the node.
ParentIndex	NUMBER(8)	NOT NULL	Parent node index; -1 for the root node.
NodeName	VARCHAR(128)	NOT NULL	Name of the XML node.
NodeValue	VARCHAR(128)	—	Stores set tag for the corresponding CTM attribute name.
CTMAttributeName	VARCHAR(128)	—	Corresponding CTM attribute name.

1.3  CTM Tables (MGX Voice Gateway)

The following section describes database tables that contain MGX Voice Gateway NE configuration information, listed in alphabetical order. All of these tables are created in a tablespace named MGX8800_DATA_TABLESPACE.

Each row in a table can be referenced through a unique identifier (primary key) that is made up of one or more fields in the row. The fields that make up the primary key are indicated under Column Name in each table.

1.3.1  AAL2_CROSS_CONN

The AAL2_CROSS_CONN table contains information about the VXSM channel ID (CID) under the voice connections.

Table 1-266 AAL2_CROSS_CONN 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_ID	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
port	NUMBER(5)	Port number.
if_index	NUMBER(10)	ifIndex of the port.
vpi	NUMBER(5)	Virtual path identifier (VPI) value of an ATM PVC connection.
vci	NUMBER(10)	Virtual channel identifier (VCI) value of an ATM PVC connection.
cid	NUMBER(5)	CID of an ATM adaptation layer 2 (AAL2) connection, which is unique within a permanent virtual circuit (PVC) or switched virtual circuit (SVC) connection. The CID number at both sides of an AAL2 connection must be the same. A value of 0 is not used, and values of 1 to 7 are reserved for layer management by ITU-T I.366.2 standard. The range is from 8 to 255.
ds1_ifindex	NUMBER(10)	The value of this object equals the ifIndex of the DS-1 interface. This object is mandatory when adding a CID entry. After a CID entry is added, this object cannot be modified.
ds0_grp_idx	NUMBER(10)	An arbitrary index that uniquely identifies a DS0 group that contains one or more DS0(s) within a DS1 interface specified by ds1_ifindex. This object is mandatory when adding a CID entry. After a CID entry is added, this object cannot be modified. The range is from 0 to 30.
profile_type	NUMBER(5)	AAL2 codec profile type. The combination of the profile type and profile number defines an AAL2 codec profile. It is used for voice trunking applications only. Values are: 1: itu 2: custom
profile_num	NUMBER(5)	AAL2 codec profile number. The combination of profile type and profile number defines an AAL2 codec profile. A profile contains one or more entries, with each entry specifying an encoding algorithm and information regarding how the TDM data is to be packed into a packet. It is used for voice trunking applications only. Values are: 1: profileITU1 2: profileITU2 3: profileITU3 7: profileITU7 8: profileITU8 12: profileITU12 100: profileCustom100 101: profileCustom101 110: profileCustom110 200: profileCustom200
codec_type	NUMBER(5)	Type of codec used for the AAL2 trunking connection. Values are: 1: g729r8000 2: g729Ar8000 3: g726r16000 4: g726r24000 5: g726r32000 6: g711ulawr64000 7: g711Alawr64000 8: g728r1600 9: g723r6300 10: g723r5300 11: gsmr13200 12: g729Br8000 13: g729ABr8000 14: g723Ar6300 15: g723Ar5300 16: g729IETFr8000 17: gsmeEr12200 18: clearChannel 19: g726r40000
vbd_codec	NUMBER(5)	Type of codec used for Voice Band Data (VBD) upspeed. Upspeed changes the transmission rate of a voice interface to a higher rate of codec type for fax/modem transportation. Values are: 1: other 2: fax2400 3: fax4800 4: fax7200 5: fax9600 6: fax14400 7: fax12000 10: g729r8000 11: g729Ar8000 12: g726r16000 13: g726r24000 14: g726r32000
vbd_codec (continue)	NUMBER(5)	15: g711ulawr64000 16: g711Alawr64000 17: g728r16000 18: g723r6300 19: g723r5300 20: gsmr13200 21: g729Br8000 22: g729ABr8000 23: g723Ar6300 24: g723Ar5300 25: ietfg729r8000 26: gsmeEr12200 27: clearChannel 28: g726r40000
nx64_en	NUMBER(5)	Whether a CID entry is in the Nx64 packet stream mode. When this object is set to false, the CID connection is for voice trunking applications only. When set to true, the CID connection is for data trunking using Nx64 packet stream (where N is greater than or equal to 1). Values are: 1: True 2: False
nx64_profile	NUMBER(10)	Nx64 data profile for an AAL2 data trunking connection. The value of this object is a valid index in the aal2_5_data_profile table. This object is applicable only when nx64_en is set to true. The range is from 1 to 65535.
state_bitmap	NUMBER(10)	State of the CID. When all bits are set to 0, the status is okay.
reserved	NUMBER(10)	Reserved for future use.

1.3.2  AAL2_5_DATA_PROFILE

The AAL2_5_DATA_PROFILE table contains information about the VXSM aal5 data profile.

Table 1-267 AAL2_5_DATA_PROFILE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
Slot	NUMBER(5)	Slot number.
profile_idx	NUMBER(10)	Arbitrary index that uniquely identifies an Nx64 profile entry in the cdapNx64profileTable. The first entry (where the value of this object is one) is used for the default profile and cannot be modified or deleted.
transport_mode	NUMBER(5)	Nx64 packet stream transport mode. Values are: 1: hdlc—The gateway receives high-level data link control (HDLC) frames as Nx64 data. 2: transparent—The gateway receives unstructured bit streams as Nx64 data. This data is transmitted to the network transparently.
fill_pattern	NUMBER(5)	Nx64 HDLC frame start and end fill pattern. Values are: 1: hdlcPattern—0x7E HDLC frame start/end bit pattern. 2: iDlePattern—0xFF IDLE bit pattern. This object is applicable only when cdapNx64TransportMode is set to hdlc.
frame_gap	NUMBER(5)	HDLC interframe gap flag count. A value of 0 means that only one flag is transmitted between a pair of frames and is shared by them. In this case, the interframe flag is the start flag for frame (m) and the end flag for frame (m+1). This object is applicable only when cdapNx64TransportMode is configured as hdlc; otherwise, the value of this object is ignored.
bit_inverse	NUMBER(5)	Whether bit inversion is turned on to support inverted HDLC functionality. When this object is set to true, the data stream on the Nx64 link is bit-inverted.
reserved	NUMBER(10)	Reserved for future use.

1.3.3  ADDR_CUG

The ADDR_CUG table contains information about the address Closed User Group (CUG).

Table 1-268 ADDR_CUG 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
atm_addr	CHAR(40)	ATM endpoint address.
addr_length	NUMBER(10)	Length of the ATM address, in bits.
in_access	NUMBER(5)	Incoming access for non-CUG users and CUB users who allow outgoing access. Values are: 1: Not allowed 2: Allowed
out_access	NUMBER(5)	Outgoing access for non-CUG users and CUB users who allow incoming access. Values are: 1: Not allowed 2: Allowed 3: Allowed permanently
pref	NUMBER(10)	Specifies the CUG index as the preferential index.
reserved	NUMBER(10)	Reserved for future use.

1.3.4  APS

The SONET APS Configuration table is used to configure the Automatic Protection Switching (APS) feature in a SONET line.

Table 1-269 APS 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number of the working slot.
bay	NUMBER(5)	The back card bay number. The default value is 1.
work_index	NUMBER(10)	The working line in the APS pair. For MGX platforms, this is the actual line number. For MGX with PXM1E platforms, this is the ifIndex.
prot_slot	NUMBER(5)	The protection slot. This field is supported only for APS-B models (switch firmware release 3.0 or higher). This field is not supported for APS-A models (switch firmware release 2.1).
prot_index	NUMBER(10)	The protection line in the APS pair. For MGX platforms, this is the actual line number. For MGX with PXM1E platforms, this is the ifIndex.
enable	NUMBER(5)	The APS feature on the working/protection line pairs. Values are: 1: csApsDisabled 2: csApsEnabled
arch_mode	NUMBER(5)	The APS architecture mode. Values are: 1: singleCardonePlusOne 2: dualCardonePlusOne 3: singleCardOneToOne 4: anexBOnePlusOne 5: anexAOnePlusOne 6: onePlusOne 7: oneToOne 8: ycableOnePlusOneNok1k2 9: straightOnePlueOneNok1k2 Values 1 to 5 apply to MGX platforms. Values 1 to 3 imply Bellcore GR-253 protocol; values 4 to 5 imply ITU-T protocol. Values 4, 6...9 apply to MGX with PXM1E platforms. These values do not have embedded protocol, so they must be used with the protocol column.
active_line	NUMBER(5)	The active line. Values are: 1: csApsWorkingLine 2: csApsProtectionLine
sig_fault_ber	NUMBER(5)	The bit error rate (BER) threshold for signal fault detection. The range is from 3 to 5.
sig_degrade_ber	NUMBER(5)	The BER threshold for signal degrade detection. The range is from 5 to 9.
wait_to_restore	NUMBER(5)	The number of minutes to wait before attempting to switch back to the working line. The range is from 1 to 12.
direction	NUMBER(5)	The switching direction. Values are: 1: unidirectional 2: bidirectional
revertive	NUMBER(5)	The APS revertive option. Values are: 1: nonrevertive 2: revertive
failure_code	NUMBER(5)	The failure codes for MGX 8240 only. Values are: 0: No failure 1: apsProtectionSwitched 2: apsProtectionByteFailure 4: apsChannelMismatchFailure 8: apsModeMismatchFailure Note This column is not used for other platforms.
failure_status	NUMBER(10)	The APS failure status, which is a bitmap value. Values are: bit 0: No Failure bit 1: Channel MisMatch bit 2: ProtectionByte Fail bit 3: FEProtection Failure bit 4: Mode Mismatch bit 5: Signal Degrade bit 6: Signal Failure bit 7: Line Alarm bit 8: Line Loopback bit 9: Stdby Signal Degrade bit 10: Stdby Signal Failure
failure_status (continued)	NUMBER(10)	bit 11: Stdby Line Alarm bit 12: Stdby Line Loopback bit 13: Direction Mismatch bit 14: Wrong Request bit 15: Protect BC missing bit 16: Protect DC missing bit 17: Working BC missing bit 18: Working DC missing bit 19: Working Card mismatch bit 20: Protect Card mismatch
failure_status (continued)	NUMBER(10)	bit 20: Protect Card mismatch bit 21: apsRevertiveSwitchFail bit 22: apsManualSwitchFail bit 23: apsSDLowSwitchFail bit 24: apsSDHighSwitchFail bit 25: apsSFLowSwitchFail bit 26: apsSFHighSwitchFail bit 27: apsForceSwitchFail bit 28: apsLockOutSwitchFail bit 29: apslineStatusOk Bits 0 to 4 apply to MGX with PXM1E platforms. Bits 0 to 29 apply to MGX platforms.
switch_reason	NUMBER(5)	The APS line switch reason. Values are: 1: Other 2: Revertive 3: Manual 4: SignalDefectLow 5: SignalDefectHigh 6: SignalFailureLow 7: SignalFailureHigh 8: ForceSwitch 9: LockOut 10: NoSwitch
primary_section	NUMBER(5)	Indicates which working section is the APS primary section. The value applies to Annex-B on MGX with PXM1E platforms only. Values are: 1: workingSection1 2: workingSection2 3: none For Annex-B on MGX platforms, active_line is synonymous with primary_section.
oper_arch_mode	NUMBER(5)	The architecture mode that is currently in operation. This value could be different from the configured arch_mode. See arch_mode for a description of applicable values. This column applies to MGX with PXM1E platforms only.
oper_direction	NUMBER(5)	The switching direction that is currently in force. This value could be different from the configured direction. See the direction column for a description of the applicable values. This column applies to MGX with PXM1E platforms only.
protocol	NUMBER(5)	The APS channel protocol. Values are: 1: Bellcore 2: ITU This column applies to MGX with PXM1E platforms only and should be used together with the arch_mode column.
k1k2disable	NUMBER(5)	Enables or disables the K1/K2 inband interface on the protection line. Values are: 1: kbandEnable 2: kbandDisable This column applies to MGX platforms only.
reserved	NUMBER(10)	Reserved for future use.

1.3.5  ATM_ADDR

The atm_addr table contains information about the mapping between the interface index and the ATM address.

Table 1-270 atm_addr 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
if_index	NUMBER(10)	A unique value for each interface in a node. Note ifIndex is obtained from the cwspAddressTable.
atm_addr	CHAR(40)	ATM endpoint address.
addr_length	NUMBER(10)	Length of the ATM address, in bits.
addr_type	NUMBER(5)	Address type. Values are: 1: internal 2: exterior
addr_proto	NUMBER(5)	Address protection. Values are: 1: local 2: static
addr_plan	NUMBER(5)	Addressing plan. Values are: 1: e164 2: nsap
addr_scope	NUMBER(10)	Level of the Private Network-Network Interface (PNNI) hierarchy. The range is from 0 to 104.
addr_redistribute	NUMBER(5)	Whether the reachable address specified by this entry is to be advertised by the local node in its PNNI routing domain. Values are: 1: true 2: false
reserved	NUMBER(10)	Reserved for future use.

1.3.6  ATM_CONNECTION

The atm_connection table contains ATM connection segment information.

Table 1-271 atm_connection 

Column Name	Oracle Data Type	Description
con_obj_id	NUMBER(10)	ATM connection segment object ID.
rcon_obj_id	NUMBER(10)	Remote connection object ID.
lcon_obj_id	NUMBER(10)	Logical connection object ID.
master_flag	NUMBER(5)	Flag that indicates whether this end is the master. Values are: 1: True 2: False
l_network_id	NUMBER(5)	Local network ID.
l_node_id	NUMBER(10)	Local node ID.
termination	NUMBER(5)	Type of local and remote endpoints. Values are: Bit(0): Local end has feeder Bit(1): Remote end has feeder Bit(2-4): Local endpoint type 0: Voice_Data 1: Frame Relay 2: ATM Bit(5-7): Remote endpoint type 0: Voice_Data 1: Frame Relay 2: ATM
l_slot	NUMBER(5)	Local slot number.
l_port	NUMBER(5)	Local logical port number.
l_vpi	NUMBER(5)	Channel VPI number. The range is from 0 to 4095.
l_vci	NUMBER(10)	Channel VCI number. The range is from 0 to 65535.
r_network_id	NUMBER(5)	Remote network ID.
r_node_id	NUMBER(10)	Remote node ID.
r_slot	NUMBER(5)	Remote slot number.
r_port	NUMBER(5)	Remote logical port number.
r_vpi	NUMBER(5)	Remote VPI number. The range is from 0 to 4095.
r_vci	NUMBER(10)	Remote VCI number. The range is from 0 to 65535.
con_type	NUMBER(5)	Connection type. Values are: 4: DATA 5: FR or ATM-FR 6: ATM 7: CE 9: VOICE 10: ATMCE
sub_type	NUMBER(5)	Service type (only for PVC IGX/BPX). Values are: 1: ATF 2: VBR 3: CBR 4: Unknown 5: ABR 7: CE 8: FR_VBR 9: FR_ABR_FS
sub_type (continued)	NUMBER(5)	10: UBR 13: RTVBR 23: FR_CBR1 24: FR_VBR2 25: FR_RTVBR2 26: FR_RTVBR3 27: FR_UBR1 28: FR_UBR2 41: ATFST 42: ATFTFST 43: ATFXFST 44: FR_ATFST 45: FR_ATFTFST 46: FR_ATFXFST
mir	NUMBER(10)	Minimum information rate in 100 bits per second. The range is from 7 to 23000000. Note This parameter is not used when foresight is disabled. The unit for MIB object foresightMIR is in cells per second. The CTM database uses 100 bits per second. Use this formula to convert the value from cells per second to 100 bits per second: ((val *48 *8)+99)/100
qir	NUMBER(10)	Quiescent information rate in 100 bits per second. Refer to the note for mir.
pir	NUMBER(10)	Peak information rate in 100 bits per second. Refer to the note for mir.
cir	NUMBER(10)	Committed information rate in 100 bits per second. The range is from 7 to 23000000.
lper_util	NUMBER(5)	Local percent utilization. The range is from 0 to 100.
rper_util	NUMBER(5)	Remote percent utilization. The range is from 0 to 100.
commentc	CHAR(20)	Comment field used to further qualify the ATM connection.
active	NUMBER(5)	Connection active state.
status	NUMBER(5)	Connection status field. For SPVC, values for secondary alarm status are: 0: Clear 1: ingAisRdi 2: egrAisRdi 4: conditioned 8: interfaceFail 16: ccFail 32: mismatch 64: ingAbitFail 128: Unknown Valid values for secondary status for AUSM on PXM1E are: 0: Clear 1: ingAisRdi (port side AIS received) 2: egrAisRdi (network side AIS received) 4: conditioned (ABIT failure from network) 32768: Unknown
con_info_flag	NUMBER(5)	Connection information flag (a bit field). Values are: bit(7) Foresight: 1: Enabled 0: Disabled bit(6) SNA priority: 1: High 0: Low Bits (5-0) are not used.
ibs	NUMBER(10)	Initial burst size. The range is from 1 to 5000000.
vc_q_depth	NUMBER(10)	VC queue depth, in bytes.
efci_q_thresh	NUMBER(10)	EFCI queue threshold.
cbs	NUMBER(10)	CBS. The range is from 1 to 5000000.
mfs	NUMBER(10)	—
ccdv	NUMBER(10)	Maximum tolerable cell delay variation in the local-to-remote direction. The range is from 0 to 16777215.
clp_hi	NUMBER(5)	CLP high threshold.
clp_lo	NUMBER(5)	CLP low threshold.
fst_rate_up	NUMBER(10)	This column is for Foresight Rate Up or ausmStdABRIF (maps to cwaChanAbrRIF). For the rate increase factor, the valid values are only powers of 2 (such as 1, 2, 4... 32768). The default value is 64.
fst_rate_dn	NUMBER(10)	This column is for Foresight Rate Down or ausmStdABRRDF (maps to cwaChanAbrRDF). For the rate decrease factor, the valid values are only powers of 2 (such as 1, 2, 4... 32768). The default value is 16.
fst_fast_dn	NUMBER(5)	Foresight Fast Down.
fst_qir_to	NUMBER(5)	Foresight QIR timeout.
fst_max_adj	NUMBER(10)	Foresight maximum adjustment.
clp_tagging	NUMBER(10)	CLP tagging. Values are: 1: disable 2: enable
upc_enable	NUMBER(10)	UPC enable. Values are: 1: disable 2: enable
rm_enable	NUMBER(10)	RM enable. Values are: 1: disable 2: enable
u_fgcra	NUMBER(10)	FGCRA. Values are: 1: disable 2: enable
u_scr_policing	NUMBER(5)	For the MGX platform, sustainable cell rate (SCR) policing values are: 1: CLP0 2: CLP0 and 1 3: off For the BPX platform, policing values are: 1: vbr1 2: vbr2 3: vbr3 4: plcp 5: none
u_pcr01	NUMBER(10)	PCR0+1. The range is from 7 to 23000000. Peak cell rate (PCR) for the local-to-remote direction in 100 bits per second. Refer to the note for mir.
u_ccdv01	NUMBER(10)	CCDV0+1. The range is from 1 to 5000000.
u_ccdv0	NUMBER(10)	CCDV0.
lcn	NUMBER(10)	Logical connection number. The range is from 0 to 524287. For AUSM-8T1/E1 on PXM1E, the range is from 16 to 1015.
nrm	NUMBER(5)	Maximum number of cells forwarded. Values are: 1: nrm2 2: nrm4 3: nrm8 4: nrm16 5: nrm32 6: nrm64 7: nrm128 8: nrm256
tbe	NUMBER(10)	Transient buffer exposure. The range is from 1 to 16777215.
frtt	NUMBER(5)	Fixed round-trip time. The range is from 0 to 16700000.
vsvd	NUMBER(5)	—
mc_type	NUMBER(5)	Multicast type. Values are: 0: Normal 1: Root 2: Leaf
par_subtype	NUMBER(5)	ATM connection service type (bbConnServiceType). Values are: 1: Constant bit rate 2: Variable bit rate 4: Unspecified bit rate 5: ATM Frame Relay 6: Available bit rate (standard) 7: Foresight ABR 8: Real-time variable bit rate
par_subtype (continued)	NUMBER(5)	The following types are added for PNNI support and are based on UNI4.0: 21: CBR.1 22: Real-time VBR.1 23: Real-time VBR.2 24: Real-time VBR.3 25: Nonreal-time VBR.1 26: Nonreal-time VBR.2 27: Nonreal-time VBR.3 28: UBR.1 29: UBR.2 30: TM 4.0-compliant standard ABR 31: CBR.2 32: CBR.3
par_subtype (continued)	NUMBER(5)	From CiscoAtmServiceCategory for AXSM cards and for AUSM on PXM1E. Values are: 1: cbr1 2: vbr1RT 3: vbr2RT 4: vbr3RT 5: vbr1nRT 6: vbr2nRT 7: vbr3nRT 8: ubr1 9: ubr2 10: abr 11: cbr2 12: cbr3
rout_pri	NUMBER(5)	Used by PAR to determine how important this connection is when selecting connections to route. The range is from 0 to 15.
max_cost	NUMBER(10)	Maximum allowed cost, related to cost-based routing. This value is used by PXM so that it does not choose a path with a cost greater than the configured level. The default value is 255; the range is from 1 to 65535. When used with a PNNI controller (such as PXM1E), the valid range is from 1 to 2147483647.
res_trk_typ	NUMBER(5)	Restricted trunk type for routing, used by PAR. Values are: 1: No restriction 2: Terrestrial trunk 3: Satellite trunk
r_pcr	NUMBER(10)	Peak cell rate. The range is from 7 to 23000000.
r_mcr	NUMBER(10)	Minimum cell rate. The range is from 7 to 23000000.
vp_flag	NUMBER(5)	VP/VC endpoint. Values are: 1: VP 2: VC
if_index	NUMBER(10)	ifIndex.
shelf	NUMBER(5)	Shelf number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
upd_counter	NUMBER(10)	Whether a channel in the table has been modified and requires an upload. The data type is an unsigned32, and this value requires conversion. The range is from 0 to 4294967295.
stats	NUMBER(5)	Enables the restriction of the amount of statistical data. Values are: 1: enable 2: disable
cc	NUMBER(5)	Enables the continuity check (CC) on a connection endpoint. Values are: 1: enable 2: disable
routing_l_vpi	NUMBER(5)	Routing local VPI. The range is from 1 to 4095.
routing_l_vci	NUMBER(10)	Routing local VCI. The range is from 0 to 65535.
l_nsap_addr	byte	Internal NSAP address assigned to a local endpoint.
r_nsap_addr	byte	NSAP address of the peer endpoint.
ctlr_id	NUMBER(5)	Associates an endpoint with a specific controller. The default value is 1; the range is from 1 to 255.
frame_dis	NUMBER(5)	Enables the frame discard feature. Values are: 1: enable 2: disable
oper_status	NUMBER(5)	Operational status of an endpoint, which is the primary status of the SPVC. Values are: 1: operOk 2: operFail 3: adminDown For upper-level alarms, bit 14 equals 16384.
cctd	NUMBER(10)	Maximum tolerable network transfer delay in the local-to-remote direction. The range is from 0 to 65535.
icr	NUMBER(10)	Initial cell rate. If not available bit rate (ABR), then -1. The range is from 7 to 23000000. This value cannot be larger than the u_pcr01 (PCR).
adtf	NUMBER(5)	ACR decrease time factor. If not ABR, then -1. The range is from 1 to 1023.
trm	NUMBER(5)	Time between forward RM-cells for an active source. If not ABR, then -1, (1..8). Values are: 1: trm0point78125 2: trm1point5625 3: trm3point125 4: trm6point25 5: trm12point5 6: trm25 7: trm50 8: trm100
cdf	NUMBER(5)	Cutoff decrease factor. If not ABR, then -1, (1..8). Values are: 1: cdf0 2: cdfOneOver64 3: cdfOneOver32 4: cdfOneOver16 5: cdfOneOver8 6: cdfOneOver4 7: cdfOneOver2 8: cdfOne
ers	NUMBER(5)	Configuration of an endpoint for explicit rate stamping. If not ABR, then -1. Values are: 1: none 2: enableIngress 3: enableEgress 4: enableBoth
behaviour_type	NUMBER(5)	If the value is switchBehaviour (1), it indicates a TM 4.0 switch-behaving connection (transparent connection), which assumes that RM cells are received from a TM 4.0-compliant CPE. If the value is srcDestBehaviour (2), it indicates a TM 4.0 source destination-behaving connection (terminating connection), which generates RM cells by itself.
seg_endpoint	NUMBER(5)	Segment status of a connection endpoint. Values are: 0: Nonsegmented (such as operation, administration, and maintenance [OAM] passthrough) 1: Segmented (such as termination point for OAM)
egr_srv_rate	NUMBER(10)	Egress service rate used for egress bandwidth calculation and for connection admission control. The range is from 1 to 38328. Note This value is added for AUSM-8T1/E1 on PXM1E.
chan_sub_ovr_ride	NUMBER(5)	If set to 2, you can add a new connection on a port even if the port is oversubscribed. Values are: 1: Disable 2: Enable (default) Note This value is added for AUSM-8T1/E1 on PXM1E.
slaver_type	NUMBER(5)	Flag that indicates whether a master endpoint has a persistent slave. This field is meaningful when master_flag is 1. Values are: 1: persistentSlave 2: nonPersistentSlave
clr	NUMBER(5)	Encoded value that represents the maximum tolerable cell-loss ratio in the local-to-remote direction.
remote_clr	NUMBER(5)	Encoded value that represents the maximum tolerable cell-loss ratio in the remote-to-local direction.
ais_iw_cap	NUMBER(5)	Defines an SPVC endpoint's AIS capability. Values are: 1: e2eAisCapable (The endpoint is capable of detecting/generating e2e AIS.) 2: segAisCapable (The endpoint is capable of detecting/generating seg AIS.)
r_src	NUMBER(10)	Sustainable cell rate for the remote-to-local direction, in cells per seconds. The range is from 0 to 4294967295.
r_mbs	NUMBER(10)	Maximum burst size (MBS) used in the remote-to-local direction, in cells. The range is from 0 to 5000000.
r_cdv	NUMBER(10)	Maximum tolerable cell delay variation, in microseconds, for the remote-to-local direction. The range is from 0 to 16777215; the default value is 16777215.
r_ctd	NUMBER(10)	Maximum tolerable network transfer delay in, in milliseconds, for the remote-to-local direction. The range is from 0 to 65535; the default value is 65535.
cast_type	NUMBER(5)	Applicable only to master endpoint. Values are: 1: P2MP 2: P2P
tftp_stats	NUMBER(5)	TFTP statistics information for channels. Values are: 1: Enable 2: Disable -1: Not applicable
snmp_stats	NUMBER(5)	SNMP statistics information for channels. Values are: 1: Enable 2: Disable -1: Not applicable
pref_route_id	NUMBER(10)	Route ID of the associated pref_route. The range is from 0 to 65535; the default value is 0.
direct_route_flag	NUMBER(5)	Directed route flag. Values are: 1: True 2: False (default)
ingr_discard_option	NUMBER(5)	AUSM cell discard option, applicable only for AUSM and MPSM-8T1E1 in ATM mode. Values are: 1: clpHysterisis 2: frameDiscard
reserved	NUMBER(10)	Reserved for future use.

1.3.7  ATM_PHY

The ATM_PHY table shows physical ATM information for the line.

Table 1-272 ATM_PHY 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
if_index	NUMBER(10)	ifIndex of the ATM physical interface. This value is different from the ifIndex of the line and port.
enable	NUMBER(5)	—
alarm_status	NUMBER(5)	Operational status of the ATM physical interface.
null_cell_header	CHAR(4)	First four bytes of the ATM header used for null cells.
null_cell_payload	NUMBER(5)	Null cell payload definition. The range is from 0 to 255; the default value is 106.
hec_coset	NUMBER(5)	Enables the algorithm of Coset Polynomial Addition. Values are: 1: true (default) 2: false
payload_scramble	NUMBER(5)	Whether payload scrambling is enabled. Values are: 1: true (default) 2: false
group_num	NUMBER(5)	Group number.
Reserved	NUMBER(10)	Reserved for future use.

1.3.8  AUSM_PORT

The AUSM_PORT table contains information about AUSM ports and all ATM ports on AUSM, AXSM, AXSM-B, and AXSM-E cards.

Table 1-273 AUSM_PORT 

Column Name	Oracle Data Type	Description
ausmp_obj_id	NUMBER(10)	AUSM port object ID generated by CTM.
l_network_id	NUMBER(5)	Local network ID.
l_node_id	NUMBER(10)	Local node ID.
shelf	NUMBER(10)	Shelf number.
l_slot	NUMBER(5)	Local slot number.
line	NUMBER(5)	Line number associated with the port. If the port is an IMA port, the value is -1.
l_port	NUMBER(5)	Logical port number for the AUSM port.
port_speed	NUMBER(10)	Port speed, in bits per second.
commentc	CHAR(20)	Comment field used to further qualify the line.
active	NUMBER(5)	Port active state.
status	NUMBER(5)	Operational state of the port. Values are: 0: Not configured 1: Up 2: Down/failed 4: Remote loopback 6: Signaling failure 8: Out-of-cell delineation 15: Lower layer down
signal_state	NUMBER(10)	Port signaling state.
port_type	NUMBER(5)	Type of port from caviIfType. Values are: 0: other 1: uni 2: nni 4: vuni 5: vnni 6: evuni 7: evnni
interface_type	NUMBER(5)	Type of interface. For interfaces on AUSM cards, values are: 1: Unknown 2: T1 3: E1 For interfaces on AXSM and PXM1E cards, values are: 1: Unknown 2: T1 3: E1 4: T3 5: E3 6: OC3 7: STM1 8: OC12 9: STM4 10: OC48 11: STM16 12: OC192 13: STM64
interface_type (continued)	NUMBER(5)	Type of interface. The following mapping shows the interface type for different line types and subtypes in the line table. Line type is listed first, followed by subtype and interface type. •DS1, dsx1ESF, T1 •DS1, dsx1D4, T1 •DS1, dsx1Unframed, T1 •DS1, dsx1DS2M12, T1 •DS1, dsx1E1, E1 •DS1, dsx1E1CRC, E1 •DS1, dsx1E1MF, E1 •DS1, dsx1E1CRCMF, E1 •DS1, dsx1E1Unframed, E1 •DS1, dsx2E2, E1 •DS1, dsx1E1Q50, E1 •DS1, dsx1E1Q50CRC, E1
interface_type (continued)	NUMBER(5)	•DS3, dsx3CbitParity, T3 •DS3, g832_g804, T3 •DS3, ds3cbitadm, T3 •DS3, ds3cbitplcp, T3 •DS3, ds3m23adm, T3 •DS3, ds3m23plcp, T3 •DS3, dsx3Unframed, T3 •DS3, dsx3M23, T3 •DS3, g751, T3 •DS3, other, T3 •DS3, ds3cbitfrmronly, T3 •DS3, ds3m23frmronly, T3 •DS3, e3g832adm, E3 •DS3, e3g751adm, E3 •DS3, e3g751plcp, E3 •DS3, e3Unframed, E3
interface_type (continued)	NUMBER(5)	•SONET, sonetSts3c, OC3 •SONET, sonetSts3, OC3 •SONET, sonetSts12c, OC12 •SONET, sonetSts48c, OC48 •SONET, sonetSts192c, OC192 •SDH, sonetStm1, STM1 •SDH, sonetStm4, STM4 •SDH, sonetStm16, STM16 •SDH, sonetStm64, STM64 •STS, sts3cSTM1, STM1 •STS, sts12cSTM4, STM4 •STS, sts48cSTM16, STM16 •STS, sts192cSTM64, STM64
protocol_type	NUMBER(5)	Signaling protocol type (no signaling or ILMI).
poll_timer	NUMBER(5)	T491 polling interval.
err_thresh	NUMBER(5)	N4991 error threshold.
signalling_vpi	NUMBER(10)	Signaling VPI.
signalling_vci	NUMBER(10)	Signaling VCI.
ilmi_trap_enable	NUMBER(5)	ILMI trap enabled.
trap_interval	NUMBER(5)	Minimum interval between traps.
keep_alive	NUMBER(5)	Keepalive polling state.
event_thresh	NUMBER(5)	N492 event threshold.
min_enquiry	NUMBER(5)	T493 minimum inquiry interval.
svc_in_use	NUMBER(5)	SVC used.
svc_lcn_lo	NUMBER(5)	SVC LCN low.
svc_lcn_hi	NUMBER(5)	SVC LCN high.
svc_vpid_lo	NUMBER(5)	SVC VPID low.
svc_vpid_hi	NUMBER(5)	SVC VPID high.
svc_vci_lo	NUMBER(10)	SVC VCI low.
svc_vci_hi	NUMBER(10)	SVC VCI high.
svc_vpi_lo	NUMBER(5)	SVC VPI low.
svc_vpi_hi	NUMBER(5)	SVC VPI high.
addr_prefix	CHAR(20)	Network prefix for the ATM address.
ima_port	NUMBER(10)	IMA port number.
line_map	NUMBER(10)	Line mapping.
num_red_links	NUMBER(5)	Number of redundancy links.
max_delay	NUMBER(5)	Maximum delay.
ima_master	NUMBER(5)	IMA master number.
lcl_ima_id	NUMBER(5)	Local IMA ID.
rmt_ima_id	NUMBER(5)	Remote IMA ID.
line_order	CHAR(16)	Line order list.
obs_delay	NUMBER(5)	OBS delay.
oversubscribed	NUMBER(5)	Oversubscribed indicator.
ilmi_enable	NUMBER(5)	Enables the ILMI interface. This value is not used for AXSM (always shows -1). For AXSM, the ilmi_enabled field in the RSC_PART table is used instead.
ima_symmetry	NUMBER(5)	Symmetry of the IMA group. Values are: 1: symmetricOperation 2: asymmetricOperation 3: asymmetriConfiguration
bbif_vpi_low	NUMBER(10)	Lower limit of the VPI range to be reserved for this logical interface.
bbif_vpi_high	NUMBER(10)	Upper limit of the VPI range to be reserved for this logical interface.
min_rx_links	NUMBER(5)	Minimum number of receive links required to be active for the IMA. The range is from 1 to 8.
min_tx_links	NUMBER(5)	Minimum number of transmit links required to be active for the IMA group to be in the Up state. The range is from 1 to 8.
netxclmMode	NUMBER(5)	Transmit clocking mode used by the near-end IMA group. Values are: 1: ctc (default) 2: itc
test_link_ifindex	NUMBER(10)	Designates an interface as the test link. A value of -1 specifies that the implementation can choose the test link. In this case, the implementation can also choose the value of the test_pattern field. The default value is -1.
test_pattern	NUMBER(10)	Test pattern in an IMA group loopback operation. A value in the range from 0 to 255 designates a specific pattern. The default value is -1.
test_proc_status	NUMBER(5)	Test procedure status. Values are: 1: Disabled 2: Operating 3: Link fail
int_up_time	NUMBER(10)	Integration up time for alarm integration in milliseconds. The range is from 100 to 100000; the default value is 2500.
int_down_time	NUMBER(10)	Integration down time for alarm integration in milliseconds. The range is from 100 to 400000; the default value is 10000.
intf_ip_addr	NUMBER(10)	Interface IP address of the neighbor system that is connected to the far end of this interface.
bay	NUMBER(5)	Bay number. The default value is 1.
if_index	NUMBER(10)	Unique value for each interface.
high_speed	NUMBER(10)	High speed of the interface, in megabits per second.
admin_status	NUMBER(5)	Desired state of the interface. Values are: 1: Up 2: Down 3: Testing
min_rate	NUMBER(10)	Minimum cell rate of the logical interface. The range is from 50 to 5651328.
max_rate	NUMBER(10)	Maximum cell rate of the logical interface. The range is from 50 to 5651328.
sct_id	NUMBER(5)	ID of the file that holds the card-specific configuration. The range is from 1 to 255. To unique identify an SCT file, use {sct_id, sct_type, fc_type} as the key to reference the sct table.
sct_version	NUMBER(10)	Version number.
vpi_num	NUMBER(5)	Value to configure this logical interface to be a virtual trunk. The range is from 0 to 4095.
xlmi_flag	NUMBER(5)	Values are: 0: LMI not configured 1: XLMI 2: Feeder
group_num	NUMBER(5)	IMA group number if the port is an IMA port. Otherwise, the value is -1.
tx_ima_id	NUMBER(10)	IMA ID currently in use by the near-end IMA function. The range is from 0 to 255.
ima_version	NUMBER(10)	Version of the IMA protocol that the group is running. Values are: 1: IMA 1.0 2: IMA 1.1
reserved	NUMBER(10)	Reserved for future use.

1.3.9  AUSM_PORT_DATA

The AUSM_PORT_DATA table contains information about AUSM port statistics.

Table 1-274 AUSM_PORT_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	Time stamp of the statistical data record.
ausmp_obj_id	NUMBER(10)	AUSM port ATM object ID.
l_node_id	NUMBER(10)	Node ID.
subobject_type	NUMBER(5)	Subobject type (object-dependent field).
stat_type	NUMBER(5)	Statistic type (object-dependent field).
bucket_type	NUMBER(5)	Duration, in minutes, of each collection bucket.
totald	float	Total raw data collected during the sample interval.
peak	float	Peak raw data during the sample interval.

1.3.10  AU4TUG3

The AU4TUG3 table contains channelization information from AU4 to TUG3.

Table 1-275 AU4TUG3 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
network_id	NUMBER(5)	Network ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number of the AU4 line.
channel_bitmap	NUMBER(10)	Channel bitmap of the AU4 line.
if_index	NUMBER(10)	Index of the AU4 line.
tug3	NUMBER(10)	TUG3 number under the AU4.
payload	NUMBER(10)	Payload on the TUG3. Values are: 1: other 2: vc11 3: vc12 4: tu3ds3 5: tu3e3
reserved	NUMBER(10)	Reserved for future use.

1.3.11  AXSM_CONN_DATA

The AXSM_CONN_DATA table contains information about AXSM connection statistics.

Table 1-276 AXSM_CONN_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	Time stamp of the statistical record.
con_obj_id	NUMBER(10)	Connection object ID.
l_node_id	NUMBER(10)	Node ID.
subobject_type	NUMBER(5)	Subobject type for the statistic.
stat_type	NUMBER(5)	Statistic type.
bucket_type	NUMBER(5)	Duration, in minutes, of each collection bucket.
totald	float	Total of raw data collected during the sample interval.
peak	float	Peak rate of raw data during the sample interval.

1.3.12  AXSME_CONN_DATA

The AXSME_CONN_DATA table contains information about AXSM enhanced connection statistics.

Table 1-277 AXSME_CONN_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	Time stamp of the statistical record.
con_obj_id	NUMBER(10)	Connection object ID.
l_node_id	NUMBER(10)	Node ID.
subobject_type	NUMBER(5)	Subobject type for the statistic.
stat_type	NUMBER(5)	Statistic type.
bucket_type	NUMBER(5)	Duration, in minutes, of each collection bucket.
totald	float	Total of raw data collected during the sample interval.
peak	float	Peak rate of raw data during the sample interval.

1.3.13  CALL_CONTROL_PROFILE

The CALL_CONTROL_PROFILE table contains XGCP call control profile information.

