APTIS-CONFIG-MIB: View SNMP OID List / Download MIB

The following tables describe the configurable elements of an Aptis box.

Meta Language Class.

This is the structure of entries in the metaContainerTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

The CML type identifier of the container.

The CML type name of the container. This is the text version that means the same thing as cmlid.

Configuration for the CVX's coredump facility

This is the structure of entries in the coredumpConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Perform coredumps on SCC crashes (FEP only)

Perform coredumps on MAC crashes, including IOP crashes

Perform coredumps on DAC crashes, including SP crashes

Method for storing dumps - overwrite previous or store subsequent Enumeration: 'cumulative': 1, 'overwrite': 0.

Drive used to store coredumps Enumeration: 'c': 0, 'd': 1.

Configuration for the CVX's Event Log facility

This is the structure of entries in the eventConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Minimum CVX Event Log severity level to store in Run-Time Event Log)

Out-Of-Service Class.

This is the structure of entries in the oosTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Current oos value for this node

Configuration of the physical slot cards in the system.

This is the structure of entries in the slotConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

The configured part number of the Service Module in this slot. Enumeration: 'smEmpty': 0, 'smMac': 2, 'smScc': 1, 'smDac': 3.

The configured part number of the Line Termination Module in this slot. Enumeration: 'dS3x2': 820326, 'e1': 820323, 'dS3x2PR': 820329, 'dS3R': 820131, 'dS3': 820121, 't1': 820322, 'dS3x2R': 820327, 'ltmEmpty': 0, 'e1x24': 820325, 'dS3x2P': 820328, 't1x24': 820324.

Session Configuration Information.

This is the structure of entries in the sessionConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

If DefaultVpopEnable is false, and no VPOP has been selected at the completion of call setup, the session will be terminated. Enumeration: 'false': 2, 'true': 1.

This variable defines whether called number authentication will be required, and if so, which method of authentication should be used. Enumeration: 'none': 1, 'radius': 2, 'inc': 3.

The value to be used for the called number authentication request. This value will be ignored unless radius PreAuth is specified.

The maximum number of seconds allowed for called number authentication to complete.

The action to take when the pre-auth times out without authentication. Enumeration: 'accept': 1, 'reject': 2.

The number of minutes between accounting checkpoint records. 0 disables checkpoint records.

Controls whether or not the session can be terminated by a remote NMS. Enumeration: 'disabled': 0, 'enabled': 1.

Contains the secret string that is used to authenticate the session termination request.

enables logging of session events on a per session basis. Enumeration: 'false': 2, 'true': 1.

The key of the AAA server group to use for authentication

The number of seconds to wait for the DS0 component on the DAC to respond with a disconnected message before timing out.

If true, enables accounting stop records for sessions where accounting start was not reported. Enumeration: 'false': 2, 'true': 1.

Session Table Format Information.

This is the structure of entries in the sessionTableFormatTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

When this variable is set to yes, the default session table will be used, and the table format parameters will be ignored. Enumeration: 'hub': 7, 'default': 2, 'ip': 5, 'custom': 1, 'hardware': 4, 'postMortem': 6, 'counters': 3.

The text used as the heading for column 1 of the session table.

The number of characters in column 1 of the session table.

The member of the session_status structure to be displayed in column 1 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 2 of the session table.

The number of characters in column 2 of the session table.

The member of the session_status structure to be displayed in column 2 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 3 of the session table.

The number of characters in column 3 of the session table.

The member of the session_status structure to be displayed in column 3 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 4 of the session table.

The number of characters in column 4 of the session table.

The member of the session_status structure to be displayed in column 4 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 5 of the session table.

The number of characters in column 5 of the session table.

The member of the session_status structure to be displayed in column 5 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 6 of the session table.

The number of characters in column 6 of the session table.

The member of the session_status structure to be displayed in column 6 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 7 of the session table.

The number of characters in column 7 of the session table.

The member of the session_status structure to be displayed in column 7 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 8 of the session table.