Table 1-278 CALL_CONTROL_PROFILE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
profile_index	NUMBER(10)	Profile index. The range is from 1 to 25.
profile_name	CHAR(65)	Unique name for the profile. The name of the profile must be unique among all entries of the table. This object is mandatory during the creation of the entry. This object cannot be modified. If you want to modify the name of the call control profile, you must delete the original entry and create another entry with the designated name.
num_vifs	NUMBER(5)	Total number of voice interfaces (DS0 group) associated with this call control profile. A value of 0 means there are no voice interfaces associated with the profile. Before the call control profile can be deleted, this object should have the value of 0 (meaning all voice interfaces are disassociated with the profile before the profile can be deleted). The range is from 0 to 1000; the default value is 0.
mgc_grp_num	NUMBER(5)	Indicates which media gateway controller (MGC) redundant group number will be used by the call control profile. The value is the index to the MGC Redundant Group table (cMgcGrpParamTable). There are two conditions for associating an MGC group with a profile: 1. At least one MGC is associated with the MGC group. 2. At least one protocol is associated with the MGC group. After an MGC redundant group is associated with the profile (cxeCcprofileMgcGrpNum > 0), in the call setup, the parameters of the MGCs within the MGC redundant group will be tried sequentially according to preference. A value of 0 means there is no MGC-redundant group associated with the profile. This object takes precedence over the object cxeCcprofileMgcAddress of the profile. If you try to set a value to cxeCcprofileMgcAddress while the value of this object is not zero, the set is rejected. Before the call control profile can be deleted, this object must have the value of 0, meaning the MGC redundant group is disassociated with the profile before the profile can be deleted. The range is from 0 to 128; the default value is 0.
mgc_addr	NUMBER(10)	Specifies the address of the MGC that is configured in the profile. When cxeCcprofileMgcGrpNum is not zero (which means the MGC group is in use), this object cannot be set.
protocol_index	NUMBER(5)	Specifies the protocol that the media gateway (MG) should communicate with the MGC during call setup. This value is the index of the protocol table (cMediaGwProtocolTable). If cxeCcprofileMgcGrpNum is not zero, the value of this object is ignored. The protocol is determined by the MGC group. The range is from 1 to 32; the default value is 1.
retry_method	NUMBER(5)	Specifies the command/response retry method when the MG communicates with the MGC in xGCP protocols. The default value is 1 (neverResetTimer).
retry_max1	NUMBER(5)	Contains the suspicious error threshold for signaling messages. The range is from 1 to 20; the default value is 5. Refer to the PKT-SP-EC-MGCP-I04-011221 specification, section 3.4.2.
dns_lookup_max1	NUMBER(5)	Enables or disables the Max1 Domain Name Server (DNS) query operation when Max1 expires. This object is used when a gateway-initiated message is not acknowledged by the MGC. If the object is true, a DNS query is performed to resolve the MGC's domain name after exhausting Max1 retries on any IP address associated with the MGC. The default value is true.
retry_max2	NUMBER(5)	Contains the disconnect error threshold for signaling messages. The range is from 1 to 20; the default value is 7. Refer to the PKT-SP-EC-MGCP-I04-011221 specification, section 3.4.2.
dns_lookup_max2	NUMBER(5)	Enables or disables the Max2 DNS query operation when Max2 expires. This object is used when a gateway-initiated message is not acknowledged by the MGC. If the object is true, a DNS query is performed to resolve the MGC's domain name after exhausting Max2 retries on the last IP address associated with the MGC. The default value is true.
mwi_timeout	NUMBER(5)	Timeout value for the message-waiting indicator (MWI) tone. The MWI tone is used with message-waiting services to indicate that the media gateway is ready to accept address information or other information from an access line. The range is from 1 to 50; the default value is 16.
tsmax_timeout	NUMBER(5)	Timeout value for retransmission removal. The gateway uses the value of this object to determine how long to store the MGCP messages in the retransmission queue before discarding them. The range is from 1 to 1000; the default value is 20.
tdinit_timeout	NUMBER(5)	The voice interface (DS0 group) becomes disconnected when the media gateway tries to communicate with the call agent and the retransmission procedure times out after retrying. The voice interface (DS0 group) in disconnected state starts the disconnected timer initialized to the random value and uniformly distributed between 1 and initial waiting delay (Tdinit) in seconds. The gateway waits for either the expiration of the timer, the reception of the call agent command, or the detection of local user activity for the voice interface (DS0 group). When the disconnected timer elapses, when a command is received from the call agent, or when there is a local user activity, the media gateway sends the restart in progress command with the restart method as RM:disconnected to the call agent. The range is from 1 to 100; the default value is 15.
tdmin_timeout	NUMBER(5)	The DS0 group (voice interface) becomes disconnected when it tries to communicate with the call agent and the retransmission procedure times out after retrying. The DS0 group (voice interface) in disconnected state starts the disconnected timer initialized to the random value and uniformly distributed between 1 and initial waiting delay (Tdinit), in seconds. The gateway waits for the end of this timer, the reception of the call agent command, or the detection of local user activity for the DS0 group (voice interface). When the disconnected timer elapses, when a command is received from the call agent, or when there is a local user activity, the voice gateway sends the restart in progress command with the restart method as RM:disconnected to the call agent. In case of local user activity, a provisionable disconnected minimum waiting delay (Tdmin) must have elapsed since the gateway became disconnected. The media gateway-initiated delete connection (DLCX) or restart in progress (RSIP) commands are not considered local user activity. The events observed on the TDM interface or on the network constitute the local user activity. The range is from 1 to 100; the default value is 15.
tdmax_timeout	NUMBER(5)	The maximum waiting delay (Tdmax) timeout value used by the media gateway to send the restart in progress message with the restart method as RM:disconnected to the call agent when the voice interface-associated ds0-group disconnection condition occurs. The range is from 1 to 1000; the default value is 600.
tcrit_timeout	NUMBER(5)	This object represents the timeout value for the critical timer. If used along with a digit map, the timer is started when the last digit is received, and when no more digits are required for a digit map match. After this timer expires, the digit map match is assumed to be complete. If used without a digit map, the timer is started immediately and cancelled (but not restarted) as soon as a digit is entered. This object is used by call processing when it processes midcall dual-tone multifrequency (DTMF) digit reporting. Refer to the RFC2705 specification, section 4.4.7. The range is from 1 to 1000; the default value is 4.
tpar_timeout	NUMBER(5)	This object represents the partial dial timeout and is used with a digit map as the interdigit timer. This object is used by call processing when it processes mid-call DTMF digit reporting. The timer is not started until the first digit is entered, and the timer is restarted after each new digit is entered until either a digit map match or mismatch occurs. Refer to the RFC2705 specification, section 4.4.7. The range is from 1 to 1000; the default value is 16.
thist_timeout	NUMBER(5)	The MGCP protocol is organized as a set of transactions, each of which is composed of a command and a response. The MGCP messages carried over UDP are subject to losses. In the absence of a timely response, commands are repeated. The media gateway must keep in memory a list of the responses that it sent to recent transactions and a list of the transactions that are currently being executed. The value of cxeCcprofileThistTimeout specifies the number of seconds for which responses to old transactions must be kept. Refer to the RFC2705 specification, section 4.4.7. The range is from 1 to 1000; the default value is 30.
rt_timeout	NUMBER(5)	Time for which the local ring back tone (toward the TDM) will be generated unless interrupted (for example, by the answer from the called party or a delete connection command from the Call Agent). A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 180.
rbk_timeout	NUMBER(5)	Time for which the remote ring back tone (toward the packet network) will be generated unless interrupted (for example, by the answer from the called party or a delete connection command from the Call Agent). A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 180.
cg_timeout	NUMBER(5)	Time for which the network congestion tone will be generated. The network congestion tone will be generated when the network resources or bandwidth exceed their thresholds. A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 180.
bz_timeout	NUMBER(5)	Time for which the busy tone will be generated unless interrupted (for example, by the hang-up from the calling party). A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 30.
dl_timeout	NUMBER(5)	Time for which the dial tone will be generated unless interrupted (for example, by the first DTMF digit from the calling party). A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 16.
sl_timeout	NUMBER(5)	Time for which the stutter dial tone or confirmation dial tone will be generated unless interrupted (for example, by the first DTMF digit from the calling party). A value of 0 indicates that the tone will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 16.
rg_timeout	NUMBER(5)	Time for which the ringing cadence will be generated toward the basic PBX unless interrupted (for example, by the answer from the called party or a delete connection command from the Call Agent). This is also the time for which remote inband ring back tone will be played toward the packet network. A value of 0 indicates that the cadence will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 180.
ro_timeout	NUMBER(5)	Time for which the reorder tone or fast busy tone will be generated unless interrupted (for example, by the hang-up from the called party). A value of 0 indicates that the cadence will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 3600; the default value is 30.
cot1_timeout	NUMBER(5)	Time for which the continuity test tone 1 will be generated unless interrupted. A value of 0 indicates that the cadence will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 100; the default value is 3.
cot2_timeout	NUMBER(5)	Time for which the continuity test tone 2 will be generated unless interrupted. A value of 0 indicates that the cadence will be generated indefinitely unless interrupted. Refer to the RFC2705 specification, section 6. The range is from 0 to 100; the default value is 3.
reserved	NUMBER(10)	Reserved for future use.

1.3.14  CARD_DESC

The CARD_DESC table contains the descriptor for the card.

Table 1-279 CARD_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Whether this table is deleted. Values are: 1: Yes, descriptor is deleted. 0: No, descriptor is not deleted.

1.3.15  CONN_TEMPL_PARAM

The CONN_TEMPL_PARAM table contains the actual connection template parameter information.

Table 1-280 CONN_TEMPL_PARAM 

Column Name	Oracle Data Type	Description
template_id	NUMBER(10)	Template ID.
template_name	VARCHAR(20)	Template name.
param_name	VARCHAR(30)	Name of the template parameter.
param_type	NUMBER(5)	Parameter type.
param_value	NUMBER(10)	Value of the parameter.

1.3.16  CONN_TEMPLATE

The CONN_TEMPLATE table contains basic information about each connection template that is created.

Table 1-281 CONN_TEMPLATE 

Column Name	Oracle Data Type	Description
template_id	NUMBER(10)	Key field.
template_name	VARCHAR(20)	Key field (substitute key for ID).
template_descr	VARCHAR(50)	Description of the template.
connection_type	NUMBER(5)	Type of connection. Values are: 0: Unknown 1: FrFr 2: AtmAtm 3: AtmFr 4: AtmCe 5: CeCe 6: Voice 7: Data 8: RpmRpm 9: AtmRpm 10: FrRpm 11: VismAtm
service_type	NUMBER(5)	Type of service. Values are: 0: UnknownServType 1: NotApplServType 2: cbr1 3: vbr1_nrt 4: vbr2_nrt 5: vbr3_nrt 6: vbr1_rt 7: vbr2_rt 8: vbr3_rt 9: abrfs 10: atfst
service_type (continued)	NUMBER(5)	11: atftfst 12: atfxfst 13: abr1 14: ubr1 15: ubr2 16: fr 17: fs 18: voice1 19: data1
pvc_type	NUMBER(5)	Values are: 0: PVC 1: SPVC 2: Hybrid
l_multicast_type	NUMBER(5)	Values are: 0: Normal 1: Root 2: Leaf
r_multicast_type	NUMBER(5)	Values are: 0: Normal 1: Root 2: Leaf
l_endpoint_type	NUMBER(5)	Values are: 0: UnknownEndPointType 1: FrFr_EndPoint 2: FrFuni_EndPoint 3: FrFf_EndPoint 4: FrBstun_EndPoint 5: FrStun_EndPoint 6: FrFras_EndPoint 7: AtmAtm_EndPoint 8: AtmRpm_EndPoint 9: Ce_EndPoint 10: Voice_EndPoint 11: Data_EndPoint
r_endpoint_type	NUMBER(5)	Same as above.
l_fc_type	NUMBER(5)	Local front card type.
r_fc_type	NUMBER(5)	Remote front card type.
l_bc_type	NUMBER(5)	Local back card type.
r_bc_type	NUMBER(5)	Remote back card type.
l_card_version	VARCHAR(20)	Local card version.
r_card_version	VARCHAR(20)	Remote card version.
l_platform	NUMBER(5)	Flag for local platform.
r_platform	NUMBER(5)	Flag for remote platform.

1.3.17  CONTROLLER

The CONTROLLER table contains information about the VSI controller on MGX NEs.

Table 1-282 CONTROLLER 

Column Name	Oracle Data Type	Description
p_node_id	NUMBER(10)	Parent node ID of the VSI controller.
ctrlr_id	NUMBER(10)	ID of the controller.
ctrlr_loc	NUMBER(5)	Location of the controller shelf. Values are: 1: Internal 2: External
ctrlr_type	NUMBER(5)	Type of controller. Values are: 1: par 2: pnni 3: lsc
slot	NUMBER(5)	Slot number.
port	NUMBER(10)	External controller port number.
attached_vpi	NUMBER(10)	Virtual path identifier. The range is from 0 to 4095.
attached_vci	NUMBER(10)	Virtual channel identifier. The range is from 32 to 65535.
ctrlr_name	CHAR(40)	User-specified name for the VSI controller.
atm_ip_addr	NUMBER(10)	ATM IP address.
lan_ip_addr	NUMBER(10)	LAN IP address; same as the port.
ctrlr_status	NUMBER(5)	Administrative status of the controller. Values are: 1: Active 2: Standby 3: Quiescent
sw_rev	CHAR(40)	PNNI network controller software revision number. The length can be changed after it is defined.
reserved	NUMBER(10)	Reserved for future use.

1.3.18  CUG

The CUG table contains information about the Closed User Group (CUG).

Table 1-283 CUG 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
atm_addr	CHAR(40)	ATM endpoint address.
addr_length	NUMBER(10)	Length of the ATM address, in bits.
cug_index	NUMBER(10)	Unique index number for this ATM address. The range is from 1 to 63353. This value has only local significance.
cug_ic_code	CHAR(60)	24-byte lock code, unique within the network. This is an encrypted entry; for any code length, the encrypted entry has a length of 60 characters.
calls_barred	NUMBER(5)	Disallows incoming or outgoing calls for members in the same CUG. Values are: 1: None 2: Incoming 3: Outgoing
reserved	NUMBER(10)	Reserved for future use.

1.3.19  DBKR_TEMP

The DBKR_TEMP table contains data for the data broker. This table is for internal use only.

Table 1-284 DBKR_TEMP 

Column Name	Oracle Data Type	Description
l_node_id	NUMBER(10)	Node ID.
num_segs	NUMBER(5)	Number of segments in the connection.
termination	NUMBER(5)	Termination flag.
l_slot	NUMBER(5)	Local endpoint slot number.
l_line	NUMBER(5)	Local endpoint line number.
l_logical_port	NUMBER(5)	Local endpoint logical port number.
l_subchn1_1	NUMBER(5)	First local endpoint subchannel number.
l_subchnl_2	NUMBER(10)	Second local endpoint subchannel number. For Frame Relay, voice, and data endpoints, the value is set to -1. For ATM endpoints, the value is set to VCI.
lr_slot	NUMBER(5)	Local slot number.
lr_port	NUMBER(5)	Local port number.
lr_subchnl_1	NUMBER(5)	First local subchannel number.
lr_subchnl_2	NUMBER(10)	Second local subchannel number.
lc_node_id	NUMBER(10)	Local hub node ID. This value is the same as the local node ID for connections that originate in a routing node.
lc_slot	NUMBER(5)	Local hub slot number. This value is the same as the local slot ID for connections that originate in a routing node.
lc_port	NUMBER(5)	Local hub port number. This value is the same as the local port ID for connections that originate in a routing node.
lc_subchnl_1	NUMBER(5)	First local hub subchannel number. This value is the same as the first local subchannel number for connections that originate in a routing node.
lc_subchnl_2	NUMBER(10)	Second local hub subchannel number. This value is the same as the second local subchannel number for connections that originate in a routing node.
rc_node_id	NUMBER(10)	Remote hub node ID. This value is the same as the remote node ID for connections that originate in a routing node.
rc_slot	NUMBER(5)	Remote hub slot number. This value is the same as the remote slot ID for connections that originate in a routing node.
rc_port	NUMBER(5)	Remote hub port number. This value is the same as the remote port ID for connections that originate in a routing node.
rc_subchnl_1	NUMBER(5)	First remote hub subchannel number. This value is the same as the first remote subchannel number for connections that originate in a routing node.
rc_subchnl_2	NUMBER(10)	Second remote hub subchannel number. This value is the same as the second remote subchannel number for connections that originate in a routing node.
rr_slot	NUMBER(5)	Remote slot number. This value is the same as the remote slot ID for connections that originate in a routing node.
rr_port	NUMBER(5)	Remote port number. This value is the same as the remote port ID for connections that originate in a routing node.
rr_subchnl_1	NUMBER(5)	First remote subchannel number. This value is the same as the first remote subchannel number for connections that originate in a routing node.
rr_subchnl_2	NUMBER(10)	Second remote subchannel number. This value is the same as the second remote subchannel number for connections that originate in a routing node.
r_node_id	NUMBER(10)	Remote end node ID.
r_slot	NUMBER(5)	Remote end slot number.
r_line	NUMBER(5)	Remote end line number.
r_port	NUMBER(5)	Remote end port number (logical port). •For ASI/FRP, the logical port equals the physical port. •For AUSM4, the logical port equals the physical line. •For UFM/AUSM8, this value is the logical port.
r_logical_port	NUMBER(5)	Remote logical port.
r_subchnl_1	NUMBER(5)	First remote subchannel number.
r_subchnl_2	NUMBER(10)	Second remote subchannel number. For Frame Relay, voice, and data endpoints, this value is set to -1. For ATM endpoints, this value is set to VCI.
parm_type	NUMBER(5)	Flag to indicate whether Cisco proprietary or standard Frame Relay parameters are used.
state	NUMBER(5)	Connection state. Values are: 1: Clear 2: Fail 3: Down 4: Incomplete 257: Clear plus a bit failure 258: Fail plus a bit failure Note The ninth bit in the state field (100000000) is used to indicate a bit failure.
secondary_state	NUMBER(5)	—
proc_state	NUMBER(5)	Processing state used by the data broker.
con_type	NUMBER(5)	Connection type. Values are: 1: FR 2: ATMFR 3: ATM 4: DATA 5: VOICE 6: CE 7: ATMCE 8: RPM 9: ATMRPM 10: RPMFR 11: VISMATM
sub_type	NUMBER(5)	Service type. Values are: 1: ATF 2: VBR 3: CBR 4: Unknown 5: ABR 6: ATFST 7: CE 8: FR_VBR 9: FR_ABR_FS 10: UBR
l_endpt_obj_id	NUMBER(10)	Local endpoint object ID.
lc_endpt_obj_id	NUMBER(10)	Local hub endpoint object ID.
rc_endpt_obj_id	NUMBER(10)	Remote hub endpoint object ID.
r_endpt_obj_id	NUMBER(10)	Remote endpoint object ID.
master_node_id	NUMBER(10)	Master end node ID.
master_lcon_obj_id	NUMBER(10)	Master end logical connection object ID.
l_rate_info	NUMBER(5)	Local end combination field of rate information. Values are: bit (7) Fast EIA Enabled(1)/Disabled(0) bit (6) DFM Enabled(1)/Disabled(0) bits (5-3) Encoding: undefined (0) 7/8 (1) 8/8 (2) 8/8l (3) 7/8E (4) bit (2-0) Load type: undefined (0) voice (1) non-TS (2) TS (3) Bursty data A (4) Bursty data B (5)
l_mir	NUMBER(10)	Local end minimum guaranteed bandwidth, in hundreds of bits per second. For example, 256 kbps is shown as 2560.
l_qir	NUMBER(10)	Local end QIR, in hundreds of bits per second.
l_pir	NUMBER(10)	Local end PIR, in hundreds of bits per second.
l_vc_q_depth	NUMBER(10)	Local end VC queue depth, in bytes.
l_vc_q_thresh	NUMBER(10)	Local end VC queue threshold.
l_vc_q_de_thresh	NUMBER(10)	Local end VC queue DE threshold, in bytes.
l_eg_q_depth	NUMBER(10)	Local end egress queue depth, in bytes.
l_eg_q_de_thresh	NUMBER(10)	Local end egress queue DE threshold, in bytes.
l_eg_q_ecn_thresh	NUMBER(10)	Local end egress queue ECN threshold, in bytes.
l_de_tag_ena	NUMBER(10)	Local end DE tagging enable or disable.
l_cmax	NUMBER(10)9.1	Local end maximum threshold for FRP credit manager, in packets.
l_per_util	NUMBER(5)	Local end percent utilization. This parameter is taken from the routing segment.
l_con_info_flag	NUMBER(5)	Local end connection information flags. Values are: bit (7) Foresight 0: Disabled 1: Enabled bit (6) 1: High Priority bit (5-0) unused
l_cir	NUMBER(10)	Local end CIR, in hundreds of bits per second.
l_bc	NUMBER(10)	Local end committed burst, in bytes.
l_be	NUMBER(10)	Local end excess burst, in bytes.
l_eg_q_select	NUMBER(5)	Egress queue selection.
l_ibs	NUMBER(10)	Local end initial burst size (IBS), in bytes.
l_channel_type	NUMBER(5)	Local channel type currently used by connections. Values are: 1: FR-NetworkInterWorking 2: FR-ServiceInterWorking-Transparent 3: FR-ServiceInterWorking-Translate 4: FR-FUNI 5: Frame-Forwarding
l_fecn	NUMBER(5)	Local forward explicit congestion notification.
l_de_to_clp_map	NUMBER(5)	Local DE to CLP map. Values are: 1: Map DE bit to CLP bit in ATM cell 2: Set DE 0 and set CLP 0 3: Set DE 1 and set CLP 1
l_clp_to_de_map	NUMBER(5)	Local CLP to DE map. Values are: 1: Map CLP bit to DE bit in Frame Relay 2: Set DE 0 and set CLP 0 3: Set DE 1 and set CLP 1 4: Ignore CLP bit and DE bit remains as received
l_efci_q_thresh	NUMBER(5)	Local end EFCI Q threshold.
l_cbs	NUMBER(10)	Local end CBS.
l_mfs	NUMBER(10)	Local end MFS.
l_ccdv	NUMBER(10)	Local end CCDV.
l_clp_hi	NUMBER(5)	Local end CLP high threshold.
l_clp_lo	NUMBER(5)	Local end CLP low threshold.
l_fst_rate_up	NUMBER(10)	Local foresight rate up.
l_fst_rate_dn	NUMBER(10)	Local foresight rate down.
l_fst_fast_dn	NUMBER(5)	Local foresight fast down.
l_fst_qir_to	NUMBER(5)	Local foresight QIR timeout.
l_fst_max_adj	NUMBER(10)	Local foresight maximum adjustment.
l_clp_tagging	NUMBER(10)	Local end CLP tagging. Values are: 1: Disable 2: Enable
l_upc_enable	NUMBER(10)	Local end UPC enable. Values are: 1: Disable 2: Enable
l_rm_enable	NUMBER(10)	Local end RM enable. Values are: 1: Disable 2: Enable
l_u_fgcra	NUMBER(10)	Local end FGCRA. Values are: Values are: 1: Disable 2: Enable
l_u_scr_policing	NUMBER(5)	Local end SCR policing.
l_u_pcr01	NUMBER(10)	Local end PCR0+1, in 100 bits per second.
l_ccdv01	NUMBER(10)	Local end CCDV0+1.
l_ccdv0	NUMBER(10)	Local end CCDV0.
l_max_buf_size	NUMBER(10)	Local end maximum buffer size.
l_cell_loss_peri od	NUMBER(10)	Local end cell loss period.
l_cdv_rx_t	NUMBER(10)	Local end CDV receive.
l_nrm	NUMBER(5)	Local end NRM.
l_tbe	NUMBER(10)	Local end TBE.
l_frtt	NUMBER(5)	Local end FRTT.
l_vsvd	NUMBER(5)	Local end VSVD.
r_rate_info	NUMBER(5)	Remote end combination field of rate information. Values are: bit(7) Fast EIA Enabled (1) Disabled (0) bit(6) DFM Enabled (1) Disabled (0) bits(5-3) Encoding: undefined (0) 7/8 (1) 8/8 (2) 8/8l (3) 7/8E (4) bit(2-0) Load type: undefined (0) voice (1) non-TS (2) TS (3) Bursty data A (4) Bursty data B (5)
r_mir	NUMBER(10)	Remote end minimum guaranteed bandwidth, in hundreds of bits per second. For example, 256 kbps is shown as 2560.
r_qir	NUMBER(10)	Remote end QIR, in 100 bits per second.
r_pir	NUMBER(10)	Remote end PIR, in 100 bits per second.
r_vc_q_depth	NUMBER(10)	Remote end VC queue depth.
r_vc_q_thresh	NUMBER(10)	Remote end VC queue threshold.
r_vc_de_thresh	NUMBER(10)	Remote end VC queue DE threshold.
r_eg_q_depth	NUMBER(10)	Remote end egress queue depth.
r_eg_q_de_thresh	NUMBER(10)	Remote end egress queue DE threshold.
r_eg_q_ecn_thresh	NUMBER(10)	Remote end egress queue ECN threshold.
r_de_tag_ena	NUMBER(10)	Remote end DE tagging enable or disable.
r_cmax	NUMBER(10)	Remote end maximum threshold for FRP credit manager.
r_per_util	NUMBER(5)	Remote end percent utilization. This parameter is taken from the routing segment.
r_con_info_flag	NUMBER(5)	Remote end connection information flags. Values are: bit(7) Foresight Enabled(1)/Disabled(0) bit(6) High Priority(1) bit(5-0) unused
r_cir	NUMBER(10)	Remote end CIR, in 100 bits per second.
r_bc	NUMBER(10)	Remote end committed burst.
r_be	NUMBER(10)	Remote end excess burst.
r_eg_q_select	NUMBER(5)	Egress queue selection.
r_ibs	NUMBER(10)	Remote end initial burst size.
r_channel_type	NUMBER(5)	Remote channel type.
r_fecn	NUMBER(5)	Remote forward explicit congestion notification.
r_de_to_clp_map	NUMBER(5)	Remote DE to CLP map. Values are: 1: Map DE bit to CLP bit in ATM cell 2: Set DE 0 and set CLP 0 3: Set DE 1 and set CLP 1
r_clp_to_de_map	NUMBER(5)	Remote CLP to DE map. Values are: 1: Map CLP bit to DE bit in Frame Relay 2: Set DE 0 and set CLP 0 3: Set DE 1 and set CLP 1 4: Ignore CLP bit and DE bit remains as received
r_efci_q_thresh	NUMBER(5)	Remote end EFCI Q threshold.
r_cbs	NUMBER(10)	Remote end CBS.
r_mfs	NUMBER(10)	Remote end MFS.
r_ccdv	NUMBER(10)	Remote end CCDV.
r_clp_hi	NUMBER(5)	Remote end CLP high threshold.
r_clp_lo	NUMBER(5)	Remote end CLP low threshold.
r_fst_rate_up	NUMBER(10)	Remote foresight rate up.
r_fst_rate_dn	NUMBER(10)	Remote foresight rate down.
r_fst_fast_dn	NUMBER(5)	Remote foresight fast down.
r_fst_qir_to	NUMBER(5)	Remote foresight QIR timeout.
r_fst_max_adj	NUMBER(10)	Remote foresight maximum adjustment.
r_clp_tagging	NUMBER(10)	Remote end CLP tagging.
r_upc_enable	NUMBER(10)	Remote end UPC enable.
r_rm_enable	NUMBER(10)	Remote end RM enable.
r_u_fgcra	NUMBER(10)	Remote end FGCRA.
r_u_scr_policing	NUMBER(5)	Remote end SCR policing.
r_u_pcr01	NUMBER(10)	Remote end PCR0+1, in 100 bits per second.
r_ccdv01	NUMBER(10)	Remote end CCDV0+1.
r_ccdv0	NUMBER(10)	Remote end CCDV0.
r_max_buf_size	NUMBER(10)	Remote end maximum buffer size.
r_cell_loss_period	NUMBER(10)	Remote end cell loss period.
r_cdv_rx_t	NUMBER(10)	Remote end CDV received.
r_nrm	NUMBER(5)	Remote end NRM.
r_tbe	NUMBER(10)	Remote end TBE.
r_frtt	NUMBER(5)	Remote end FRTT.
r_vsvd	NUMBER(5)	Remote end VSVD.
l_rate_type	NUMBER(5)	Local rate type (for voice and data connections only). The rate type range is from 0 to 13. This value is set to -1 for other connection types.
l_rate_fctr	NUMBER(5)	Local rate factor (for data connections only). The rate factor range is from 1 to 8. This value is set to -1 for other connection types.
l_smpl_per_pckt	NUMBER(5)	Local samples per packet (for data connections only). Sample per packet: (1, 2, 4, 5,10) This value is set to -1 for other connection types.
r_rate_type	NUMBER(5)	Remote rate type (for voice and data connections only). The rate type range is from 0 to 13. This value is set to -1 for other connection types.
r_rate_fctr	NUMBER(5)	Remote rate factor (for data connections only). The rate factor range is from 1 to 8. This value is set to -1 for other connection types.
r_smpl_per_pckt	NUMBER(5)	Remote samples per packet (for data connections only). Sample per packet: (1,2,4,5,10) This value is set to -1 for other connection types.
l_cbr_clock_mode	NUMBER(5)	Local end constant bit rate (CBR) clock mode. Values are: 1: Synchronous 2: srts 3: Adaptive
l_cas	NUMBER(5)	Local end signaling pass. Values are: 1: Basic 2: e1Cas 3: ds1SfCas 4: ds1EsfCas 5: ccs
l_partial_fill	NUMBER(5)	Local end partial fill. The range is from 0 to 47.
l_idle_detection	NUMBER(5)	Local end idle detection. Values are: 1: Disable 2: On hook
l_onhook_code	NUMBER(5)	Local end on-hook code. The range is from 0 to 15.
l_idle_suppression	NUMBER(5)	Local end idle suppression. Values are: 1: Disable 2: Enable
r_cbr_clock_mode	NUMBER(5)	Remote end CBR clock mode. Values are: 1: Synchronous 2: srts 3: Adaptive
r_cas	NUMBER(5)	Remote end signaling pass. Values are: 1: Basic 2: e1Cas 3: ds1SfCas 4: ds1EsfCas 5: ccs
r_partial_fill	NUMBER(5)	Remote end partial fill. The range is from 0 to 47.
r_idle_detection	NUMBER(5)	Remote end idle detection. Values are: 1: Disable 2: On hook
r_onhook_code	NUMBER(5)	Remote end on-hook code. The range is from 0 to 15.
r_idle_suppression	NUMBER(5)	Remote end idle suppression. Values are: 1: Disable 2: Enable
l_mc_type	NUMBER(5)	Local multicast type flag (for multicast connections). Values are: 0: Normal 1: Root 2: Leaf
r_mc_type	NUMBER(5)	Remote multicast type flag (for multicast connections). See the local multicast type flag for values.
l_peak	NUMBER(10)	—
r_peak	NUMBER(10)	—
l_average	NUMBER(10)	—
r_average	NUMBER(10)	—
l_burst	NUMBER(10)	—
r_burst	NUMBER(10)	—
l_aal_encap	NUMBER(5)	—
r_aal_encap	NUMBER(5)	—
l_midhigh	NUMBER(5)	—
r_midhigh	NUMBER(5)	—
l_midlow	NUMBER(5)	—
r_midlow	NUMBER(5)	—
l_oam	NUMBER(5)	—
r_oam	NUMBER(5)	—
l_inarp	NUMBER(5)	—
r_inarp	NUMBER(5)	—
l_end_nni	NUMBER(5)	Values are: -1: Unknown port type 1: nni port type 0: Non-nni port type
r_end_nni	NUMBER(5)	Values are: -1: Unknown port type 1: nni port type 0: Non-nni port type For incomplete PVCs, this field is always -1 (unknown).
controller_type	NUMBER(5)	—
l_maxcost	NUMBER(10)	—
r_maxcost	NUMBER(10)	—
l_framediscard	NUMBER(10)	—
r_framediscard	NUMBER(10)	—
l_ers	NUMBER(10)	—
r_ers	NUMBER(10)	—
l_enablestats	NUMBER(10)	—
r_enablestats	NUMBER(10)	—
l_enablecc	NUMBER(10)	—
r_enablecc	NUMBER(10)	—
l_cdv	NUMBER(10)	—
r_cdv	NUMBER(10)	—
l_ctd	NUMBER(10)	—
r_ctd	NUMBER(10)	—
l_clr	NUMBER(10)	—
r_clr	NUMBER(10)	—
l_egrscr	NUMBER(10)	—
r_egrscr	NUMBER(10)	—
l_egrmbs	NUMBER(10)	—
r_egrmbs	NUMBER(10)	—
l_ingrclr	NUMBER(10)	—
r_ingrclr	NUMBER(10)	—
l_egrclr	NUMBER(10)	—
r_egrclr	NUMBER(10)	—
l_aaltype	NUMBER(5)	—
r_aaltype	NUMBER(5)	—
l_application	NUMBER(5)	—
r_application	NUMBER(5)	—
l_locrmtloopback	NUMBER(5)	—
r_locrmtloopback	NUMBER(5)	—
l_protection	NUMBER(5)	—
r_protection	NUMBER(5)	—
l_preference	NUMBER(5)	—
r_preference	NUMBER(5)	—
l_fallbacklcn	NUMBER(10)	—
r_fallbacklcn	NUMBER(10)	—
l_lockingstate	NUMBER(5)	—
r_lockingstate	NUMBER(5)	—
l_bc_ifindex	NUMBER(10)	—
r_bc_ifindex	NUMBER(10)	—
l_ckt_ifstor_num	NUMBER(10)	—
r_ckt_ifstor_num	NUMBER(10)	—
l_bc_bufsize_fctr	NUMBER(5)	—
r_bc_bufsize_fctr	NUMBER(5)	—
l_bc_onhk_trkcond	NUMBER(5)	—
l_bc_offhk_trkcond	NUMBER(5)	—
l_bc_cga_mode	NUMBER(5)	—
r_bc_cga_mode	NUMBER(5)	—
l_atm_loc_alarm	NUMBER(5)	—
r_atm_loc_alarm	NUMBER(5)	—
l_ckt_ifstor_id	CHAR(64)	—
r_ckt_ifstor_id	CHAR(64)	—
l_ckt_bc_id	CHAR(64)	—
r_ckt_bc_id	CHAR(64)	—
descriptor	CHAR(64)	—
l_seg_endpt	NUMBER(5)	—
r_seg_endpt	NUMBER(5)	—
l_oam_mgr	NUMBER(5)	Enables or disables OAM management for the local end on this channel. Values are: 1: True (enables OAM management) 2: False (the default; disables OAM management)
r_oam_mgr	NUMBER(5)	Enables or disables OAM management for the remote end on this channel. Values are: 1: True (enables OAM management) 2: False (the default; disables OAM management)
l_oam_up_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cells to bring up a PVC connection. The range is from 1 to 600; the default is 3.
r_oam_up_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cells to bring up a PVC connection. The range is from 1 to 600; the default is 3.
l_oam_dn_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cells to bring down a PVC connection. The range is from 1 to 600; the default is 5.
r_oam_dn_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cells to bring down a PVC connection. The range is from 1 to 600; the default is 5.
l_oam_retry_intvl	NUMBER(5)	Local end retry interval, which is the frequency that end-to-end F5 OAM loopback cells are transmitted. The range is from 1 to 1000; the default is 1.
r_oam_retry_intvl	NUMBER(5)	Remote end retry interval, which is the frequency that end-to-end F5 OAM loopback cells are transmitted. The range is from 1 to 1000; the default is 1.
l_iw_capability	NUMBER(5)	Local end AIS IW capability, which is the attribute to understand the OAM capability of the peer endpoint and accordingly generate or detect a segment or end-to-end AIS. Values are: 1: e2eAisCapable 2: segAisCapable
r_iw_capability	NUMBER(5)	Remote end AIS IW capability, which is the attribute to understand the OAM capability of the peer endpoint and accordingly generate or detect a segment or end-to-end AIS. Values are: 1: e2eAisCapable 2: segAisCapable
remote_nsap	CHAR(41)	Remote NSAP address for P2MP and single-ended SPVC.
remote_vpi	NUMBER(10)	Remote VPI for P2MP and single-ended SPVC.
remote_vci	NUMBER(10)	Remote VCI for P2MP and single-ended SPVC.
l_ingr_discard	NUMBER(5)	—
r_ingr_discard	NUMBER(5)	—
l_cu_timer	NUMBER(10)	—
l_lif	NUMBER(10)	—
l_cid_timer	NUMBER(10)	—
l_fallbackPort	NUMBER(10)	—
l_fallbackVpi	NUMBER(10)	—
l_fallbackVci	NUMBER(10)	—
r_cu_timer	NUMBER(10)	—
r_lif	NUMBER(10)	—
r_cid_timer	NUMBER(10)	—
r_fallbackPort	NUMBER(10)	—
r_fallbackVpi	NUMBER(10)	—
r_fallbackVci	NUMBER(10)	—
l_act_state	NUMBER(10)	—
r_act_state	NUMBER(10)	—
l_ais_suppression	NUMBER(5)	—
l_ais_delay	NUMBER(5)	—
l_user_min_pcr_bw	NUMBER(10)	—
l_user_max_pcr_bw	NUMBER(10)	—
l_user_max_scr_bw	NUMBER(10)	—
l_user_max_mbs_bw	NUMBER(10)	—
l_user_pcr_number	NUMBER(5)	—
r_ais_suppression	NUMBER(5)	—
r_ais_delay	NUMBER(5)	—
r_user_min_pcr_bw	NUMBER(10)	—
r_user_max_pcr_bw	NUMBER(10)	—
r_user_max_scr_bw	NUMBER(10)	—
r_user_max_mbs_bw	NUMBER(10)	—
r_user_pcr_number	NUMBER(5)	—
snmp_index	NUMBER(10)	The SNMP proxy index for the user connection.

1.3.20  DS0_CONNECT

The DS0_CONNECT table contains DS-0 connection information for the VXSM card.

Table 1-285 DSO_CONNECT 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
bay (key)	NUMBER(5)	Bay number.
line (key)	NUMBER(5)	Line number.
endp1_ds1 (key)	NUMBER(10)	The value of this object equals the ifIndex of a DS-1 interface.
endp1_ds0_grp (key)	NUMBER(5)	DS-0 group that contains one or more DS-0s within the DS-1 interface represented by cDs0Endpt1Ds1. The range is from 0 to 30.
endp2_ds1	NUMBER(10)	The ifIndex of a DS-1 interface. This DS-1 interface is used as the second endpoint of the DS-0 connection.
endp2_ds0_grp	NUMBER(5)	DS-0 group that contains one or more DS-0s within the DS-1 interface represented by cDs0Endpt2Ds1. This DS-0 group is used as the second endpoint of the DS-0 connection. The range is from 0 to 30.
reserved	NUMBER(10)	Reserved for future use.

1.3.21  DSP_STATUS

The DSP_STATUS table contains Digital Signal Processing (DSP) status information for VXSM cards.

Table 1-286 DSP_STATUS 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
dsp_id	NUMBER(10)	Key of the DSP in this VXSM card.
oper_status	NUMBER(5)	Current operational state of the DSP. Values are: 1: Normal 2: Shut down 3: Congested 4: Failed
total_chan	NUMBER(10)	Total number of channels in the DSP.
bear_split	NUMBER(5)	Whether the DSP channels are split for signaling and bearer calls. Values are: 1: True 2: False
cong_occur	NUMBER(10)	Number of congestion occurrences on the DSP.
ent_phy_idx	NUMBER(10)	Entity physical index for the DSP.
reserved	NUMBER(10)	Reserved for future use.

1.3.22  ELEMENT_TEMPLATE

The ELEMENT_TEMPLATE table contains basic information about all element templates (other than connections).

Table 1-287 ELEMENT_TEMPLATE 

Column Name	Type	Description
template_id	NUMBER(10)	Unique ID of the template.
template_name	VARCHAR(0..33)	Unique name of the template.
template_descr	VARCHAR(0..50)	User-defined description of the template.
user_name	VARCHAR(0..33)	Name of the user who created the template.
group_name	VARCHAR(0..50)	Associated group or tab in the GUI for which the template is saved.
category_names	VARCHAR(0..255)	Categories under the group_name that are chosen by the user in this template.
entity_type_key	VARCHAR(0..80)	Unique string representation associated with this template for the type of card, line, port, and so on. Load templates show this template only on entities that have a similar entity_type_key.

1.3.23  ELEMENT_TEMPL_PARAM

The ELEMENT_TEMPL_PARAM table contains groups and categories associated with this element template (other than connections).

Table 1-288 ELEMENT_TEMPLATE_PARAM 

Column Name	Oracle Data Type	Description
template_name	VARCHAR(0..33)	Unique name of the template.
category_name	VARCHAR(0..50)	Name of the category for the group name in the element_template table for this template.
param_name	VARCHAR(0..50)	Parameter name in this category.
param_value	VARCHAR(0..50)	Parameter value in this category.

1.3.24  IF_SHUTDOWN

The IF_SHUTDOWN table contains information about the if_shutdown value for the DS-1 path and the SONET physical line.

Table 1-289 IF_SHUTDOWN 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
if_index	NUMBER(10)	ifIndex.
oper_state	NUMBER(5)	Service state of the DS-1 or E1 line. Values are: 1: inService 2: completeOutOfService 3: partialOutOfService
admin_state	NUMBER(5)	Control object used to change the service state of the DS-s1 line from in service to out of service or from out of service to in service. Values are: 1: inService 2: forcefulOutOfService 3: gracefulOutOfService
reserved	NUMBER(10)	Reserved for future use.

1.3.25  IMA_GROUP

The IMA_GROUP table contains information about IMA groups.

Table 1-290 IMA_GROUP 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
obj_id	NUMBER(10)	Object ID.
network_id	NUMBER(5)	Network ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
group_num	NUMBER(5)	IMA group number.
if_index	NUMBER(10)	ifIndex of the IMA group.
enable	NUMBER(5)	Administrative status of the ATM physical interface. Values are: 1: Disable 2: Enable 3: Testing
oper_status	NUMBER(5)	Operational status of the IMA group. Values are: 1: Fail 2: OK
symmetry	NUMBER(5)	Symmetry of the IMA group. Values are: 1: symmetricOperation 2: asymmetricOperation 3: asymmetricConfiguration
min_tx_links	NUMBER(5)	Minimum number of transmit links required to be active for the IMA group to be in operational.
min_rx_links	NUMBER(5)	Minimum number of receive links required to be active for the IMA group to be operational.
ne_tx_clk_mode	NUMBER(5)	Transmit clocking mode used by the near-end IMA group. Values are: 1: ctc 2: itc
tx_ima_id	NUMBER(5)	IMA ID currently in use by the near-end IMA function.
tx_frame_length	NUMBER(10)	Frame length used by the IMA group in the transmit direction. Values are: m32(32) m64(64) m128(128) m256(256)
tx_act_links	NUMBER(5)	Number of active links in the group.
diff_delay_max	NUMBER(10)	Maximum number of milliseconds of differential delay among the links that will be tolerated on this interface. The default value is 25.
alpha_val	NUMBER(5)	Alpha value used to specify the number of consecutive invalid ICP cells to be detected before moving to the IMA Hunt state from the IMA Sync state. The default value is 2.
beta_val	NUMBER(5)	Beta value used to specify the number of consecutive errored ICP cells to be detected before moving to the IMA Hunt state from the IMA Sync state. The default value is 2.
gamma_val	NUMBER(5)	Gamma value used to specify the number of consecutive valid ICP cells to be detected before moving to the IMA Sync state from the IMA Presync state. The default value is 1.
tx_cfg_links	NUMBER(5)	Number of links that are configured to transmit in this IMA group.
rx_cfg_links	NUMBER(5)	Number of links that are configured to receive in this IMA group.
tx_oam_val	NUMBER(5)	IMA OAM label value transmitted by the near-end IMA unit.
rx_oam_val	NUMBER(5)	IMA OAM label value transmitted by the far-end IMA unit. A value of 0 means that the IMA unit has not received an OAM label from the far-end IMA unit.
stuff_and_cell_ind	NUMBER(10)	Link stuff indication (LSI) bits 0 to 2.
int_up_time	NUMBER(10)	Integration time for the group up status. The group is declared to be up if the status is up persistently for the amount of time specified. The group changes to up status immediately if 0 is specified. The range is from 0 to 100000 milliseconds.
int_dn_time	NUMBER(10)	Integration time for the group down status. The group is declared to be down if the status is down persistently for the amount of time specified. The group changes to down status immediately if 0 is specified. The range is from 0 to 400000 milliseconds.
ne_version	NUMBER(5)	IMA group version at the near end. Values are: 1: Other (not available) 2: Version 10 (IMA 1.0) 3: Version 11 (IMA 1.1)
ver_fallback	NUMBER(5)	IMA version fallback support. Values are: 1: True 2: False
auto_restart	NUMBER(5)	IMA unit sync up with the far-end behavior. Values are: 1: Disable 2: Relearn 3: Reuse
rx_id_expected	NUMBER(10)	Expected far-end IMA ID or learned IMA ID. The range is from 0 to 255. -1: Undetermined far-end IMA ID from the following conditions: 1: Auto-restart feature is disabled. 2: In relearn auto-restart mode, the IMA group restarts and the relearning process is in progress. 3: In reuse auto-restart mode, the value of this field is set to -1 and the relearning process is in progress.
resync_state	NUMBER(5)	IMA group auto restart synchronization state. When the group auto-restart feature is enabled, the IMA unit runs in an enhanced IMA GSM mode. Values are: 1: disable 2: inProgress 3: loopbackSync 4: tempSync 5: feSync
reserved	NUMBER(10)	Reserved for future use.