The number of characters in column 8 of the session table.

The member of the session_status structure to be displayed in column 8 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 9 of the session table.

The number of characters in column 9 of the session table.

The member of the session_status structure to be displayed in column 9 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

The text used as the heading for column 10 of the session table.

The number of characters in column 10 of the session table.

The member of the session_status structure to be displayed in column 10 of the session table. Enumeration: 'callClass': 61, 'tandemPort': 62, 'localIPMask': 16, 'txStartDataRate': 39, 'linkId': 83, 'modemErrorCorrection': 68, 'tunnelServerAddress': 60, 'modemTxBlocks': 70, 'txMinDataRate': 43, 'modemReceiveLineLevel': 77, 'device': 50, 'modemRetransmits': 71, 'octetsIn': 31, 'tunnelId': 82, 'timeOfModemSync': 21, 'linkService': 17, 'remoteIPXNetwork': 78, 'txEndDataRate': 41, 'port': 36, 'rxStartDataRate': 40, 'index': 1, 'tunnelType': 58, 'txMaxDataRate': 45, 'timeOfService': 22, 'terminatingComponent': 23, 'rxEndDataRate': 42, 'tunnelMediumType': 59, 'tdmStream': 51, 'octetsOut': 32, 'modemDataCompression': 69, 'rxMaxDataRate': 46, 'localIP': 15, 'state': 3, 'stopTime': 20, 'tdmTimeSlot': 52, 'iop': 47, 'terminationReason': 53, 'linkCount': 38, 'remoteIPXNode': 79, 'vpop': 11, 'tandemTimeslot': 63, 'multiLinkId': 35, 'modemModulation': 67, 'modemNumber': 57, 'modemLocalRenegotiations': 75, 'layer2Slot': 27, 'lastComponent': 25, 'rxMinDataRate': 44, 'duration': 54, 'durationHMS': 55, 'ss7SessionId': 56, 'originateMode': 30, 'terminationCause': 24, 'sessionID': 2, 'remoteIP': 13, 'startTime': 19, 'callClassArray': 64, 'calledNumber': 28, 'modemRemoteRetrains': 74, 'serviceMode': 18, 'remoteIPMask': 14, 'modemLocalRetrains': 73, 'none': 0, 'packetsOut': 34, 'name': 12, 'actualAuthMethod': 66, 'callClassLen': 65, 'layer1Slot': 26, 'dmm': 48, 'cleartcpRemotePort': 81, 'modemRemoteRenegotiations': 76, 'cleartcpRemoteIP': 80, 'modemSNR': 72, 'timeslot': 37, 'packetsIn': 33, 'permanentFlag': 10, 'callingNumber': 29, 'pack': 49.

Session Policy Configuration Information.

This is the structure of entries in the policyConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Policy for allocating next modem; Combined Policy is the best choice. Enumeration: 'bestModem': 2, 'loadBalance': 1, 'testMode': 3, 'combined': 4.

The time (in minutes) between periodic attempts to download a code image to non-responsive or non-functional modem packages, and to attempt to re-initialize non-responsive modems (0 = never).

The number of failed connections a modem can have in a sampling period (specified elsewhere) before it will be taken out of service. For example, if this number is set to 8, and the sample count is set to 16, then a modem that fai ls more than 8 out of its last 16 connection attempts will be taken out of service. 0 indicates that the modem will never be taken out of service for this reason.

The number of connections sampled to determine whether a modem should be taken out of service. If a modem fails more times in this sampling period than allowed, then it is taken out of service. For example, if this number is set to 16, and the fail count is set to 8, then a modem that fails more than 8 out of its last 16 connection attempts will be taken out of service. 0 indicates that the modem will never be taken out of service for this reason.

Specifies whether modems taken out of service be re-used in worst case scenarios

Specifies whether the system should perform SS7 resource accounting

Specifies the default RPI that should be assigned to modems when they become operational, and before they take any calls.

Specifies the amount of time (in minutes) that a modem can be idle before it is placed in sleep (low-power) mode. 0 specifies that modems should never be placed in sleep mode.

DS0 allocation policy: use DNIS number to match configured numbers Enumeration: 'any': 3, 'best': 1, 'first': 2.

DS1 allocation policy: Within or without the DNIS number allocation policy Enumeration: 'balance': 1, 'first': 2.

DS0 allocation policy: Within or without the DNIS number allocation policy Enumeration: 'random': 1, 'first': 2.

0 to disable; level below total # of modems in CVX that alarm is sent

0 to disable; level below total # of modems on a MAC that alarm is sent

Number of old actions to maintain

Session Signalling Configuration Information.

This is the structure of entries in the signalingConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

This field activates internet thruway support Enumeration: 'disabled': 2, 'enabled': 1.

The timeout value for User-Network Session Signalling messages

The length of time a local copy of Response messages will be retained for retransmission.

The number of resends for any User-to-Network Session Signalling message.

Determines if ppp configuration is allowed to be changed by the CVX SS7 network controller as part of the call setup process. Enumeration: 'notAllowed': 2, 'allowed': 1.

Enables a mode where every other DS1 is unavailable, and a phantom call is generated for every incoming call on the unavailable DS1. This allows testing to take place by looping each DS1 to the adjacent DS1, and generating call setups using the SNEM or a similar tool. Enumeration: 'disabled': 2, 'enabled': 1.

Specifies the type of signaling gateway is used to interface to the ss7 network. Enumeration: 'ipdc': 3, 'ssg': 1, 'softSwitch': 2.

IPDC configuration table.

This is the structure of entries in the ipdcConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

IP address of the primary soft switch.

TCP port on the primary soft switch.

IP address of the secondary soft switch.

TCP port on the secondary soft switch.

Bay number (8 bytes, alphanumeric).

System type.

Media gateway identifier.

Specifies the tone frequency generated during continuity test. Enumeration: 'high': 0, 'low': 1.

Specifies the tone frequency detected during continuity test. Enumeration: 'high': 0, 'low': 1.

Softswitch configuration table.

This is the structure of entries in the softswitchConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

When the simulator is enabled, the CVX will simulate a Soft Switch, and the IPDC client will not operate. Enumeration: 'false': 2, 'true': 1.

IP address of the simulated soft switch.

TCP port on the simulated soft switch.

Configuration of a CVX SS7 Gateway

This is the structure of entries in the signalingGatewayTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

IP Address of CVX SS7 Gateway

ip service global configuration

This is the structure of entries in the ipServicesConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

home ip address of management functions

id of access list to apply to service input

Authentication method for users of IP services Enumeration: 'remoteOnly': 1, 'localFirst': 4, 'none': 5, 'localOnly': 2, 'remoteFirst': 3.

CLI level for this user (0 for monitor, 1 for admin)

User is able to modify CVX's user entries

User is able to modify CVX's configuration

User will be granted FTP access to the CVX

User will be granted telnet access to the CVX

Level 0 User is able to disconnect remote user sessions

Use the defaults configured in this section?

User is able to view and modify the CVX's password members

User will be granted RLogin access to the CVX

User will be granted RSh access to the CVX

System-wide IP router options

This is the structure of entries in the ipRtrConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ip routing enabled

ip multicast enabled

default ip time-to-live (count)

default arp time-to-live (seconds)

enable check for spoofed IP addresses

enable checksum check of routed packets

enable routing of source routed packets

control for router discovery advertisements Enumeration: 'disabled': 0, 'onRequest': 1, 'enabled': 2.

snmp system description variable

snmp contact name variable

snmp system name variable

snmp system location variable

Maximum number of consecutive IP packets to forward from sessions

Maximum number of consective IP packets to forward from trunks

use IP route cache to forward datagrams

system-wide IP multicast router options

This is the structure of entries in the ipMulticastConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

route ip multicast between trunk interfaces

ip multicast heartbeat detection enabled

multicast group heartbeat is sent to

UDP port heartbeat is sent to

seconds before heartbeat timeout occurs

source address/net of heartbeat packets (0.0.0.0 = any)

mask used to match source address/net

Minimum number of heartbeats expected during the heartbeat period

Alotted time (seconds) for receiving the heartbeat threshold

virtual router configuration

This is the structure of entries in the ipVrouterConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Virtual router type. Enumeration: 'local': 0.