1.3.26  IMA_GROUP_DESC

The IMA_GROUP_DESC table contains the descriptor for the IMA group.

Table 1-291 IMA_GROUP_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
group_num	NUMBER(5)	IMA group number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.27  IMA_LINK

The IMA_LINK table contains IMA link information.

Table 1-292 IMA_LINK 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
obj_id	NUMBER(10)	Object ID.
network_id	NUMBER(5)	Network ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
group_num	NUMBER(5)	Group number.
group_if_index	NUMBER(10)	ifIndex of the IMA group.
if_index	NUMBER(10)	ifIndex of the IMA link.
rel_delay	NUMBER(10)	Latest measured delay on this link relative to the link, in the same IMA group, with the least delay.
link_status	NUMBER(5)	Current link failure status of the near-end receive link. Values are: 0: noFailure 1: lifFailure 2: lodsFailure 3: imaLinkFailure 4: misConnected 5: blocked 6: fault 7: farEndTxLinkUnusable 8: farEndRxLinkUnusable 9: other
reserved	NUMBER(10)	Reserved for future use.

1.3.28  IMA_LINK_DESC

The IMA_LINK_DESC table contains the descriptor for the IMA link.

Table 1-293 IMA_LINK_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Link (line) number.
group_num	NUMBER(5)	IMA group number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.29  LAPD_TRUNK

The LAPD_TRUNK table contains VISM Link Access Procedure on the D-channel (LAPD) trunk information.

Table 1-294 LAPD_TRUNK 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
line	NUMBER(5)	Line number.
lapd_trk_state	NUMBER(5)	LAPD trunk state.
rudp_index	NUMBER(5)	Index to the vismRudpSessionCnfTable.
reserved	NUMBER(10)	Reserved for future use.

1.3.30  LICENSE_IN_USE

The LICENSE_IN_USE table contains entries showing the entities (physical or otherwise) that are using up licenses, and the number and type of licenses in use.

Table 1-295 LICENSE_IN_USE 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
slot	NUMBER(10)	Slot number.
lic_type	NUMBER(5)	License type in use by the entity (physical or otherwise). Values of a licensable feature are: 1: Unknown; the license type cannot be determined. 2: None; no license is granted for any licensable feature or service. 3: Reserved; this is a special restricted license. 4: Single service; only one of following services: ATM, Frame Relay (FR), or circuit emulation service (CES). 5: Multiservice; more than one of ATM, FR, or CES. 6: Channelization. 7: IMA; inverse multiplexing over ATM. 8: MFR; multilink Frame Relay. 9: Rate control; Cisco foresight and/or ABR. 10: Multilink; multilink features such as inverse multiplexing over ATM (IMA) or multilink Frame Relay (MFR). 11: PPP; Point-to-Point protocols such as multilink Point-to-Point protocol (MLPPP) or PPP multiplexing (PPPMux).
ent_phy_idx	NUMBER(10)	When its value is not 0, it represents entPhysicalIndex for the physical entity that is using up license(s). When its value is 0, it represents all entities (usually nonphysical entities) that do not have implementation in the entity MIB (RFC 2737).
lic_descr	CHAR(32)	Textual representation of the licensable feature. The value contained in this object is optional, and if not used, it should be a zero-length string.
in_use	NUMBER(10)	Number of celInUseLicenseType licenses currently in use by this physical entity (represented by entPhysicalIndex).
needed	NUMBER(10)	Number of celInUseLicenseType licenses currently required by this entity (physical or otherwise) to perform the desired services.
op_exp_tm_stmp	CHAR(32)	Time stamp that indicates that the physical entity's operation will not continue beyond this time, because for this particular entity (physical or otherwise), the celNeededLicenses exceed the celInUseLicenses. This value is a date-time specification with the following field, octets, content, and range: 1: 1-2, year, 0 to 65536 2: 3, month, 1 to 12 3: 4, day, 1 to 31 4: 5, hour, 0 to 23 5: 6, minutes, 0 to 59 6: 7, seconds, 0 to 60 (use 60 for leap seconds) 7: 8, deci-seconds, 0 to 9 8: 9, direction from UTC, (+ or -) 9: 10, hours from UTC, 0 to 11 10: 11, minutes from UTC, 0 to 59 For example, Tuesday, May 26, 1992 at 1:30:15 PM EDT is shown as: 1992-05-26,13:30:10,-04:00 Note If only local time is known, the time zone information (fields 8 to 10) is not present.
lic_state	NUMBER(5)	License state. Values are: 1: Clear 2: Expired 3: Missing 4: Unknown
reserved	NUMBER(10)	Reserved for future use.

1.3.31  LICENSE_POOL

The LICENSE_POOL table contains the inventory of installed licenses and defines the license pool owned by the SNMP agent implementing this table.

Table 1-296 LICENSE_POOL 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
card_type	NUMBER(5)	Vendor-specific hardware type of a physical entity that can use one or more licenses to provide licensed services or features. This values is the same as the fc_type in the Card table.
lic_type	NUMBER(5)	License type in use by the entity (physical or otherwise). Values of a licensable feature are: 1: Unknown; the license type cannot be determined. 2: None; no license is granted for any licensable feature or service. 3: Reserved; this is a special restricted license. 4: Single service; only one of following services: ATM, Frame Relay (FR), or circuit emulation service (CES). 5: Multiservice; more than one of ATM, FR, or CES. 6: Channelization. 7: IMA; inverse multiplexing over ATM. 8: MFR; multilink Frame Relay. 9: Rate control; Cisco foresight and/or ABR. 10: Multilink; multilink features such as inverse multiplexing over ATM (IMA) or multilink Frame Relay (MFR). 11: PPP; Point-to-Point protocols such as multilink Point-to-Point protocol (MLPPP) or PPP multiplexing (PPPMux).
lic_index	NUMBER(10)	Unique running value greater than 0, used as the index into the table. The values of this index are assigned contiguously starting from 1. The range is from 1 to 4294967295.
installed	NUMBER(10)	Total number of celPoolLicenseType licenses at a given time in the license pool.
in_use	NUMBER(10)	Number of used up celPoolLicenseType licenses. Each time a license is used up by the appropriate entity (physical or otherwise), this number increments. Similarly, when a license is released back to the license pool, this number decrements.
max_usage	NUMBER(10)	Maximum number of celPoolLicenseType licenses that are allowed for use by the corresponding entity type (physical or otherwise).
reserved	NUMBER(10)	Reserved for future use.

1.3.32  LIF

The LIF table contains logical interface (LIF) information for the VXSM card.

Table 1-297 LIF 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
lif_num	NUMBER(5)	Index that uniquely identifies a logical interface in the media gateway. The range is from 1 to 255.
pvc_in_lif	NUMBER(5)	Total number of PVCs within this logical interface. The range is from 0 to 10000. A value of 0 means that there is no PVC associated with the logical interface.
ds1_in_lif	NUMBER(5)	Total number of DS-1 interfaces within this logical interface. The range is from 0 to 1000. A value of 0 means that there is not DS-1 associated with the logical interface.
reserved	NUMBER(10)	Reserved for future use.

1.3.33  LINE_DESC

The LINE_DESC table contains the descriptor for the line.

Table 1-298 LINE_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.34  LINEDISTRIBUTION

The LINEDISTRIBUTION table contains information about line distribution on SRME cards.

Table 1-299 LINEDISTRIBUTION 

Column Name	Oracle Data Type	Description
dist_idx	NUMBER(5)	Distribution index.
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
bay	NUMBER(5)	Bay number. The range is from 1 to 2 for MGX 8x50 chassis, and from 1 to 1 for all others.
t3line	NUMBER(5)	SRM-3T3 line number or SRME SONET/SDH line number. The range is from 1 to 3 for SRM-3T3 and from 1 to 1 for SRME.
t1line	NUMBER(5)	T1 (E1) line number within the SRM-3T3 line or SRME SONET/SDH line. The range is from 1 to 28 for SRM-3T3, from 1 to 84 for SRME/T1 distribution, and from 1 to 63 for SRME/E1 distribution.
target_slot	NUMBER(5)	Target slot number. The range is from 1-6, 9-14, 17-22, and 25-30 for MGX 8x50 chassis. The range is from 3-6, 10-13 for MGX 8x30 chassis. The range is from 5-14 for MGX 8x20 chassis.
target_line	NUMBER(5)	Target slot's line. The range is from 1 to 8 for all chassis.
target_line_frm	NUMBER(5)	Framing type of the target line. Values are: 1: Not applicable 2: Superframe (SF) 3: Extended superframe (ESF)
if_index	NUMBER(10)	Unique value for each interface.
reserved	NUMBER(10)	Reserved for future use.

1.3.35  LINEDISTRIBUTION_DESC

The LINEDISTRIBUTION_DESC table contains the descriptor for line distribution.

Table 1-300 LINEDISTRIBUTION_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
t3line	NUMBER(5)	T3 line number.
t1line	NUMBER(5)	T1 line number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.36  MG_DNAME

The MG_DNAME table contains VISM and VXSM domain name information.

Table 1-301 MG_DNANE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
index	NUMBER(5)	Index for this table.
name	CHAR(64)	Domain name of the MGCs, TFTP server, external DNS server, or announcement server.
dns_res_type	NUMBER(5)	Type of DNS resolution to be applied for a particular domain name.
dname_type	NUMBER(5)	Domain name type. Values are: 1: gateway 2: dnsServer 3: mgc
reserved	NUMBER(10)	Reserved for future use.

1.3.37  MEGACO_CONFIG

The MEGACO_CONFIG table contains H.248 configuration information for the VXSM card.

Table 1-302 MEGACO_CONFIG 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
link_id	NUMBER(10)	Unique link ID that identifies the signaling link that this gateway uses to communicate with the gateway controllers to form an H.248 association. The range is from 1 to 2147483647.
ip_addr	NUMBER(10)	IP address that the MGC uses to communicate with the media gateway.
gw_port	NUMBER(10)	TCP/UDP port number that the MGC uses to communicate with the media gateway. The range is from 0 to 65535; the default value is 2944.
encode_schema	NUMBER(5)	Encoding scheme used to encode the H.248 messages that are sent to or received from the gateway controller. Values are: 1: Text (default) 2: Binary
gw_prtcl	NUMBER(5)	Type of control protocol in use. Values are: 1: Not applicable 2: Other 3: dss1Ip 4: ipdc 5: megacov1 6: megacov2 7: mgcp
sig_tran_prtcl	NUMBER(5)	Type of transport protocol used to transport the H.248 signaling traffic. Values are: 1: TCP 2: UDP 3: SCTP 4: Other
admin_status	NUMBER(5)	Desired state of the gateway. Values are: 1: Up 2: Down 3: Testing
oper_status	NUMBER(5)	Current operational state of the gateway. Values are: 1: Up 2: Down 3: Testing 4: Unknown
mgcg_num	NUMBER(5)	MGC group parameters associated with the MGC group index. The range is from 1 to 12.
ipaddr_idx	NUMBER(5)	Index of the entry in the cMediaGwIpConfigTable that defines the media gateway address over the control type PVC. The range is from 1 to 64.
assoc_id	NUMBER(10)	Unique identification of the H.248 association assigned by the H.248 stack. The range is from 1 to 65535.
max_context	NUMBER(10)	Maximum number of contexts allowed in the media gateway link. The range is from 1 to 4294967295; the default value is 100.
max_t_context	NUMBER(5)	Maximum number of terminations per context in the media gateway link. The range is from 1 to 100; the default value is 10.
mg_time	NUMBER(10)	Interval within which the MGC expects a response to any transaction from the media gateway. The range is from 0 to 65535; the default value is 5000.
mgc_time	NUMBER(10)	Interval within which the media gateway expects a response to any transaction from the MGC. The range is from 0 to 65535; the default value is 5000.
prov_r_time	NUMBER(10)	Time within which to expect a pending response if a transaction cannot be completed. The range is from 0 to 65535; the default value is 2000.
num_conn_retry	NUMBER(5)	Number of times the media gateway tries to connect to the MGC before it sends a disconnect command. The range is from 0 to 100; the default value is 11.
max_wait_delay	NUMBER(10)	Maximum waiting delay. The range is from 0 to 600000; the default value is 3000.
restart_delay	NUMBER(5)	Time delay before the media gateway accepts a call from the MGC after it sends the service change command with a restart. The range is from 0 to 600; the default value is 200.
resp_ret_time	NUMBER(10)	Time to retain responses before they are sent if they receive a repetition of a transaction that is still occurring. The range is from 0 to 65535; the default value is 30.
initial_rtt	NUMBER(10)	Initial round-trip time to respond to the H.248 transaction. The range is from 0 to 65535; the default value is 1000.
inactive_time	NUMBER(10)	Period of silence between messages from the MGC. The range is from 0 to 65535; the default value is 1000.
h_addr_type	NUMBER(5)	Address type in the H.248 message header. The default value is ipv4.
dservice_delay	NUMBER(10)	Grace period before the media gateway link is taken out of service. The default value is from -1 to 65535; the default value is 0.
act_mgc_addr	NUMBER(10)	Address of the currently active MGC in the media gateway link.
act_mgc_domain	CHAR(64)	Domain name of the currently active MGC in the media gateway link.
act_mgc_port	NUMBER(10)	Transport layer port number of the currently active MGC in the media gateway link. The range is from 0 to 65535.
st_chg_reason	NUMBER(5)	Reason for the operational state change. Values are: 1: mgcDirected 2: mgDirected 3: mgcNotReachable 4: numRetriesExpired
st_chg_method	NUMBER(5)	Method for the operational state change. Values are: 1: graceful 2: forced 3: handoff 4: failover 5: restart 6: disconnect
pkt_version	NUMBER(5)	TPKT header version that is assigned dynamically based on the size of the packet presented to the TCP layer. The default value is 1 (true).
command_msg_size	NUMBER(5)	Maximum message size on the gateway link for an H.248 transaction that contains media gateway-initiated commands. The range is from 4 to 4096; the default value is 64.
reply_msg_size	NUMBER(5)	Maximum message size on the gateway link for an H.248 transaction that contains media gateway reply messages to the MGC. The range is from 4 to 4096; the default value is 250.
reserved	NUMBER(10)	Reserved for future use.

1.3.38  MEGACO_PROFILE

The MEGACO_PROFILE table contains H.248 profile information for the VXSM card.

Table 1-303 MEGACO_PROFILE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
profile_idx	NUMBER(10)	Index of the H.248 profile. The range is from 1 to 65535.
cp_inter_dur	NUMBER(10)	Duration between playing two call progressing signals for a list of call progressing tones. The range is from 0 to 4294967295; the default value is 60.
dig_on_dur	NUMBER(10)	Signal duration for all signals in the DTMF generator package. The range is from 0 to 4294967295.
pause_dur	NUMBER(10)	Duration between playing two-digit signals for a list of digits. The range is from 0 to 4294967295; the default value is 60.
cot1_freq	NUMBER(5)	First frequency tone to be sent between the originating and terminating gateways in the continuity test. The range is from 1 to 4000.
cot2_freq	NUMBER(5)	Second frequency tone to be sent between the originating and terminating gateways in the continuity test. The range is from 1 to 4000; the default value is 1780.
init_cot_dur	NUMBER(10)	Duration for the continuity test tone to be played when the gateway initiates a continuity test tone (COT). The range is from 0 to 4294967295; the default value is 500.
resp_cot_met	NUMBER(5)	Method for responding to the COT when the gateway detects a continuity test signal. Values are: 1: Loopback 2: Transponder
dl_cp_dur	NUMBER(10)	Duration for detecting a long call progressing tone. The range is from 0 to 4294967295; the default value is 7000.
dl_dig_dur	NUMBER(10)	Duration for detecting a long digit tone signal. The range is from 0 to 4294967295; the default value is 7000.
ec_enable	NUMBER(5)	Whether the echo cancellation is enabled. Values are: 1: Enable 2: Disable
ec_trail	NUMBER(5)	This object is valid if the cmedxprofileEchoCancelEnabled object is true. Valid values are: 1: echoCanceller8ms (default) 2: echoCanceller16ms 3: echoCanceller24ms 4: echoCanceller32ms 5: echoCanceller64ms 6: echoCanceller128ms
gain_ctrl	NUMBER(5)	Amount of gain inserted at the receiver side of the interface. The range is from -6 to 14; the default value is 0.
outattn_ctrl	NUMBER(5)	Amount of attenuation inserted at the transmit side of the interface. The range is from 0 to 14; the default value is 0.
voip_vad	NUMBER(5)	Voice Activity Detection (VAD) is enabled for the compression DSPs of this interface when the application is VoIP. Values are: 1: Enable (default) 2: Disable
voip_vad_t	NUMBER(10)	Hangover time for VAD in the VoIP application. The data type is an unsigned32. The range is from 0 to 4294967295; the default value is 100.
voaal2_vad_t	NUMBER(10)	Hangover time for VAD in the VoATM over AAL2 application. The data type is an unsigned32. The range is from 0 to 4294967295; the default value is 100.
atm_bearer_type	NUMBER(5)	ATM bearer type. Values are: 1: bearerSvc (default) 2: bearerPvc
atm_aal_part_fil	NUMBER(5)	Fill level of cells in case of ATM adaptation layer (AAL) adaptation. The range is from 1 to 48; the default is 47.
atm_aal_type	NUMBER(5)	Adaptation layer of ATM. Values are: 1: other 2: aal1 3: aal1Sdt (default) 4: aal1Udt 5: aal2
supr_bearer_dig	NUMBER(5)	Suppresses the bearer digits. Values are: 1: true 2: false (default)
orig_cot_tx	NUMBER(5)	Specifies the COT tone to be transmitted from the originating gateway during the continuity test. Values are: 1: co1—CO1 is either 2000 Hz or 2010 Hz 2: co2—CO2 is always 1780 Hz
orig_cot_rx	NUMBER(5)	Specifies the COT tone to be received in the originating gateway during the continuity test. Values are: 1: co1—CO1 is either 2000 Hz or 2010 Hz 2: co2—CO2 is always 1780 Hz
term_cot_tx	NUMBER(5)	Specifies the COT tone to be transmitted from the terminating gateway during the continuity test. Values are: 1: co1—CO1 is either 2000 Hz or 2010 Hz 2: co2—CO2 is always 1780 Hz
term_cot_rx	NUMBER(5)	Specifies the COT tone to be received in the terminating gateway during the continuity test. Values are: 1: co1—CO1 is either 2000 Hz or 2010 Hz 2: co2—CO2 is always 1780 Hz
Reserved	NUMBER(10)	Reserved for future use.

1.3.39  MEGACO_TERM

The MEGACO_TERM table contains H.248 termination information for the VXSM card.

Table 1-304 MEGACO_TERM 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
term_type_id	NUMBER(10)	Identification number that is assigned to the termination type by the manager. The range is from 1 to 65535.
term_type	NUMBER(5)	Type of ephemeral termination groups. Values are: 1: unknown 2: pdnRtp 3: pdnAtmAal1 4: pdnAtmAal2
profile_id	NUMBER(10)	Property profile identifier with which the terminations within this termination type are associated. The range is from 0 to 65535.
pkg_id	byte	H.248 package applied to the termination type. Values are: 0: pkgG—Generic 4: pkgDG—Basic DTMF generator 6: pkgCG—Call process tone generator 9: pkgNT—Network 10: pkgRTP—Real-time Transport Protocol (RTP) 12: pkgAN—Generic announcement 15: pkgSrvTn—Basic service tone generator
reserved	NUMBER(10)	Reserved for future use.

1.3.40  MG_SUP_PRTCL

The MG_SUP_PRTCL table contains VISM media gateway-supported protocol information.

Table 1-305 MG_SUP_PRTCL 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
protocol (key)	smallint	Protocol index. This refers to the mgProtocolNumber object.
name	CHAR(64)	Control protocol. Its revision is supported by the call gateway. This refers to the mgProtocolName object.
type	NUMBER(5)	Protocol type. Values are: 1: other 2: mgcp 3: megaco 4: tgcp
udp_port	NUMBER(10)	UDP port associated with the protocol. If the name equals 1.0, check whether the type is one of the following: 2: mgcp; the default value is 2727 3: megaco; the default value is 2944 The range is from 0 to 65535.
preference	NUMBER(5)	Protocol preference.
reserved	NUMBER(10)	Reserved for future use.

1.3.41  MGC_GRP

The MGC_GRP table contains MGC redundancy group information for the VISM or VXSM card.

Table 1-306 MGC_GRP 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgcg_num	NUMBER(5)	MGC group number. A group can contain more than one MGC. This refers to the mgcRedundancyGrpNum object.
mgc_num	NUMBER(5)	Individual MGC index. This refers to the mgcNumber object.
mgcg_pref	NUMBER(5)	Allows you to configure primaries and secondaries. This refers to the mgcRedundancyGrpPref object. VXSM is the preference of the MGC on the MGC group. The lower the number, the higher the preference. The range is from 1 to 12; the default value is 1.
mgcg_act_state	NUMBER(5)	Denotes the MGC within an MGC redundancy group that is currently active or controlling the gateway. This refers to the mgcRedundancyGrpActState object.
udp_port	NUMBER(10)	UDP port of the MGC on the MGC group. The range is from 0 to 65535; the default is 0.
reserved	NUMBER(10)	Reserved for future use.

1.3.42  MGC_IP

The MGC_IP table contains MGC IP information for the VXSM card.

Table 1-307 MGC_IP 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgc_num	NUMBER(5)	Local index of the MGC. The range is from 1 to 32.
mgc_ip_idx	NUMBER(5)	Unique index to identify the address of a specific MGC. The range is from 1 to 8.
ip_addr	NUMBER(10)	Resolved MGC IP address.
ip_addr_type	NUMBER(5)	Type of IP address. Values are: 0: unknown 1: ipv4 (default) 2: ipv6 16: dns
ip_resolution	NUMBER(5)	Kind of resolution to be applied to the IP address. Values are: 1: Internal only 2: External only
ip_pref	NUMBER(5)	Preference of the cMgcIpAddress object in the given MGC. The lower the number, the higher the preference. The range is from 1 to 8; the default value is 1.
reserved	NUMBER(10)	Reserved for future use.

1.3.43  MGC_RES

The MGC_RES table contains VISM media gateway controller resolution information.

Table 1-308 MGC_RES 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
index	NUMBER(5)	Name assigned to the IP address for each MGC. This refers to the mgcResolutionIndex object.
name	CHAR(64)	Name of the entity (for example, MGC and/or notified entity) whose address is to be resolved. This refers to the mgcResolutionName object.
ipaddr	NUMBER(10)	IP address of the entity. This refers to the mgcResolutionIpAddress object.
comm_state	NUMBER(5)	Whether an address is currently used for communications with the system. This refers to the mgcResolutionCommState object. Values are: 1: csActive 2: csInactive
preference	NUMBER(10)	Allows you to configure primaries and secondaries. This refers to the mgcResolutionPreference object.
dns_res_flag	NUMBER(5)	Flag to indicate whether an entry is internal or external. This refers to the mgcDnsResolutionFlag object.
dns_ip_type	NUMBER(5)	Domain name server IP type. Only IPv4 is supported. The default value is 1 for IPv4.
reserved	NUMBER(10)	Reserved for future use.

1.3.44  MGCG_PARAM

The MGCG_PARAM table contains VISM redundancy group parameter information.

Table 1-309 MGCP_PAPAM 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgcg_num	NUMBER(5)	MGC group number. A group can contain more than one MGC. This refers to the mgcRedundancyGrpNum object.
assoc_state	NUMBER(5)	Association state between the media gateway and the MGC. This indicates that the mgcAssociationState is deprecated. This object refers to the mgcRedundancyGrpCommState object.
assoc_state_ctrl	NUMBER(5)	Controls the association state, as represented by the mgcAssociationState object. This indicates that the mgcAssociationStateControl is deprecated. This object refers to the mgcRedundancyGrpStateChangeNtfy object.
mgcg_priority	NUMBER(5)	This refers to the mgcRedundancyGrpPriority object.
total_mgc	NUMBER(5)	Total number of MGCs associated with the MGC group. The range is from 0 to 128; the initial value is 0.
assoc_info	NUMBER(10)	The MGC redundant group, with multicall agent, should be associated with the profile or MGCPAPP object; then, the voice gateway can use the multicall agent related to the MGC group. This is a bitmap to store association information. Values are: bit 0-30: profile 1 to profile 31 bit 31: for voice gateway A value of 0 means that this MGC group is not associated with any profile or gateway. The range is from 0 to 2147483647.
protocol	NUMBER(5)	Total number of protocols associated with this MGC group. The range is from 0 to 128.
reserved	NUMBER(10)	Reserved for future use.

1.3.45  MGCG_PROTOCOL

The MGCG_PROTOCOL table contains VISM redundancy group protocol information.

Table 1-310 MGCG_PROTOCOL 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgcg_num	NUMBER(5)	MGC redundancy group number. This refers to the mgcRedundancyGrpNum object.
prtcl_num	NUMBER(5)	This refers to the mgProtocolNumber object.
persist_ev_policy	NUMBER(5)	Determines how the persistent events are notified. Values are: 1: quarantinePersistEvts 2: notQuarantinePersistEvts
quar_policy	NUMBER(5)	Quarantine policy. Values are: 1: stepProcess 2: stepDiscard 3: loopProcess 4: loopDiscard
on_off_policy	NUMBER(5)	Enables the provisioning of signaled events. Values are: 1: deleteEventNotPresent 2: deleteOnlyNegatedEvent
prov_response	NUMBER(5)	Enables or disables sending the provisional response to the CA. 1: sendProvisionalResponse 2: notSendProvisionalResponse
resp_ack_attr	NUMBER(5)	Values are: 1: sendResponseAckAttr 2: notSendResponseAckAttr
discon_proc	NUMBER(5)	Indicates whether a disconnected procedure needs to enabled or disabled on each protocol on each MGC group. Values are: 1: doDisconnectProcedure 2: notDoDisconnectProcedure
cancel_graceful	NUMBER(5)	Indicates whether notification of restart in progress cancel graceful should be enabled or disabled on each protocol on each configured MGC group. Values are: 1: sendCancelGraceful 2: notSendCancelGraceful
preference	NUMBER(5)	VXSM is the preference of the protocol on the MGC group. The lower the number, the higher the preference. The range is from 1 to 8; the default value is 1.
reserved	NUMBER(10)	Reserved for future use.

1.3.46  MGX8880_NE_INFO_TABLE

The MGX8880_NE_INFO_TABLE table contains MGX-specific information.

Table 1-311 MGX8880_NE_INFO_TABLE 

Column Name	Oracle Data Type	Description
NEDBAccessID	NUMBER(10)	Unique sequence number generated by the database.
NeSetSnmpCommString	VARCHAR2(64)	SNMP set community to be used for SNMP operations.
PnniNodeId	VARCHAR2(44)	PNNI node ID of a PNNI NE.
LanIpAddress	NUMBER(10)	LAN IP address of an NE.
NodePrefix	VARCHAR2(26)	Node prefix of a PNNI NE.
MgxModelNum	NUMBER(10)	MGX NE model number. Values are: •8850 •8880
NeName	VARCHAR(33)	NE name.
Platform	NUMBER(5)	NE platform type. The value is 18 for MGX 8880/8850 NEs.

1.3.47  NETWORK

The NETWORK table contains the ID and name of each managed network in the database.

Table 1-312 NETWORK 

Column Name	Oracle Data Type	Description
netw_id	NUMBER(5)	Network ID.
ipx_netw_id	NUMBER(5)	Routing domain network ID.
netw_name	CHAR(8)	Network name.
active	NUMBER(5)	Active state flag. Values are: 0: Inactive—The entry has been deleted. 1: Active
upgrade_status	NUMBER(5)	Network upgrade status. Values are: 0: unknown 1: upgrading 2: not upgrading
mgmt_comm	NUMBER(5)	Values are: 0: NWIP_OFF 1: NWIP_ON 2: LANIP default value: -1
protocol	NUMBER(5)	Protocol used in the network. Values are: 0: NULL_PROTOCOL 1: AUTOROUTE_PROTOCOL 2: ILMI_PROTOCOL 3: HYBRID_PROTOCOL 4: TAG_PROTOCOL 8: STANDALONE_PROTOCOL 16: PNNI_PROTOCOL
reserved	NUMBER(10)	Reserved for future use.

1.3.48  NETWORK_DESC

The NETWORK_DESC table contains the descriptor of the network.

Table 1-313 NETWORK_DESC 

Column Name	Oracle Data Type	Description
netw_id	NUMBER(10)	Network ID.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Indicates whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.49  NHM_MANAGEABILITY

The NHM_MANAGEABILITY table contains node manageability status information for a given NE.

Table 1-314 NHM_MANAGEABILITY 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
node_name	CHAR(40)	Node name.
ip_reachability	NUMBER(5)	IP reachability status of the node. Values are: 7000: IP is reachable 7001: IP is not reachable
ftp_reachability	NUMBER(5)	FTP reachability status of the node. Values are: 7002: FTP reachable 7003: FTP unreachable 7004: Maximum session error 7005: Wrong ID or password error 7006: Not applicable 7007: FTP timeout
snmp_community_string	NUMBER(5)	SNMP community string validation. Values are: 6000: Both Get String and Set String are ok 6001: Get String is not ok but Set String is ok 6002: Get String is ok but Set String is not ok 6003: Both Get String and Set String are not ok 6004: Error
trap_ip	NUMBER(5)	Trap IP status. Values are: 7014: Trap IP is ok and reachable 7015: Trap IP is not ok 7016: Trap IP is ok but unreachable 7017: Timeout 7018: Error 7019: Not applicable
trap_manager	NUMBER(5)	Trap manager registration status. Values are: 7020: Registration status is ok 7021: Registration is not ok 7022: Timeout 7023: Error 7024: Not applicable
time_stamp	NUMBER(20)	Time stamp when the node manageability test was performed.

1.3.50  NHM_STATS

The NHM_STATS table contains statistics about SNMP, FTP, and TFTP operations performed by CTM on a given node.

Table 1-315 NHM_STATS 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
node_name	CHAR(40)	Node name.
protocol	NUMBER(5)	Protocol type. Values are: 1: FTP 2: TFTP 3: SNMP
status_type	NUMBER(5)	Operation status. Examples of operations are SNMP, FTP, and TFTP. Values are: 0: Success 1: Generic error 2: Session fail 3: Transfer fail 4: Retry exceeded 5: File size mismatch 6: Throttle error 7: Session timeout 8: Transfer timeout 9: Queue full
count	NUMBER(10)	Count of successful or failed operations.
rate	NUMBER(20)	Rate at which an operation is performed.
time_stamp	NUMBER(20)	Time stamp when the protocol statistic test was performed.

1.3.51  NODE_DESC

The NODE_DESC table contains the descriptor of a node.

Table 1-316 NODE_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Indicates whether the description has been deleted. Values are: 0: No, the description has not been deleted. 1: Yes, the description has been deleted.

1.3.52  NODE_THRESH

The NODE_THRESH table contains node grooming threshold information for each node in the network.

Table 1-317 NODE_THRESH 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the table index and CMSC node ID of the managed switch.
atmservicecategory	NUMBER(5)	Applies to the route optimization (grooming) feature. This is the table index and ATM service category as defined in the cmscNodeThreshServiceCategory and CmscNodeAndCardGroup.mib objects.
awabsolute	int8	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the absolute threshold of AW to reroute connections of CBR, NRTVBR, RTVBR, ABR, and UBR categories.
awpercentage	NUMBER(10)	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the percentage threshold of AW to reroute connections of CBR, NRTVBR, RTVBR, ABR, and UBR categories.
ctdabsolute	int8	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the absolute threshold of CTD to reroute connections of CBR and RTVBR categories.
ctdpercentage	NUMBER(10)	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the percentage threshold of CTD to reroute connections of CBR and RTVBR categories.
cdvabsolute	int8	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the absolute threshold of CDV to reroute connections of CBR and RVBR categories.
cdvpercentage	NUMBER(10)	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the percentage threshold of CDV to reroute connections of CBR and RTVBR categories.
reserved	NUMBER(10)	Reserved for future use.

1.3.53  NODE_GROOM

The NODE_GROOM table contains node grooming information.

Table 1-318 NODE_GROOM 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the table index and CMSC node ID of the managed switch.
orderly_grooming	small NUMBER(10)	Applies to the route optimization (grooming) feature. This indicates whether the orderly grooming is enabled.
orderly_groom_group_size	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the number of connections to be groomed in an orderly grooming batch.
orderly_groom_group_time	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the maximum time (in seconds) to process each grooming batch.
softrerouteenable	small NUMBER(10)	Applies to the route optimization (grooming) feature. This indicates whether the soft reroute functionality is enabled.
trunk_util_threshold	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the bandwidth utilization threshold on the interface.
node_alarm_delay_timer	NUMBER(10)	Applies to the AIS delay, reroute delay, and absolute and grooming thresholds feature. This is the alarm delay, in seconds.
reserved	NUMBER(10)	Reserved for future use.

1.3.54  PATH_DESC

The PATH_DESC table contains the descriptor for the path.

Table 1-319 PATH_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
channel_bitmap	INT	Channel bitmap number.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Indicates whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.55  PNNI_IF

The PNNI_IF table contains PNNI interface information.

Table 1-320 PNNI_IF 

Column Name	Type	Description
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number. The default value is 1.
line	NUMBER(5)	Line number.
port	NUMBER(5)	Port number.
if_index	NUMBER(10)	IfIndex from the ifTable table.
if_aggr_token	NUMBER(10)	Configured aggregation token for this interface. The aggregation token controls the links that the link associated with this interface will be aggregated with. The default value is 0.
if_admwt_cbr	NUMBER(10)	Administrative weight of this interface for the constant bit rate service category. The default value is 5040.
if_admwt_rtvbr	NUMBER(10)	Administrative weight of this interface for the real-time variable bit rate service category. The default value is 5040.
if_admwt_nrtvbr	NUMBER(10)	Administrative weight of this interface for the nonreal-time variable bit rate service category. The default value is 5040.
if_admwt_abr	NUMBER(10)	Administrative weight of this interface for the available bit rate service category. The default value is 5040.
if_admwt_ubr	NUMBER(10)	Administrative weight of this interface for the unspecified bit rate service category. The default value is 5040.
reserved	NUMBER(10)	Reserved for future use.

1.3.56  PORT_DESC

The PORT_DESC table contains the port descriptor.

Table 1-321 PORT_DESC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
logical_port	NUMBER(5)	Logical port number.
vPort	NUMBER(5)	Virtual port number. Note This is used only for BXM virtual ports and RPM subinterfaces.
descriptor	CHAR(64)	Descriptor.
timestamp	NUMBER(10)	Time, in INT format, when the last operation was performed on this table.
deleted	NUMBER(5)	Indicates whether the table has been deleted. Values are: 0: No, the descriptor has not been deleted. 1: Yes, the descriptor has been deleted.

1.3.57  PROGRAM_TONE

The PROGRAM_TONE table contains programmable tone information for the VXSM card.

Table 1-322 PROGRAM_TONE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
plan_id	NUMBER(10)	Tone plan in the table. The range is from 1 to 65535.
tone_id	NUMBER(10)	Programmable tone in a tone plan. The range is from 1 to 65535.
tone_freq	CHAR(64)	Frequency of the tone that will be played to determine how it will be detected.
tone_amp	CHAR(64)	Power level of the tone that will be played to determine how it will be detected.
tone_cad	CHAR(64)	Cadence of the tone that will be played to determine how it will be detected.
duration	NUMBER(10)	Duration of the tone that will be played. The range is from 0 to 4294967295.
storage_type	NUMBER(5)	Storage type. Values are: 1: other 2: volatile; for example, in RAM 3: nonvolatile; for example, in NVRAM 4: permanent; for example, partially in ROM 5: read only; for example, completely in ROM
reserved	NUMBER(10)	Reserved for future use.

1.3.58  REDUNDANTCARD

The REDUNDANTCARD table contains information about redundant cards.

Table 1-323 REDUNDANTCARD 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
pri_slot	NUMBER(5)	Primary slot number.
pri_type	NUMBER(5)	Primary card type.
pri_status	NUMBER(5)	Primary card status. Refer to card.fc_state for applicable values.
sec_slot	NUMBER(5)	Secondary slot number.
sec_type	NUMBER(5)	Secondary card type.
sec_status	NUMBER(5)	Secondary card status. Refer to card.fc_state for applicable values.
covered_slot	NUMBER(5)	Covered slot number.
red_type	NUMBER(5)	Redundancy type. Values are: 1: 1-to-1 (Y-cable) 2: 1-to-n
reserved	NUMBER(10)	Reserved for future use.

1.3.59  RPM_CONNECTION

The RPM_CONNECTION table contains information about RPM connections (RPM-PR and RPM-XF).