Virtual router trunking type. Enumeration: 'shared': 0, 'dedicated': 1.

IP Routing Policy Information.

This is the structure of entries in the ipPolicyEntryTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

id of access-list to match when applying policy

if access-list matches, use this vrouter to route packet

if access-list matches, use this IP addresss as packet destination

system-wide RIP configuration

This is the structure of entries in the ipRipTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

accept RIP v1 packets?

accept RIP v2 packets? (v1compat = v1 + v2)

send out updates immediately when changes occur

for RIP V2, the authentication type Enumeration: 'text': 1, 'none': 0, 'md5': 2.

for RIP V2, the authentication string

RIP trusted-host entry; one per trusted-host

This is the structure of entries in the ipRipTrustedTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

IP address of valid rip source

OSPF global configuration

This is the structure of entries in the ipOspfTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ID of router; often the IP address of the primary ethernet

enable automatic creation virtual links?

enable multiple paths based on Type-of-service

enable router to be an ASBR router?

max # of multiple paths saved for each route

delay time before SPF recalculation

minimum hold time between SPF recalcuation

enable generation of default routes

enable generation of default metrics

enable generation of default metric type

strategy when multiple next-hops exists Enumeration: 'none': 0, 'loadSharing': 1, 'loadSpreading': 2.

OSPF area entry configuration

This is the structure of entries in the ipOspfAreaTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

OSPF area ID IP Address.

defines area as a stub area

defines area as a not-so-stubby-area

OSPF stub area default cost.

OSPF stub area summary enabled?

OSPF virtual link entry configuration

This is the structure of entries in the ipOspfVirtualLinkTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

OSPF VL area IP Address.

OSPF VL router IP Address.

OSPF VL IP Address.

OSPF VL next router IP Address.

OSPF VL transit area IP Address.

OSPF VL hello message interval.

OSPF VL dead interval.

OSPF VL retransmit interval.

OSPF VL transmit delay.

OSPF VL authorization type. Enumeration: 'simple': 2, 'none': 1, 'md5': 3.

OSPF VL authorization key.

OSPF MD-5 key configuration

This is the structure of entries in the ipOspfMd5KeyTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ifIndex of interface key is applied to

area id (unused)

MD5 key id [1..n]

MD5 key in ASCII

Adds an address range to an OSPF area

This is the structure of entries in the ipOspfRangeTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ip address

ip mask

area id

advertise

type Enumeration: 'type7': 7, 'type3': 3.

VPN group entry configuration

This is the structure of entries in the ipVpnGroupDestTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

VPN group number

destination FR DLCI

destination IP net prefix

destination IP net mask

VPN to FR/IP mapping entry

This is the structure of entries in the ipVpnGroupTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

VPN group type. Enumeration: 'fr': 1, 'ppp': 2.

VPN number.

VPN FR Data Link Connection Id map count.

VPN FR DLCI map IP Address #1.

VPN FR DLCI map IP Address #2.

VPN FR DLCI map IP Address #3.

VPN FR DLCI map IP Address #4.

VPN FR DLCI map IP Address #5.

ip access list filter entry; defines part of IP filter

This is the structure of entries in the ipAccessListTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

id number to which this filter entry applies

set to drop or pass packet if entry matches Enumeration: 'deny': 2, 'permit': 1.

IP protocol field to match Enumeration: 'udp': 17, 'tcp': 6, 'icmp': 1, 'ospf': 89, 'any': 0, 'igmp': 2.

source IP address prefix to match

mask applied to source IP address before matching

destination IP address prefix to match

mask applied to destination IP address before matching

method of comparison for destination UDP/TCP port Enumeration: 'none': 0, 'gt': 2, 'eq': 1, 'lt': 3.

if protocol is UDP or TCP, the port number to compare against

if protocol is ICMP, the ICMP type to compare against

if protocol is ICMP, the ICMP code to compare against

if protocol is IGMP, the IGMP type to compare against

if protocol is TCP, the TCP flags to compare against Enumeration: 'established': 2, 'none': 0, 'any': 1.

ip filter list configuration

This is the structure of entries in the ipFilterListTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Corresponds to the Filter-Id string optionally supplied by a RADIUS server in an Access-Accept packet at user authentication time.

id of an IP access list for use in the inbound direction

id of an IP access list for use in the outbound direction

per-interface configuration

This is the structure of entries in the ipIfnumberTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ifIndex

driver class to bind to Enumeration: 'filter': 3, 'protocol': 2, 'driver': 1.

driver subclass to bind to Enumeration: 'fr': 201, 'loopback': 104, 'ip': 203, 'hdlc': 103, 'ppp': 200, 'ethernet': 100, 'hssi': 101.

driver instance to bind to

ip router circuit configuration

This is the structure of entries in the ipCircuitTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

circuit type Enumeration: 'session': 2, 'static': 1.

ifIndex

interface description string

max transmission size

bits per second

is interface numbered?

assigned address of interface (local side)

assigned address of remote side (if p-to-p link)

address mask of interface

arp enabled ?

respond with proxy arp for subnets on other interfaces?

advertise route to circuit's network

max # of packets on output queue

style of output queue enqueing Enumeration: 'tailDrop': 1, 'rED': 2.

style of output queue dequeueing Enumeration: 'strict': 2, 'single': 1, 'fSQ': 3.

enable rip v1 on interface?

enable rip v2 on interface? (v1compat = v1 + v2)

send rip out interface?

accept rip on interface?

poison reverse enabled?

inflate RIP metric by this amount

access list applied to RIP packets sent

ospf enabled in interface?

OSPF area id.

OSPF cost.

OSPF priority.

OSPF hello interval.

OSPF dead interval.

OSPF retransmit interval.

OSPF transmit delay.

OSPF polling interval.

OSPF authorization type. Enumeration: 'simple': 2, 'none': 1, 'md5': 3.

simple clear text password

multicast enabled on interface?

multicast protocol used on this interface Enumeration: 'none': 0, 'dvmrp': 2, 'host': 1.

Use Inverse ARP if the interface subclass is Frame Relay.

Send gratuitous arp on this interface.

ip route configuration; one per route entry

This is the structure of entries in the ipRouteTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ip route destination prefix

ip route destination mask

if != 0, ip of local gateway

or ifIndex if ip_local_gateway == 0

use as default route (ip=0/mask=0) ?

don't advertise via rip/ospf if true

advertised rip metric

route preference; high means prefer over learned routes Enumeration: 'high': 2, 'low': 1.

strategy when multiple next-hops exists Enumeration: 'none': 0, 'loadSharing': 1, 'loadSpreading': 2.

ip arp configuration; one per arp entry

This is the structure of entries in the ipArpTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

interface to advertise on

ip address

mac (hardware) address

answer arp queries for this entry?

OSPF non-broadcast neighbor entry configuration

This is the structure of entries in the ipOspfNbNeighborTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

interface neighbor can be reached via

neighbor's IP address

neighbor is eligible to be DR

Frame Relay static ip/dlci mapping configuration

This is the structure of entries in the ipFrMapTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ifIndex

ip address

data link connection id

use this dlci for interface?

use this dlci for broadcast?

use this dlci for multicast?

ip access group configuration

This is the structure of entries in the ipAccessGroupTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

interface this access group applies to

id of access list to apply to interface

direction of packets to match against access list Enumeration: 'out': 2, 'in': 1.