Table 1-324 RPM_CONNECTION 

Column Name	Type	Description
con_obj_id	NUMBER(10)	Connection object ID. This field is derived from CTM based on slot number and LCN. It is a four-byte field where the first byte is the slot number and the other three bytes are the LCN.
master_flag	NUMBER(5)	Master endpoint of the connection. Values are: 1: True 2: False (default)
l_network_id	NUMBER(5)	Local network ID.
l_node_id	NUMBER(10)	Local node ID.
l_slot	NUMBER(5)	Slot number of the local RPM card. The range is from 1 to 32.
l_line	NUMBER(5)	RPM's port adapter interface at the local end of the connection. Currently, only one port adapter interface is supported.
l_port	NUMBER(5)	Subinterface number at the local end of the connection. The range is from 0 to 32767.
l_vpi	NUMBER(5)	The VPI, together with the local VCI and NSAP, represents the local endpoint in this connection. For RPM in MGX 8850 release 2.0, the values are: •For a VCC connection, the value is 0. •For a VPC connection, the range is from 1 to 255.
l_vci	NUMBER(10)	The VCI, together with the local VPI and NSAP, represents the local endpoint in this connection. For RPM in MGX 8850 release 2.0, the values are: •For a VCC connection, the range is from 1 to 3803. •For a VPC connection, the range is from 0 to 65535.
r_network_id	NUMBER(5)	Remote network ID.
r_node_id	NUMBER(10)	Remote node ID.
r_slot	NUMBER(5)	Slot number of the remote RPM card. The range is from 1 to 32.
r_line	NUMBER(5)	RPM's port adapter interface at the remote end of the connection.
r_port	NUMBER(5)	Subinterface number at the remote end of the connection. The range is from 0 to 32767.
r_vpi	NUMBER(5)	The VPI, together with the remote VCI and NSAP, represents the remote endpoint in this connection. For RPM in MGX 8850 release 2.0, the values are: •For a VCC connection, the value is 0. •For a VPC connection, the range is from 1 to 255.
r_vci	NUMBER(10)	The VCI, together with the remote VPI and NSAP, represents the remote endpoint in this connection. For RPM in MGX 8850 release 2.0, the values are: •For a VCC connection, the range is from 1 to 3803. •For a VPC connection, the range is from 0 to 65535.
sub_type	NUMBER(5)	Service type of the connection that is mapped from the rpmChanServiceType object. Values are: 1: ATFR 2: VBR 3: CBR 5: ABSRSTD 6: ABRFST 10: UBR 13: VBR3 14: ABR1 These values are consistent with the atm_connection table. For RPM in MGX 8850 release 2.0, only the following values are supported: 7: vbr3nRT 8: ubr1 10: abr
status	NUMBER(5)	Status of the channel. In MGX 8850 release 1.0, values are: 1: Clear 2: Fail In MGX 8850 release 2.0, this is the secondary status. It defines the possible alarms at an endpoint. Values are: 0: Clear 1: ingAisRdi—Endpoint receiving AIS or RDI cells in the ingress direction. 2: egrAisRdi— Endpoint receiving AIS or RDI cells in the egress direction. 4: conditioned—Networking entity has forced the endpoint to out-of-service state. This could be attributed to either routing failure or to a maintenance operation initiated by the networking entity. 8: interfaceFail—The interface to which this connection belongs has failed. 16: ccFail—The OAM continuity check between the connection and its peer endpoint has detected a failure. For RPM, this is interpreted as an OAM loopback failure. 33: mismatch—Connection exists in the SM database, but not in the network controller database. 64: ingAbitFail—Feeder connection detects an A-bit failure in the ingress direction.
peak	NUMBER(10)	Peak cell rate, in cells per second. The range is from 0 to 353208. Note This field is used in MGX 8850 release 1.0 but not in MGX 8850 release 2.0.
average	NUMBER(10)	•For the ABR service type, this value sets the minimum cell rate in cells per second. •For the variable bit rate (VBR) service type, this value sets the sustainable cell rate in cells per second. Note This field is used in MGX 8850 release 1.0 but not in MGX 8850 release 2.0.
burst	NUMBER(10)	Refers to the rpmChanBurstSize object. This is the number of ATM cells that a virtual circuit can transmit. The range is from 1 to 65535. Note This field is used in MGX 8850 release 1.0 but not in MGX 8850 release 2.0.
mid_low	NUMBER(5)	Refers to the rpmChanMidLow object. This is the starting message identifier number of the PVC. The range is from 0 to 1023. Note This field is not used in MGX 8850 release 2.0.
mid_high	NUMBER(5)	Refers to the rpmChanMidHigh object. This is the ending message identifier number of the PVC. The range is from 0 to 1023. Note This field is not used in MGX 8850 release 2.0.
oam	NUMBER(5)	Refers to the rpmChanOAMloopback object. This is the frequency (in seconds) of generating an OAM F5 loopback cell. The range is from 0 to 600; the default value is 10.
inverse_arp	NUMBER(5)	Refers to the rpmChanInArpFreq object. This is the frequency (in minutes) of sending an inverse ARP datagram. The range is from 0 to 60; the default value is 15.
aal_encap	NUMBER(5)	AAL encapsulation type. For MGX 8850 release 1.0, values are: 1: aal5snap (default) 2: aal34smds 3: aal5nlpid 4: qsaal 5: ilmi 6: aal5muxXNS 7: aal5muxIP 8: aal5muxVINES 9: aal5muxNOVELL1 10: unknown For MGX 8850 release 2.0, values are: 1: aal5ciscoPPP 2: aal5muxAPOLLO 3: aal5muxAPPLETALK 4: aal5muxDECNET 5: aal5muxIP 6: aal5muxIPX 7: aal5muxPPP 8: aal5muxVINES 9: aal5muxXNS 10: aal5nlpid 11: aal5snap (default) 12: ilmi 13: qsaal
vcd	NUMBER(10)	Virtual circuit descriptor. This is a unique identifier for the connection used by the CLI. This refers to the rpmChanVcd object. The range is from 0 to 4095.
virtual_template	NUMBER(10)	Number used to identify the virtual template. The range is from 0 to 25; the default value is 0.
commentc	CHAR(20)	Comment field.
vp_flag	NUMBER(5)	VP or VC endpoint. Values are: 1: True (VP endpoint) 2: False (VC endpoint)
rate_up	NUMBER(5)	Rate increase factor. For RPM in MG X8850 release 2.0, values are: 1: RIF_one 2: RIF_oneOver2 4: RIF_oneOver4 8: RIF_oneOver8 16: RIF_oneOver16 (default) 32: RIF_oneOver32 64: RIF_oneOver64 128: RIF_oneOver128 256: RIF_oneOver256 512: RIF_oneOver512 1024: RIF_oneOver1024 2048: RIF_oneOver2048 4096: RIF_oneOver4096 8192: RIF_oneOver8192 16384: RIF_oneOver16384 32768: RIF_oneOver32768
rate_down	NUMBER(5)	Rate decrease factor. Refer to the description of the rate_up field for possible values.
if_index	NUMBER(10)	The ifIndex value that represents the port.
shelf	NUMBER(5)	Shelf number.
bay	NUMBER(5)	Bay number.
vt_port	NUMBER(5)	VT port connection. Values are: 0: VCC 1: VPC
lcn	NUMBER(10)	Unique number that identifies a connection within a physical entity (for example, a service module card). Values are: •For VCC, the range is from 17 to 3824. •For VPC, the range is from 3841 to 4095.
upd_counter	NUMBER(10)	Determines if a channel in the table has been modified and if it requires an upload. The datatype is unsigned32. The one who uses this value needs to do the conversion. The range is from 0 to 4294967295.
l_nsap_addr	byte	Internal NSAP address assigned to a local endpoint.
r_nsap_addr	byte	NSAP address of the peer endpoint. The r_node_id, r_slot, r_line, and r_port objects are decoded from this value.
ctlr_id	NUMBER(5)	Enables you to associate an endpoint with a specific controller. The range is from 1 to 255; the default value is 2.
max_cost	NUMBER(10)	Cost of the route. The range is from 0 to 0xffffffff; the default value is 0xffffffff.
oper_status	NUMBER(5)	Operational status of an endpoint. This is the primary status. Values are: 1: operOk 2: operFail 3: adminDown The upper-level alarm is bit 14 and the value is 16384.
pcr	NUMBER(10)	Peak cell rate (PCR). The range is from 7 to 353208.
mcr	NUMBER(10)	Minimum cell rate (MCR). The range is from 7 to 353208.
scr	NUMBER(10)	Sustainable cell rate (SCR). The range is from 7 to 353208.
cdv	NUMBER(10)	Cell delay variation (CDV). The range is from 0 to 16777215.
ctd	NUMBER(10)	Network transfer delay. The range is from 0 to 65535
mbs	NUMBER(10)	Maximum burst size (MBS) in cells. The range is from 1 to 65535.
cdvt	NUMBER(10)	Cell delay variation tolerance (CDVT). The range is from 0 to 4294967295.
lper_util	NUMBER(5)	Percent utilization. The range is from 0 to 100; the default value is 100.
r_pcr	NUMBER(10)	Remote PCR. The range is from 7 to 353208.
r_mcr	NUMBER(10)	Remote MCR. The range is from 7 to 353208.
rper_util	NUMBER(5)	Remote percent utilization. The range is from 0 to 100; the default value is 100.
icr	NUMBER(10)	Initial cell rate (ICR). The range is from 0 to 4294967295.
adtf	NUMBER(10)	ACR decrease time factor (ADTF). The range is from 1 to 1023.
nrm	NUMBER(5)	Maximum number of cells a source can send for each forwarded RM cell. Values are: 1: nrm2 2: nrm4 3: nrm8 4: nrm16 5: nrm32 6: nrm64 7: nrm128 8: nrm256
trm	NUMBER(5)	Upper time boundary between forwarded RM cells for an active source. Values are: 1: trm0point78125 2: trm1point5625 3: trm3point125 4: trm6point25 5: trm12point5 6: trm25 7: trm50 8: trm100
cdf	NUMBER(5)	Cutoff decrease factor (CDF). Values are: 1: cdf0 2: cdfOneOver64 3: cdfOneOver32 4: cdfOneOver16 5: cdfOneOver8 6: cdfOneOver4 7: cdfOneOver2 8: cdfOne
frtt	NUMBER(10)	Fixed round-trip time (FRTT). The range is from 0 to 16700000.
tbe	NUMBER(10)	Transient buffer exposure (TBE). The range is from 0 to 16777215.
ais_iw_cap	NUMBER(5)	Defines an SPVC endpoint's AIS capability. Values are: 1: e2eAisCapable—Endpoint is capable of detecting or generating e2e AIS. 2: segAisCapable—Endpoint is capable of detecting or generating seg AIS.
clr	NUMBER(10)	Cell loss ratio (CLR). The range is from 1 to 15.
oam_mgr	NUMBER(5)	Enables or disables OAM management for this channel. Values are: 1: true—Enable OAM management. 2: false—(Default). Disable OAM management.
oam_up_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cell to bring up an SPVC connection. The range is from 1 to 600; the default value is 3.
oam_down_count	NUMBER(5)	Number of consecutive end-to-end F5 OAM loopback cell to bring down an SPVC connection. The range is from 1 to 600; the default value is 5.
oam_retry_intvl	NUMBER(5)	Frequency with which end-to-end F5 OAM loopback cells are transmitted. The range is from 1 to 1000; the default value is 1.
rout_pri	NUMBER(5)	Routing priority of the connection. The range is from 1 to 15; the default value is 8.
slave_type	NUMBER(5)	Indicates whether a master endpoint has a persistent slave. A connection with a master and a nonpersistent slave is considered a single-ended SPVC. Values are: 1: Persistent slave 2: Nonpersistent slave
r_src	NUMBER(10)	Sustainable cell rate for the remote-to-local direction, in cells per seconds. The range is from 0 to 4294967295.
r_mbs	NUMBER(10)	MBS (in cells) used in the remote-to-local direction. The range is from 0 to 5000000.
r_cdv	NUMBER(10)	Maximum tolerable cell delay variation (in microseconds) for the remote-to-local direction. The range is from 0 to 16777215; the default value is 16777215.
r_ctd	NUMBER(10)	Maximum tolerable network transfer delay in (in milliseconds) for the remote-to-local direction. The range is from 0 to 65535; the default value is 65535.
reserved	NUMBER(10)	Reserved for future use.

1.3.60  RPM_PORT

The RPM_PORT table contains information about the RPM subinterface.

Table 1-325 RPM_PORT 

Column Name	Oracle Data Type	Description
port_obj_id	NUMBER(10)	Port object ID. This value is a four-bye field with the following format: 1 1 2 Bytes +----+------+--------+ | 7 | l_slot | l_port | +----+------+--------+
l_network_id	NUMBER(5)	Network ID.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Logical slot number of the RPM card. The range is from 1 to 32.
l_line	NUMBER(5)	For MGX 8850 Release 1, this value is always 1. For MGX 8850 Release 2, this value is a dummy number.
l_port	NUMBER(5)	Subinterface number. The range is from 0 to 32767.
ip_address	NUMBER(10)	The four-octet IP address of the subinterface.
subnet_mask	NUMBER(10)	The four-octet subnetmask of the subinterface.
status	NUMBER(5)	RPM on MGX2. Values are: 1: Up 2: Down 3: Testing 4: Unknown
commentc	CHAR(20)	Comment field.
shelf	NUMBER(10)	Shelf number. Note This parameter applies only to RPM on MGX2.
bay	NUMBER(5)	Bay number. Note This parameter applies only to RPM on MGX2.
adapter_if	NUMBER(10)	The RPM's port adapter interface. Note This parameter applies only to RPM on MGX2.
subif_type	NUMBER(5)	Link type of the subinterface. Values are: 1: pointToPoint 2: multiPoint 3: labelSwitching Note This parameter applies only to RPM on MGX2.
admin_status	NUMBER(5)	Administrative state of the interface. Values are: 1: Up 2: Down 3: Testing Note This field applies only to RPM on MGX2.
reserved	NUMBER(10)	Reserved for future use.

1.3.61  RSC_PART

The RSC_PART table contains information about resource partitions.

Table 1-326 RSC_PART 

Column Name	Oracle Data Type	Description
obj_id	NUMBER(10)	Object ID assigned by CTM. This is a four-byte field with the following format: 1 2 1 Bytes +----+--------+----+ |slot| port |part| Id +----+--------+----+
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number of the card.
line	NUMBER(5)	Line number associated with the logical interface. For PXM, there are four physical lines currently. If this partition belongs to an IMA port, the line indicates the IMA group number with the fifteenth bit set.
port	NUMBER(10)	Logical interface number. For RPM-PR cards, this parameter takes the value of the port field in the virtual_ port table.
ctrlr_type	NUMBER(5)	Index for the controller that is using the interface. Values are: 1: PAR 2: PNNI 3: TAG (LSC)
ingr_pctbw	NUMBER(10)	Percentage of logical interface bandwidth (bbIfIngrPctBandwidth) that is available for UNI channels.
egr_pctbw	NUMBER(10)	Percentage of aggregate physical line bandwidth that is available for this broadband interface in the egress direction. The default is 0%.
vpi_low	NUMBER(10)	Beginning of the VPI range reserved for this partition. The range is from 0 to 4095. For RPM, the range is from 0 to 255.
vpi_high	NUMBER(10)	End of the VPI range reserved for this partition. The range is from 0 to 4095. For RPM, the range is from 0 to 255. If the VPI range is configured as 0 to 0 on the RPM, it means that this partition is used to terminate VCCs only.
vci_low	NUMBER(10)	Beginning of the VCI range reserved for this partition. The range is from 0 to 65535. This field is valid only for logical interfaces configured with a single VPI.
vci_high	NUMBER(10)	End of the VCI range reserved for this partition. This field is valid only for logical interfaces configured with a single VPI. For RPM, if the VPI range is configured as 0 to 0, the valid VCI range is from 1 to 3824 (that is, only 3824 VCCs are allowed). 3824 = 4096 (maximum LCNs/RPM) -16 (reserved) - 255 (for VPCs) - 1 (VCI 0 not used). If the VCI range is from 0 to 65535, the entire VCI range is reserved for each VPI in the partition (used to terminate VPCs).
max_chans	NUMBER(10)	Maximum number of channels that are available to the controller. The range is from 0 to 4047. For AUSM-8T1/E1 on PXM1E, the range is from 0 to 32767.
min_chans	NUMBER(10)	Minimum number of channels that are available to the controller. The default is 0.
if_index	NUMBER(10)	Unique value for each interface.
shelf	NUMBER(10)	Shelf number.
bay	NUMBER(5)	Bay number.
part_id	NUMBER(5)	Resource partition ID. The range is from 1 to 255.
ctrlr_id	NUMBER(5)	Controller ID. The range is from 1 to 255. This value is not part of the obj_id. This value is used to reference the entry in the cwRsrcPartCtrlrConfTable.
vtrk_id	NUMBER(5)	Virtual trunk ID. The default value is 0.
egr_guar_bw	NUMBER(10)	Guaranteed percentage of bandwidth in the egress direction. The range is from 0 to 1000000. The unit of measure is 0.0001%. The default value is 0. For RPM, this parameter supports only multiples of 10,000.
egr_max_bw	NUMBER(10)	Maximum percentage of bandwidth in the egress direction. The range is from 0 to 1000000. The unit of measure is 0.0001%. The default value is 0. For RPM, this parameter supports only multiples of 10,000.
ing_guar_bw	NUMBER(10)	Guaranteed percentage of bandwidth in the ingress direction. The range is from 0 to 1000000. The unit of measure is 0.0001%. The default value is 0. For RPM, this parameter supports only multiples of 10,000.
ing_max_bw	NUMBER(10)	Maximum percentage of bandwidth in the ingress direction. The range is from 0 to 1000000. The unit of measure is 0.0001%. The default value is 0. For RPM, this parameter supports only multiples of 10,000.
part_guar_con	NUMBER(10)	Guaranteed number of connections that can be configured on this partition. The range is from 0 to 131072; the default value is 0. For RPM, the range is bound by the range of VPI and VCI.
part_max_con	NUMBER(10)	Maximum number of connections that can be configured on this partition. The range is from 0 to 131072. For RPM, the range is bound by the range of VPI and VCI.
ilmi_enabled	NUMBER(5)	Indicates whether ILMI signaling is enabled on the resource partition. Values are: 1: Enable 2: Disable (default) This parameter is not supported on the RPM card.
signal_vpi	NUMBER(10)	VPI on which signaling cells arrive. The range is from 0 to 255. This parameter is not supported on the RPM card.
signal_vci	NUMBER(10)	VCI on which signaling cells arrive. The range is from 0 to 65535. This parameter is not supported on the RPM card.
ilmi_trap_enable	NUMBER(5)	Whether ILMI trap generation is enabled or disabled. Values are: 1: Enable 2: Disable This parameter is not supported on the RPM card.
ilmi_e_poll_intvl	NUMBER(10)	Time to detect establishment of ILMI connectivity, in seconds. The range is from 1 to 65535; the default value is 1 second. This parameter is not supported on the RPM card.
ilmi_ck_poll_intvl	NUMBER(10)	Time to detect loss of ILMI connectivity, in seconds. The range is from 0 to 65535; the default value is 5 seconds. This parameter is not supported on the RPM card.
ilmi_poll_intvl_fr	NUMBER(10)	ILMI consecutive polls factor. The range is from 0 to 65535; the default value is 4. This parameter is not supported on the RPM card.
sa_vpi_lo	NUMBER(5)	Low end of the VPI range for this SVC aggregate. The range is from 0 to 4095.
sa_vpi_hi	NUMBER(5)	High end of the VPI range for this SVC aggregate. The range is from 0 to 4095.
sa_egr_pctbw	NUMBER(5)	Total egress bandwidth that is used by SVC connections within the resource partition. The range is from 1 to 100.
sa_ing_pctbw	NUMBER(5)	Total ingress bandwidth that is used by SVC connections within the resource partition. The range is from 1 to 100.
sac_vad_tol	NUMBER(5)	User-accepted drop rate for voice connections when the bandwidth usage exceeds the allowed value. The range is from 1 to 10000.
sac_vad_dc	NUMBER(5)	Talk-spurts duty cycle, in percent. The range is from 1 to 99.
reserved	NUMBER(10)	Reserved for future use.

1.3.62  RSC_POLICY

The RSC_POLICY table contains resource policy information for the VXSM card.

Table 1-327 RSC_POLICY 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
rp_index	NUMBER(10)	Index to the table. The range is from 1 to 1000.
rsc_type	NUMBER(5)	Resource type of connection admission control (CAC) resource utilization. Values are: 1: cpu5Sec 2: cpuAvg 3: ioMem 4: procMem 5: totMem 6: totCalls 7: staMem 8: dynMem
rsc_type (continued)	NUMBER(5)	9: commBuf 10: msgQueue 11: dspQueue 12: svc 13: ds0 14: dspChannel 15: h248Mem 16: atmQueue 17: rsvpQueue 18: h248Cong 19: callPerSec
tunable	NUMBER(5)	Indicates whether this CAC resource is a user-tunable resource with modifiable thresholds. Values are: 1: True 2: False
avg_util	NUMBER(5)	Indicates that this CAC resource is an averaged utilization that is calculated by the average utilization of interval defined in ccacSysRpInterval. Values are: 1: True 2: False
p_abs_num	NUMBER(5)	Whether the utilization and threshold unit of this CAC resource is a percentage or an absolute number. Values are: 1: unitPercent 2: unitAbsoluteNum
hi_threshold	NUMBER(10)	Maximum utilization in percentage or in absolute numbers allowed for this CAC resource. The range is from 0 to 100000.
med_threshold	NUMBER(10)	Utilization in percentage or in absolute numbers of the resource that reaches the value of the object. The range is from 0 to 100000.
low_threshold	NUMBER(10)	Utilization in percentage or in absolute numbers of an unavailable resource that falls below the value of the object. When the low threshold is reached, the action is removed and the resource is marked as available. The range is from 0 to 100000.
rp_interval	NUMBER(5)	Time interval for which the average utilization is computed. The range is from 10 to 300; the default value is 60.
action	NUMBER(5)	Action to be taken when the ccacSysRpHighThreshold is exceeded. Values are: 1: none 2: busyout 3: treatment 4: busyoutAndTreatment
cur_read	NUMBER(10)	Current utilization or number reading of the CAC resource in percentage or in absolute numbers. The range is from 1 to 100000. If p_abs_num is unitPercent (1), the range is from 0 to 100. If p_abs_num is unitAbsoluteNum (2), the range is from 0 to 100000.
available	NUMBER(5)	Indicates whether the CAC resource is available. Values are: 1: True 2: False
reserved	NUMBER(10)	Reserved for future use.

1.3.63  RTP_CONN

The RTP_CONN table contains VISM RTP connection information.

Table 1-328 RTP_CONN 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
conn_num	NUMBER(5)	Index of the vismRtpConnTable. This refers to the vismRtpConnNum object.
lcn	NUMBER(10)	RTP-related LCN (PVC). This refers to the vismRtpLcn object.
endpt_num	NUMBER(5)	Endpoint number to which the RTP connection is associated. This value is the same as the mgEndpointNumber in the mgEndpointTable. This refers to the vismRtpEndptNum object.
loc_port	NUMBER(10)	Static local RTP port used by the connection. This refers to the vismRtpLocPort object.
rmt_ip	NUMBER(10)	Remote VISM's IP address. This refers to the vismRtpRmtIp object.
rmt_port	NUMBER(10)	Static remote RTP port used by the connection. This refers to the vismRtpRmtPort object.
conn_mode	NUMBER(5)	Whether a connection is set up for sending, receiving, or both sending and receiving. This refers to the vismRtpConnMode object.
br_tos	NUMBER(5)	Bitmask used for the Type of Service (TOS) octet for cells carrying VoIP bearer (RTP) traffic. This refers to the vismRtpBearerTos object.
codec_type	NUMBER(5)	Type of codec used to transport voice and voice band data (VBD) packets. This refers to the vismRtpCodecType object.
pkt_period	NUMBER(5)	Packetization period for a particular codec, in milliseconds. This refers to the vismRtpPktPeriod object.
vad_tmr	NUMBER(10)	Hangover time for VAD, in milliseconds. This refers to the vismRtpVadTimer object.
ecan_enable	NUMBER(5)	Whether echo cancellation is enabled on this connection. This refers to the vismRtpEcanEnable object.
tri_red	NUMBER(5)	Whether the packets are sent in triplicates. This refers to the vismRtpTriRedundancy object.
dtmf_trspt	NUMBER(5)	Whether the DTMF digits are transported to the other endpoint. This refers to the vismRtpDtmfTransport object.
cas_trspt	NUMBER(5)	Whether the channel associated signaling (CAS) (ABCD) bits are transported to the other endpoint. This refers to the vismRtpCasTransport object.
vad	NUMBER(5)	Whether VAD must be applied on this channel upon detection of silence. This refers to the vismRtpVad object.
ics_enable	NUMBER(5)	Enables or disables the Idle Channel Suppression for a connection. This refers to the vismRtpICSEnable object.
alm_state	NUMBER(5)	Alarm state of the connection. This refers to the vismRtpConnAlarmState object.
upper_lev_alm	NUMBER(5)	RTP failure reason. This refers to the vismRtpFailReason object.
payload_type	NUMBER(5)	Payload type to be used when adding connection(s) in VoIP trunking. The IANA values are: 0 to 95: Static payload 96 to 127: Dynamic payload
reserved	NUMBER(10)	Reserved for future use.

1.3.64  RUDP_SESSION

The RUDP_SESSION table contains RUP session information for VISM and VXSM cards.

Table 1-329 RUDP_SESSION 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
session_num	NUMBER(5)	Index of the vismRudpSessionCnfEntry table. This refers to the vismRudpSessionNum object. The range is from 1 to 64.
l_ipaddr	NUMBER(10)	IP address of the gateway (VISM). This refers to the vismRudpSessionLocalIp object.
l_port	NUMBER(10)	Port number of the gateway (VISM) for this session. This refers to the vismRudpSessionLocalPort object. The range is from 1124 to 3123 (1 based); the default is 1124.
r_ipaddr	NUMBER(10)	IP address of the MGC. This refers to the vismRudpSessionRmtIp object.
r_port	NUMBER(10)	Port number of the MGC for this session. This refers to the vismRudpSessionRmtPort object. The range is from 1124 to 3123; the default is 1124.
group_num	NUMBER(5)	Session group to which this session belongs. This refers to the vismRudpSessionGrpNum object. The range is from 1 to 16.
priority	NUMBER(5)	When a session fails, this indicates which session the session manager should try to make active. This refers to the vismRudpSessionPriorit object. The lower the number, the higher the priority. The range is from 1 to 4; the default value is 1.
session_state	NUMBER(5)	State of this session. This refers to the vismRudpSessionState object. Values are: 1: oos (default) 2: is 3: primary
win_size	NUMBER(5)	Maximum size of the receive window in segments. This refers to the vismRudpSessionMaxWindow object. The range is from 1 to 64; the default value is 32.
sync_attempts	NUMBER(5)	Maximum number of attempts to synchronize with the MGC. This refers to the vismRudpSessionSyncAttempts object. The range is from 1 to 32; the default value is 5.
max_seg_size	NUMBER(10)	Maximum number of octets that can be received by the peer sending the synchronous (SYN) segment. This refers to the vismRudpSessionMaxSegSize object. The range is from 30 to 65535; the default value is 384.
max_auto_reset	NUMBER(5)	Maximum number of consecutive auto resets that will be performed before a connection is reset. This refers to the vismRudpSessionMaxAutoReset object. The range is from 0 to 255; the default value is 5.
retrans_timeout	NUMBER(10)	Timeout value (in milliseconds) for retransmission of unacknowledged packets. This refers to the vismRudpSessionRetransTmout object. The range is from 100 to 65535; the default value is 600.
max_retrans	NUMBER(5)	Maximum number of times consecutive retransmission will be attempted before the connection is considered broken. This refers to the vismRudpSessionMaxRetrans object. The range is from 0 to 255; the default value is 3.
max_ack	NUMBER(5)	Maximum number of acknowledgments that will be accumulated before sending an acknowledgment of when another segment is not sent. This refers to the vismRudpSessionMaxCumAck object. The range is from 0 to 255; the default value is 3.
ack_timeout	NUMBER(10)	Timeout value for sending an acknowledgment segment if another segment is not sent. This refers to the vismRudpSessionCumAckTmout object. The range is from 100 to 65535; the default value is 300.
out_of_seq	NUMBER(5)	Maximum number of out-of-sequence packets that will be accumulated before an EACK segment is sent. This refers to the vismRudpSessionMaxOutOfSeq object. The range is from 0 to 255; the default value is 4.
null_seg_timeout	NUMBER(10)	Time (in milliseconds) of idle time before sending a null segment. This refers to the vismRudpSessionNullSegTmout object. The range is from 0 to 65535; the default value is 2000.
trans_stat_timeout	NUMBER(10)	Time (in milliseconds) to wait for transfer state before an auto reset occurs. This refers to the vismRudpSessionTransStateTmout object. The range is from 0 to 65535; the default value is 2000.
rudp_session_type	NUMBER(5)	Whether the session is configured for trunking or Primary Rate Interface (PRI) backhaul. This refers to the vismRudpSessionType object.
rudp_session_rgwip	NUMBER(10)	IP address of the remote VISM. This refers to the vismRudpSessionRmtGwIp object.
reserved	NUMBER(10)	Reserved for future use.

1.3.65  SENSOR_THRHD

The SENSOR_THRHD table contains VXSM sensor threshold information.

Table 1-330 SENSOR_THRHD 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
ent_phy_idx	NUMBER(10)	EntPhysicalIndex reference to the sensor.
thrhd_idx	NUMBER(10)	Uniquely identifies an entry in the entSensorThreshold table. The range is from 1 to 99999999.
thrhd_severity	NUMBER(5)	Severity of this threshold. Values are: 1: Other 10: Minor 20: Major 30: Critical
thrhd_rel	NUMBER(5)	Relation between the sensor value (entSensorValue) and threshold value (entSensorThresholdValue), which is required to trigger the alarm. Values are: 1: Less than 2: Less than or equal to 3: Greater than 4: Greater than or equal to 5: Equal to 6: Not equal to
thrhd_value	NUMBER(10)	Value of the threshold. The range is from -1000000000 to 1000000000.
thrhd_eval	NUMBER(5)	Result of the most recent threshold evaluation. Values are: 1: True 2: False
thrhd_notif	NUMBER(5)	Controls the generation of entSensorThresholdNotification for this threshold. Values are: 1: True 2: False
reserved	NUMBER(10)	Reserved for future use.

1.3.66  SESSION_GROUP

The SESSION_GROUP table contains VISM and VXSM session group information.

Table 1-331 SESSION_GROUP 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
group_num	NUMBER(5)	Index for the vismSessionGrpEntry table. This refers to the vismSessionGrpNum object. The range is from 1 to 16.
set_num	NUMBER(5)	Session set number to which this session group belongs. This refers to the vismSessionGrpSetNum object.
group_state	NUMBER(5)	State of the session group. This refers to the vismSessionGrpState object. Values are: 1: idle 2: oos 3: is
curr_session	NUMBER(5)	Current session that has received the active state from the MGC in this session group. This refers to the vismSessionGrpCurrSession.
total_sessions	NUMBER(5)	Total number of sessions that has been added to this group. This refers to the vismSessionGrpTotalSessions object.
switch_fail	NUMBER(5)	Counter that keeps track of failed attempts to switch between sessions in this group. This refers to the vismSessionGrpSwitchFails object.
switch_success	NUMBER(5)	Counter that keeps track of successful attempts to switch between sessions in this group. This refers to the vismSessionGrpSwitchSuccesses object.
mgc_name	CHAR(64)	Name of the MGC. This refers to the vismSessionGrpMgcName object.
reserved	NUMBER(10)	Reserved for future use.

1.3.67  SESSION_SET

The SESSION_SET table contains VISM and VXSM session set information.

Table 1-332 SESSION_SET 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
set_num	NUMBER(5)	Logical index of this table. This refers to the vismSessionSetNum object. The range is from 1 to 8.
set_state	NUMBER(5)	State of the session set. This refers to the vismSessionSetState object. Values are: 1: idle (default) 2: oos 3: active 4: standby 5: full
total_groups	NUMBER(5)	Number of session groups that have been added to a session set. This refers to the vismSessionSetTotalGrps object.
active_group	NUMBER(5)	Current active group number. This refers to the vismSessionSetActiveGrp object.
switch_fail	NUMBER(5)	Counter that tracks failed attempts to switch between session groups in this set. This refers to the vismSessionSetSwitchFails object.
switch_success	NUMBER(5)	Counter that keeps track of successful attempts to switch between session groups in this set. This refers to the vismSessionSetSwitchSuccesses object.
fault_tolerant	NUMBER(5)	Whether the set configuration is fault tolerant. This refers to the vismSessionSetFaultTolerant object.
reserved	NUMBER(10)	Reserved for future use.

1.3.68  SHELF

The SHELF table contains information about shelves.

Table 1-333 SHELF 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
network_id	NUMBER(5)	Network ID.
name	CHAR(32)	Shelf name.
mac_addr	CHAR(6)	MAC address.
routing_ip_addr	NUMBER(10)	IP address for routing.
lan_ip_addr	NUMBER(10)	IP address of the feeder shelf.
slip_ip_addr	NUMBER(10)	Serial Line Internet Protocol (SLIP) IP address.
shelf	NUMBER(10)	Shelf number.
serial_id	CHAR(21)	Backplane serial number.
shelf_type	NUMBER(5)	Shelf type based on the number of slots. A value of 1 indicates a 16-shot shelf (currently used only by AXIS).
status	NUMBER(5)	ASM alarm status of the shelf object. Values are: 1: ASM alarm off 2: ASM alarm on
filtered_alarm	NUMBER(5)	Values are: -1: Not supported 0: Clear 1: Minor 2: Major 3: Critical This parameter applies only to MGX1 feeders.
reserved	NUMBER(10)	Reserved for future use.

1.3.69  SRCP_PARAM

The SRCP_PARAM table contains VISM Simple Resource Control Protocol (SRCP) peer group parameter information.

Table 1-334 SRCP_PARAM 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgcg_num	NUMBER(5)	MGC redundancy group number. This refers to the mgcRedundancyGrpNum object.
hb_interval	NUMBER(10)	Length of the heartbeat interval, in milliseconds. This refers to the srcpPeerGrpHeartbeatInterval object.
time_since_hb	NUMBER(10)	Time since the last heartbeat was received, in milliseconds. This refers to the srcpPeerGrpTimeSinceHeartbeat object.
max_pdu_size	NUMBER(10)	Maximum UDP PDU size, in octets. This refers to the srcpPeerGrpMaxPduSize object.
reserved	NUMBER(10)	Reserved for future use.

1.3.70  SRCP_PEER

The SRCP_PEER table contains VISM SRCP peer information.

Table 1-335 SRCP_PEER 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
peerid	NUMBER(5)	SRCP peer index. This refers to the srcpPeerId object.
name	CHAR(64)	Name of the SRCP peer. This refers to the srcpPeerName object.
peerport	NUMBER(10)	UDP port of the SRCP peer. This refers to the srcpPeerPortNumber object. The default value is 2048.
hb_interval	NUMBER(10)	Length of the heartbeat interval, in milliseconds. If the value is 0, the heartbeat for this peer is not monitored, meaning that the srcpPeerHeartbeatInterval object is deprecated. The srcpPeerGrpHeartbeatInterval object is introduced in the srcpPeerGrpParamTable table.
time_since_hb	NUMBER(10)	Time since the last heartbeat was received, in milliseconds. This indicates that the srcpPeerTimeSinceHeartbeat object is deprecated. The srcpPeerGrpTimeSinceHeartbeat is introduced in the srcpPeerGrpParamTable table.
max_pdu_size	NUMBER(10)	Maximum UDP size, in octets. This indicates that the srcpPeerMaxPduSize object is deprecated. The srcpPeerGrpMaxPduSize object is introduced in the srcpPeerGrpParamTable table.
reserved	NUMBER(10)	Reserved for future use.

1.3.71  STAT_ENABLE

The STAT_ENABLE table contains information about the type of network statistics that are collected.

Table 1-336 STAT_ENABLE 

Column Name	Oracle Data Type	Description
obj_id	INT	Object ID.
l_node_id	INT	Node ID
object_type	NUMBER(5)	Object type. Values are: 0: Connection 1: Circuit line (service line) 2: Packet line (trunk line) 3: Frame Relay port
stat_type	NUMBER(5)	Statistic type.
bucket_type	NUMBER(5)	Duration, in minutes, of the bucket.
owner_netw_id	NUMBER(5)	IPX network ID of the node.
owner_node_id	NUMBER(5)	IPX node ID.
num_buckets	NUMBER(5)	Maximum number of buckets residing in the IPX real-time memory.
bucket_size	NUMBER(5)	Size of the bucket, in bytes.
retain_peak	NUMBER(5)	Flag to indicate whether the peak is saved. This is a two-byte value where a high-order byte has the following format: Bit 7: High 0: Interval in minutes 1: Interval in seconds Bits 0 to 6: Peak interval A low-order byte has the following values: 0: Don't save peak 1: Save peak
auto_stat	NUMBER(5)	Flag to indicate whether the statistic is enabled by the system by default. Values are: 0: Not enabled by default 1: Enabled by default
enable_flag	NUMBER(5)	Flag to indicate the active status of the statistic type. Values are: 0: Inactive 1: Active
collect_interval	NUMBER(10)	Time interval, in minutes, to collect statistical data.
enable_time	NUMBER(10)	UNIX time when the statistic was enabled.
retain_period	NUMBER(10)	Duration period, in minutes, of the records saved in the database.
reserved	NUMBER(10)	Reserved for future use.

1.3.72  SVC_CAC

The SVC_CAC table is the port CAC configuration table that specifies the CAC information for each interface.

Table 1-337 SVC_CAC 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number. The default value is 1.
line	NUMBER(5)	Line number.
port	NUMBER(5)	Port number.
if_index	NUMBER(10)	IfIndex number from the ifTable table.
util_fact_cbr	NUMBER(10)	Booking factor for CBR.
util_fact_rt_vbr	NUMBER(10)	Booking factor for real-time VBR.
util_fact_nrt_vbr	NUMBER(10)	Booking factor for nonreal-time VBR.
util_fact_abr	NUMBER(10)	Booking factor for ABR.
util_fact_ubr	NUMBER(10)	Booking factor for UBR.
max_bw_cbr	NUMBER(10)	Maximum bandwidth for CBR.
max_bw_rt_vbr	NUMBER(10)	Maximum bandwidth for real-time VBR.
max_bw_nrt_vbr	NUMBER(10)	Maximum bandwidth for nonreal-time VBR.
max_bw_abr	NUMBER(10)	Maximum bandwidth for ABR.
max_bw_ubr	NUMBER(10)	Maximum bandwidth for UBR.
min_bw_cbr	NUMBER(10)	Minimum bandwidth for CBR.
min_bw_rt_vbr	NUMBER(10)	Minimum bandwidth for real-time VBR.
min_bw_nrt_vbr	NUMBER(10)	Minimum bandwidth for nonreal-time VBR.
min_bw_abr	NUMBER(10)	Minimum bandwidth for ABR.
min_bw_ubr	NUMBER(10)	Minimum bandwidth for UBR.
max_vc_cbr	NUMBER(10)	Maximum number of VCs for CBR.
max_vc_rt_vbr	NUMBER(10)	Maximum number of VCs for real-time VBR.
max_vc_nrt_vbr	NUMBER(10)	Maximum number of VCs for nonreal-time VBR.
max_vc_abr	NUMBER(10)	Maximum number of VCs for ABR.
max_vc_ubr	NUMBER(10)	Maximum number of VCs for UBR.
min_vc_cbr	NUMBER(10)	Minimum number of VCs for CBR.
min_vc_rt_vbr	NUMBER(10)	Minimum number of VCs for real-time VBR.
min_vc_nrt_vbr	NUMBER(10)	Minimum number VCs for nonreal-time VBR.
min_vc_abr	NUMBER(10)	Minimum number of VCs for ABR.
min_vc_ubr	NUMBER(10)	Minimum number of VCs for UBR.
max_vc_bw_cbr	NUMBER(10)	Maximum bandwidth for a VC for CBR.
max_vc_bw_rt_vbr	NUMBER(10)	Maximum bandwidth for a VC for real-time VBR.
max_vc_bw_nrt_vbr	NUMBER(10)	Maximum bandwidth for a VC for nonreal-time VBR.
max_vc_bw_abr	NUMBER(10)	Maximum bandwidth for a VC for ABR.
max_vc_bw_ubr	NUMBER(10)	Maximum bandwidth for UBR.
def_cdvt_cbr	NUMBER(10)	Default CDVT for CBR.
def_cdvt_rt_vbr	NUMBER(10)	Default CDVT for real-time VBR.
def_cdvt_nrt_vbr	NUMBER(10)	Default CDVT for nonreal-time VBR.
def_cdvt_abr	NUMBER(10)	Default CDVT for ABR.
def_cdvt_ubr	NUMBER(10)	Default CDVT for UBR.
def_mbs_rt_vbr	NUMBER(10)	Default MBS for real-time VBR.
def_mbs_nrt_vbr	NUMBER(10)	Default MBS for nonreal-time VBR.
reserved	NUMBER(10)	Reserved for future use.

1.3.73  SVC_OPERATION

The SVC_OPERATION table contains SVC operation information.

Table 1-338 SVC_OPERATION 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
port	NUMBER(5)	Port number.
if_index	NUMBER(10)	IfIndex number.
ilmi_enable	NUMBER(5)	Operational state of the ILMI. Values are: 1: True 2: False
ifc_type	NUMBER(5)	Interface type. Values are: 1: publicUni 2: privateUni 3: iisp 4: pnni
ifc_side	NUMBER(5)	IME type of the ATM device. Values are: 1: User side 2: Network side 3: Symmetric
max_vpcs	NUMBER(10)	Maximum number of switched and permanent VPCs supported on this ATM interface.
max_vccs	NUMBER(10)	Maximum number of switched and permanent VCCs supported on this ATM interface.
max_vpibits	NUMBER(10)	Maximum number of active VPI bits.
max_vcibits	NUMBER(10)	Maximum number of active VCI bits.
uni_type	NUMBER(5)	Type of ATM device. Values are: 1: Public 5: Private
uni_version	NUMBER(5)	Latest version of the ATM forum, UNI signaling specification. Values are: 1: version2point0 2: version3poing0 3: version3poing1 4: version4poing0 5: unsupported
device_type	NUMBER(5)	Type of the ATM device. Values are: 1: User 2: Node
ilmi_version	NUMBER(5)	Latest version of the ATM forum, ILMI specification. Values are: 1: unsupported 2: version4point0
nni_sig_version	NUMBER(5)	Latest version of the ATM forum, PNNI signaling specification. Values are: 1: unsupported 2: iisp 3: pnniVersion1point0
max_svpc_vpi	NUMBER(10)	Maximum switched VPC VPI.
min_svpc_vpi	NUMBER(10)	Minimum switched VPC VPI.
max_svcc_vpi	NUMBER(10)	Maximum switched VCC VPI.
min_svcc_vpi	NUMBER(10)	Minimum switched VCC VPI.
max_svcc_vci	NUMBER(10)	Maximum switched VCC VCI.
min_svcc_vci	NUMBER(10)	Minimum switched VCC VCI.
reserved	NUMBER(10)	Reserved for future use.

1.3.74  SVC_PORT

The SVC_PORT table is an interface configuration table that collects attributes that affect the operation of the controller interface.

Table 1-339 SVC_PORT 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	CTM node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number. The default value is 1.
line	NUMBER(5)	Line number.
port	NUMBER(5)	Port number.
if_index	NUMBER(10)	IfIndex number from the ifTable table.
admin_status	NUMBER(5)	Administrative status. Values are: 1: inService 2: outService 3: blocked
oper_status	NUMBER(5)	Operational state. Values are: 1: ok 2: failed 3: other
svc_blocked	NUMBER(5)	Whether switch virtual connections are allowed.
spvc_blocked	NUMBER(5)	Whether soft permanent virtual connections are allowed.
signalling_vpi	NUMBER(10)	Signaling virtual path identifier (VPI).
signalling_vci	NUMBER(10)	Signaling virtual channel identifier (VCI).
routing_vpi	NUMBER(10)	Routing VPI.
routing_vci	NUMBER(10)	Routing VCI.
uni_version	NUMBER(5)	Latest version of the ATM forum, UNI signaling specification. Values are: 1: uni20 2: uni30 3: uni31 4: uni40 5: ituDss2 6: frf4 7: unsupported 8: ip 9: self
nni_version	NUMBER(5)	Latest version of the ATM forum, PNNI signaling specification. Values are: 1: iisp30 2: iisp31 3: pnni10 4: enni 5: aini 7: unsupported
uni_type	NUMBER(5)	Type of ATM device. Values are: 1: public 2: private
side	NUMBER(5)	Type of ATM device. Values are: 1: user 2: network
svcc_vpi_lo	NUMBER(10)	Minimum SVCC VPI configured.
svcc_vpi_hi	NUMBER(10)	Maximum SVCC VPI configured.
svcc_vci_lo	NUMBER(10)	Minimum SVCC VCI configured.
svcc_vci_hi	NUMBER(10)	Maximum SVCC VCI configured.
svpc_vpi_lo	NUMBER(10)	Minimum SVPC VPI configured.
svpc_vpi_hi	NUMBER(10)	Maximum SVPC VPI configured.
enhanced_lisp	NUMBER(5)	Indicates whether the enhanced features for Interim Inter-Switch Signaling Protocol (IISP) are enabled or disabled.
spvc_addr	CHAR(40)	Address that identifies the internal NSAP address assigned to a port by the switch. The format is a 13-byte node prefix and 7-byte port number.
trunkmaintenance	NUMBER(5)	Applies to the trunk maintenance feature. This indicates whether the interface is in maintenance mode.
maint_start_timer	NUMBER(10)	Applies to the trunk maintenance feature. This is the connection reroute start timer used after the trunk goes to maintenance mode.
maint_conn_per_group	NUMBER(10)	Applies to the trunk maintenance feature. This is the number of connections to be rerouted in parallel, per batch.
maint_interval	NUMBER(10)	Applies to the trunk maintenance feature. Time interval (in seconds) between each batch of rerouted connections.
maint_deroute_option	NUMBER(5)	Applies to the trunk maintenance feature. Reroute options are: •None •ServiceCategoryBased •VpiVciBased •NumConnBased
maint_service_category	NUMBER(5)	Applies to the trunk maintenance feature. This is the service category to be rerouted.
maint_start_vpi	NUMBER(10)	Applies to the trunk maintenance feature. This is the starting VPI of the connections to be rerouted.
maint_start_vci	NUMBER(10)	Applies to the trunk maintenance feature. This is the starting VCI of the connections to be rerouted.
maint_end_vpi	NUMBER(10)	Applies to the trunk maintenance feature. This is the ending VPI of the connections to be rerouted.
maint_end_vci	NUMBER(10)	Applies to the trunk maintenance feature. This is the ending VCI of the connections to be rerouted.
maint_num_deroute	NUMBER(10)	Applies to the trunk maintenance feature. This is the total number of connections to be rerouted.
deroute_delay_enable	NUMBER(5)	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This indicates whether the reroute delay is enabled or disabled on this PNNI interface.
deroute_delay_timer	NUMBER(10)	Applies to the AIS delay, reroute delay, and absolute and percentage grooming thresholds feature. This is the reroute delay timer, in seconds.
sched_groom_start_vpi	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the starting VPI of the connections to be groomed on the interface.
sched_groom_start_vci	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the starting VCI of the connections to be groomed on the interface.
sched_groom_end_vpi	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the ending VPI of the connections to be groomed on the interface.
sched_groom_end_vci	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the ending VCI of the connections to be groomed on the interface.
sched_groom_interval	NUMBER(10)	Applies to the route optimization (grooming) feature. This is the frequency at which the grooming is initiated, in minutes, on the interface.
sched_groom_start_tod	CHAR(5)	Applies to the route optimization (grooming) feature. This is the grooming start time of day on the interface.
sched_groom_end_tod	CHAR(5)	Applies to the route optimization (grooming) feature. This is the grooming end time of day on the interface.
sched_groom_week_day	CHAR(8)	Applies to the route optimization (grooming) feature. This is the days in a week when the grooming should take place on the interface.
sched_groom_enable	small NUMBER(10)	Applies to the route optimization (grooming) feature. This enables or disables the associated scheduled grooming configuration on the interface.
reserved	NUMBER(10)	Reserved for future use.

1.3.75  TONE_DETECT

The TONE_DETECT table contains VISM tone detect information.

Table 1-340 TONE_DETECT 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
tone_detect_index	NUMBER(5)	Logical index of this table. Currently, only tones 1 to 10 are used and call agents can request up to ten tones to be detected on different endpoints at any given time.
max_deviation	NUMBER(5)	Frequency maximum deviation parameter to be used when sending the request to detect a tone in the DSP. The range is from 10 to 125. Note Refer to the VISM Configuration Guide for standard values to be used for this field.
max_power	NUMBER(5)	Frequency maximum power parameter to be used when sending the request to detect a tone in the DSP. The range is from 0 to 30.
min_power	NUMBER(5)	Frequency minimum power parameter to be used when sending the request to detect a tone in the DSP. The range is from 10 to 35.
power_twist	NUMBER(5)	Frequency power twist parameter to be used when sending the request to detect a tone in the DSP. The range is from 0 to 15.
max_delay	NUMBER(5)	Frequency maximum delay parameter to be used when sending the request to detect a tone in the DSP. The range is from 0 to 100.
min_on_cadence	NUMBER(5)	Minimum on-time parameter to be used for detecting frequencies while detecting the supervision tone in the DSP. The range is from 3 to 100.
max_off_cadence	NUMBER(5)	Frequency maximum deviation parameter to be used when sending the request to detect a tone in the DSP. The range is from 5 to 5000.
num_cadence	NUMBER(5)	Number of pairs of the dual frequency to detect. Currently, up to ten pairs of frequency can be detected. The range is from 0 to 6.
event_code	NUMBER(5)	Call agents can request the supervision tone detection indexed by this field. The range is from 0 to 255. Note The values of the event code are mapped from the subscriber line event codes defined in RFC2833. Currently, VISM supports detection of only a handful of supervision tones like Ringing, Busy, Dial-Tone, and SIT.
frequency1	NUMBER(5)	First frequency component of the dual frequency to be detected by the DSP. The range is from 280 to 3800.
frequency2	NUMBER(5)	Second frequency component of the dual frequency to be detected by the DSP. The range is from 280 to 3800. A value of 0 means that this is a single frequency.
on_cadence	NUMBER(5)	The on time in each cycle of the dual frequency to be detected by the DSP. The range is from 3 to 5000, in intervals of 10 ms.
off_cadence	NUMBER(5)	The off time in each cycle of the dual frequency to be detected by the DSP. The range is from 3 to 5000, in intervals of 10 ms.
reserved	NUMBER(10)	Reserved for future use.

1.3.76  TONE_ID

The TONE_ID table contains VXSM tone ID information.

Table 1-341 TONE_ID 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
tone_id	NUMBER(10)	Index of the programmable tone in a tone plan.
name	CHAR(64)	Name of the programmable tone.
reserved	NUMBER(10)	Reserved for future use.

1.3.77  TONE_PLAN

The TONE_PLAN table contains VISM tone plan information.

Table 1-342 TONE_PLAN 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
index	NUMBER(10)	Index to this table. For VXSM, this refers to the tonePlanIndex object. The range is from 1 to 65535.
entry_status	NUMBER(5)	Status of this entry. This refers to the tonePlanEntryStatus object.
provision_flag	NUMBER(5)	Whether this entry contains predefined tone plan configuration information from the internal firmware code, where the object is set to built-in, or if it has been configured with tone plan configuration information that has been downloaded from the PXM, where the object is set to unused. This refers to the tonePlanProvisionFlag object. For VXSM, this indicates whether this tone plan is a system built-in tone plan. Values are: 1: True 2: False
region_name	CHAR(64)	Region or country for which this tone plan is defined. This refers to the tonePlanRegionName object.
version_num	NUMBER(10)	Entry's version number for a tone plan for a region. This refers to the tonePlanVersionNumber object. For VXSM, this is the version of the tone plan for a region. The range is from 0 to 100.
file_name	CHAR(65)	Valid filename stored on the TFTP server, which contains the tone definitions. This refers to the tonePlanFileName object. For VXSM, this is the valid filename stored on the TFTP or FTP server that contains the programmable tones' definitions.
vif_count	NUMBER(5)	Number of voice interfaces using the tone plan.
reserved	NUMBER(10)	Reserved for future use.

1.3.78  USER_CONNECTION

The USER_CONNECTION table contains end-to-end connection data.

Table 1-343 USER_CONNECTION 

Column Name	Oracle Data Type	Description
l_node_id	NUMBER(10)	Local end node ID.
num_segs	NUMBER(5)	Number of segments.
conn_model	NUMBER(5)	Endpoint is defined as follows: e1 - e2 ---- e3 -Y ---- Y - e4 ---- e5 - e6 Note e1 is endpoint one, e2 is endpoint two, and so on. Y is the Y endpoint. P is PVC, S is SPVC, H is Hybrid, and I is Incomplete. 0: P-1—PVC 1 segment 1: S-1—Single-ended complete SPVC 2: S-2—Double-ended complete SPVC 3: H-1—2-segment hybrid with SPVC part as single-ended 4: H-2—2-segment hybrid with feeder on local end 5: H-3—2-segment hybrid with feeder on remote end 6: H-4—3-segment hybrid 7: P-2—2-segment PVC with feeder on local end 8: P-3—2-segment PVC with feeder on remote end 9: P-4—3-segment PVC 128: I-1—(e1-e2) feeder incomplete 129: I-2—(e3-y) with e3 terminated/nonterminated master 130: I-2—(e3-y) with e3 nonterm single ended master 131: I-3—(e4-y) with e4 as terminated/nonterminated slave 132: I-4—(e3-e4) with e3 terminated/nonterminated and e4 terminated/nonterminated (if both are terminated, it is S2) 133: I-5—(e1-y) where e1 is local and e3 is master 134: I-6—(e6-y) where e6 is remote and e4 is slave 135: I-7—(e1-e4) where e1 is local and e4 is nonterm slave 136: I-8—(e3-e6) where e3 is nonterm master and e6 is remote end
owner	NUMBER(5)	SD broker child ID. SD broker is a server process in CTM R6.0.
persistent_slave	NUMBER(5)	Values are: 1: persistent 2: nonpersistent 3: p2mp
termination	NUMBER(5)	Values for each bit are: Bit (0): 0: Local end is terminated 1: Local end is not terminated Bit (1) 0: Remote end is terminated 1: Remote end is not terminated Bits (2-4): Local endpoint type 0: RPM 1: FR 2: ATM 3: VOICE 4: DATA 7: VISM Bits (5-7): Remote endpoint type 0: RPM 1: FR 2: ATM 3: VOICE 4: DATA 7: VISM
l_slot	NUMBER(5)	Local end slot number.
l_line	NUMBER(5)	Local end line number.
l_port	NUMBER(5)	Local end port number1 (refers to the logical port). Values are: •For ASI/BXM/FRP, the logical port is the physical port. •For AUSM4, the logical port is the physical line. •For UFM/AUSM8, this value is the logical port.
l_logical_port	NUMBER(5)	MGX RPM endpoints. This refers to the logical port numbers of the AUSM connections. For RPM, the value is 1. The default value is -1.
l_subchnl_1	NUMBER(5)	First local-end subchannel number. Values are: DLCI: Frame Relay endpoints VPI: ATM endpoints -1: Voice and data endpoints
l_subchnl_2	NUMBER(10)	Second local-end subchannel number. Values are: VCI: ATM endpoints -1: Frame Relay, voice, and data endpoints
l_parent_status	NUMBER(5)	Values are: 0: Ok 1: Fail
l_EndPointInfo	NUMBER(10)	Combination for primary status, secondary status, service type, and policing. Values are: Bits 0 to 3: Primary alarm. Bits 4 to 15: Secondary alarm. Only bits 4 to 11 are used currently. Bits 16 to 23: Service type. Bits 24 to 31: Unused for future additions.
lr_slot	NUMBER(5)	Local slot number.
lr_port	NUMBER(5)	Local port number.
lr_subchnl_1	NUMBER(5)	First local subchannel number.
lr_subchnl_2	NUMBER(10)	Second local subchannel number.
lc_node_id	NUMBER(10)	Local hub node ID. Note This is the same as the local node ID for connections that originate from a routing node.
lc_slot	NUMBER(5)	Local hub slot number. Note This is the same as the local slot for connections that originate from a routing node.
lc_port	NUMBER(5)	Local hub port number. Note This is the same as the port ID for connections that originate from a routing node.
lc_subchnl_1	NUMBER(5)	First local hub subchannel number. Note This is the same as the first local subchannel number for connections that originate from a routing node.
lc_subchnl_2	NUMBER(10)	Second local hub subchannel number. Note This is the same as the second local subchannel number for connections that originate from a routing node.
lc_parent_status	NUMBER(5)	Values are: 0: Ok 1: Fail
lc_EndPointInfo	NUMBER(10)	Combination for primary status, secondary status, service type, and policing. Values are Bits 0 to 3: Primary alarm. Bits 4 to 15: Secondary alarm. Only bits 4 to 11 are used currently. Bits 16 to 23: Service type. Bits 24 to 31: Unused for future additions.
rc_node_id	NUMBER(10)	Remote hub node ID. Note This is the same as the remote node ID for connections that originate from a routing node.
rc_slot	NUMBER(5)	Remote hub slot number. Note The is the same as the remote slot ID for connections that originate from a routing node.
rc_port	NUMBER(5)	Remote hub port number. Note This is the same as the remote port ID for connections that originate from a routing node.
rc_subchnl_1	NUMBER(5)	First remote hub subchannel number. Note This is the same as the first remote subchannel number for connections that originate from a routing node.
rc_subchnl_2	NUMBER(10)	Second remote hub subchannel number. Note This is the same as the second remote subchannel number for connections that originate from a routing node.
rc_parent_status	NUMBER(5)	Values are: 0: Ok 1: Fail
rc_EndPointInfo	NUMBER(10)	Combination for primary status, secondary status, service type, and policing. Bits 0 to 3: Primary alarm. Bits 4 to 15: Secondary alarm. Only bits 4 to 11 are used currently. Bits 16 to 23: Service type. Bits 24 to 31: Unused for future additions.
Y_node_id	NUMBER(10)	Applies to SPVC, hybrid only.
Y_slot	NUMBER(5)	Applies to SPVC, hybrid only.
Y_port	NUMBER(5)	Applies to SPVC, hybrid only.
Y_subchnl_1	NUMBER(5)	Applies to SPVC, hybrid only.
Y_subchnl_2	NUMBER(10)	Applies to SPVC, hybrid only.
rr_slot	NUMBER(5)	Remote slot number. Note This is the same as the remote slot ID for connections that originate from a routing node.
rr_port	NUMBER(5)	Remote port number. Note This is the same as the remote port ID for connections that originate from a routing node.
rr_subchnl_1	NUMBER(5)	First remote subchannel number. Note This is the same as the first remote subchannel number for connections that originate from a routing node.
rr_subchnl_2	NUMBER(10)	Second remote subchannel number Note This is the same as the second remote subchannel number for connections that originate from a routing node.
r_node_id	NUMBER(10)	Remote end node ID.
r_slot	NUMBER(5)	Remote end slot number.
r_line	NUMBER(5)	Remote end line number.
r_port	NUMBER(5)	Remote end port number (refers to the logical port). Values are: •For ASI/FRP, the logical port is the physical port. •For AUSM4, the logical port is the physical line. •For UFM/AUSM8, this value is the logical port.
r_logical_port	NUMBER(5)	Remote logical port number.
r_subchnl_1	NUMBER(5)	First remote subchannel number.
r_subchnl_2	NUMBER(10)	Second remote subchannel number. For Frame Relay, voice, and data endpoints, this is set to -1. For ATM endpoints, this is set to VCI.
r_parent_status	NUMBER(5)	Values are: 0: Ok 1: Fail
r_EndPointInfo	NUMBER(10)	Combination for primary status, secondary status, service type, and policing. Values are: Bits 0 to 3: Primary alarm. Bits 4 to 15: Secondary alarm. Only bits 4 to 11 are used currently. Bits 16 to 23: Service type. Bits 24 to 31: Unused for future additions.
parm_type	NUMBER(5)	A flag that indicates whether Cisco proprietary or standard Frame Relay parameters are used.
state	NUMBER(5)	Connection state. Values are: 1: Clear 2: Fail 3: Down 4: Incomplete 5: Error (for SPVC and hybrid only)
secondary_state	NUMBER(10)	Consists of Abit, AIS, OAM, and Conditioned. Values are: Bits 0 to 2: local Abit 0: Unknown 1: Ok 2: Fail Bits 3 and 4: local AIS 0: Unknown 1: Ok 2: Fail Bits 5 and 6: local OAM 0: Unknown 1: Ok 2: Fail Bits 7 and 8: local Conditioned 0: Unknown 1: Ok 2: Fail Bits 9 and 10: remote Abit 0: Unknown 1: Ok 2: Fail Bits 11 and 12: remote AIS 0: Unknown 1: Ok 2: Fail Bits 13 and 14: remote OAM 0: Unknown 1: Ok 2: Fail Bits 15 and 16: remote Conditioned 0: Unknown 1: Ok 2: Fail Note Conditioned values are not applicable to PVC.
proc_state	NUMBER(5)	Processing state. Note This is internal to CTM.
con_type	NUMBER(5)	Connection type. Values are: 1: FR 2: ATMFR 3: ATM 4: DATA 5: VOICE 6: CE 7: ATMCE 8: RPM 9: ATMRPM 10: RPMFR 11: VISMATM 12: VISMVISM 13: VISM-RPM 14: VISM-FR 17: ATM-UNKNOWN (for single-ended SPVC only) 18: FR-UNKNOWN (for single-ended SPVC only) 19: CE-UNKNOWN (for single-ended SPVC only) 20: RPM-UNKNOWN (for single-ended SPVC only) 21: VISM-UNKNOWN (for single-ended SPVC only) Note For incomplete connections, this field is set to 0. Refer to the termination for the exact endpoint type.
subtype	NUMBER(5)	Service type. Values are: 1: FR 2: VBR 3: CBR 4: Unknown 5: ABR 6: FRFS 7: CE 8: ATMFR_VBR3 9: ATMFR_ABR_FS 10: UBR 11: VBR1 12: VBR2 13: VBR3
subtype (continued)	NUMBER(5)	14: ABR1 15: ABR.FS 16: UBR1 17: UBR2 18: VOICE 19: DATA 20: ATM_RTVBR1 21: ATM_RTVBR2 22: ATM_RTVBR3 23: ATMFR_CBR1 24: ATMFR_VBR2 25: ATMFR_RTVBR2 26: ATMFR_RTVBR3 27: ATMFR_UBR1 28: ATMFR_UBR2 41: ATM_ATFST 42: ATM_ATFTFST 43: ATM_ATFXFST 44: ATMFR_ATFST
subtype (continued)	NUMBER(5)	45: ATMFR_ATFTFST 46: ATMFR_ATFXFST 47: ATMFR_ABR1 48: ATM_CBR2 49: ATM_CBR3 50: ATMFR_CBR2 51: ATMFR_CBR3 52: ATM_VBR4 53: ATM_VBR5 54: ATM_RTVBR4 55: ATM_RTVBR5 56: ATMFR_VBR4 57: ATMFR_VBR5 58: ATMFR_RTVBR4 59: ATMFR_RTVBR5 60: ATM_RTVBR 61: ATMFR_VBR 62: ATMFR_RTVBR
l_endpt_obj_id	NUMBER(10)	Local endpoint object ID.
lc_endpt_obj_id	NUMBER(10)	Local hub endpoint object ID.
rc_endpt_obj_id	NUMBER(10)	Remote hub endpoint object ID.
r_endpt_obj_id	NUMBER(10)	Remote endpoint object ID.
l_per_util	NUMBER(5)	Local end percent utilization. This parameter is taken from the routing segment.
r_per_util	NUMBER(5)	Remote end percent utilization. This parameter is taken from the routing segment.
l_mc_type	NUMBER(5)	Local multicast type flag for multicast connections. Values are: 0: Normal 1: Root 2: Leaf
r_mc_type	NUMBER(5)	Remote multicast type flag for multicast connections. Values are: 0: Normal 1: Root 2: Leaf
l_end_nni	NUMBER(5)	Values are: -1: Unknown port type 1: NNI port type 0: Non-NNI port type 2: XLMI port type
r_end_nni	NUMBER(5)	Values are: -1: Unknown port type 1: NNI port type 0: Non-NNI port type 2: XLMI port type For incomplete PVC, this field is always -1 (unknown).
l_vp_flag	NUMBER(5)	Values are: 1: VP connection 0: VC connection
r_vp_flag	NUMBER(5)	Values are: 1: VP connection 0: VC connection
end_to_end_type	NUMBER(5)	Values are: 0: PVC 1: SPVC 2: HYBRID 3: Single-ended SPVC 4: Single-ended HYBRID 256: XPVC-PVC 257: XPVC-SPVC 258: XPVC-HYBRID
network_prefix	VARCHAR	Network prefix associated with an MGX with a PXM1E node. If rc_node_id is set to -1, this column contains a network prefix. This field is for an incomplete SPVC (master channel whose remote node ID is not known). For null values, it means that information is not applicable.
l_pnni_master	NUMBER(5)	Used internally within CTM. Values are: 0: Local endpoint is slave 1: Local endpoint is master
inseg_tbl_1	NUMBER(5)	Values are: -1: Field is not supported 0: Segment notification is not received from both endpoints 1: Segment notification arrived from both local and remote endpoints 2: Segment notification received from one endpoint only 3: Segment notification received from local endpoint only The default value is -1.
inseg_tbl_2	NUMBER(5)	Values are: -1: Field is not supported. 0: Segment notification is not received from both endpoints 1: Segment notification arrived from both local and remote endpoints 2: Segment notification received from one endpoint only 3: Segment notification received from local endpoint only The default value is -1. Note This value is applicable only if num_segs is greater than 1.
inseg_tbl_3	NUMBER(5)	Values are: -1: Field is not supported. 0: Segment notification is not received from both endpoints 1: Segment notification arrived from both local and remote endpoints 2: Segment notification received from one endpoint only 3: Segment notification received from local endpoint only The default value is -1. Note This value is applicable only if num_segs is greater than 2.
pref_route_id	NUMBER(10)	Route ID of the associated pref_route object. The range is from 0 to 65535; the default value is 0.
direct_route_flag	NUMBER(5)	Directed route flag. values are 2: False (default) 1: True
snmp_index	serial	SNMP proxy index for the user connection.

1 For value ranges for the l_port field: Because there are many cards, it is difficult to add ranges here. Refer to the AXIS MIBs or switch software interface documentation for valid field ranges. Also, the meaning of the l_port field changes depending on the number of segments, so it is difficult to specify ranges that are valid for all cards.

1.3.79  USER_CONN_DESC

The USER_CONN_DESC table contains descriptors for user connections.

Table 1-344 USER_CONN_DESC

Column Name	Oracle Data Type	Description
l_node_id	NUMBER(10)	Local end node ID.
l_slot	NUMBER(5)	Local end slot number.
l_line	NUMBER(5)	Local end line number.
l_port	NUMBER(5)	Local end port number (logical port). •For ASI/BXM/FRP, the logical port is the physical port. •For AUSM4, the logical port is the physical line. •For UFM/AUSM8, this value is the logical port.
l_logical_port	NUMBER(5)	MGX RPM endpoints. For AUSM, this value is the logical port number. The value is 1 for RPM. The default value is -1.
l_subchnl_1	NUMBER(5)	First local end subchannel number. •For Frame Relay endpoints, this is set to DLCI. •For ATM endpoints, this is set to VPI. •For voice and data endpoints, this is set to -1.
l_subchnl_2	NUMBER(10)	Second local end subchannel number. •For Frame Relay, voice, and data endpoints, this is set to -1. •For ATM endpoints, this is set to VCI.
descriptor	CHAR(64)	Connection descriptor.

1.3.80  VIRTUAL_PORT

The VIRTUAL_PORT table contains information for the ATM virtual interface on RPM and VISM cards.

Table 1-345 VIRTUAL_PORT 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Logical slot number of the card.
bay	NUMBER(5)	Bay number. This value is always 1.
line	NUMBER(5)	Line number. •For virtual ports on RPM/RPM-XF cards, this value is always 1. •For virtual ports on VISM and VXSM cards, this value is always 0.
port	NUMBER(5)	Logical port number (zero-based). This value maps to the port in the RSC_PART table. Values are: 0: VC connection 1: VP connection
if_index	NUMBER(10)	Unique value of each interface.
if_type	NUMBER(5)	Interface type. For RPM-PR cards, the value is 149 (virtual ATM). For RPM-XF cards, this parameter specifies the interface link type. Values are: 1: pointToPoint 2: multiPoint 3: labelSwitching -1: Not supported for the VISM card
max_bandwidth	NUMBER(10)	ATM interface's maximum cell rate. The range is from 0 to 4294967295; the default value is 7000000.
reserved	NUMBER(10)	Reserved for future use.

1.3.81  VISM_ANNOUNCE

The VISM_ANNOUNCE table contains VISM and VXSM announcement information.

Table 1-346 VISM_ANNOUNCE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
ann_num	NUMBER(10)	Announcement number. The range is from 0 to 2147483647.
file_status	NUMBER(5)	Status of the file. For VISM, values are: 1: Loaded 2: Loading 3: Invalid file 4: Load failed For VXSM, values are: 1: Cached 2: Loading 3: Invalid file 4: Load failed 5: Not cached
file_name	CHAR(255)	Name of the valid announcement file.
codec	NUMBER(5)	Type of codec to be used for playing announcements. Values are: 1: g711u 2: g711a 3: g726r32000 4: g729a 5: g729ab 7: g726r16000 8: g726r24000 9: g726r40000 11: g723h 12: g723ah 13: g723l 14: g723al
play_noc	NUMBER(10)	Number of cycles that the announcement file is played. The range is from 0 to 2147483647; the default value is 1.
file_duration	NUMBER(10)	Duration to play the announcement for one cycle for fixed-announcement play. The range is from 0 to 4294967295; the default value is 0.
file_type	NUMBER(5)	Announcement file type. Values are: 1: Dynamic (default) 2: Permanent
file_age	NUMBER(10)	Announcement file age in cache for dynamic files only. The range is from 0 to 65535.
reserved	NUMBER(10)	Reserved for future use.

1.3.82  VISM_CARD

The VISM_CARD table contains VISM card information.

Table 1-347 VISM_CARD 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
node_type	NUMBER(5)	Node type.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
ipaddress	NUMBER(10)	IP address of the VISM card.
subnetmask	NUMBER(10)	Subnetmask of the VISM IP interface.
mg_name	CHAR(64)	Media gateway name. This refers to the mgName object.
mg_adminstate	NUMBER(5)	Current administrative state of the media gateway. This refers to the mgAdministrativeState object. Values are: 1: adminStateUnlocked 2: adminStateLocked 3: adminStateShuttingDown
mg_adminstate_ctrl	NUMBER(5)	Used to control the administrative state. This refers to the mgAdministrativeStateControl object. Values are: 1: unlock 2: lock 3: shutdown
xgcp_req_timeout	NUMBER(10)	Request timeout used to determine the timeout value for retransmitting unacknowledged messages. This refers to the xgcpRequestTimeOut object. This value is reported in milliseconds.
xgcp_req_retries	NUMBER(5)	Number of retries for a request that exceeds the timeout. This refers to the xgcpRequestRetries object. The range is from 0 to 10.
xgcp_restart_inprog ress	NUMBER(10)	Maximum waiting delay (MWD) timeout value for the media gateway to send a restart in progress message to the MGC. This refers to the xgcpRestartInProgressMWD object.
ecan_encoding	NUMBER(5)	Voice encoding type. This refers to the vismEcanEncoding object.
avail_ds0count	NUMBER(5)	Number of DS-0s available for new connections on the VISM card. This refers to the vismAvailableDs0Count object.
mode	NUMBER(5)	Connection model with which the VISM card is configured to operate. This refers to the vismMode object.
cacEnable	NUMBER(5)	Whether CAC functionality should be applied on the VISM card. This refers to the vismCacEnable object.
ecanIdlePattern	NUMBER(5)	Echo canceller pattern for idle code. This refers to the vismEcanCnfIdlePattern object.
ecanIdleDir	NUMBER(5)	Echo canceller idle direction. This refers to the vismEcanCnfIdleDirection object.
vismErl	NUMBER(5)	Provisions the return echo lost. This refers to the vismERL object.
jitDelMode	NUMBER(5)	Jitter buffer mode to be applied to the call connection. This refers to the vismJitterDelayMode object.
jitInitDelay	NUMBER(5)	Jitter buffer size. This refers to the vismJitterInitialDelay object.
gainCtrl	NUMBER(5)	Control to adjust the gain of the call connection. This refers to the vismAdaptiveGainControl object.
muxtype	NUMBER(5)	Card-level parameter for AAL2 adaptation that identifies the mutiplexing function of the AAL2 common part sublayer. This refers to the vismAal2SubcellMuxing object.
contrl_tos	NUMBER(5)	Provisions the bitmask used for the Type of Service (TOS) octet for cells carrying the control (xGCP) traffic. This refers to the vismControlTos object.
br_ipaddress	NUMBER(10)	Bearer IP address of the VISM card. The refers to the vismBearerIpAddress object.
br_subnetmask	NUMBER(10)	Bearer subnetmask of the VISM IP interface. This refers to the vismBearerSubNetMask object.
br_tos	NUMBER(5)	Provisions the bitmask used for the TOS octet for cells carrying VoIP bearer (RTP) traffic. This refers to the vismBearerTos object.
rtcp_rp_intval	NUMBER(10)	Real-Time Control Protocol (RTCP) report interval (defined in RFC 1889). This refers to the vismRtcpRepInterval object.
rtp_rcv_tmr	NUMBER(5)	Whether the RTP packets receive timer on the VISM card should be enabled. This refers to the vismRtpReceiveTimer object.
voip_dtmf_relay	NUMBER(5)	Whether the DTMF digits are transported to the other endpoint through named signal event (NSE) packets. This refers to the vismVoIpDtmfRelay object.
voip_cas_trspt	NUMBER(5)	Whether the CAS (ABCD) bits are transported to the other endpoint through NSE packets. This refers to the vismVoIpCasTransport object.
voip_tri_red	NUMBER(5)	Whether triple redundancy is enabled. This refers to the vismVoIpTripleRedundancy object.
voip_vad_tmr	NUMBER(10)	Hangover time for VAD, in milliseconds. This refers to the vismVoIpVADTimer object.
nte_capb_negot	NUMBER(5)	Whether the VISM card has the capability to negotiate the list of named signal events (NSEs) or named telephony events (NTEs) using rtpmap and fmtpmap in the Session Description Protocol (SDP). This refers to the vismVoIpNTECapabilityNegotiate object.
sid_payload_type	NUMBER(5)	Payload type of an RTP packet carrying the service ID (SID), which is sent to the other end when silence is detected. This refers to the vismVoIpSIDPayloadType object.
dpvc_oam_cell_gap	NUMBER(10)	Intercell gap for dual PVC OAM cells. This refers to the vismVoIpDPvcOamCellGap object.
dpvc_retry_cnt	NUMBER(5)	Threshold for PVC failure. This refers to the vismVoIpDPvcRetryCnt object.
dpvc_recover_cnt	NUMBER(5)	Threshold for PVC recovery. This refers to the vismVoIpDPvcRecoverCnt object.
rtcp_rcv_multi	NUMBER(5)	Number of times the RTCP reports can fail before an exception condition activity can be performed. This refers to the vismRtcpRecvMultiplier object.
lapd_trunk_pvc	NUMBER(5)	Used for VoIP trunking applications only if the signaling type is configured to be CCS. This refers to the vismVoIpLapdTrunkPVC object.
event_neg_policy	NUMBER(5)	Whether the VISM card should advertise the event codecs, NSEs, NTEs, or Cisco RTP, in addition to the list of events specified by the call agent. This refers to the vismVoIpEventNegotiationPolicy object.
upspeed_codec	NUMBER(5)	Type of codec to be used when fax upspeed occurs. This refers to the vismUpspeedCodec object.
appl_template	NUMBER(5)	Codec template currently configured on the VISM card. This refers to the vismAppliedTemplate object.
tftp_server_dn	CHAR(64)	Domain name of the TFTP server from where the CAS module downloads the CAS files. This refers to the vismTftpServerDn object.
xgcp_br_nwtype	NUMBER(5)	Network type used to transport bearer traffic. This refers to the vismXgcpBearerNetworkType object.
xgcp_br_vctype	NUMBER(5)	VC type used to transport bearer traffic. This refers to the vismXgcpBearerVCType object.
xgcp_br_contype	NUMBER(5)	Connection type used to transport bearer traffic. This refers to the vismXgcpBearerConnectionType object.
br_continu_tmr	NUMBER(10)	Bearer continuity timer, in milliseconds. This refers to the vismBearerContinuityTimer object.
codec_neg_opt	NUMBER(5)	Forms an ordered intersection of lists. One of the lists must be used to determine the resulting order of codecs. This refers to the vismCodecNegotiationOption object.
prfile_neg_opt	NUMBER(5)	Forms an ordered intersection of lists. One of the lists must be used to determine the resulting order of profiles. This refers to the vismprofileNegotiationOption object.
carr_loss_policy	NUMBER(5)	Policy that is applied when a carrier loss is detected. This refers to the vismCarrierLossPolicy object.
carr_loss_policy	NUMBER(5)	Policy that is applied when the CAC function rejects the upspeeding of a connection due to a fax or modem switchover request. This refers to the vismCacRejectionPolicy object.
ext_dns_serv	CHAR(64)	Domain name of the external DNS server that is used to resolve the other domain name. This refers to the vismExtDnsServerDn object.
feature_bitmap	NUMBER(10)	Bitmap for VISM features. This refers to the vismFeatureBitMap object.
vad_tolerance	NUMBER(10)	Customer-accepted drop rate for voice connections when the bandwidth usage exceeds the allowed value. This refers to the vismVADTolerance object.
vad_duty_cycle	NUMBER(5)	Talk-spurts duty cycle, in percent. This refers to the vismVADDutyCycle object.
agg_traffic_clip	NUMBER(5)	Aggregate traffic clipping policy that applies to all bearer traffic generated by the VISM card. This refers to the vismAggregateTrafficClipping object.
agg_svc_bandwidth	NUMBER(10)	Aggregate SVC bandwidth used for AAL2 SVC aggregate CAC and also for aggregate traffic clipping at the VISM card when vismAggregateTrafficClipping is enabled. This refers to the vismAggregateSvcBandwidth object.
br_continu_test	NUMBER(5)	Whether the bearer continuity test for a connection is performed at the time of call setup. This refers to the vismBearerContinuityTest object.
calea_enable	NUMBER(5)	Whether Communication Assistance for Law Enforcement Agency (CALEA) functionality is enabled on the VISM card. This refers to the vismCaleaEnable object.
aal2_dtmf_relay	NUMBER(5)	Whether the DTMF digits are transported to the other endpoint. This refers to the vismAal2DtmfRelay object.
aal2_cas_trspt	NUMBER(5)	Whether the CAS (ABCD) bits are transported to the other endpoint. This refers to the vismAal2CasTransport object.
aal2_type3_red	NUMBER(5)	Whether triple redundancy is supported for type 3 packets in an AAL2 SVC or PVC. This refers to the vismAal2Type3Redundancy.
aal2_vad_tmr	NUMBER(10)	Hangover time for VAD, in milliseconds. This refers to the vismAal2VADTimer.
aal2_cid_fill_tmr	NUMBER(5)	Time, in milliseconds, to wait to fill up the cell when the next packet is not ready. This refers to the vismAal2CidFillTimer object.
xgcp_sdp_ost	NUMBER(5)	Enables or disables the creation of s=,t=,o= lines in an SDP message. This refers to the vismXgcpSdpOst object.
srcp_req_tmout	NUMBER(10)	Minimum timeout value. This refers to the srcpRequestTimeOut object.
srcp_req_retries	NUMBER(5)	Number of retries for an SRCP request that exceeds the timeout. This refers to the srcpRequestRetries object.
srcp_req_max_tmout	NUMBER(10)	Maximum timeout value. This refers to the srcpRequestMaxTimeout object.
xgcp_req_max_tmout	NUMBER(10)	Maximum timeout value. This refers to the vismXgcpRequestMaxTimeout object.
tone_plan_cur_size	NUMBER(5)	Total size of the Tone Plan table. This refers to the tonePlanCurrentSize object.
restart_delay	NUMBER(5)	Restart delay timeout for the restart process.
ann_max_size	NUMBER(10)	Maximum size of the announcement table. The range is from 0 to 2147483647.
ann_server_name	CHAR(255)	Name of the announcement file server.
ann_age_time	NUMBER(10)	Time, in minutes, for a dynamic announcement file in the cache to age. The range is from 0 to 2147483647.
ann_pre_codec	NUMBER(5)	Type of codec to be used for playing announcements. Values are: 1: g711u 2: g711a 3: g726r32000 4: g729a 5: g729ab 7: g726r16000 8: g726r24000 9: g726r40000 11: g723h 12: g723ah 13: g723l 14: g723al
ann_pref_path	CHAR(255)	Directory path under the default TFTP directory in the announcement file server for announcement files.
ann_req_timeout	NUMBER(10)	Time for a dynamic-play announcement request to be serviced. The range is from 0 to 2147483647.
svc_qos_cdv	NUMBER(5)	End-to-end cell delay variation used in voice SVC establishment. The range is from 500 to 20000.
svc_qos_ctd	NUMBER(10)	End-to-end maximum cell transfer delay used in voice SVC establishment. The range is from 20000 to 150000.
svc_qos_clr	NUMBER(5)	Maximum cell loss ratio used in voice SVC establishment. The range is from 4 to 8.
svc_trf_scale	NUMBER(5)	Traffic scaling factor. The range is from 50 to 200.
svc_aal2_cid	NUMBER(5)	Default AAL2 CID used for AAL2 SVC connections. The range is from 8 to 255.
xgcp_tdinit	NUMBER(5)	Initial waiting delay (Tdinit) timeout value. The range is from 1 to 100.
xgcp_tdmin	NUMBER(5)	Minimum waiting delay (Tdmin) timeout value used by the media gateway to send the restart in progress message with the restart method as RM:disconnected to the MGC. The range is from 0 to 100.
xgcp_tdmax	NUMBER(5)	Maximum waiting delay (Tdmax) timeout value used by the media gateway to send the restart in progress message with the restart method. The range is from 1 to 5000.
dynamic_pt	NUMBER(5)	Enables or disables dynamic payload type configuration on the VISM card. Values are: 1: Enable 2: Disable
payload_type	NUMBER(5)	Payload type used when fax upspeed occurs. IANA values are: 0 to 95: Static payload 96 to 127: Dynamic payload This object applies only to VoIP applications. For AAL2, the upspeed codec is obtained from the profile table and this object has no effect.
dsp_heart_beat	NUMBER(10)	Interval at which the DSP sends a regular heartbeat message to the host. The interval between messages is in units of 100 milliseconds. The range is from 0 to 65535.
ds0_thresh	NUMBER(5)	Threshold value of free DS-0 counts on the VISM card. A trap is sent if the number of free DS-0s falls below this threshold. The range is from 0 to 248.
max_conf_num	NUMBER(5)	Number of conferences that are supported on a VISM card. The range is from 0 to 50.
long_dur_timer	NUMBER(5)	Long duration time, which is detected when a connection has been established for longer than a certain amount of time. The default time is one hour. The range is from 0 to 24 hours.
cont_co1_timer	NUMBER(5)	Continuity tone timer. If the co1 is specified as a signal, the range is 2010 Hz +/- 8 Hz. If the co1 is specified as an event, the range is 2010 Hz +/- 30 Hz. The continuity tone is applied for the specified duration of time. The range is from 0 to 60 seconds; the default is 3 seconds.
cont_co2_timer	NUMBER(5)	Continuity tone timer. If the co2 is specified as a signal, the range is 1780 Hz +/- 20 Hz. If the co2 is specified as an event, the range is 1780 Hz +/- 30 Hz. The continuity tone is applied for the specified duration of time. The range is from 0 to 60 seconds; the default is 3 seconds.
rev_cot_tone	NUMBER(5)	Direction of the continuity test tone that is sent in a two-way to four-way arrangement. The VISM card responds to a request from the call agent through the M:conttest mode. The VISM card returns a 1780-Hz tone in response to a 2010-Hz go tone, and vice versa. Values are: 1: True 2: False
dn_enable	NUMBER(5)	Whether the VISM card sends a domain name as part of the audit endpoint response to the call agent. Values are: 1: True 2: False
datagram_size	NUMBER(10)	Size of the datagram that is sent when vismSendDnEnable is set to true. Any value greater than the specified size is rejected. The range is from 0 to 20000.
oam_loop_thresh	NUMBER(5)	OAM loopback cell loss count before declaring a PVC alarm. The range is from 1 to 60.
mem_thresh	NUMBER(5)	Threshold value of memory utilization on the VISM card. A trap is sent if the memory utilization equals or exceeds this threshold. The value is from 1 to 100.
cpu_thresh	NUMBER(5)	Threshold value of CPU utilization on the VISM card. The range is from 1 to 100.
tone_detect	NUMBER(5)	Enables or disables dual-tone configuration. When the dual tone is enabled and detected, the Marconi application upspeeds to the VBD codec. Values are: 1: True 2: False
num_frequencies	NUMBER(5)	Number of single frequencies that must be detected by the sequential tone detector command on the VISM card. The frequencies are freq1 to freq10. This number corresponds to the nonzero frequency values (frequency1 to frequency10). The range is from 1 to 10.
event_id	NUMBER(5)	Event ID that corresponds to the sequential frequency. Only Event 74 (SIT tone) is supported currently. The range is from 0 to 255.
tone_duration	NUMBER(10)	Nominal tone duration of each single tone used with the sequential tone detector on the VISM DSP. The value is reported in units of 10 milliseconds. The range is from 1 to 65534.
tone_gap	NUMBER(10)	Nominal silence gap duration between each tone used with the sequential tone detector on the VISM DSP. The value is reported in units of 10 milliseconds. The range is from 1 to 65534.
deviation_duration	NUMBER(5)	Permitted tone duration deviation used with the sequential tone detector on the VISM DSP. The value is reported in units of 10 milliseconds. The range is from 1 to 4095.
max_gap_duration	NUMBER(5)	Permitted maximum tone duration used with the sequential tone detector on the VISM DSP. The value is reported in units of 10 milliseconds. The range is from 1 to 4095.
gap_duration_deviation	NUMBER(5)	Permitted tone duration deviation used with the sequential tone detector on the VISM DSP. The value is reported in units of 10 milliseconds. The range is from 1 to 4095.
freq_deviation	NUMBER(5)	Permitted frequency deviation used with the sequential tone detector on the VISM DSP. The range is from 1 to 1000 Hz.
level_ceilling	NUMBER(5)	Maximum ceiling power level of the sequential frequency tone (absolute value in decibels referenced to 1 milliwatt [dBm]) used with the sequential tone detector on the VISM DSP. The range is from 0 to 40 (0 to -40 decibels [dB]).
level_floor	NUMBER(5)	Lowest (floor) power level of the sequential frequency tone (absolute value in dBm) used with the sequential tone detector on the VISM DSP. The range is from 0 to 40 (0 to -40 dB).
frequency1	NUMBER(5)	First frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency2	NUMBER(5)	Second frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency3	NUMBER(5)	Third frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency4	NUMBER(5)	Fourth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency5	NUMBER(5)	Fifth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency6	NUMBER(5)	Sixth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency7	NUMBER(5)	Seventh frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency8	NUMBER(5)	Eighth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency9	NUMBER(5)	Ninth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
frequency10	NUMBER(5)	Tenth frequency in the sequential tone to detect (280 - 3800), n=0.. 10 used with the sequential tone detector on the VISM DSP.
reserved	NUMBER(10)	Reserved for future use.

1.3.83  VISM_CAS_BIT

The VISM_CAS_BIT table contains VISM CAS bit information.

Table 1-348 VISM_CAS_BIT 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
cas_tmpl_idx(key)	NUMBER(10)	Index of the template that is configured in this table.
abcd_pattern_idx(key)	NUMBER(10)	Index of a particular pattern mapping in the template that is configured. Since there are only four signaling bits (A, B, C, D), there can only be (2^4) or 16 patterns per template.
mod_phy_idx	NUMBER(10)	entPhysicalIndex of the module where the table is configured. If the entPhysicalTable is not supported on the SNMP agent, the value of this object is zero.
cas_tmpl_name	CHAR(64)	cvcmCastemplateName identifies the template name described by user-defined CAS ABCD bit information. Each cvcmCastemplateName identifies a separate CAS translation configuration template.
abcd_in_pattern	byte	ABCD signaling bits that are received by the module. The actions specified in cvcmCasABitAction, cvcmCasBBitAction, cvcmCasCBitAction, and cvcmCasDBitAction are applied to this object.
abcd_out_pattern	byte	ABCD signaling bits defined by the user and downloaded to the DSP signaling channel. This pattern is derived from the actions specified in cvcmCasABitAction, cvcmCasBBitAction, cvcmCasCBitAction, and cvcmCasDBitAction. The same pattern can map to a different cvcmABCDIncomingPattern depending on the set of actions. This pattern is mapped to input ABCD bit patterns received and reported to the TDM or network side.
abcd_abit_act	NUMBER(10)	Action on the A bit of an ABCD bit pattern.
abcd_bbit_act	NUMBER(10)	Action on the B bit of an ABCD bit pattern.
abcd_cbit_act	NUMBER(10)	Action on the C bit of an ABCD bit pattern.
abcd_dbit_act	NUMBER(10)	Action on the D bit of an ABCD bit pattern.
reserved	NUMBER(10)	Reserved for future use.

1.3.84  VISM_CID

The VISM_CID table contains VISM CID information.