configuration for a single ip background service

This is the structure of entries in the ipSvcEntryTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

which server to configure Enumeration: 'aaaClient': 2, 'sntpClient': 18, 'bootpClient': 4, 'sgcpServer': 19, 'dnsClient': 1, 'trapServer': 16, 'ssServer': 23, 'shellServer': 15, 'rshServer': 21, 'ftpServer': 11, 'httpServer': 13, 'tftpServer': 10, 'syslogClient': 3, 'ipdcServer': 22, 'dsmccServer': 17, 'snmpServer': 14, 'rloginServer': 20, 'telnetServer': 12.

state of service Enumeration: 'disabled': 2, 'enabled': 1.

configure service to respond to requests from admin ethernet only

Local user authentication information. Used to authenticate local services such as TELNET, FTP, etc...

This is the structure of entries in the ipSvcAuthEntryTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

the user name

the password associated with the user name

CLI level for this user (0 for monitor, 1 for admin)

User is able to modify CVX's user entries

User is able to modify CVX's configuration

User will be granted FTP access to the CVX

User will be granted telnet access to the CVX

Level 0 User is able to disconnect remote user sessions

User is able to view and modify the CVX's password members

User will be granted rlogin access to the CVX

User will be granted rsh access to the CVX

configuration for a single AAA server

This is the structure of entries in the ipAaaServerTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

index of server within server group

AAA server type. Enumeration: 'radius': 1.

ip address of server

ip port of server

time to wait before retransmission

maximum retransmissions before failure

shared secret key

trace requests to/from server

In monitor mode, the timeout interval for sending test requests to an unreachable host.

In monitor mode, the type of RADIUS message to send to an unreachable host. Enumeration: 'accessRequest': 1, 'statusServer': 2, 'acctStop': 3.

In monitor mode, username to send in test requests to an unreachable host.

In monitor mode, password to send in test requests to an unreachable host.

group of UDP ports from which to send AAA requests

This is the structure of entries in the ipAaaClientPortTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

UDP port number

count of UDP ports

AAA Radius Configuration.

This is the structure of entries in the ipAaaRadiusConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

optional string sent as NAS-ID

type of NAS-PORT info sent to server Enumeration: 'x16Bit': 1, 'x32Bit': 2.

Format of the Acct-Session-Id to be sent to the RADIUS server. Binary is an unprintable binary encoding, while hex and dec are base-16 and base-10 printable strings. If the value of session_id_size is 64_bit, then the printable forms will be sent as two 32-bit values separated by a colon, for example: 04532FF0:0000300F. Enumeration: 'binary': 0, 'dec': 2, 'hex': 1.

Size of the Acct-Session-Id to be sent to the RADIUS server. The 32-bit version contains a session serial number that is incremented by one for each session number, and is reset to zero upon system reboot. The 64-bit version contains the same session serial number, but is prefixed with a 32-bit BootEra that is different each time this system is rebooted. The combined 64-bit value will be unique for all time for this system. Enumeration: 'x64Bit': 2, 'x32Bit': 1.

This item allows the enabling or disabling of the vendor specific attribute that identifies the sending RAS as a CVX in accounting and authentication radius records. Enumeration: 'enable': 1, 'disable': 2.

Specifies whether the CVX vendor-specific attribute(s) for multilink should be included in the RADIUS Authenticate-Request frame. This should be set to 'true' for the CVX Policy Manager (CPM).

Specifies whether the attributes for Ascend-Presession-Time, Ascend-Data-Rate and Ascend-Xmit-Rate should be included in RADIUS Access-Request frames.

Specifies whether CVX modem quality attributes should be included in the RADIUS Acct-Start and Acct-Stop requests.

Specifies whether the attributes for CVX-Terminate-Component should be included in the following RADIUS Accounting-Requests: Stop, Tunnel-Stop, Tunnel-Reject, Tunnel-Link-Stop and Tunnel-Link-Reject.

This item allows the enabling or disabling of tier 1 authentication, which entails setting the service type to Enumeration: 'enable': 1, 'disable': 2.