Table 1-349 VISM_CID 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
cid_lcn	NUMBER(10)	Part of the index for the CID table. Because the CID is unique to a PVC, a combination of LCN and CID uniquely identifies a voice connection. This field refers to vismChanNum defined in vismChanCnfGrp. This refers to the vismAal2CidLcn object.
cid_num	NUMBER(5)	Part of the index for the CID table. This refers to the vismAal2CidNum object.
endpt_num	NUMBER(5)	Endpoint number to which this CID is associated. This refers to the vismAal2EndptNum object.
type3_red	NUMBER(5)	Whether triple redundancy is supported for type 3 packets in the AAL2 for this channel. This refers to the vismAal2CidType3Redundancy.
cid_vad	NUMBER(5)	Whether VAD is applied on this channel upon detection of silence. This refers to the vismAal2CidVad object.
profile_type	NUMBER(5)	Profile type. This refers to the vismAal2CidprofileType object.
profile_num	NUMBER(5)	Profile number. This refers to the vismAal2CidprofileNum object.
codec_type	NUMBER(5)	Type of codec used for the connection. This refers to the vismAal2CidCodecType object.
dtmf_trspt	NUMBER(5)	Whether DTMF digits are transported to the other endpoint. This refers to the vismAal2CidDtmfTransport object.
cas_trspt	NUMBER(5)	Whether the CAS (ABCD) bits are transported to the other endpoint. This refers to the vismAal2CidCasTransport object.
ecan_enable	NUMBER(5)	Whether echo cancellation is enabled on this connection. This refers to the vismAal2CidEcanEnable object.
init_vad_tmr	NUMBER(10)	Hangover time for VAD, in milliseconds. This refers to the vismAal2InitVadTimer object.
pkt_period	NUMBER(5)	Packetization period for a given codec. This refers to the vismAal2CnfPktPeriod object.
ics_enable	NUMBER(5)	Whether idle channel suppression is enabled or disabled for a CID. This refers to the vismAal2CidICSEnable object.
cid_state	NUMBER(5)	State of the CID. This refers to the vismAal2CidState object.
upper_lev_alm	NUMBER(5)	CID failure reason. This refers to the vismAal2CidFailReason object.
oper_admin_state	NUMBER(5)	Operational administrative state of the bearer connection. This attribute maps to the operational states defined on the media gateway. You can take the bearer connection into CidInService or CidCommandedOutOfService. The pending states are transient and the unknown state is an error state. Values are: 1: CidPendingInService 2: CidInService (default) 3: CidCommandedOutOfService 4: CidPendingOutOfService 5: CidUnknownState
reserved	NUMBER(10)	Reserved for future use.

1.3.85  VISM_CODEC

The VISM_CODEC table contains VISM and VXSM codec information.

Table 1-350 VISM_CODEC 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
index	NUMBER(5)	Index to this table. This refers to the vismCodecCnfIndex object. For VXSM, values are: 1: g729r8000 2: g729Ar8000 3: g726r16000 4: g726r24000 5: g726r32000 6: g711ulawr64000 7: g711Alawr64000 8: g728r16000 9: g723r6300 10: g723r5300 11: gsmr13200 12: g729Br8000 13: g729ABr8000 14: g723Ar6300 15: g723Ar5300 16: g729IETFr8000 17: gsmeEr12200 18: clearChannel 19: g726r40000 99: upspeed
name	CHAR(64)	Name of the codec. This refers to the vismCodecName object.
pkt_period	NUMBER(5)	Packetization period for a particular codec, in milliseconds. This refers to the vismCodecPktPeriod object. For VXSM, values are: 1: pktPeriod5000us 2: pktPeriod5500us 3: pktPeriod5785us 4: pktPeriod10000us (default) 5: pktPeriod15000us 6: pktPeriod20000us 7: pktPeriod25000us 8: pktPeriod30000us 9: pktPeriod35000us
pkt_period (continued)	NUMBER(5)	10: pktPeriod40000us 11: pktPeriod45000us 12: pktPeriod50000us 13: pktPeriod55000us 14: pktPeriod60000us 15: pktPeriod65000us 16: pktPeriod70000us 17: pktPeriod75000us 18: pktPeriod80000us 19: pktPeriod85000us 20: pktPeriod90000us 21: pktPeriod95000us
preference	NUMBER(5)	User-configured preference for each codec. This refers to the vismCodecPreference object.
codec_string	CHAR(64)	Local connection option or SDP descriptor string that VISM receives from the call agent. This value is in the form of PCMU, PCMA, G726 at 32 kbps rate, G729a, or CCD. This refers to the vismCodecString object.
iana_type	NUMBER(5)	Types (numbers) that the IANA assigns to the codecs. This refers to the vismCodecIanaType object.
jitter_delay_mode	NUMBER(5)	Jitter buffer mode that applies to a call connection. This refers to the vismCodecJitterDelayMode object.
jitter_init_delay	NUMBER(5)	Jitter buffer size, in milliseconds. This refers to the vismCodecJitterInitialDelay object.
adapt_type	NUMBER(5)	Unique index that identifies the adaptation layers supported for voice applications in the media gateway. Values are: 1: other 2: aal5 3: aal1 4: aal2
jitter_max_delay	NUMBER(5)	Maximum jitter buffer size. The range is from 20 to 500.
jitter_nom_delay	NUMBER(5)	Nominal jitter buffer size. The range is from 5 to 500.
jitter_min_delay	NUMBER(5)	Minimum jitter buffer size. The range is from 0 to 500.
dtmf_relay	NUMBER(5)	DTMF relay. Values are: 1: True 2: False
vdb_pkt_period	NUMBER(5)	Packetization period for a particular codec in VBD, in milliseconds. See the field description for ptk_period for the possible values.
payload_type	NUMBER(5)	Payload type of codec in voice applications. The range is from 0 to 127.
reserved	NUMBER(10)	Reserved for future use.

1.3.86  VISM_DS0

The VISM_DS0 table contains VISM DS-0 information.

Table 1-351 VISM_DS0 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
line	NUMBER(5)	Line number.
ds0_ifIndex	NUMBER(5)	Logical index of this table. This refers to the ds0IfIndex object. The range is from 1 to 248.
rb_signal	NUMBER(5)	Whether robbed bit signaling is turned on or off for a given DS-0. This refers to the ds0RobbedBitSignalling object.
idle_code	NUMBER(5)	Code transmitted in the ABCD bits when the DS-0 is not connected and when ds0TransmitCodesEnable is enabled. This refers to the ds0IdleCode object. The default value is 0.
seized_code	NUMBER(5)	Code transmitted in the ABCD bits when the DS-0 is connected and when ds0TransmitCodesEnable is enabled. This refers to the ds0SeizedCode object.
rcvd_code	NUMBER(5)	Code received in the ABCD bits. This refers to the ds0ReceivedCode object.
codes_enable	NUMBER(5)	Whether the idle and seized codes are transmitted. This refers to the ds0TransmitCodesEnable object. The default value is 6.
bundle_map	NUMBER(5)	Endpoint number as specified by mgEndpointNumber in the endpoint table. This refers to the ds0BundleMapped object.
ds0_ifType	NUMBER(5)	Interface type associated with the DS-0. This refers to the ds0IfType object.
variant_name	CHAR(64)	Index to the CAS variant table. This refers to the ds0CasVariantName object.
cadence_ontime	NUMBER(5)	Duration for which the digit tone is generated. The value is expressed in units of milliseconds. This refers to the ds0CasCadenceOnTime object. The default value is 75.
cadence_offtime	NUMBER(5)	Length of silence between digit tones. The value is expressed in units of milliseconds. This refers to the ds0CasCadenceOffTime. The default value is 75.
inst_local_cas	NUMBER(5)	Indication to the framer whether to force the CAS bits to a value defined by ds0LocalCasPattern. This refers to the ds0InsertLocalCas object.
local_cas_patn	NUMBER(5)	Pattern that the CAS (ABCD) bits have when ds0InsertLocalCas is enabled. This refers to the ds0LocalCasPattern object.
lpbk_command	NUMBER(5)	Loopback type at the DS-0 level. The DS-0 configuration overrides the line level configuration. This refers to the ds0loopbackCommand object.
input_gain	NUMBER(5)	Amount of gain inserted at the receiver side of a DS-0 channel, in dB. The default value is 0 dB. This refers to the ds0InputGain object.
output_attenu	NUMBER(5)	Amount of attenuation inserted at the transmit side of a DS-0 channel, in dB. This refers to the ds0OutputAttenuation object.
music_thresh	NUMBER(5)	Music on-hold threshold, in dBm. This refers to the ds0MusicThreshold object.
sid_packet	NUMBER(5)	Whether the Silence Indication Detection (SID) packet is generated when silence suppression is in active mode. This refers to the ds0SidPacket object.
exec_diag	NUMBER(5)	Status of DSP channel-level Registration, Admission, and Status Protocol (RAS) on the VISM card. When enabled, VISM configures the DSP through the HOST-DSP message on the individual channel. Values are: 1: True 2: False
rx_cas_table_name	CHAR(64)	CAS bit template name associated with the receive signaling channel on a DS-0.
tx_cas_table_name	CHAR(64)	CAS bit template name associated with the transmit signaling channel on a DS-0.
tx_rx_cas_config	NUMBER(5)	Configuration on a DS-0. Values are: 1: transmit—Configure the transmit signaling channel with a user-defined CAS pattern. 2: receive—Configure the receive signaling channel with a user-defined CAS pattern. 3: bidirectional—Configure the transmit and receive signaling channel with a user-defined CAS pattern. 4: none—Signaling channel uses the default ABCD CAS pattern specified by the DSP.
companding	NUMBER(5)	Whether input from or output to the TDM side of the DS-0 is U-law or A-law stream. This object is not set unless the corresponding DSP channel is closed and reopened. Values are: 1: U-law 2: A-law
reserved	NUMBER(10)	Reserved for future use.

1.3.87  VISM_ENDPT

The VISM_ENDPT table contains VISM endpoint information.

Table 1-352 VISM_ENDPT 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
endpoint	NUMBER(5)	Endpoint as it is known by the NE. This refers to the mgEndpointNumber object. The range is from 1 to 240.
line	NUMBER(5)	Line number. This refers to the mgEndointLineNumber object.
name	CHAR(64)	Endpoint as it is known by the MGC. This refers to the mgEndpointName object.
state	NUMBER(5)	State of the endpoint. Values are: 1: Endpoint active 2: Endpoint failed 3: Endpoint degraded 15: Upper-level alarm
channel_map	NUMBER(10)	Positions of 1-bits that indicate the channels used by the endpoint. This refers to the mgEndpointChannelMap object. •For T1 lines, the channel_map value is equal to 2^(ds0 -1). •For E1 lines, the channel_map value is equal to 2^(ds0). Note Exception: When DS-0 equals 31 for an E1 line, a value of 1 is used.
speed	NUMBER(10)	Endpoint's bandwidth, in kbps. The range is from 0 to 65535.
reserved	NUMBER(10)	Reserved for future use.

1.3.88  VISM_HDLC

The VISM_HDLC table contains VISM HDLC information.

Table 1-353 VISM_HDLC 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
hdlc_num	NUMBER(5)	Logical index of this table. This refers to the vismHdlcChanNum object. The range is from 1 to 248.
max_frame_size	NUMBER(5)	Maximum frame size that is allowed on this HDLC channel. This refers to the vismHdlcMaxFrameSize object. The default value is 264.
reserved	NUMBER(10)	Reserved for future use.

1.3.89  VISM_LAPD

The VISM_LAPD table contains VISM and VXSM LAPD information.

Table 1-354 VISM_LAPD 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
lapd_num	NUMBER(5)	Logical index of this table. This refers to the vismLapdIndex object. The range is from 1 to 248.
app_type	NUMBER(5)	LAPD interface type. For VISM, this refers to the vismLapdAppType object. VISM values are: 1: pri (default) 2: gr-303 VXSM values are: 1: sctp (default) 2: rudp
win_size	NUMBER(5)	Maximum number of outstanding sequentially numbered I-frames. This refers to the vismLapdWinSize object.
n200_retrans	NUMBER(5)	Maximum number of frame retransmissions. This refers to the vismLapdN200 object. The default value is 3.
t200_timeout	NUMBER(10)	Maximum amount of time, in milliseconds, to wait for acknowledgement of a transmit frame. This refers to the vismLapdT200 object. For PRI, the default value is 1000 milliseconds.
t203_timeout	NUMBER(10)	Maximum amount of time, in milliseconds, allowed without frames being exchanged. This refers to the vismLapdT203 object. For PRI, the default is 10000 milliseconds.
lapd_type	NUMBER(5)	Type of interface used with the LAPD stack. This refers to the vismLapdType object. The default value is ni2.
lapd_side	NUMBER(5)	Whether the LAPD stack is on the user side or network side. This refers to the vismLapdSide object.
lapd_trunk_type	NUMBER(5)	Whether the line is configured for trunking or PRI backhaul. This refers to the vismLapdTrunkType object.
if_index	NUMBER(10)	Interface index.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
ds0_format	NUMBER(5)	DS-0 format. Values are: 1: ds056k—DS-0 line speed is 56000 bps. 2: ds064k—DS-0 line speed is 64000 bps.
hdlc_profile	NUMBER(10)	HDLC profile for the PRI backhaul connection. The range is from 1 to 128; the default value is 1.
as_name	CHAR(255)	LAPD application server name.
oper_status	NUMBER(5)	Operational status of the interface. Values are: 1: Inactive 2: L1 is active 3: L2 is active
reserved	NUMBER(10)	Reserved for future use.

1.3.90  VISM_LINE

The VISM_LINE table contains VISM line information.

Table 1-355 VISM_LINE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
line	NUMBER(5)	Line number.
ecan_enable	NUMBER(5)	Whether the echo cancellation feature is enabled or disabled. This refers to the vismEcanEnabled object.
ecan_tail	NUMBER(5)	Maximum tail, in milliseconds. This refers to the vismEcanTail object.
ecan_rec	NUMBER(5)	Residual Echo Control (REC) instructs the canceller how to treat echoes that remain after cancellation. This refers to the vismEcanREC object.
comprs_vad	NUMBER(5)	Whether VAD is enabled or disabled on the compression DSPs. This refers to the vismCompCnfVAD object.
signal_type	NUMBER(5)	Type of signaling used for the line. This refers to the vismSignalingType object.
dchan_bitmap	NUMBER(10)	Description of the CCS signaling channels or DS-0s (also referred to as D-channel). This refers to the vismCcsChannels object.
trk_cond_enable	NUMBER(5)	Whether trunk conditioning is enabled or disabled on the line. This refers to the vismTrunkConditionEnable object.
circuit_id_desp	CHAR(64)	Identifier of a T1 or E1 line. This refers to the vismDsx1CircuitIdentifier object.
tx_digit_order	NUMBER(5)	Order in which automatic number identification (ANI) and dialed number identification (DNI) are dialed out from the outgoing interface. This refers to the vismDsx1TxDigitOrder object.
tone_plan_region	CHAR(64)	Tone plan region for the DS-1 line. This refers to the vismDsx1TonePlanRegion object.
tone_plan_version	NUMBER(5)	Tone plan version for DS-1 line. This refers to the vismDsx1TonePlanVersion object.
ring_to	NUMBER(5)	Time, in seconds, for which the ringing cadence is generated toward the basic PBX unless interrupted. This refers to the vismDsx1RingingTO object.
ring_back_to	NUMBER(5)	Time, in seconds, for which the local ring back tone (toward the TDM) is generated unless interrupted. This refers to the vismDsx1RingBackTO object.
busy_to	NUMBER(5)	Time, in seconds, for which the busy tone is generated unless interrupted. This refers to the vismDsx1BusyTO object.
reorder_to	NUMBER(5)	Time, in seconds, for which the reorder/fast busy tone is generated unless interrupted. This refers to the vismDsx1ReorderTO object.
dial_to	NUMBER(5)	Time, in seconds, for which the dial tone is generated unless interrupted. This refers to the vismDsx1DialTO object.
stutter_dial_to	NUMBER(5)	Time, in seconds, for which the stutter dial tone/confirmation dial tone is generated unless interrupted. This refers to the vismDsx1StutterDialTO object.
off_hook_alert_to	NUMBER(5)	Time, in seconds, for which the off-hook alert tone is generated unless interrupted. This refers to the vismDsx1OffHookAlertTO object.
remote_ringback	NUMBER(10)	Remote ring back method on the DS-1 endpoints. This refers to the vismDsx1RemoteRingback object.
midcall_tpart	NUMBER(10)	Partial dial timing, in seconds. This value is used along with a digit map as the interdigit timer. This refers to the vismDsx1MidcallTpart object.
midcall_tcrit	NUMBER(10)	Critical timing, in seconds. This refers to the vismDsx1MidcallTcrit object.
sa4_byte	NUMBER(5)	Spare bit on the T1/E1 framer that is reserved for international standardization. The range is from 0 to 255.
sa5_byte	NUMBER(5)	Spare bit on the T1/E1 framer that is reserved for international standardization. The range is from 0 to 255.
sa6_byte	NUMBER(5)	Spare bit on the T1/E1 framer that is reserved for international standardization. The range is from 0 to 255.
sa7_byte	NUMBER(5)	Spare bit on the T1/E1 framer that is reserved for international standardization. The range is from 0 to 255.
sa8_byte	NUMBER(5)	Spare bit on the T1/E1 framer that is reserved for international standardization. The range is from 0 to 255.
serv_state	NUMBER(5)	Value that allows the line administrative state (in service and out of service) to be persistent. Values are: 1: Invalid 2: In service (is) 3: Out of service (oos) 4: Pending out of service (poos) 5: Command out of service (coos) 6: Inactive
bearer_busy_code	NUMBER(5)	Object used when TrunkConditionEnable is enabled on a line. This value is a configurable busy pattern sent out on the bearer channel, which receives remote ATM CID alarms. If this object is not set, it assumes a default value of 255 for E1 and 127 for T1. The range is from 0 to 255.
reserved	NUMBER(10)	Reserved for future use.

1.3.91  VISM_MGC

The VISM_MGC table contains VISM MGC information.

Table 1-356 VISM_MGC 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
controller	NUMBER(5)	Individual MGC index. This refers to the mgcNumber object. For VXSM, the range is from 1 to 32.
name	CHAR(64)	Name of the MGC. This refers to the mgcName object. For VXSM, this value is the MGC domain name in the domain name table.
assoc_state	NUMBER(5)	State of the association between the media gateway and the MGC. mgcRedundancyGrpCommState is introduced in the mgcRedundancyGrpParamTable.
assoc_state_ctrl	NUMBER(5)	Control of the association state. mgcRedundancyGrpStateChangeNtfy is introduced in the mgcRedundancyGrpParamTable.
total_mgcg	NUMBER(10)	Total number of MGC groups associated with this MGC. The range is from 0 to 65535.
total_ip	NUMBER(10)	Total number of IP addresses associated with this MGC. The range is from 0 to 65535.
resolution	NUMBER(5)	Type of resolution applied to this MGC. Values are: 1: internalOnly (default) 2: externalOnly
reserved	NUMBER(10)	Reserved for future use.

1.3.92  VISM_MGCP

The VISM_MGCP table contains VISM MGC parameter information.

Table 1-357 VISM_MGCP 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
controller	NUMBER(5)	MGC number. This refers to the mgcNumber object.
protocol	NUMBER(5)	Reference to the protocol that reflects mgProtocolNumber from the mgSupported table. This refers to the mgProtocolNumber object.
reserved	NUMBER(10)	Reserved for future use.

1.3.93  VISM_PROFILE

The VISM_PROFILE table contains VISM AAL2 profile information.

Table 1-358 VISM_PROFILE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
prf_type	NUMBER(5)	First index into this table. This refers to the aal2profileType object.
prf_num	NUMBER(5)	Second index into this table. This refers to the aal2profileNumber object.
preference	NUMBER(10)	Object that is used to configure the preference of one profile over another. This refers to the aal2profilePreference object.
voice_codec	NUMBER(5)	Codec to be used in this profile. This refers to the aal2profileVoiceCodec object.
voice_pkt_period	NUMBER(5)	Packetization period for a given codec, in milliseconds. This refers to the aal2profileVoicePktPeriod object.
voice_vad	NUMBER(5)	Whether VAD is applied when the current profile is chosen. This refers to the aal2profileVoiceVAD object.
vbd_codec	NUMBER(5)	VBD codecs used when upspeed occurs. This refers to the aal2profileVBDCodec object.
vbd_pkt_period	NUMBER(5)	Packetization period for a given VBD codec, in milliseconds. This refers to the aal2profileVBDPktPeriod object.
reserved	NUMBER(10)	Reserved for future use.

1.3.94  VISM_TEMPLATE

The VISM_TEMPLATE table contains VISM template information.

Table 1-359 VISM_TEMPLATE 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
template_num	NUMBER(5)	Index for the CodecTemplate table. This refers to the vismCodectemplateNum object.
codec_supported	NUMBER(5)	Bitmap of codecs that are supported in this template. This refers to the vismCodecSupported object.
max_chan_cnt	NUMBER(5)	Maximum number of channels that are supported for this template. This refers to the vismCodectemplateMaxChanCount object.
reserved	NUMBER(10)	Reserved for future use.

1.3.95  VOICE_CONN

The VOICE_CONN table contains voice connection information.

Table 1-360 VOICE_CONN 

Column Name	Oracle Data Type	Description
con_obj_id	NUMBER(10)	Connection object ID.
l_network_id	NUMBER(5)	Network ID.
l_node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number. This object is zero-based, which means that only 0 is allowed. This refers to the vismChanPortNum object.
l_vpi	NUMBER(5)	Local VPI. The range is from 0 to 255.
l_vci	NUMBER(10)	Local VCI. The range is from 0 to 65535.
l_nsap_addr	CHAR(20)	Local NSAP address. Among these 20 bytes, values are: 13 bytes: prefix 2 bytes: Cisco ID 1 byte: rsvd 3 bytes: logical interface 1 byte: slot 2 bytes: port number last byte: SEL
r_network_id	NUMBER(5)	Remote network ID.
r_node_id	NUMBER(10)	Remote node ID.
r_slot	NUMBER(5)	Remote slot number.
r_port	NUMBER(5)	Remote port number.
r_vpi	NUMBER(5)	Remote VPI. The range is from 0 to 65535.
r_vci	NUMBER(10)	Remote VCI. The range is from 0 to 65535.
r_nsap_addr	CHAR(20)	Remote NSAP address. Among these 20 bytes, values are: 13 bytes: prefix 2 bytes: Cisco ID 1 byte: rsvd 3 bytes: logical interface 1 byte: slot 2 bytes: port number last byte: SEL
lcn	NUMBER(10)	Logical channel number for the PVC. The range is from 131 to 510.
master_flag	NUMBER(5)	Used by the PXM to determine if this endpoint is master or slave. Values are: 1: master 2: slave 3: unknown
termination	NUMBER(5)	Type of local endpoints.
con_type	NUMBER(5)	Connection type. Values are: 1: pvc (default)
sub_type	NUMBER(5)	Connection service type. The following mapping shows the database value for each MIB vismConnServiceType. The database value is listed first, followed by the MIB vismConnServiceType: ATM_CBR (1) <---> cbr (1) (default) ATM_RTVBR (13) <---> vbr-rt (2) ATM_VBR (2) <---> vbr-nrt (3) ATM_VBR_3_RT (51) <---> vbr3-rt (4) ATM_VBR_2_RT (50) <---> vbr2-rt (5) ATM_VBR_2_NRT (52) <---> vbr2-nrt (6) ATM_VBR_3_NRT (53) <---> vbr3-nrt (7) For VXSM, values are: 1: cbr1 2: vbr1RT 5: vbr1nRT 8: ubr1
pvcType	NUMBER(5)	PVC type. Values are: 1: aal-5 (default for connections on VISM cards) 2: aal-2 3: aal-1
vpcFlag	NUMBER(5)	Used by PXM to identify the connection type. The value is 2 for VCC.
active	NUMBER(5)	Connection active state.
status	NUMBER(5)	Connection status. Values are: 1: Ok 2: Failed 3: Down (or not configured) For VXSM, this is the operational status of an endpoint. Values are: 1: operOk 2: operFail 3: adminDown
l_pcr	NUMBER(10)	Local peak cell rate. The range is from 1 to 100000. Values are: •For AAL2 bearer PVCs, the maximum value is 60,000 cells per second on E1 cards and 50,000 cells per second on T1 cards. •For a signaling PVC, the maximum value is 400 cells per second. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
lper_util	NUMBER(5)	Expected long-term utilization at the local end of a channel. The range is from 0 to 100; the default value is 100.
r_pcr	NUMBER(10)	Remote peak cell rate. The range is from 1 to 100000. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
rper_util	NUMBER(5)	Expected long-term utilization at the remote end of a channel. The range is from 0 to 100; the default value is 100.
protect	NUMBER(5)	Channel protection. Values are: 1: protected 2: unprotected
prefer	NUMBER(5)	Whether the PVC is primary or secondary. Values are 1: primary 2: secondary
actState	NUMBER(5)	Channel activity state. Values are: 1: active 2: standby 3: failed 4: unknown For VXSM, the relationship with the cwaChanOperStatus object is as follows. The activity state is first listed, followed by the operation status: •For PVCs in protection group: –active operOk(1) –standby operOk –Failed operFail(2) •For PVCs out of protection group –unknown operOk –unknown adminDown(3) –failed operFail
lockState	NUMBER(5)	Channel locking state. Values are: 1: unlock 2: lock
ingrScr	NUMBER(10)	Sustained cell rate in the ingress direction of the PVC. The range is from 1 to 100000. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
ingrMbs	NUMBER(10)	Maximum burst size in the ingress direction of the PVC, in cells per second. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
ingrClr	NUMBER(10)	Cell loss ratio in the ingress direction of the PVC.
egrScr	NUMBER(10)	Sustained cell rate in the egress direction of the PVC. The range is from 1 to 100000. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
egrMbs	NUMBER(10)	Maximum burst size in the egress direction of the PVC, in cells per second. For VXSM, the range is from 0 to 100000000; the default value is 7000000.
egrClr	NUMBER(10)	Cell loss ratio in the egress direction of the PVC.
application	NUMBER(5)	Channel application. Values are: 1: control 2: bearer (default) 3: signaling
fallbackLcn	NUMBER(10)	LCN to be used as a fallback mechanism in case the primary PVC fails. The range is from 131 to 510.
rmtLpbkState	NUMBER(5)	Loopback on the cell bus in the egress direction. Values are: 1: enable 2: disable
cacMaster	NUMBER(5)	Whether the PVC is the master end or slave end. Values are: 1: master 2: slave
cacRejPolicy	NUMBER(5)	CAC rejection policy. Values are: 1: delete 2: maintain 3: unspecified
rout_pri	NUMBER(5)	Used by PXM to determine how important this connection is when selecting connections to route. This refers to the vismRoutingPriority object.
max_cost	NUMBER(10)	Maximum allowed cost related to cost-based routing. This refers to the vismMaxCost object.
farend_addrtype	NUMBER(5)	Address type, which is one of five types: •NSAP •E164 •GWID •Not applicable •Unspecified This refers to the vismFarEndAddressType object.
farend_e164addr	CHAR(15)	E.164 address of the far-end peer. The address is expressed as decimal numbers with up to 15 digits. This refers to the vismFarEndE164Address object.
farend_gwidaddr	CHAR(64)	Gateway ID of the far-end peer. The address is expressed as ASCII characters. This refers to the vismFarEndGWIDAddress object.
farend_nsapaddr	CHAR(40)	Contains the 20-byte NSAP address of the far-end peer. This refers to the vismFarEndNSAPAddress object.
vcci	NUMBER(10)	The Virtual Circuit Connection Identifier (VCCI) is a variable that identifies a virtual circuit connection between two nodes. This refers to the vismVCCI object.
carrier_los_policy	NUMBER(5)	Policy that is applied when a carrier loss is detected. This refers to the vismChanCarrierLossPolicy object.
vad_tolerance	NUMBER(10)	Customer-accepted drop rate for voice connections when the bandwidth usage exceeds the allowed value. This refers to the vismChanVADTolerance object.
vad_duty_cycle	NUMBER(5)	Talk-spurts duty cycle, in percentage. This refers to the vismChanVADDutyCycle object.
nwcac_config_state	NUMBER(5)	Whether the originating and terminating VISMs are configured correctly. This refers to the networkCacConfigState object.
alarm_status	NUMBER(5)	Consolidated bitmap of the channel alarm state. This refers to the vismChanStatusBitMap object.
if_index	NUMBER(10)	if_index of the connection.
stats	NUMBER(5)	Whether statistics collection is enabled or disabled on a per-connection basis. Values are: 1: true 2: false
cc	NUMBER(5)	Whether the continuity check (CC) is enabled or disabled on a connection endpoint. Values are: 1: true 2: false
upd_counter	NUMBER(10)	Counter that keeps track of the number of configuration changes that occur on a specific endpoint. The range is from 0 to 4294967295.
crtlr_id	NUMBER(5)	Used to associate an endpoint with a specific controller. The value 2 means PNNI.
frame_dis	NUMBER(5)	When set to true, it enables the frame discard feature for the connection. Values are: 1: true 2: false
cdv	NUMBER(10)	Maximum tolerable cell delay variation in the local-to-remote direction. The range is from 0 to 16777215; the default value is FFFFFF'h.
ctd	NUMBER(10)	Maximum tolerable network transfer delay in the local-to-remote direction. The range is from 0 to 65535; the default value is FFFF'h.
cdvt	NUMBER(10)	Cell delay variation tolerance (CDVT) used in the local-to-remote direction. The range is from 0 to 4294967295; the default value is FFFFFFFF'h.
r_cdv	NUMBER(10)	Maximum tolerable cell delay variation in the remote-to-local direction. The range is from 0 to 16777215; the default value is FFFFFF'h.
r_ctd	NUMBER(10)	Maximum tolerable network transfer delay in the remote-to-local direction. The range is from 0 to 65535; the default value is FFFF'h.
abr_vsvd_en	NUMBER(5)	Values are: 1: true 2: false (default)
oam_seg_en	NUMBER(5)	The setting and resetting of the OAM segment endpoint. Values are: 1: oamSegEp 2: nonOamSegEp
slave_type	NUMBER(5)	Whether a master endpoint has a persistent slave. Values are: 1: persistentSlave (default) 2: nonPersistentSlave
pref_route	NUMBER(10)	Used to associate a preferred route to a connection. The range is from 0 to 65535; the default value is 0.
direct_route	NUMBER(5)	Used to associate a preferred route as the directed route. Values are: 1: true 2: false (default)
fallbk_port	NUMBER(10)	Port of the PVC to be used as a fallback mechanism in case the primary PVC fails. The range is from 0 to 2147483647; the default value is 0.
fallbk_vpi	NUMBER(5)	VPI of the PVC to be used as a fallback mechanism in case the primary PVC fails. The range is from 0 to 4095; the default value is 0.
fallbk_vci	NUMBER(10)	VCI of the PVC to be used as a fallback mechanism in case the primary PVC fails. The range is from 0 to 65535; the default value is 0.
lif_num	NUMBER(5)	Logical interface number for the channel. The range is from 0 to 64; the default value is 0.
cu_timer	NUMBER(5)	AAL2 timeout value, in milliseconds. The range is from 0 to 255; the default value is 30.
aal2cid_ftimer	NUMBER(5)	Time, in milliseconds, to wait for cell fill-up when the next packet is not ready. The range is from 0 to 255; the default value is 5.
pref_route_id	NUMBER(10)	Used to associate a preferred route with a connection. A value of 0 means that no preferred route is associated with this connection. It also means that the vismChanDirectRoute object is automatically set to false by the switch. The range is from 0 to 65535; the default value is 0.
direct_route_flag	NUMBER(5)	Used to associate a preferred route as the directed route. This corresponds to the preferred route vismChanPrefRouteId object. A directed route specifies that the associated preferred route is the only permission route that the connection can take. If the associated preferred route is unavailable, the connection fails. If there is no associated preferred route with the connection, the vismChanPrefRouteId object has a value of 0. Values are: 1: true 2: false (default)
ais_suppression	NUMBER(5)	AIS suppression can be enabled (true) or disabled (false). When AIS suppression is disabled on a PVC, ATM network alarms on that PVC will immediately propagate to the TDM side and cause T1/E1 line alarms. When AIS suppression is enabled on a PVC, ATM network alarms will not propagate to the TDM side and cause T1/E1 line alarms for the duration of the AIS delay time setting. However, if the ATM network alarms persist in causing the AIS delay timer to expire, the ATM network alarms will be allowed to propagate onto the TDM side and cause T1/E1 line alarms. Values are: 1: true 2: false (default)
ais_delay	NUMBER(5)	Time duration after which ATM network alarms on the PVC are prevented from propagating onto the TDM side when AIS suppression is enabled. The range is from 1 to 60; the default value is 30.
serv_state_enable	NUMBER(5)	Stores the active status of a channel to indicate that it is locally down on the VISM. If a connection is down, it indicates that OAM end-to-end loopback has been disabled for the PVC and also CIDs are directed not to generate traffic. The actual PVC administrative status is not reflected by this object. Values are: 1: true (default) 2: false Note This attribute becomes obsolete from the MIB CISCO-VISM-CONN-MIB.my.
user_min_pcr_bw	NUMBER(10)	User-configured minimum number of cells required to keep the connection up. The range is from 1 to 100000.
user_max_pcr_bw	NUMBER(10)	User-configured bandwidth (peak cell rate), in cells per second, from the local end (for example, the ingress direction of the PVC). •For a VoIP bearer PVC, the maximum value is 75600 cells per second. •For a VoIP control PVC, the maximum value is 24400 cells per second. •For AAL2 PVCs, the PCR is computed based on the: –Number of channels multiplexed on an AAL2 PVC –Codec (Compression Algorithm) used –VAD factor –Partial fill factor For an AAL2 bearer PVC, the maximum value is 60,000 cells per second on the E1 card and 50,000 cells per second on the T1 card. For a signaling PVC, the maximum value is 400 cells per second. This is a mandatory parameter when adding a PVC. Therefore, a default value is not applicable. This parameter cannot be changed when there are active calls on the PVC. For a VoIP bearer PVC, the maximum allowed value is 80000. For a VoIP control PVC, the maximum allowed value is 20000. This has been increased as 248 endpoints are allowed. For AAL2, the values are 50000 or 60000. For VBR connections, the minimum value of the PCR is 15. The range is from 1 to 100000.
user_max_ingr_scr	NUMBER(10)	User-configured SCR for the PVC. SCR is used for VBR connection types only. Based on the value of the SCR, traffic shaping is not done on the VISM card. This value is useful for setting up the parameters for the end-to-end PVC. This value is expressed in units of cells per second. This object defines the SCR value for the ingress direction of the PVC. For a VoIP bearer PVC, the maximum value is 80000. For a VoIP control PVC, the maximum value is 20000. This has been increased as 248 endpoints are allowed. For AAL2, the values are 50000 or 60000. If the user provides a value that is greater than the vismConnPCR object, the SET request is rejected. For VBR connections, the allowed range of values of SCR is from 15 to PCR. The range is from 1 to 100000.
user_max_ingr_mbs	NUMBER(10)	User-configured maximum burst size (MBS). This object is meaningful for VBR connections only. It defines the MBS value for the ingress direction of the PVC. The MBS value cannot be greater than 10 times the vismChanScrIngress value. The range is from 1 to 2147483647.
user_pcr_number	NUMBER(5)	User-configured bandwidth value. If the value is 1, it indicates that the bandwidth configured at the time of adding the connection will be used. If the value is 2, the minimum bandwidth will be applied as the current PCR value. A derived minimum value, from this value, will be applied for SCR and MBS values. The range is from 1 to 2; the default value is 1.
reserved	NUMBER(10)	Reserved for future use.

1.3.96  VXSM_CARD

The VXSM_CARD table contains VXSM card-level information.

Table 1-361 VXSM_CARD 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
dname	CHAR(64)	Domain name under which the media gateway could also be registered in a DNS.
ctrl_tos	NUMBER(5)	Type of Service (TOS) field of the IP header for the control packet in a VoIP application. The range is from 0 to 255; the default value is 96.
bearer_tos	NUMBER(5)	TOS field of the IP header for the voice payload packet in a VoIP application. The range is from 0 to 255; the default value is 160.
nte_payload	NUMBER(5)	NTE payload type. The range is from 96 to 127; the default value is 101.
nse_payload	NUMBER(5)	NSE payload type. The range is from 98 to 117; the default value is 100.
nse_resp_timer	NUMBER(5)	NSE timeout value. The range is from 250 to 10000; the default value is 1000.
def_tone_plan_id	NUMBER(10)	Default tone plan index for the media gateway. This refers to the cvtcTonePlanId object. The data type is unsigned32. The range is from 1 to 65535; the default value is 1.
info_enable	NUMBER(5)	Whether the media gateway supports descriptive suffix of the name schema for terminations. The default value is false.
dsname_prefix	CHAR(64)	Prefix of the name schema for digital subscriber (DS) terminations.
rtpname_prefix	CHAR(64)	Prefix of the name schema for Real-Time Transport Protocol (RTP) terminations.
aal1_svc1_prefix	CHAR(64)	Prefix of the name schema for voice over AAL1 SVC.
aal2_svc1_prefix	CHAR(64)	Prefix of the name schema for voice over AAL2 SVC.
cc_enable	NUMBER(5)	Whether the H.248 congestion package (H.248.10) and the related functionality are enabled on the media gateway. Values are: 1: true 2: false (default)
renotify_intvl	NUMBER(10)	Network delay and renotification timer configured on the MGC. The range is from 0 to 100000.
current_crr	NUMBER(5)	Current percentage reduction in the rate of calls that the MGC is attempting to make to the media gateway. The range is 0 to 100.
cac_enable	NUMBER(5)	Whether the CAC function is enabled in the media gateway. Values are: 1: true (default) 2: false
pred_oam_cgap	NUMBER(5)	Intercell gap for dual PVC OAM cells. The range is from 10 to 5000; the default value is 500.
pred_retry_thrhd	NUMBER(5)	Threshold for failure of a PVC. The range is from 1 to 20; the default value is 3.
pred_recov_thrhd	NUMBER(5)	Threshold for recovery of a PVC. The range is from 1 to 20; the default value is 5.
total_dsp	NUMBER(10)	Total number of DSPs in the card.
num_dsp_fail	NUMBER(10)	Number of DSPs that failed.
dsp_swov_thrld	NUMBER(5)	Threshold of DSP failures that can occur before the voice gateway is switched over. The range is from 1 to 2048.
congest_dsp	NUMBER(5)	Number of DSPs in the congested state. The range is from 0 to 1024.
normal_dsp	NUMBER(5)	Number of DSPs in the normal state. The range is from 0 to 1024.
nx64_dsp	NUMBER(5)	Number of DSPs that are set aside for making Nx64 calls. The range is from 0 to 2048.
rtp_sid_pl_type	NUMBER(5)	RTP payload type of the SID packet that is sent to the remote endpoint at the onset of silence suppression. Values are: 19: hexadecimal 13: decimal (default)
rtcp_control	NUMBER(5)	Control for enabling or disabling the RTCP. Values are: 1: enable (default) 2: disable
rtcp_trans_intrv	NUMBER(10)	RTCP report interval. The range is from 5000 to 65535; the default value is 5000.
rcv_multi	NUMBER(5)	Approximate RTCP report interval, in milliseconds. The range is from 1 to 60; the default value is 5.
vad_adaptive	NUMBER(5)	Enables or disables the adaptive VAD knob of the VAD algorithm. Values are: 1: disable 2: enable
power_level	NUMBER(5)	Power level of the low frequency component. The range is from -250 to 30; the default value is -120.
power_twist	NUMBER(5)	Relative power level of the high frequency component of the DTMF. The range is from -100 to 100; the default value is 0.
dn_ann_srv	CHAR(64)	Domain name of an announcement file server that resides in an IP network and is reachable from the media gateway.
dn_resolution	NUMBER(5)	Domain name resolution for the domain name of the announcement file server that is specified by the cannoAudioFileServerName object. Values are: 1: internalOnly (default) 2: externalOnly
ipaddr_type	NUMBER(5)	IP address type. The default value is ipv4.
ip_addr	NUMBER(10)	IP address associated with the cannoAudioFileServerName object. The default value is 00000000'h.
age_time	NUMBER(10)	Maximum lifespan (in minutes) of the dynamic announcement files in the cache. The range is from 0 to 65535; the default value is 10080.
prefix_path	CHAR(255)	Directory path for announcement files. Announcement files are stored under the default TFTP directory in the announcement file server.
reg_timeout	NUMBER(5)	Time for a play-announcement request to be serviced, in seconds. The range is from 0 to 50; the default value is 5.
max_perm_ann	NUMBER(5)	Maximum number of permanent announcement files that can be added to the media gateway. The range is from 0 to 500; the default value is 41.
jitter_delay_mode	NUMBER(5)	Jitter buffer mode for VDB call connections. Values are: 1: Adaptive 2: Fixed (default)
jitter_max_delay	NUMBER(5)	Maximum jitter buffer size, in milliseconds. The range is from 20 to 135; the default value is 135.
jitter_nom_delay	NUMBER(5)	Nominal jitter buffer size, in milliseconds. The range is from 5 to 135; the default value is 70.
jitter_min_delay	NUMBER(5)	Minimum jitter buffer size, in milliseconds. The range is from 0 to 135; the default value is 0.
cluster_enabled	NUMBER(5)	Condition of cluster generation in call control. Values are: 1: Disabled 2: Enabled 3: conditionalEnabled
ent_phy_idx	NUMBER(10)	Refers to the entPhysicalIndex object.
bearer_traffic	NUMBER(10)	Bearer traffic. VXSM 1.5 supports only the value 1 for ipPvcAal5.
bearer_sec_enable	NUMBER(1)	Whether TGCP bearer security is enabled or disabled. A value of true means that TGCP bearer security is enabled; a value of false means that TGCP bearer security is disabled. Values are: 1: true (true) 2: false
codec_temp_type	NUMBER(1)	Codec template supported in the DSP image. Values are: 1: tgw 2: cable
rtcp_timer_control	NUMBER(1)	When the RTCP receive timer is started. Values are: 1: disabled 2: startImmediately 3: startRtpOrRtcpPktRcvd 4: startRtcpPktRcvd (default)
reserved	NUMBER(10)	Reserved for future use.

1.3.97  VXSM_CAS_PROFILE

The VXSM_CAS_PROFILE table contains CAS profile information for VXSM cards.

Table 1-362 VXSM_CAS_PROFILE 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
profile_idx (key)	NUMBER(10)	Uniquely identifies the CAS profile. A value of 1 specifies the default CAS profile in the media gateway. The range is from 1 to 65535.
line_signal_timer_idx	NUMBER(10)	Attributes of CAS line signaling timers. This value is the index to the VXSM_LINE_SIGNAL_TIMER table.
general_config_idx	NUMBER(10)	General CAS attributes. This value is the index to the VXSM_GEN_CONFIG table.
reserved	NUMBER(10)	Reserved for future use.

1.3.98  VXSM_CAS_VARIANT

The VXSM_CAS_VARIANT table contains CAS varient information for VXSM cards.

Table 1-363 VXSM_CAS_VARIANT 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
variant_idx (key)	NUMBER(10)	Arbitrary value that uniquely identifies the CAS variant in the media gateway. The range is from 1 to 65535.
variant_file	CHAR(65)	Valid filename with the extension ".o" stored on the media gateway's hard disk.
variant_source	NUMBER(1)	Source from where the CAS variant file is retrieved. Values are: 1: internal (default) 2: external
variant_state	NUMBER(1)	Configuration status of the CAS variant. Values are: 1: initInProgress 2: initSuccessfully 3: initFailed
reserved	NUMBER(10)	Reserved for future use.

1.3.99  VXSM_EVENT_MAP

The VXSM_EVENT_MAP table contains VXSM event map information.

Table 1-364 VXSM_EVENT_MAP 

Column Name	Type	Description
node_id	NUMBER(10)	Node ID.
network_id	NUMBER(5)	Network ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
map_index	NUMBER(10)	Uniquely identifies a set of supported voice data events and how they are handled in the media gateway. A value of 1 indicates default handling for the voice data events in the media gateway.
event_index	NUMBER(5)	Unique identifier of the voice band data event.
handle_type	NUMBER(5)	Type of handle function in response to the event detection.
profile_index	NUMBER(10)	Handle profile in response to the event detection.
handle_mode	NUMBER(5)	Handling mode of the event.
reserved	NUMBER(10)	Reserved for future use.

1.3.100  VXSM_FAX_RELAY

The VXSM_FAX_RELAY table contains fax relay profile information for VXSM cards.

Table 1-365 VXSM_FAX_RELAY 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
profile_index (key)	NUMBER(10)	Uniquely identifies the fax relay profile. The entry with the value of this object set to 1 is the default fax relay profile for the media gateway. The default fax relay profile is automatically created by the system and cannot be added or deleted, but can be modified. The range is from 1 to 65535.
mode	NUMBER(5)	Control mode of a fax call that the gateway follows upon detecting a V.21 preamble. Values are: 1: t38FallbackPassthru (default) 2: t38Only
t38_variant	NUMBER(10)	Variant of ITU-T T.38 standards. The range is from 0 to 255; the default value is 0.
bearer_tx_protocol	NUMBER(5)	Transport protocol in the bearer path. Values are: 1: UDP (default) 2: TCP
tcf_method	NUMBER(5)	Method used to verify the Training Check Field (TCF). Values are: 1: localTcf 2: networkTcf (default)
max_tx_rate	NUMBER(5)	Maximum fax transmission rate. Values are: 1: none 2: voiceRate 3: fax2400 4: fax4800 5: fax7200 6: fax9600 7: fax14400 (default) 8: fax12000
hs_packet_rate	NUMBER(5)	Packet rate of the primary high-speed (HS) data packet.
ls_data_red	NUMBER(5)	Extent of Internet Fax Protocol (IFP) packet transmission redundancy for the low-speed control information exchanged during the first phase of a T.38 fax relay connection. The range is from 0 to 8; the default value is 5.
hs_data_red	NUMBER(5)	Extent of IFP packet transmission redundancy for the high-speed control and image information exchanged following the initial low-speed phase of a T.38 fax relay connection. The range is from 0 to 3; the default value is 0.
nsf_override_enable	NUMBER(5)	Enables or disables the gateway to override the nonstandard facilities (NSF) code in the following T.30 signals: NSF, nonstandard facilities command (NSC), and NSS. Values are: 1: True (default) 2: False
nsf_country_code	NUMBER(5)	Country code for identifying the country where the media gateway with nonstandard capabilities was manufactured. This object is applicable only if the value of nsf_override_enable is set to true.
nsf_vendor_code	NUMBER(5)	Per its ITU T.35 definition, the vendor code (also called the terminal provider code) in the NSF code is a two-byte field that identifies the manufacturer of the media gateway with nonstandard capabilities. This object is applicable only if the value of nsf_override_enable is set to true.
nse_ack_timeout	NUMBER(10)	Timeout value for the NSE timer. This timer is started after sending an NSE 200 while waiting for the NSE 201 acknowledgment or the NSE 202 negative acknowledgement. The range is from 250 to 10000; the default value is 1000.
inactivity_timeout	NUMBER(10)	Timeout value before the call is torn down if there is no activity in the fax relay. A value of 0 disables the inactivity detection. The range is from 0 to 65535; the default value is 10.
nominal_delay	NUMBER(10)	Nominal delay in the fax relay. The range is from 0 to 65535; the default value is 200.
t30_ecm_enable	NUMBER(5)	Enables or disables T.30 Error Correcting Mode (ECM). ECM is a feature implemented by many new fax devices to improve image quality and page compression capabilities through a reliable image data transmission protocol. Values are: 1: True (default) 2: False
reserved	NUMBER(10)	Reserved for future use.

1.3.101  VXSM_GENERAL_CONFIG

The VXSM_GENERAL_CONFIG table contains general configuration information for VXSM cards.

Table 1-366 VXSM_GENERAL_CONFIG 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
general_config_idx (key)	NUMBER(10)	Arbitrary index that uniquely identifies an entry in this table. The index 1 is reserved for the default entry. The range is from 1 to 65535.
glare_policy	NUMBER(1)	Glare policy, which is used only if CAS DS-0 directionality of the endpoint is bidirectional. Values are: 1: rptSzOnGlareTmrExp (default) 2: rptSzOnGlareDet 3: rptRelOnGlareTmrExpAndGoOnHook 4: goOnHookOnGlareDet
param_source	NUMBER(1)	Whether the gateway should read CAS-related timer parameters from the CAS variant file downloaded for that endpoint or read them from the MIB. Values are: 1: casVariantFile 2: mib (default)
reg_sig_mode	NUMBER(1)	Register signaling mode for R2 registers. Values are: 1: compelled (default) 2: noncompelled 3: semicompelled
line_sig_type	NUMBER(1)	Line signaling type used for R2 line signaling. Values are: 1: digital (default) 2: analog 3: pulse
ring_back_type	NUMBER(1)	Ringback signal type of the FGD protocol. Values are: 1: wink (default) 2: winkAndTone
in_hi_freq_power	NUMBER(10)	Power of the high-frequency signal component for incoming calls. The range is from -1000 to 1000 dBm.
in_lo_freq_power	NUMBER(10)	Power of the low-frequency signal component for incoming calls. The range is from -1000 to 1000 dBm.
in_neg_twist	NUMBER(10)	Negative power twist when the power level of the low-frequency component is set to higher than the high-frequency component for incoming calls. The range is from -1000 to 1000 dBm.
in_pos_twist	NUMBER(10)	Positive power twist when the power level of the high-frequency component is set to higher than the low-frequency component for incoming calls. The range is from -1000 to 1000 dBm.
in_break_threshold	NUMBER(10)	Power level used to detect on hook-to-off hook transitions for incoming calls. The range is from -1000 to 1000 dBm.
out_lo_freq_power	NUMBER(10)	Power of the low-frequency signal component for outgoing calls. The range is from -1000 to 1000 dBm.
out_power_twist	NUMBER(10)	Relative power level of the high-frequency component for outgoing calls. The range is from -1000 to 1000 dBm.
out_cadence_on_time	NUMBER(10)	Duration of time for which the digit tone is generated for outgoing calls. The range is from 0 to 6553 milliseconds.
out_cadence_off_time	NUMBER(10)	Silence between digit tones for outgoing calls. The range is from 0 to 6553 milliseconds.
country_code	CHAR(8)	Country code digits.
echo_cancellation	NUMBER(1)	Echo cancellation mode, which applies to outgoing R2 registers. Values are: 1: noEchoRequired 2: outgoingHalfEchoRequired (default) 3: outgoingHalfEchoSuppressorInserted 4: incomingHalfEchoSuppressorRequired
subscriber_category	NUMBER(2)	Subscriber category. Values are: 1: subscriberWithoutPriority (default) 2: subscriberWithPriority 3: maintenanceEquipment 4: operatorCall 5: dataNationalTransmission 6: subscriberOrOperatorWithoutForwardTransfer 7: operatorWithForwardTransfer 8: dataInternationalTransmission
nature_of_circuit	NUMBER(1)	Whether there is a satellite link in the path. Values are: 1: notIncluded (default) 2: included
compelled_sig_type	NUMBER(1)	Compelled signaling type. Values are: 1: enbloc (default) 2: overlap 3: endtoend
tx_digit_order	NUMBER(1)	Transmit digit order in which ANI and DNIs are dialed out when the controlling application gives both the calling party number and the called party number to the CAS module for dialing out in a single request. Values are: 1: aniDnis 2: dnisAni (default)
digit_detect_mode	NUMBER(1)	Digit detect mode with which the gateway is opened for receipt of digits. Values are: 1: dtmf 2: mf (default) 3: dp
tsp_int_thresh	NUMBER(10)	Duration between two consecutive metering pulses. If the duration changes more than the value specified in this parameter, an event is triggered to the MGC. The range is from 0 to 65535 milliseconds; the default value is 10.
start_timer	NUMBER(10)	Amount of time that the gateway waits to receive digits after generating the seize ACK or start dial indication for an incoming call. The range is from 0 to 10000 seconds; the default value is 16.
long_timer	NUMBER(10)	Period between receipt of digits. The timer is not started until the first digit is received. The range is from 0 to 10000 seconds; the default value is 16.
short_timer	NUMBER(10)	Period between receipt of digits. The range is from 0 to 10000 seconds; the default value is 4.
long_duration_timer	NUMBER(10)	Long duration event when placed in front of a digit. The range is from 10 to 9900 milliseconds; the default value is 100.
mgc_timer	NUMBER(10)	Timer in the gateway that waits for the MGC to provide the remaining information for CAS signaling. The range is from 0 to 100000 milliseconds; the default value is 1000.
digit_type	NUMBER(1)	Digit type that is pulsed from the gateway. Values are: 1: dtmf 2: mf (default) 3: dp
endpt_direction	NUMBER(1)	Direction in which CAS calls are accepted on the endpoint. Values are: 1: bidirectional (default) 2: incoming 3: outgoing
pulse_receive_timeout	NUMBER(10)	Amount of time that the media gateway waits for the receipt of pulse. The range is from 0 to 100000 seconds; the default value is 0.
initial_delay	NUMBER(10)	Initial delay that must be applied on an outgoing trunk before the digits are pulsed out. The range is from 0 to 10000 milliseconds; the default value is 0.
max_num_call	NUMBER(10)	Maximum number of calling party digits to collect and report to the MGC. The range is from 0 to 65535; the default value is 0.
reserved	NUMBER(10)	Reserved for future use.

1.3.102  VXSM_IKE_PEER_AUTH

The VXSM_IKE_PEER_AUTH table contains Internet Key Exchange (IKE) peer authentication information for VXSM cards.

Table 1-367 VXSM_IKE_PEER_AUTH 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
ip_config_idx (key)	NUMBER(5)	Control IP index. The value of this field corresponds to the idx field in the vxsm_pvc_ip table.
remote_ip_idx (key)	NUMBER(5)	Address type (IpAddress or FQDN) of the IKE peer. The range is from 1 to 255.
remote_addr_type	NUMBER(5)	Address type (IpAddress or FQDN) of the IKE peer. Values are: 1: ipv4 (default) 2: ipv6
remote_addr	NUMBER(10)	Address of the IKE peer. The address type is remote_addr_type.
phase1_prop_idx	NUMBER(5)	Phase proposal index. The value of this field corresponds to the prop_idx field in the phase1_proposal table.
auth_method	NUMBER(5)	Whether the peer authentication method is Presharing Key (PSK) or Kerberos. Values are: 1: psk (default) 2: kerberos
auth_preshared_key	CHAR(65)	Authentication information.
reserved	NUMBER(10)	Reserved for future use.

1.3.103  VXSM_IKE_TUNNEL

The VXSM_IKE_TUNNEL table contains IKE tunnel information for VXSM cards.

Table 1-368 VXSM_IKE_TUNNEL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
ike_tunnel_idx (key)	NUMBER(10)	Index of the IPsec Phase-1 IKE Tunnel table. The range is from 1 to 2147483647. The value of the index is a number that begins at one and increments with each tunnel that is created. The value of this object wraps at 2147483647.
tunnel_status	NUMBER(5)	If set to destroy, the tunnel is brought down. Values are: 1: active 2: destroy
reserved	NUMBER(10)	Reserved for future use.

1.3.104  VXSM_IN_LINE_SIGNAL

The VXSM_IN_LINE_SIGNAL table contains input line signal information for VXSM cards.

Table 1-369 VXSM_IN_LINE_SIGNAL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
variant_idx (key)	NUMBER(10)	Arbitrary value that uniquely identifies the CAS variant in the media gateway. The range is from 1 to 65535.
signal_name_idx (key)	NUMBER(10)	Signal name index for the various CAS line signals. The range is from 1 to 65535.
signal_name	CHAR(65)	CAS signal name.
rx_pattern	NUMBER(5)	ABCD bit pattern of the signal received on the DS-0.
matched_rx_pattern	NUMBER(5)	Previous matched ABCD bit pattern that was received on the DS-0.
matched_tx_pattern	NUMBER(5)	Current ABCD bit pattern transmitted on the DS-0.
min_make_time	NUMBER(10)	Minimum time (in milliseconds) for which the received pattern (rx_pattern) must persist to be considered a valid state change or transition. The value is from 0 to 4294967295.
max_make_time	NUMBER(10)	Maximum time (in milliseconds) for which the received pattern (rx_pattern) must persist to be considered a valid state change or transition. The range is from 0 to 4294967295.
min_break_time	NUMBER(10)	Minimum time (in milliseconds) for which the received ABCD bit pattern returns to its original signal pattern after the make pattern is asserted. The range is from 0 to 4294967295.
max_break_time	NUMBER(10)	Maximum time (in milliseconds) for which the received ABCD bit pattern returns to its original signal pattern after the make pattern is asserted. The range is from 0 to 4294967295.
reserved	NUMBER(10)	Reserved for future use.

1.3.105  VXSM_IPSEC_TUNNEL

The VXSM_IPSEC_TUNNEL table contains IP security tunnel information for VXSM cards.

Table 1-370 VXSM_IPSEC_TUNNEL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
ipsec_tunnel_idx (key)	NUMBER(10)	Index of the IPsec Phase-2 Tunnel table. The range is from 1 to 2147483647. The value of the index is a number that begins at one and increments with each tunnel that is created. The value of this object wraps at 2147483647.
tunnel_status	NUMBER(5)	If set to destroy, the tunnel is brought down. Values are: 1: active 2: destroy
reserved	NUMBER(10)	Reserved for future use.

1.3.106  VXSM_LINE_SIGNAL_TIMER

The VXSM_LINE_SIGNAL_TIMER table contains line signal timer information for VXSM cards.

Table 1-371 VXSM_LINE_SIGNAL_TIMER 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
line_signal_timer_idx(key)	NUMBER(10)	Arbitrary index that uniquely identifies an entry in this table. The index 1 is reserved for the default entry. The range is from 1 to 65535.
idle_guard_timer	NUMBER(10)	Maximum amount of time that the media gateway waits for receipt of the idle signal on the line. The range is from 0 to 4294967295 milliseconds; the default value is 10000.
clear_fwd_timer	NUMBER(10)	Value of the timer that the gateway starts at the request of the controlling application (such as the MGC) for receipt of the clear forward signal on the line. The range is from 0 to 4294967295 milliseconds; the default value is 120000.
clear_bwd_timer	NUMBER(10)	Value of the timer that the gateway starts at the request of the controlling application (such as the MGC) for receipt of the clear backward signal. The range is from 0 to 4294967295 milliseconds; the default value is 120000.
release_guard_timer	NUMBER(10)	Delay between receipt of the clear forward signal and transmission of the idle signal. The range is from 0 to 4294967295 milliseconds; the default value is 800.
glare_timer	NUMBER(10)	Maximum amount of time that the media gateway waits for the other end to back out when glare occurs on a DS-0 line. The range is from 0 to 4294967295 milliseconds; the default value is 4000.
meter_delay_timer	NUMBER(10)	Delay between generation of the answer signal and generation of the meter signal. The gateway starts this timer after sending the line answer signal. The range is from 0 to 4294967295 milliseconds; the default value is 600.
debounce_timer	NUMBER(10)	Amount of time that the line signal should persist to be valid. The range is from 0 to 4294967295 milliseconds; the default value is 5.
rsp_timer	NUMBER(10)	Maximum amount of time that the media gateway waits for receipt of the seize ack signal. The range is from 0 to 4294967295 milliseconds; the default value is 200.
delay_bet_reg	NUMBER(10)	Timer that is started after register signaling completes successfully, within which time the answer line signal must be received. The range is from 0 to 65535 seconds; the default value is 90.
ack_to_digit_timer	NUMBER(10)	Amount of time that the gateway waits for reception address digits after sending the seize ack signal. The range is from 0 to 65535 seconds; the default value is 15.
reserved	NUMBER(10)	Reserved for future use.

1.3.107  VXSM_NETWORK_INTERFACE

The VXSM_NETWORK_INTERFACE table contains network interface information for VXSM cards.

Table 1-372 VXSM_NETWORK_INTERFACE 

Column Name	Oracle Data Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
ip_config_idx (key)	NUMBER(5)	Control IP index. The value of this field corresponds to the idx field in the vxsm_pvc_ip table.
df_bit	NUMBER(5)	Object used in tunneled IP header construction to clear, set, or copy the inner IP header don't fragment (DF) bit for the network interface. Values are: 1: Clear (default) 2: Set 3: Copy
pmtu_age	NUMBER(10)	Timeout value for Path Maximum Transmission Unit (PMTU) information for an Security Association (SA). The range is from 1 to 65535; the default value is 10.
reserved	NUMBER(10)	Reserved for future use.

1.3.108  VXSM_OUT_LINE_SIGNAL

The VXSM_OUT_LINE_SIGNAL table contains output line signal information for VXSM cards.

Table 1-373 VXSM_OUT_LINE_SIGNAL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
variant_idx (key)	NUMBER(10)	Arbitrary value that uniquely identifies the CAS variant in the media gateway. The range is from 1 to 65535.
signal_name_idx (key)	NUMBER(10)	Signal name index for the various CAS line signals. The range is from 1 to 65535.
signal_name	CHAR(65)	CAS signal name.
tx_pattern	NUMBER(5)	ABCD transmit bit pattern.
make_time	NUMBER(10)	Time (in milliseconds) for which the Tx pattern is transmitted. The range is from 0 to 4294967295.
break_time	NUMBER(10)	Time (in milliseconds) for which the transmitted pattern switches to the original pattern before the Tx pattern is asserted on the line. The range is from 0 to 4294967295.
reserved	NUMBER(10)	Reserved for future use.

1.3.109  VXSM_PH1_PTRF_ASSOC

The VXSM_PH1_PTRF_ASSOC table contains phase 1 proposal transform association information for VXSM cards.

Table 1-374 VXSM_PH1_PTRF_ASSOC 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
prop_idx (key)	NUMBER(5)	Phase 1 proposal index.
transform_idx (key)	NUMBER(5)	Phase 1 transform index.
reserved	NUMBER(10)	Reserved for future use.

1.3.110  VXSM_PH2_PTRF_ASSOC

The VXSM_PH2_PTRF_ASSOC table contains phase 2 proposal transform association information for VXSM cards.

Table 1-375 VXSM_PH2_PTRF_ASSOC 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
prop_idx (key)	NUMBER(5)	Phase 2 proposal index.
transform_idx (key)	NUMBER(5)	Phase 2 transform index.
proposal_num (key)	NUMBER(5)	Relative order of preference of the transforms mapped to one proposal. The range is from 1 to 4.
reserved	NUMBER(10)	Reserved for future use.

1.3.111  VXSM_PHASE1_PROPOSAL

The VXSM_PHASE1_PROPOSAL table contains phase 1 proposal information for VXSM cards.

Table 1-376 VXSM_PHASE1_PROPOSAL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
prop_idx (key)	NUMBER(5)	Index of the Proposal table. The range is from 1 to 255.
dh_group	NUMBER(5)	Whether Diffie-Hellman group 1 or Diffie-Hellman group 2 is set for the Phase 1. Values are: 1: dhGroup1 (default) 2: dhGroup2
unit_of_time	NUMBER(5)	Units of time for the Phase 1 lifetime. Values are: 1: Seconds 2: Minutes (default) 3: Hours
prop_life_time	NUMBER(10)	Time interval when the current IKE Phase 1 proposal ends. The unit of this object depends on the unit_of_time value. The range is from 1 to 65535; the default value is 28800.
reserved	NUMBER(10)	Reserved for future use.

1.3.112  VXSM_PHASE1_TRANSFORM

The VXSM_PHASE1_TRANSFORM table contains phase 1 transform information for VXSM cards.

Table 1-377 VXSM_PHASE1_TRANSFORM 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
transform_idx (key)	NUMBER(5)	Index that distinguishes between the various combinations of hash and encryption transforms that are available. The range is from 1 to 255.
encr_algo	NUMBER(5)	Encryption algorithm that applies to the proposal. Values are: 1: des (default) 2: des3
hash_algo	NUMBER(5)	Hash algorithm that applies to the proposal. Values are: 1: md5 (default) 2: sha
reserved	NUMBER(10)	Reserved for future use.

1.3.113  VXSM_PHASE2_PROPOSAL

The VXSM_PHASE2_PROPOSAL table contains phase 2 proposal information for VXSM cards.

Table 1-378 VXSM_PHASE2_PROPOSAL 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
prop_idx (key)	NUMBER(5)	Index of the Proposal table. The range is from 1 to 255.
anti_reply	NUMBER(5)	Whether the Anti-Replay (partial sequence integrity) service to help counter Denial of Service (DoS) attacks is enabled. Values are: 1: Disabled 2: Enabled (default)
dh_group	NUMBER(5)	Whether Diffie-Hellman group 1 or Diffie-Hellman group 2 is set for the Phase 2. Values are: 1: dhGroup1 (default) 2: dhGroup2
unit_of_time	NUMBER(5)	Units of time for the HardLifetime object. Values are: 1: Seconds (default) 2: Minutes 3: Hours
hard_life_time	NUMBER(10)	Time interval when the current SA ends. The unit of this object depends on the unit_of_time parameter. The range is from 1 to 65535; the default value is 28800.
hard_life_size	NUMBER(10)	Life of an SA, in bytes, to which the encryption or authentication algorithm is applied. The value of this object is in kilobytes (KB). Hardlifesize specifies the number of bytes after which the SA expires. The range is from 1 to 4294967295; the default value is 4608000.
use_select	NUMBER(5)	Whether the selector parameters are obtained from the policy or copied from the incoming packet. Values are: 1: packet 2: policy (default)
endpt_addr_type	NUMBER(5)	Type (IP address or FQDN) of remote address of the transport. For tunnels, this value represents the type (IP address or FQDN) of the address of the router between two end hosts (gateway). Values are: 1: ipv4 (default) 2: ipv6
endpt_addr	NUMBER(10)	Remote address of the transport. For tunnels, this value represents the IP address of the router between two end hosts (gateway). The address type is endpt_addr_type.
pfs_enable	NUMBER(5)	Whether Perfect Forward Secrecy (PFS) is enabled. Values are: 1: True (default) 2: False
reserved	NUMBER(10)	Reserved for future use.

1.3.114  VXSM_PHASE2_TRANSFORM

The VXSM_PHASE2_TRANSFORM table contains phase 2 transform information for VXSM cards.

Table 1-379 VXSM_PHASE2_TRANSFORM 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
transform_idx (key)	NUMBER(5)	Index that distinguishes between the various combinations of available AH and ESP transforms. The range is from 1 to 255.
ah	NUMBER(5)	ESP transform that applies to the proposal. Both AH and ESP transforms cannot be null at the same time. Values are: 1: none 2: sha196 (default) 3: md596
esp_encr_algo	NUMBER(5)	ESP transform that applies to the proposal. Values are: 1: none 2: espDes (default) 3: esp3Des 4: espRc5 5: espIdea 6: espCast 7: espBlowfish 8: espNull 9: espAes
esp_auth_algo	NUMBER(5)	Authentication algorithm for the ESP transform that applies to the proposal. Values are: 1: none 2: sha196 (default) 3: md596
encap_mode	NUMBER(5)	Encapsulation type for the transform. Values are: 1: transport (default) 2: tunnel
reserved	NUMBER(10)	Reserved for future use.

1.3.115  VXSM_PVC_IP

The VXSM_PVC_IP table contains VXSM PVC IP information.

Table 1-380 VXSM_PVC_IP 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
index	NUMBER(5)	Index of the cMediaGwIpConfigTable table. The range is from 1 to 64.
if_index	NUMBER(10)	IfIndex of the PVC.
vpi	NUMBER(5)	VPI of the PVC, which is associated to the IP address. The range is from -1 to 4095.
vci	NUMBER(10)	VCI of the PVC, which is associated to the IP address. The range is from -1 to 65535.
ipaddr_type	NUMBER(5)	IP address type (ipv4 or ipv6). The value 1 is assigned to ipv4.
ip_addr	NUMBER(10)	IP address of an existing PVC. Only one IP address can be configured for a given PVC connection. VXSM handles the InetAddress object as the InetAddressIPv4, which has a data type of OCTET STRING. The range of the string size is from 0 to 4.
subnet_mask	NUMBER(10)	Subnetmask of the IP address. VXSM handles the InetAddress object as the InetAddressIPv4, which has a data type of OCTET STRING. The range of the string size is from 0 to 4.
def_gw_ip	NUMBER(5)	Values are: 1: IP address, identified by the ip_addr field, is the default gateway 2: Otherwise
reserved	NUMBER(10)	Reserved for future use.

1.3.116  VXSM_RTCP_CIPHERSUITE

The VXSM_RTCP_CIPHERSUITE table contains RTCP cipersuite information for VXSM cards.

Table 1-381 VXSM_RTCP_CIPHERSUITE 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
rtcp_encp_algo (key)	NUMBER(2)	Encryption algorithm supported for RTCP bearer encryption. Values are: 1: rtcpEncrNull 2: rtcpAesCbc 3: rtcpXdesxCbc 4: rtcpDesCbcPad 5: rtcp3DesCbc
rtcp_auth_algo (key)	NUMBER(2)	Authentication algorithm. Values are: 1: rtcpAuthNull 2: rtcpHmacSha196 3: rtcpHmacMd596
rtcp_preference	NUMBER(5)	Preference for the entry. The range is from 0 to 255.
reserved	NUMBER(10)	Reserved for future use.

1.3.117  VXSM_RTP_CIPHERSUITE

The VXSM_RTP_CIPERSUITE table contains RTP cipersuite information for VXSM cards.

Table 1-382 VXSM_RTP_CIPHERSUITE 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
rtp_encp_algo (key)	NUMBER(2)	Encryption algorithm supported for RTP media encryption. Values are: 1: rtpEncrNull 2: rtpAes128 3: rtpXdesxCbc 4: rtpDesCbcPad 5: rtp3DesCbc 6: rtpRc4
rtp_auth_algo (key)	NUMBER(2)	Authentication algorithm supported for RTP. Values are: 1: rtpAuthNull 2: rtpMmh2 3: rtpMmh4
rtp_preference	NUMBER(5)	Preference for the entry. The range is from 0 to 255.
reserved	NUMBER(10)	Reserved for future use.

1.3.118  VXSM_SECURITY_POLICY

The VXSM_SECURITY_POLICY table contains IP security policy information for VXSM cards.

Table 1-383 VXSM_SECURITY_POLICY 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
spd_idx (key)	NUMBER(5)	Security policy index.
dest_addr_type	NUMBER(5)	Type of destination IP address. Values are: 1: ipv4 (default) 2: ipv6
dest_addr_prefix_len	NUMBER(5)	Mask used for the destination address. The default value is 24.
dest_addr	NUMBER(10)	Destination address filter or selector. The address type is dest_addr_type. The mask of the address is dest_addr_prefix_len.
src_addr_type	NUMBER(5)	Type of source IP address. Values are: 1: ipv4 (default) 2: ipv6
src_addr_prefix_len	NUMBER(5)	Mask used for the source address. The default value is 24.
src_addr	NUMBER(10)	Source address filter or selector. The address type is src_addr_type. The mask of the address is src_addr_prefix_len.
protocol	NUMBER(5)	Transport layer protocol selector. Values are: 1: TCP (default) 2: IP 3: RAW
dest_port	NUMBER(10)	Destination port selector. A value of 0 implies any port. The range is from 0 to 65535; the default value is 1025.
src_port	NUMBER(10)	Source port selector. A value of 0 implies any port. The range is from 0 to 65535; the default value is 1025.
directionality	NUMBER(5)	Inbound (in) or outbound (out) direction for security policy database entries. The default value is inbound (in).
mirroring	NUMBER(5)	This object, if mirrored, specifies that an entry in the SPD applies to both the inbound and outbound databases with the source and destination addresses and ports reversed. If this object is nonMirrored, the entry added to the SPD applies in the specified direction only. If this object is mirrored, the entry applies to both inbound and outbound databases regardless of the directionality value. Values are: 1: mirrored (default) 2: nonMirrored
action	NUMBER(5)	Action that applies to a packet after it is selected for one of the three processing modes based on IP and transport layer header information. Selectors are matched against entries in the SPD. Values are: 1: secure (default) 2: bypass 3: discard
reserved	NUMBER(10)	Reserved for future use.

1.3.119  VXSM_SPD_KEY_MGR_ASSOC

The VXSM_SPD_KEY_MGR_ASSOC table contains security policy key association information for VXSM cards.

Table 1-384 VXSM_SPD_KEY_MGR_ASSOC 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
spd_idx (key)	NUMBER(5)	Security policy index.
key_type (key)	NUMBER(5)	Whether IKE or Manual Key Manager (MKM) is used for key management for the specified SPD entry. Values are: 1: ike 2: manual
key_idx (key)	NUMBER(5)	Index of the Key Manager table with which the corresponding SPD entry is associated. The index that belongs to the IKE or MKM tables is determined by the key_type parameter. This object takes the value of the prop_idx field in the VXSM_PHASE2_PROPOSAL table.
reserved	NUMBER(10)	Reserved for future use.

1.3.120  VXSM_TTY_PROFILE

The VXSM_TTY_PROFILE table contains TTY profile information for VXSM cards.

Table 1-385 VXSM_TTY_PROFILE 

Column Name	Oracle Database Type	Description
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
profile_index (key)	NUMBER(10)	Uniquely identifies the TTY profile. The entry with the value of this object set to 1 is the default TTY profile for the media gateway. The range is from 1 to 65535.
codec	NUMBER(5)	Type of codec to use for upspeed. Upspeed changes the transmission rate of the voice interface to a higher rate of codec type. Values are: 1: None 14: g726r32000 15: g711ulawr64000 (default) 16: g711Alawr64000 27: clearChannel
jitter_delay_mode	NUMBER(5)	Jitter buffer mode applied to a TTY call connection. Values are: 1: adaptive 2: fixed (default)
jitter_max_delay	NUMBER(5)	Maximum jitter delay for the TTY connection, in milliseconds. The range is from 20 to 135; the default value is 135.
jitter_nom_delay	NUMBER(5)	Nominal jitter delay for the TTY connection, in milliseconds. The range is from 5 to 135; the default value is 70.
jitter_min_delay	NUMBER(5)	Minimum jitter delay for the TTY connection, in milliseconds. The range is from 0 to 135; the default value is 0.
inactivity_timeout	NUMBER(10)	Timeout value before the call is torn down if there is no activity in the TTY connection. A value of 0 disables the inactivity detection. The range is from 0 to 65535; the default value is 4.
vad_control	NUMBER(5)	Whether the gateway autonomously controls VAD after detection of TTY without explicit commands from the MGC. Values are: 1: True 2: False (default)
revert_voice_mode	NUMBER(5)	Whether the TTY connection reverts back to voice mode upon bidirectional silence detection or carrier loss. Values are: 1: True 2: False (default)
reserved	NUMBER(10)	Reserved for future use.

1.3.121  VXSM_VDB_PROFILE

The VXSM_VDB_PROFILE table contains VXSM VDB profile information.

Table 1-386 VXSM_VDB_PROFILE 

Column Name	Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
profile_index	NUMBER(10)	Uniquely identifies the VBD profile. The default value of 1 is the default VBD profile for the media gateway. The default VBD profile is automatically created by the system and cannot be added or deleted, but can be modified.
upspeed_codec	NUMBER(5)	Type of codec used for upspeed. Upspeed changes the transmission rate of the voice interface to a higher rate of codec type.
jitter_delay_mode	NUMBER(5)	Jitter buffer mode applied to a VBD call connection. Values are: adaptive—Use the cvbdpVbdProfJitterNomDelay object as the initial jitter buffer size and let the DSP pick the optimal value of the jitter buffer size between the range of jitter_max_delay and jitter_min_delay. fixed—Use a constant jitter buffer size as specified by the cvbdpVbdProfJitterNomDelay object.
jitter_max_delay	NUMBER(10)	Maximum jitter buffer size in a VBD.
jitter_nom_delay	NUMBER(10)	Nominal jitter buffer size in a VBD.
jitter_min_delay	NUMBER(10)	Minimum jitter buffer size in a VBD.
inactivity_timeout	NUMBER(10)	Timeout value before tearing down the call if there is no activity in the VBD connection. A value of 0 disables the inactivity detection.
vad_disable	NUMBER(1)	Whether the gateway autonomously controls VAD after detection of VBD without explicit commands from the MGC. Values are: 1: true (default) 2: false
pkt_period_control	NUMBER(1)	Whether the gateway autonomously controls the packetization period of the VBD connection without explicit commands from the MGC. Values are: 1: true 2: false (default)
pkt_period	NUMBER(10)	Packetization period for the VBD connection. The default value is pktPeriod10000us.
reserved	NUMBER(10)	Reserved for future use.

1.3.122  VXSM_VIF

The VXSM_VIF table contains VXSM VIF information.

Table 1-387 VXSM_VIF 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
bay	NUMBER(5)	Bay number.
line	NUMBER(5)	Line number.
if_index	NUMBER(10)	IfIndex.
vif_num	NUMBER(5)	Uniquely identifies a voice interface (vif) or a DS-0 group. The range is from 0 to 30.
ds0_chan	NUMBER(10)	Bitmap of the selected DS-0 channel that will be added to the group. The default value is 00000000'H.
service_type	NUMBER(5)	Service type of the CAS/DS-0 group. Values are: 1: none (default) 2: casServSw56 3: casServModem 4: casServAuto 5: sgcp 6: mgcp 7: other 8: trunkingService 9: h248 10: ds0xconn 11: tgcp
noise_reg_en	NUMBER(5)	Whether the background noise should be played to fill silence gaps if the VAD is activated. Values are: 1: true 2: false
nln_proc_en	NUMBER(5)	Whether nonlinear processing is enabled for the interface. Values are: 1: true (default) 2: false
mus_hold_thrhd	NUMBER(5)	Music on-hold threshold for the interface. The range is from -70 to -30; the default value is -38.
in_gain	NUMBER(5)	Amount of gain inserted at the receiver side of the interface. The range is from -6 to 14; the default value is 0.
out_attn	NUMBER(5)	Amount of attenuation inserted at the transmit side of the interface. The range is from 0 to 14; the default value is 0.
ecan_enable	NUMBER(5)	Whether echo cancellation is enabled for the interface. Values are: 1: true (default) 2: false
ecan_cover	NUMBER(5)	Echo canceller coverage for the interface. Values are: 1: echoCanceller8ms 2: echoCanceller16ms 3: echoCanceller24ms 4: echoCanceller32ms 5: echoCanceller64ms 6: echoCanceller128ms
lif_num	NUMBER(5)	Logical interface number associated with the voice interface. The range is from 0 to 255; the default value is 0.
cc_profile	NUMBER(5)	Index of the Call Control Profile table, which indicates the call control profile that the DSx1 interface is using. The range is from 0 to 30; the default value is 0.
vad_enable	NUMBER(5)	Whether VAD is enabled on the compression DSPs of the interface. Values are: 1: true 2: false
cont_tone1	NUMBER(5)	First tone in the frequency sent between the terminating and originating gateway during the continuity test. The range is from 1 to 4000; the default value is 2010.
cont_tone2	NUMBER(5)	Second tone in the frequency sent between the terminating and originating gateway during the continuity test. The range is from 1 to 4000; the default value is 1780.
modem_pass_thr	NUMBER(5)	Modem pass-through mode. Values are: 1: passThruDisabled 2: passThruCisco 3: passThruNse (default) 4: passThruNseAal2 5: passThruCa 6: passThruTypeE 7: system 8: passThruNseCa
upspeed_codec	NUMBER(5)	Codec type to be used when fax upspeed occurs: Values are: 1: other 2: fax2400 3: fax4800 4: fax7200 5: fax9600 6: fax14400 7: fax12000 10: g729r8000 11: g729Ar8000 12: g726r16000 13: g726r24000
upspeed_codec (continued)	NUMBER(5)	14: g726r32000 15: g711ulawr64000 16: g711Alawr64000 17: g728r16000 18: g723r6300 19: g723r5300 20: gsmr13200 21: g729Br8000 22: g729ABr8000 23: g723Ar6300 24: g723Ar5300 25: ietfg729r8000 26: gsmeEr12200 27: clearChannel 28: g726r40000
tone_plan	NUMBER(10)	Tone plan that the DS-0 group uses for playing tones. The range is from 0 to 65535.
gw_lnk_id	NUMBER(10)	H.248 media gateway link to which the DS-0 group belongs. The range is from 0 to 2147483647.
megaco_pkg_id	CHAR(3)	H.248 packages supported in the DS-0 group. 104 bits are held in 13 bytes.
vad_timer	NUMBER(10)	Hangover time for the VAD. Once voice inactivity is detected, the gateway waits for this duration before activating silence suppression. The range is from 250 to 65535; the default value is 250.
ics_enable	NUMBER(5)	Indicates whether idle channel suppression (ICS) is enabled for an AAL2 connection. The default value is 2, which means false.
ics_int_timer	NUMBER(10)	Timeout value for the ICS integration timer, which is started once channel idle is detected. When the timer expires, the gateway stops transmitting bearer data to the network. Instead, CAS keepalive packets are sent. The range is from 0 to 65535; the default value is 5000.
event_map_index	NUMBER(10)	Action of the VBD signal events handled in the DS-0 group. The value of this object is the cvbdpEventMappingIndex in the cvbdpEventMappingTable. The range is from 1 to 65535; the default value is 1.
profile_idx	NUMBER(10)	Index of the CAS profile that is used by this DS-0 group. The value of this object corresponds to the profile_idx field in the cas_profile table.
variant_idx	NUMBER(10)	Index of the CAS variant that is used by this DS-0 group. The value of this object is the same as the value of variant_idx in the cas_variant table.
reserved	NUMBER(10)	Reserved for future use.

1.3.123  XGCP_GW

The XGCP_GW table contains XGCP media gateway information.

Table 1-388 XGCP_GW 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id (key)	NUMBER(10)	Node ID.
shelf (key)	NUMBER(10)	Shelf number.
slot (key)	NUMBER(5)	Slot number.
req_timeout	NUMBER(5)	Period that the XGCP protocol waits before retransmitting an unacknowledged message. It is the responsibility of the requesting entity to provide suitable timeouts for all outstanding commands and to retry commands when timeouts are exceeded. The range is from 1 to 10000; the default value is 500. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 3.6.3: "Computing retransmission timers."
req_retries	NUMBER(5)	Number of retries for a request that exceeds the timeout without acknowledgement before trying to connect to another MGC. The range is from 0 to 10; the default value is 3. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 2.1.4: "Names of Call Agents and other entities."
retry_method	NUMBER(5)	Command retry method. Values are: 1: neverResetTimer 2: resetTimerForNewMgc 3: resetTimerForNewAddr
max_exp_timeout	NUMBER(5)	Maximum timeout for exponential command retries by the media gateway. The range is from 1 to 10000; the default value is 4000.
restart_mwd	NUMBER(10)	MWD timeout value for the media gateway to send the first restart in progress message to the MGC. When a gateway is powered on, it initiates a restart timer to a random value that is uniformly distributed between 0 and an MWD. The gateway should send the first restart in progress message when the timer expires. The initial value of this object is chosen in an implementation-dependent manner by the MGCP functionality, based on the call volume of the system. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 4.3.4: "Fighting the restart avalanche." The range is from 0 to 600000; the default value is 3000.
restart_delay	NUMBER(5)	Restart delay timeout for the restart process for a gateway to send the restart in progress notification when it is powered on or reset. The purpose of setting the restart delay timer before sending the restart in progress notification to the MGC is to avoid network congestion during the critical period of service restoration. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 4.3.4: "Fighting the restart avalanche." The range is from 0 to 600; the default value is 0.
def_package	NUMBER(5)	Default capability package supported in the gateway. Values are: 1: packageDC—Don't care package 2: packageG—Generic package 3: packageD—DTMF package 4: packageM—MF package 5: packageT—Trunk package (default) 6: packageL—Line package 7: packageH—Handset package 8: packageR—RTP package 9: packageN—NAS package
def_package (continued)	NUMBER(5)	10: packageA—Announcement server package 11: packageS—Script package 12: packageATM—ATM package 13: packageMS—MF CAS package 14: packageDT—DTMF CAS package 15: packageMO—MO package 16: packageRES—RES package 17: packageSASDI —ASDI package (S) NCS 18: packageIT—IT package (S) TGCP 19: packageMT—MT package 20: packageB—B package 21: packageSST—SST package 22: packageMDR—MDR package 23: packageFXR—Fax package 24: packageBA—Bulk audit package Note Refer to the RFC2705 specification, MGCP, version 1.0, section 6.1: "Basic packages."
supp_packages	NUMBER(10)	Bitmap of MGCP-supported packages. Values are: Bit 0: Not Found Bit 1: Package DC (don't care package) Bit 2: Package G (Generic package) Bit 3: Package D (DTMF package) Bit 4: Package M (MF package) Bit 5: Package T (Trunk package) Bit 6: Package L (Line package) Bit 7: Package H (Handset package) Bit 8: Package R (RTP package) Bit 9: Package N (NAS package) Bit 10: Package A (Announcement server package)
supp_packages (continued)	NUMBER(10)	Bit 11: Package S (Script package) Bit 12: Package ATM (ATM package) Bit 13: Package MS (MF CAS package) Bit 14: Package DT (DTMF CAS package) Bit 15: Package MO (MO package) Bit 16: Package RES (RES package) Bit 17: Package S_ASDI (ASDI package (S) NCS) Bit 18: Package IT (IT package (S) TGCP) Bit 19: Package MT (MT package) Bit 20: Package B (B package) Bit 21: Package SST (SST package) Bit 22: Package MDR (MDR package) Bit 23: Package FXR (Fax package) Bit 24: Package BA (Bulk audit package) A value of 0 means that there are no supported packages. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 6.1: "Basic packages."
simple_sdb_enabled	NUMBER(5)	Enables or disables the building of s, t, and o lines in the SDP message, where the o field indicates the owner or creator and session identifier, the s field indicates the session name, and the t field indicates the duration that a session is valid. If this object is set to true (enabled), the SDP does not include the fields s, t, and o. If this object is set to false (disabled), the o, s, and t lines are built before sending the SDP. The default value is false.
ack_sdp_enabled	NUMBER(5)	Whether the ACK SDP is enabled. If this object is set to true, it sends the ADP with ACK when the codec or reportable NTE delta changes or when an attempt is made to change the codec, VAD, packet period, or echo cancellation during fax or modem mode. The default value is false.
undotted_notation	NUMBER(5)	Enables or disables undotted notation for the codec. This object is used to set codec notation to dotted or undotted in the SDP between the gateway and the call agent. For example, G.726 is dotted, while G726 is undotted. If this object is set to true, undotted notation for the codec is enabled. The default value is false.
quarantine_process	NUMBER(5)	How to handle persistent events. If this object is set to true, quarantined events are processed; otherwise, quarantined events are discarded. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 3.2.2.12: "Quarantine Handling." The default value is false.
quarantine_loop	NUMBER(5)	Default quarantine mode. If this object is set to true, the default quarantine mode is set to loop and not to step. When this object is set to true, the gateway is expected to generate multiple notifications (loop), not a single notification (step-by-step) in response to quarantined events. This object is ignored if the cXgcpMediaGwQuarantineProcess object is set to false. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 2.3.2: "Notification Request." The default value is true.
quarantine_persist	NUMBER(5)	How persistent events are handled during quarantine processing. If this object is set to true, persistent events bypass the quarantine buffer. This object is ignored if the cXgcpMediaGwQuarantineProcess object is set to false. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 2.3.2: "Notification Request." The default value is false.
piggyback_msg	NUMBER(5)	Enables or disables the piggyback message generating feature. If the piggyback message generating feature is enabled, a call agent can send several MGCP messages in the same UDP packets to the gateway. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 3.6.4: "Piggybacking." The default value is true.
max_msg_size	NUMBER(10)	Maximum allowed XGCP message size used for checking whether the size can be supported by the call agent by means of the AuditEndPoint response. A value of 0 means that there is no limit to the size of the XGCP message. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 2.3.8: "Audit Endpoint." The range is from 512 to 60000; the default value is 60000.
fail_mgc_addr	NUMBER(10)	Address of the last MGC that the media gateway tried to communicate with but failed.
configured_package	NUMBER(10)	Bitmap of MGCP packages configured and supported in the gateway.
risp_behavior	NUMBER(1)	RSIP behavior of the endpoints with active calls (in connections) when they are forced to out-of-service. Values are: 1: sendDlcx (default) 2: rsipOnly
long_dur_timer	NUMBER(10)	Long duration timer that defines the long duration of a connection. Once the timer expires, a notification is sent to the MGC to indicate that a connection has been established for the defined long duration. The range is from 1 to 65536; the default value is 3600.
profile	NUMBER(10)	XGCP profile in the media gateway level. The default value is 0.
reserved	NUMBER(10)	Reserved for future use.