DNS client configuration information

This is the structure of entries in the ipDnsTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

default domain name (i.e. 'abc.com')

timeout value

retry count

DNS client name server configuration

This is the structure of entries in the ipDnsNsTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

ip address of DNS server

configuration for entire AAA server group

This is the structure of entries in the ipAaaGroupConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

name of server group

Set the servers in this group to be parallel

configuration for entire AAA server group

This is the structure of entries in the ipAaaSetConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

name of server set

mode in which server group operates Enumeration: 'roundRobin': 3, 'failover': 1, 'monitor': 2.

create a fake response from server

configuration for the radius daemon

This is the structure of entries in the ipAaaRadiusdConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

This item allows enabling or disabling of the radius daemon. When enabled, the radius daemon will support Ascend-Disconnect-Request RADIUS messages are sent by remote hosts to terminate dialup sessions on the switch. Enumeration: 'enable': 1, 'disable': 2.

Set UDP port the radius daemon receives requests on

configuration for a radius client

This is the structure of entries in the ipAaaRadiusClientTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

client index

client ip address

vpop id accessible to this client

shared secret key

This item allows enabling or disabling of the radius client. When enabled, the radius client will be allowed to send Ascend-Disconnect-Request RADIUS messages in order to terminate dialup sessions on the switch. Enumeration: 'enable': 1, 'disable': 2.

trace requests to/from this client

all: neeed to match all of username, framed_ip, session_id. Enumeration: 'sessionId': 1, 'all': 2.

syslog client configuration

This is the structure of entries in the ipSyslogTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

debug flag

ip address of syslog server

udp port of syslog server

fixed syslog priority (zero to map) Enumeration: 'info': 7, 'map': 0, 'notice': 6, 'err': 4, 'alert': 2, 'disabled': 9, 'debug': 8, 'emerg': 1, 'crit': 3, 'warning': 5.

fixed syslog facility code Enumeration: 'local5': 21, 'local4': 20, 'local7': 23, 'local6': 22, 'local1': 17, 'local0': 16, 'local3': 19, 'local2': 18.

only transmit syslog messages of specified level or lower Enumeration: 'info': 7, 'notice': 6, 'err': 4, 'alert': 2, 'disabled': 0, 'debug': 8, 'emerg': 1, 'crit': 3, 'warning': 5.

shell configuration

This is the structure of entries in the ipShellTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

shell banner message.

shell session prompt string.

shell login prompt string.

shell password prompt string.

shell invalid password response string.

rshell configuration

This is the structure of entries in the ipRshellConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

force RSH Address validation

rhost entries used to authenticate rshell users

This is the structure of entries in the ipRhostEntryTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

local username

remote username

remote host name

allow rsh access for this entry

allow rlogin access for this entry

rlogin server configuration

This is the structure of entries in the ipRloginTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

TCP port number for the rlogin server

rsh server configuration

This is the structure of entries in the ipRshTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

TCP port number for the rsh server

SNMP server configuration

This is the structure of entries in the ipSnmpTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

turn on debug logging if non-zero

turn on session logging if non-zero

The authentication string required for SNMP read access via SNMP. Currently only one read community string is supported.

If true, SNMP SET operations are permitted.

The authentication string required for SNMP write access via SNMP. Currently only one write community string is supported.

Maximum number of simultaneous SNMP requests permitted.

SNMP Trap server configuration

This is the structure of entries in the ipTrapCfgTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

minimum write event priority to generate traps from Enumeration: 'info': 0, 'notice': 1, 'err': 3, 'alert': 5, 'warning': 2, 'crit': 4, 'fatal': 7, 'emerg': 6.

udp trap port

ip address of trap consumer

SNMP trap community string

Send the trap in V1 or V2 format. Enumeration: 'v1': 1, 'v2': 2.