1.3.124  XGCP_MGC

The XGCP_MGC table contains XGCP MGC information.

Table 1-389 XGCP_MGC 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
mgc_grp_num	NUMBER(5)	Which MGC redundant group is used in the XGCP. The value of this object refers to the cMgcGrpIndex object from the MGC Redundant Group table (cMgcGrpParamTable). There are two conditions for associating an MGC group: •At least one MGC is associated with the MGC group •At least one protocol is associated with the MGC group If the value of the object is nonzero, it means that the media gateway has an MGC redundant group. In the call setup, the parameters of call agents within the MGC redundant group are tried sequentially according to preference. The cXgcpMgcConfigMgcGrpNum and cXgcpMgcConfigAddress objects are mutually exclusive. The cXgcpMgcConfigAddress object can be set only when the cXgcpMgcConfigMgcGrpNum object is equal to 0. If the value of the object is 0, it means that there is no MGC redundant group associated with the media gateway. There is only one call agent in the media gateway level to communicate with. This call agent is specified by the cXgcpMgcConfigAddress object and is used in a call setup in the media gateway level. The range is from 0 to 128; the default value is 0.
mgc_addr	NUMBER(10)	MGC address that the media gateway uses to communicate with the MGC (call agent) when it tries to set up the call. The cXgcpMgcConfigAddress and cXgcpMgcConfigMgcGrpNum objects are mutually exclusive. The cXgcpMgcConfigAddress object can be set only when the cXgcpMgcConfigMgcGrpNum object is equal to 0. Otherwise, the set is rejected and returns an error.
protocol_idx	NUMBER(5)	Protocol that the media gateway uses to communicate with the MGC (call agent) when it tries to set up the call. The value of this object is the same as the value of the cMediaGwProtocolIndex object from the protocol table (cMediaGwProtocolTable). If the value of cXgcpMgcConfigMgcGrpNum is nonzero, this object is ignored because the protocol is determined by the MGC group. The initial value is 1, which means that the system should have at least one default protocol between the gateway and the MGC created in the cMeidaGwProtocolTable when the system was initialized. The range is from 1 to 32; the default value is 1.
udp_port	NUMBER(10)	UDP port of the media gateway used to communicate with the call agent in the MGCP. Note Refer to the RFC2705 specification, MGCP, version 1.0, section 3.6: "Transmission over UDP." The range is from 1025 to 65535; the default value is 2427.
reserved	NUMBER(10)	Reserved for future use.

1.3.125  XGCP_PEER

The XGCP_PEER table contains VISM XGCP peer information.

Table 1-390 XGCP_PEER 

Column Name	Oracle Data Type	Description
network_id	NUMBER(5)	Network ID.
node_id	NUMBER(10)	Node ID.
shelf	NUMBER(10)	Shelf number.
slot	NUMBER(5)	Slot number.
controller	NUMBER(5)	MGC number. The range is from 1 to 65535.
protocol	NUMBER(5)	MGC protocol number. The range is from 1 to 65535.
port	NUMBER(10)	UDP port number of the peer used by the XGCP protocol. The range is from 1025 to 65535; the default is 2427.
reserved	NUMBER(10)	Reserved for future use.

1.4  NE Statistics-Related Tables

This section describes the database tables that contain MGX-specific statistics data, listed in alphabetical order. All of these tables are created in a tablespace named MGX8800_DATA_TABLESPACE.

1.4.1  AXSM_CARD_DATA

The AXSM_CARD_DATA table stores statistics for AXSM ATM cards.

Table 1-391 AXSM_CARD_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.2  AXSM_CONN_DATA

The AXSM_CONN_DATA table stores statistics for AXSM ATM connections.

Table 1-392 AXSM_CONN_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
l_vpi	NUMBER(5)	VPI number.
l_vci	NUMBER(10)	VCI number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.3  AXSM_LINE_DATA

The AXSM_LINE_DATA table stores statistics for the AXSM ATM line.

Table 1-393 AXSM_LINE_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.4  AXSM_PORT_DATA

The AXSM_PORT_DATA table stores statistics for AXSM ATM ports.

Table 1-394 AXSM_PORT_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.5  AXSME_CONN_DATA

The AXSME_CONN_DATA table stores statistics for AXSME ATM connections.

Table 1-395 AXSME_CONN_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
l_vpi	NUMBER(5)	VPI number.
l_vci	NUMBER(10)	VCI number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.6  AXSME_LINE_DATA

The AXSME_LINE_DATA table stores statistics for the AXSME ATM line.

Table 1-396 AXSME_LINE_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.7  AXSME_PORT_DATA

The AXSME_PORT_DATA table stores statistics for the AXSME ATM ports.

Table 1-397 AXSME_PORT_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.8  AXSMESONET_PL_DATA

The AXSMESONET_PL_DATA table stores statistics for the AXSME SONET physical line.

Table 1-398 AXSMESONET_PL_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.9  AXSMET1E1_PL_DATA

The AXSMET1E1_PL_DATA table stores statistics for the AXSME physical T1/E1 line.

Table 1-399 AXSMET1E1_PL_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.10  AXSMET3E3_PL_DATA

The AXSMET3E3_PL_DATA table stores statistics for the AXSME physical T3/E3 line.

Table 1-400 AXSMET3E3_PL_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.11  IMA_GROUP_DATA

The IMA_GROUP_DATA table stores statistics for the AXSME IMA group, the MPSM155 IMA group, and the PXM1E IMA group.

Table 1-401 IMA_GROUP_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
group_num	NUMBER(5)	IMA group number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.12  IMA_LINK_DATA

The IMA_LINK_DATA table stores statistics for the AXSME IMA and PXM1E IMA links.

Table 1-402 IMA_LINK_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.13  LAPD_IN_DS1INDS3_DATA

The LAPD_IN_DS1INDS3_DATA table stores statistics for the VXSM LAPD (LAPD in DS-1 in DS-3 on the VXSM OC-3 card).

Table 1-403 LAPD_IN_DS1INDS3_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS path number.
ds1_path	NUMBER(5)	DS-1 path number.
lapdid	NUMBER(10)	LAPD ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.14  LAPD_IN_DS1INVT_DATA

The LAPD_IN_DS1INVT_DATA table stores statistics for the VXSM LAPD (LAPD in DS-1 in VT on the VXSM OC-3 card).

Table 1-404 LAPD_IN_DS1INVT_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS path number.
vtg_path	NUMBER(5)	VTG path number.
vt_path	NUMBER(5)	VT path number.
lapdid	NUMBER(10)	LAPD ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.15  LAPDIN_T1E1_DATA

The LAPDIN_T1E1_DATA table stores VXSM LAPD statistics for the VXSM-48T1E1 card.

Table 1-405 LAPDIN_T1E1_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
lapdid	NUMBER(10)	LAPD ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.16  LAPD_IN_T3E3_DATA

The LAPD_IN_T3E3_DATA table stores VXSM LAPD statistics for the VXSM-3T3E3 card.

Table 1-406 LAPD_IN_T3E3_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
ds1_path	NUMBER(5)	DS-1 path number.
lapdid	NUMBER(10)	LAPD ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.17  MEGACO_DATA

The MEGACO_DATA table stores VXSM H.248 statistics.

Table 1-407 MEGACO_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
gatewayid	NUMBER(5)	Gateway ID.
gatewaylinkid	NUMBER(5)	Gateway link ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.18  MEGACO_EPH_TERM_DATA

The MEGACO_EPH_TERM_DATA table stores VXSM ephemeral term statistics.

Table 1-408 MEGACO_EPH_TERM_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
gatewayid	NUMBER(5)	Gateway ID.
ephtermstatsid	NUMBER(5)	Ephemeral term statistics ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.19  MEGACO_PHY_TERM_DATA

The MEGACO_PHY_TERM_DATA table stores VXSM H.248 physical term statistics.

Table 1-409 MEGACO_PHY_TERM_DATA 

Column Name	Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
gatewayid	NUMBER(5)	Gateway ID.
gatewaytermid	NUMBER(5)	Gateway term ID.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.20  SCMCARD

The SGMCARD table stores all cards that have been enabled or started. The node enable list is specified by the colpar_id column that references the scmcolpar table. One record represents one node.

Table 1-410 SCMCARD 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot assigned by the EMC.
card_family	CHAR(8)	Unique card family name to which a group of cards is mapped.
card_fctype	NUMBER(5)	Front card type as defined in the Card table. A card compatibility list is used in the code, so this value does not include all front card types.
colpar_id	NUMBER(10)	Collection parameter ID.
is_started	NUMBER(5)	True if collection has started already.
conn_enabled	NUMBER(5)	True if connection statistics are enabled.
line_enabled	NUMBER(5)	True if line statistics are enabled.
trunk_enabled	NUMBER(5)	True if trunk statistics are enabled.
port_enabled	NUMBER(5)	True if port statistics are enabled.
card_enabled	NUMBER(5)	True if card statistics are enabled.
update_time	date	Most recent time when the state changed.

1.4.21  SCMCARDCOLL

The SCMCARDCOLL table stores collection information for each card.

Table 1-411 SCMCARDCOLL 

Column Name	Oracle Data Type	Description
node_id	CHAR(32)	Node ID where collection began.
slot	NUMBER(5)	Slot where statistics collection began.
timesync_id	NUMBER(5)	Node ID for time synchronization.
proxy_id	NUMBER(5)	Proxy ID used for SES.
pri_collsvr	CHAR(20)	Hostname of the primary SCM collection server.
sec_collsvr	CHAR(20)	Hostname of the secondary SCM collection server.
ter_collsvr	CHAR(20)	Hostname of the tertiary SCM collection server.
ip_routing	NUMBER(5)	IP routing. Values are: 0: In band 1: Out of band
colpar_id	NUMBER(10)	Collection parameter ID.
collection_method	NUMBER(5)	Collection method for this node. Values are: 1: SesColl 2: Mgx2cardColl 4: SrmcardColl
transfer_method	NUMBER(5)	Transfer method for this node. Values are: 0: TFTP 1: FTP
parser_method	NUMBER(5)	Parser method. Values are: 1: SesParser 2: Mgx2cardParser 4: Pxm1ecardParser 5: SrmcardParser
update_time	date	Most recent time when the state changed.

1.4.22  SCMCARDCOLLHOST

The SCMCARDCOLLHOST table stores collection information for each card and for the host that collects statistics for that card. This table is propagated through the CTM gateway.

Table 1-412 SCMCARDCOLLHOST 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID where collection began.
slot	NUMBER(5)	Slot number.
cwm_host	CHAR(40)	CTM host that is collecting statistics for this node.
active	NUMBER(5)	Whether statistics collection is active.
update_time	date	Most recent time when the state changed.

1.4.23  SCMCARDENABLE

The SCMCARDENABLE table contains enable information for each card.

Table 1-413 SCMCARDENABLE 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
enable_type	NUMBER(5)	Enable type for the slot.
card_family	CHAR(32)	Unique card family name to which a group of cards is mapped.
card_fctype	NUMBER(5)	Front card type as defined in the Card table.
proxy_id	NUMBER(10)	Proxy ID for SES.
colpar_id	NUMBER(10)	Collection parameter ID.
prev_colpar_id	NUMBER(10)	Previous collection parameter ID for rollback.
enable_method	NUMBER(5)	Enable method for the card family. Values are: 1: SES 2: axsm 3: axsme, pxm1e, srme
conn_enabled	NUMBER(5)	Value is true if connection statistics are enabled.
line_enabled	NUMBER(5)	Value is true if service line statistics are enabled.
trunk_enabled	NUMBER(5)	Value is true if trunk statistics are enabled.
port_enabled	NUMBER(5)	Value is true if port statistics are enabled.
card_enabled	NUMBER(5)	Value is true if card statistics are enabled.
ima_enabled	NUMBER(5)	Value is true if IMA statistics are enabled.
phyline_enabled	NUMBER(5)	Value is true if physical line statistics are enabled.
path_enabled	NUMBER(5)	Value is true if path statistics are enabled.
pns_enabled	NUMBER(5)	Value is true if PNNI statistics are enabled.
proto_enabled	NUMBER(5)	Value is true if protocol statistics are enabled.
stat_level	NUMBER(5)	Statistics level for the slot.
active	NUMBER(5)	Set to 1 if the card is active.
update_time	DATETIME	Most recent time when the state changed.

1.4.24  SCMCARDFAMILY

The SCMCARDFAMILY table contains information about and a description of the scmcardfamily (a group of cards with the same set of statistics).

Table 1-414 SCMCARDFAMILY 

Column Name	Oracle Data Type	Description
card_family	CHAR(8)	Group of cards that share the same set of supported statistics as defined by the node platform, node release, card front card type, card back card type, and card version.
card_familydescr	CHAR(40)	String description of the card family.
collection_method	NUMBER(5)	Collection method. Values are: 0: Time-based 1: Trap-based
transfer_method	NUMBER(5)	Transfer method. Values are: 0: TFTP 1: FTP
enable_method	NUMBER(5)	Enable method. Values are: 0: AutoEnable 1: TftpEnable 2: SnmpEnable

1.4.25  SCMCARDFAMILYDEF

The SCMCARDFAMILYDEF table stores cards that are members of card families. One record represents one type of card specified by its node platform, release, card front card type, card version, and card back card type.

Table 1-415 SCMCARDFAMILYDEF 

Column Name	Oracle Data Type	Description
card_family	CHAR(8)	Unique card family name to which a group of cards is mapped.
node_platform	NUMBER(5)	Node platform as defined in the node table.
node_release	CHAR(11)	Numeric value of the node release. For example, A.B.C.D is aabbccdd.
card_fctype	NUMBER(5)	Front card type as defined in the Card table. A card compatibility list is used in the code, so this value does not include all front card types.
card_version	CHAR(21)	Numeric value of the node release. For example, A.B.C.D is aabbccdd.
card_bctype	NUMBER(5)	Back card type.

1.4.26  SCMCARDFAMILYSTAT

The SCMCARDFAMILYSTAT table stores all statistics that are applicable for the card families.

Table 1-416 SCMCARDFAMILYSTAT 

Column Name	Oracle Data Type	Description
card_family	CHAR(32)	Card family name. The list of card families is specified in the scmcardfamily table.
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card 11: Physical line
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
cwm_stattype	NUMBER(5)	Statistics data ID, local to CTM only. Nodes can have different IDs. This parameter is defined in the cardstatslist table.

1.4.27  SCMCARDTEMPLATE

The SCMCARDTEMPLATE table stores card templates for card-based enabling.

Table 1-417 SCMCARDTEMPLATE 

Column Name	Oracle Data Type	Description
node_platform	NUMBER(5)	Node platform.
enable_type	NUMBER(5)	Enable type. This field is not unique in this table. The keys for this table are platform, enable_type, card_family, and template_name. Values are: 1: PXM45AXSM 2: PXM45AXSME 4: PXM1e 5: PMX1eSRM
card_family	CHAR(32)	Unique card family name to which a group of cards is mapped.
template_name	CHAR(40)	Name of the template.
template_descr	VARCHAR(255)	Description of the template.
colpar_id	NUMBER(10)	Collection parameter ID.
is_default	NUMBER(5)	Whether the template is a default template. If set to 1, the template is a default template.

1.4.28  SCMCOLLSVR

The SCMCOLLSVR table stores all SCM collection servers managed by this SCM collection server. One record represents one SCM collection server.

Table 1-418 SCMCOLLSVR 

Column Name	Type	Description
collsvr_host	CHAR(20)	Hostname of the collection server.
create_time	DATE	Creation time.
statparser_host	CHAR(20)	Hostname of the statistics parser.

1.4.29  SCMCOLPAR

The SCMCOLPAR tables stores instances of collection parameters referenced by the node and template. One record represents one collection parameter, which includes parameters such as interval and enable list.

Table 1-419 SCMCOLPAR 

Column Name	Type	Description
colpar_id	NUMBER(10)	Collection parameter ID.
coll_period	NUMBER(5)	Collection period.
bucket_interval	NUMBER(5)	Bucket interval.
tftp_timeout	NUMBER(5)	TFTP timeout interval.
tftp_retries	NUMBER(5)	TFTP retries count.
ftp_retry_interval	NUMBER(5)	FTP interval.
ftp_retries	NUMBER(5)	FTP retries count.
peak_stats_enable	NUMBER(5)	Peak statistics enable toggle.

1.4.30  SCMCOLPARSTAT

The SCMCOLPARSTAT table stores collection parameters for CTM statistics.

Table 1-420 SCMCOLPARSTAT 

Column Name	Type	Description
colpar_id	NUMBER(10)	Collection parameter ID.
card_family	CHAR(8)	Unique card family name to which a group of cards is mapped.
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
cwm_stattype	NUMBER(5)	Statistics data ID, local to CTM only. Nodes can have different IDs. This value is defined in the cardstatslist table.

1.4.31  SCMCOLPARSUBOBJ

The SCMCOLPARSUBOBJ table stores collection parameters for CTM subobject statistics.

Table 1-421 SCMCOLPARSUBOBJ 

Column Name	Oracle Data Type	Description
colpar_id	NUMBER(10)	Collection parameter ID.
card_family	CHAR(8)	Unique card family name to which a group of cards is mapped.
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
peak_interval	NUMBER(5)	Peak interval for the subobject.

1.4.32  SCMENABLETYPE

The SCMENABLETYPE table stores the enable-type information of each type of card family. This information is used by the pmcollector process while enabling a card.

Table 1-422 SCMENABLETYPE 

Column Name	Oracle Data Type	Description
node_platform	NUMBER(5)	Node platform.
enable_type	NUMBER(5)	ID of the enable type.
card_family	CHAR(32)	Unique card family name to which a group of cards is mapped.
enable_level	NUMBER(5)	Enable level. Values are: 0: Node 1: Card
enabletype_desc	CHAR(80)	Description of the enable type.
coll_interval	CHAR(40)	Collection interval supported for this card family at this enable level and type.
enable_interval	CHAR(40)	Bucket interval supported for this card family at this enable level and type.

1.4.33  SCMIDMAP

The SCMIDMAP table stores statistics ID mappers. One record represents one type of mapping. The nodes and cards that use this mapping are specified in the SCMIDMAPDEF table.

Table 1-423 SCMIDMAP 

Column Name	Oracle Data Type	Description
idmap_group	NUMBER(10)	Unique ID of the idmap_group.
idmap_groupname	CHAR(8)	Group of nodes specified by the node platform and node release. For future cards, this parameter represents a group of cards specified by the node platform, node release, card front card type, and card version that use the same set of numbers to represent object type, subtype, and statistics type. There are two groups currently: IGX and nonIGX.
idmap_groupdescr	CHAR(40)	String description of the ID group.

1.4.34  SCMNODECOLL

The SCMNODECOLL table provides the list of nodes on which the PM collection is currently going on.

Table 1-424 SCMNODECOLL 

Column Name	Oracle Data Type	Description
node_id	CHAR(32)	Node ID where collection began.
timesync_id	NUMBER(5)	Node ID for time synchronization.
proxy_id	NUMBER(5)	Proxy ID used for SES.
pri_collsvr	CHAR(20)	Hostname of the primary SCM collection server.
sec_collsvr	CHAR(20)	Hostname of the secondary SCM collection server.
ter_collsvr	CHAR(20)	Hostname of the tertiary SCM collection server.
ip_routing	NUMBER(5)	IP routing. Values are: 0: inband 1: outofband
colpar_id	NUMBER(10)	Collection parameter ID.
collection_method	NUMBER(5)	Collection method. Values are: 0: Legacy 3: NBSM
transfer_method	NUMBER(5)	Transfer method for this node. Values are: 0: TFTP 1: FTP
parser_method	NUMBER(5)	Parser method. Values are: 0: Legacy parsing 3: NBSM
update_time	date	Most recent time when the state changed.

1.4.35  SCMNODECOLLHOST

The SCMNODECOLLHOST table stores all of the hosts that are collecting from a node, propagated through the gateway.

Table 1-425 SCMMODECOLLHOST 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID where collection began.
cwm_host	CHAR(40)	CTM host that is collecting statistics for this node.
active	NUMBER(5)	Whether statistics collection is active.
update_time	date	Most recent time when the state changed.

1.4.36  SCMNODEENABLE

The SCMNODEENABLE table stores the list of nodes that have the stats currently enabled on the machine.

Table 1-426 SCMNODEENABLE 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
proxy_id	NUMBER(10)	Proxy ID for SES.
enable_type	NUMBER(5)	Enable type for the slot.
colpar_id	NUMBER(10)	Collection parameter ID.
prev_colpar_id	NUMBER(10)	Previous collection parameter ID for rollback.
enable_method	NUMBER(5)	Enable method for the card family. Values are: 0: Legacy 1: NBSM
conn_enabled	NUMBER(5)	Value is true if connection statistics are enabled.
line_enabled	NUMBER(5)	Value is true if service line statistics are enabled.
trunk_enabled	NUMBER(5)	Value is true if trunk statistics are enabled.
port_enabled	NUMBER(5)	Value is true if port statistics are enabled.
card_enabled	NUMBER(5)	Value is true if card statistics are enabled.
ima_enabled	NUMBER(5)	Value is true if IMA statistics are enabled.
phyline_enabled	NUMBER(5)	Value is true if physical line statistics are enabled.
path_enabled	NUMBER(5)	Value is true if path statistics are enabled.
pns_enabled	NUMBER(5)	Value is true if PNNI statistics are enabled.
proto_enabled	NUMBER(5)	Value is true if protocol statistics are enabled.
update_time	DATETIME	Most recent time when the state changed.

1.4.37  SCMNODESTAT

The SCMNODESTAT table stores the mapping between the CTM statistic ID and the node statistic ID for all ID mappers.

Table 1-427 SCMNODESTAT 

Column Name	Oracle Data Type	Description
idmap_group	NUMBER(10)	Unique ID of the idmap_group.
node_objtype	NUMBER(5)	Statistics object type used by the node. For IGX, the object type is different.
node_subtype	NUMBER(5)	Subtype used by the node to specify the specific type of connection, line, trunk, port, or card. For example, the value is 0 for voice.
node_stattype	NUMBER(5)	Statistics data ID used by the node.
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
cwm_stattype	NUMBER(5)	Statistics data ID, local to CTM only. Nodes can have different IDs. This parameter is defined in the cardstatslist table.

1.4.38  SCMNODETEMPLATE

The SCMNODETEMPLATE table stores all templates for node-based enabling. The enable list of the template is specified by the colpar_id column that references the scmcolpar table. One record represents one template.

Table 1-428 SCMNODETEMPLATE 

Column Name	Oracle Data Type	Description
node_platform	NUMBER(5)	Node platform.
enable_type	NUMBER(5)	Enable type. This field is not unique in this table. The keys for this table are platform, enable_type, card_family, and template_name. Values are: 0: Legacy 1: NBSMPXM1E
template_name	CHAR(40)	Name of the template.
template_descr	VARCHAR(255)	Description of the template.
colpar_id	NUMBER(10)	Collection parameter ID.
is_default	NUMBER(5)	Whether the template is a default template. If set to 1, the template is a default template.

1.4.39  SCMOBJ

The SCMOBJ table stores CTM statistic objects. One record represents one statistic object.

Table 1-429 SCMOBJ 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_objname	CHAR(5)	String name of the object type, such as conn, line, trunk, port, and card. The string length is restricted to five characters because it is used to form the table name in the SCM statistics database.
cwm_objdescr	CHAR(20)	String description of the object type.

1.4.40  SCMSTAT

The SCMSTAT table stores CTM statistics. One record represents one statistic type.

Table 1-430 SCMSTAT 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
cwm_stattype	NUMBER(5)	Statistics data ID, local to CTM only. Nodes can have different IDs. This parameter is defined in the cardstatslist table.
cwm_statdescr	CHAR(40)	Name or description of the statistics data.

1.4.41  SCMSTATSKEY

The SCMSTATSKEY table maintains a list of keys and key sizes for each statistics data table.

Table 1-431 SCMSTATSKEY 

Column Name	Type	Description
cwm_objtype	NUMBER(5)	Statistics object type.
cwm_subtype	NUMBER(5)	Specific type of connection, line or port.
eq_key_1	char(16)	Key 1 column for the stats data table.
eq_key_2	char(16)	Key 2 column for the stats data table.
eq_key_3	char(16)	Key 3 column for the stats data table.
eq_key_4	char(16)	Key 4 column for the stats data table.
table_name	char(16)	Contains the table that stores the stats data for the given object and subobject.

1.4.42  SCMSUBOBJ

The SCMSUBOBJ table stores CTM statistical subobjects. One record represents one statistical subobject.

Table 1-432 SCMSUBOBJ 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	Statistics object type. Values are: 0: Connection 1: Line 2: Trunk 3: Port 4: Card
cwm_subtype	NUMBER(5)	Specific type of connection, line, trunk, port, or card. For example, for a specific card family, if the statistics are different for different back card types, this value defines a subtype.
cwm_subname	CHAR(16)	Name of the subobject.
cwm_subdescr	CHAR(40)	String description of the node subtype.

1.4.43  SCMDB_SCMCOLLSVR

The SCMDB_SCMCOLLSVR table stores all SCM collection servers managed by this parser. One record represents one SCM collection server.

Table 1-433 SCMDB_SCMCOLLSVR 

Column Name	Oracle Data Type	Description
collsvr_host	CHAR	Hostname of the machine that is running the SCM collection server process.
create_time	DATETIME	Time stamp when this entry was created.

1.4.44  SCMENABLELIST

The SCMENABLELIST table stores a list of CTM objects, subobjects, and statistics that are enabled for a given node and slot.

Table 1-434 SCMENABLELIST 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
node_objtype	NUMBER(5)	Node object type ID.
node_subtype	NUMBER(5)	Node subobject type.
node_stattype	NUMBER(5)	Node statistics ID.

1.4.45  SCMENABLESUBTYPE

The SCMENABLESUBTYPE tables stores a list of CTM objects and subobjects that are enabled for a given node and slot.

Table 1-435 SCMENABLESUBTYPE 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
node_objtype	NUMBER(5)	Node object type ID.
node_subtype	NUMBER(5)	Node subobject type.
peak_interval	NUMBER(5)	Interval at which the collected statistics are compared for peak values.

1.4.46  SCMFRAGDATATABLES

The SCMFRAGDATATABLES table stores a list of statistics data tables that are fragmented. (For scaling purposes, refer to statsparser.conf.)

Table 1-436 SCMFRAGDATATABLES 

Column Name	Oracle Data Type	Description
data_table_name	CHAR	Specific data table name that is fragmented.
data_start_time	NUMBER(10)	Start time for the specific data table name.
data_end_time	NUMBER(10)	End time for the specific data table name.
index_created	NUMBER(5)	Flag to determine whether the index has been created for the data table name. Values are: 0: Not created 1: Created

1.4.47  SCMIDMAPDEF

The SCMIDMAPDEF table stores all nodes and cards that use the ID mapper specified in the SCMIDMAP table.

Table 1-437 SCMIDMAPDEF 

Column Name	Oracle Data Type	Description
idmap_group	NUMBER(10)	Unique ID of the idmap_group.
node_platform	NUMBER(5)	Node platform as defined in the node table.
node_release	CHAR(11)	Node release (for example, A.B.C.D). By default, the idmap_group used for a specific node has the older release closest to the node version.
card_fctype	NUMBER(5)	Front card type as defined in the Card table. A card compatibility list is used in the code, so this value does not include all front card types. This column will be used only for future AXSM cards.
card_version	CHAR(21)	Card version (for example, A.B.C.D). By default, the idmap_group used for a specific card has the older version closest to the card version.

1.4.48  SCMNODESTAT

The SCMNODESTAT table stores the mapping between the CTM statistic ID and the node statistic ID for all ID maps.

Table 1-438 SCMNODESTAT 

Column Name	Oracle Data Type	Description
idmap_group	CHAR	Unique ID of the idmap_group.
node_objtype	NUMBER(5)	Node object type ID.
node_subtype	NUMBER(5)	Node subobject type.
node_stattype	NUMBER(5)	Node statistics ID.
cwm_objtype	NUMBER(5)	CTM object ID such as Connection, Line, Trunk, Port, Card, Ima, Path, Pnni, Protocol, and PhysicalLine.
cwm_subtype	NUMBER(5)	CTM subobject ID. This value is a subcatgeory of the CTM object type. For example, MGX ATM port is a subobject for the port object.
cwm_stattype	NUMBER(5)	CTM statistics ID.
stat_level	NUMBER(5)	Statistics level for a specific statistic ID. When configuring this value, you must set the statistics level on the switch manually.

1.4.49  SCMNODE

The SCMNODE table contains node information.

Table 1-439 SCMNODE 

Column Name	Oracle Data Type	Description
node_id	NUMBER(10)	Node ID.
timestamp	DATETIME	GMT time stamp on the node when the statistics data was accumulated.
node_name	CHAR	Node name.
node_platform	NUMBER(5)	Node platform.
node_release	CHAR	Node release (for example, A.B.C.D). By default, the idmap_group used for a specific node has the older release closest to the node version.

1.4.50  SCMOLDSTATKEY

The SCMOLDSTATKEY table maintains a list of keys and key sizes for each statistics data table in the database for a combination of CTM objects and subobjects.

Table 1-440 SCMOLDSTATKEY 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	CTM object ID such as Connection, Line, Trunk, Port, Card, Ima, Path, Pnni, Protocol, and PhysicalLine.
cwm_subtype	NUMBER(5)	CTM subobject ID. This value is a subcatgeory of the CTM object type. For example, MGX ATM port is a subobject for the port object.
eq_key_1	CHAR	First statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_1	NUMBER(5)	Size of the key for the first statistical key.
eq_key_2	CHAR	Second statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_2	NUMBER(5)	Size of the key for the second statistical key.
eq_key_3	CHAR	Third statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_3	NUMBER(5)	Size of the key for the third statistical key.
eq_key_4	CHAR	Fourth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_4	NUMBER(5)	Size of the key for the fourth statistical key.
eq_key_5	CHAR	Fifth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_5	NUMBER(5)	Size of the key for the fifth statistical key.
eq_key_6	CHAR	Sixth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_6	NUMBER(5)	Size of the key for the sixth statistical key.
eq_key_7	CHAR	Seventh statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_7	NUMBER(5)	Size of the key for the seventh statistical key.
eq_key_8	CHAR	Eighth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_8	NUMBER(5)	Size of the key for the eighth statistical key.
eq_key_9	CHAR	Ninth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_9	NUMBER(5)	Size of the key for the ninth statistical key.
obj_id_name	CHAR	Field name of the corresponding table name.
obj_id_table_name	CHAR	Table name where the object ID (function of all the keys; not cwm_objtype or node_objtype) must be retrieved.
stat_table_name	CHAR	Table name where the statistics corresponding to the particular object and subobject combinations are stored.

1.4.51  SCMSTATKEY

The SCMSTATKEY table maintains a list of keys and key sizes for each statistics data table in the database for a combination of CTM objects and subobjects.

Table 1-441 SCMSTATKEY 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	CTM object ID such as Connection, Line, Trunk, Port, Card, Ima, Path, Pnni, Protocol, and PhysicalLine.
cwm_subtype	NUMBER(5)	CTM subobject ID. This value is a subcatgeory of the CTM object type. For example, MGX ATM port is a subobject for the port object.
eq_key_1	CHAR	First statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_1	NUMBER(5)	Size of the key for the first statistical key.
eq_key_2	CHAR	Second statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_2	NUMBER(5)	Size of the key for the second statistical key.
eq_key_3	CHAR	Third statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_3	NUMBER(5)	Size of the key for the third statistical key.
eq_key_4	CHAR	Fourth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_4	NUMBER(5)	Size of the key for the fourth statistical key.
eq_key_5	CHAR	Fifth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_5	NUMBER(5)	Size of the key for the fifth statistical key.
eq_key_6	CHAR	Sixth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_6	NUMBER(5)	Size of the key for the sixth statistical key.
eq_key_7	CHAR	Seventh statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_7	NUMBER(5)	Size of the key for the seventh statistical key.
eq_key_8	CHAR	Eighth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_8	NUMBER(5)	Size of the key for the eighth statistical key.
eq_key_9	CHAR	Ninth statistical key for a specific data table. For example, l_slot for vt_sts1_path_data.
eq_key_size_9	NUMBER(5)	Size of the key for the ninth statistical key.
stat_table_name	CHAR	Table name where the statistics corresponding to the particular object and subobject combinations are stored.

1.4.52  SCMTABLEKEY

The SCMTABLEKEY table stores the mapping between the key combination index (a function of all keys) and the data table.

Table 1-442 SCMTABLEKEY 

Column Name	Oracle Data Type	Description
table_name	CHAR	Statistics data table name and the specific key to be used.
key_name	CHAR	Field name of the key to be used for the specific table name.

1.4.53  SCTP_ASSOCIATION_DATA

The SCTP_ASSOCIATION_DATA table stores statistics for VXSM Stream Control Transmission Protocol (SCTP) associations.

Table 1-443 SCTP_ASSOCIATION_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
sctpassocid	NUMBER(10)	—
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.54  SCTP_GATEWAY_DATA

The SCTP_GATEWAY_DATA table stores statistics for the VXSM SCTP gateway.

Table 1-444 SCTP_GATEWAY_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
sctpstatsindex	NUMBER(10)	—
sctpstatsindextype	NUMBER(10)	—
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.55  SESSION_DATA

The SESSION_DATA Table stores statistics for VXSM RUDP sessions.

Table 1-445 SESSION_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
sessionid	NUMBER(5)	RUDP session number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.56  SONET_LINE_DATA

The SONET_LINE_DATA table stores SONET statistics.

Table 1-446 SONET_LINE_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
slot	NUMBER(5)	Slot number.
line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.57  SRTPERFKEY

The SRTPERFKEY table stores the list of parameters that are used by the SRT while calculating the performance and utilization charts.

Table 1-447 SRTPERFKEY 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	CTM object ID such as Connection, Line, Trunk, Port, Card, Ima, Path, Pnni, Protocol, and PhysicalLine.
cwm_subtype	NUMBER(5)	CTM subobject ID. This value is a subcatgeory of the CTM object type. For example, MGX ATM port is a subobject for the port object.
statid1	NUMBER(5)	Stat ID that gives the data sent through this entity.
statid11	NUMBER(5)	Second stat ID that gives the data sent through this entity.
statid2	NUMBER(5)	Stat ID that gives the data received through this entity.
statid22	NUMBER(5)	Second stat ID that gives the data received through this entity.
statid3	NUMBER(5)	If applicable, this is the Stat ID that gives the number of seconds the entity was available for service.
transmode	NUMBER(5)	Transmission mode of the data. Values are: 0: Packets 1: Cells 2: Bytes
loadtype	NUMBER(5)	Parameter used for measuring the entity's performance. Values are: 0: port_speed 1: line_load 2: cir

1.4.58  SRTRPORTKEY

The SRTRPORTKEY table stores the data about entities that support a specific type of report.

Table 1-448 SRTRPORTKEY 

Column Name	Oracle Data Type	Description
cwm_objtype	NUMBER(5)	CTM object ID such as Connection, Line, Trunk, Port, Card, Ima, Path, Pnni, Protocol, and PhysicalLine.
cwm_subtype	NUMBER(5)	CTM subobject ID. This value is a subcatgeory of the CTM object type. For example, MGX ATM port is a subobject for the port object.
raw_report	NUMBER(5)	Values are: 1: If this type of report is supported. 0: If this type of report is not supported.
perf_report	NUMBER(5)	Values are: 1: If this type of report is supported. 0: If this type of report is not supported.
util_report	NUMBER(5)	Values are: 1: If this type of report is supported. 0: If this type of report is not supported.

1.4.59  STATSDB_CONFIG

The STATSDB_CONFIG table stores all statistics database configuration information.

Table 1-449 STATSDB_CONFIG 

Column Name	Oracle Data Type	Description
ftp_user_name	CHAR	FTP username of the parser machine.
ftp_user_passwd	CHAR	FTP password of the parser machine.
save_opt	NUMBER(5)	Flag to determine whether to save the data. Values are: 0: Do not save 1: Save
save_dir	CHAR	Directory to save the data (also known as the purge directory).
db_age	NUMBER(5)	Number of hours before the data is purged from the database.
file_purge_opt	NUMBER(5)	Flag to determine whether to save the data in the purge directory forever. Values are: 0: Do not save 1: Save
file_age	NUMBER(5)	Number of days before a file is removed from the purge directory.
need_to_parse	NUMBER(5)	Flag to determine whether to parse the data. Values are: 0: Do not parse 1: Parse
timestamp	DATETIME	GMT time stamp on the node when the statistics data was accumulated.

1.4.60  STS_DS3_DS1_PATH_DATA

The STS_DS3_DS1_PATH_DATA table stores VXSM DS1_N_DS3 path statistics.

Table 1-450 STS_DS3_DS1_PATH_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS-1 path number.
ds1_path	NUMBER(5)	DS-1 path number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistics ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistics value.
peak	float	Peak statistics value.

1.4.61  STS_VTGROUP_DS1_PATH_DATA

The STS_VTGROUP_DS1_PATH_DATA table stores VXSM DS1_N_VT group path statistics.

Table 1-451 STS_VTGROUP_DS1_PATH_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS-1 path number.
vt_path	NUMBER(5)	VT path number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.62  XG_CONN_DATA

The XG_CONN_DATA table stores AXSM-XG ATM connection, MPSM155 ATM connection, and VXSM connection statistics.

Table 1-452 XG_CONN_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
l_vpi	NUMBER(5)	VPI number.
l_vci	NUMBER(10)	VCI number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.63  XGCP_DATA

The XGCP_DATA table stores VXSM XGCP statistics.

Table 1-453 XGCP_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
mgcid	NUMBER(10)	MGC IP address.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.64  XG_DS3PATH_DATA

The XG_DS3PATH_DATA table stores AXSM-XG DS-3 and VXSM DS-3 path statistics.

Table 1-454 XG_DS3PATH_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS-1 path number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.65  XG_PATH_DATA

The XG_PATH_DATA table stores AXSM-XG STS and VXSM STS path statistics.

Table 1-455 XG_PATH_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
sts_path	NUMBER(5)	STS-1 path number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.66  XG_PL_DATA

The XG_PL_DATA table stores statistics for the AXSM-XG physical SONET line, the MPSM155 E3 line, the MPSM155 SONET line, the MPSM155 T3 line, the VXSM DS-1 line, and the VXSM SONET line.

Table 1-456 XG_PL_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_bay	NUMBER(5)	Bay number.
l_line	NUMBER(5)	Line number.
subobject_type	NUMBER(5)	CTM subobject ID.
stat_type	NUMBER(5)	CTM statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Peak statistic's value.

1.4.67  XG_PORT_DATA

The XG_PORT_DATA table stores statistics for the AXSM-XG ATM port, MPSM155 ATM port, MPSM155 FR port, and VXSM port.

Table 1-457 XG_PORT_DATA 

Column Name	Oracle Data Type	Description
timestamp	NUMBER(10)	GMT time stamp on the node when the statistics data was accumulated.
l_node_id	NUMBER(10)	Node ID.
l_slot	NUMBER(5)	Slot number.
l_port	NUMBER(5)	Port number.
subobject_type	NUMBER(5)	Subobject ID.
stat_type	NUMBER(5)	Statistic's ID.
bucket_type	NUMBER(5)	Interval at which the data collected from the hardware devices is accumulated. The bucket interval should be an integral multiple of the peak interval.
totald	float	Total statistic's value.
peak	float	Statistic's peak value.