Enable or disable all authentication failure traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-mac-modems-below-threshold and cvx-mac-modems-above-threshold traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-total-modems-below-threshold and cvx-total-modems-above-threshold traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-local-pswd-change trap. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-acct-server-failure and cvx-acct-server-failover traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-ss7-gateway-up, cvx-ss7-gateway-down and cvx-ss7-gateway-failover traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-tunnel-start, cvx-tunnel-stop and cvx-tunnel-reject traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-ds3-failover trap. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-scc-failover trap. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-ethernet-port-up and ethernet-port-down traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-hssi-port-up and cvx-hssi-port-down traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-preAuth-fail, cvx-auth-fail, cvx-auth-server-failover and cvxAuthServerRevived traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-local-auth-failure-threshold-exceeded trap. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-remote-auth-packet-discard trap. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable aptis-isdn-link-up, aptis-isdn-link-down and aptis-isdn-link-reset traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-filter-error traps. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable DHCP traps cvxPrimaryDhcpServerContactFailed, cvxPrimaryDhcpServerContactRevived and cvxSecondaryDhcpServerContactFailed. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable scc traps cvx-slave-flash-missing, cvxSlaveSccFlashDetected, cvxSlaveSccRemoved, cvxSlaveSccInserted, and cvxFailedSlaveSccRemoved. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable generic traps linkDown and linkUp. Enumeration: 'enable': 1, 'disable': 2.

Enable or disable cvx-radiusd-session-disc, cvx-radiusd-unknown-client and cvx-radiusd-client-auth-failed traps. Enumeration: 'enable': 1, 'disable': 2.

Digital Storage Media Command and Control.

This is the structure of entries in the ipDsmccTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

turn on debug logging if non-zero

turn on session logging if non-zero

SNTP client configuration

This is the structure of entries in the ipSntpTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

Frequency to sync with the master clock

Ip address of the master NTP clock server which to sync with. Address 224.0.1.1 is the NTP ip multicast address.

Amount of time in minutes to add or subtract from the received NTP server time.

Determines if adjustment is added or subtracted from the NTP server time. Enumeration: 'add': 0, 'subtract': 1.

Simple Gateway Control Protocol.

This is the structure of entries in the ipSgcpTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

turn on debug logging if non-zero

turn on session logging if non-zero

IPDC table.

This is the structure of entries in the ipIpdcTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

turn on debug logging if non-zero

turn on session logging if non-zero

IPSS table.

This is the structure of entries in the ipSsTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

turn on debug logging if non-zero

turn on session logging if non-zero

Cisco High Level Data Link Control Information.

This is the structure of entries in the cHdlcTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

IP Address for local side of connection.

IP Address mask for local side of connection.

Maximum number of missed keep-alive messages.

Maximum number of loopback packets before connection is dropped.

IP DS Byte Information.

This is the structure of entries in the ipDsbyteTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

the flag to indicate whether ds byte setting is enabled

the ds byte value

Clear TCP Information.

This is the structure of entries in the ipCleartcpTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

IP Address for local side of connection.

IP port for local side of connection.

If TRUE, pool allocated for session.

DNS name of remote TCP server.

IP port of remote TCP server.

Connection methodology. Enumeration: 'cleartcp': 3, 'shell': 4, 'telnet': 1, 'rlogin': 2.

Connect (syn-ack) timeout.

Number of IP Addresses to try.

List of IP Addresses to try (up to 32).

This class defines a block of addresses that are contributed to an IP Address pool for dynamic allocation.

This is the structure of entries in the ipAddressBlockTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

The first IP Address of this IP pool.

The number of addresses in this address block.

The IP Address mask that describes this address block if and only if this address block is CIDR-compliant.

This is set internally by the software when an IP Address from this range is in use. This attribute should not be set.

Set to enabled (1) to allow IP Addresses to be allocated from this range, set to disabled(2) to dry it out. Enumeration: 'disabled': 2, 'enabled': 1.

Address Block Instances that each define an IP Address range.

This is the structure of entries in the ipPoolConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

If TRUE, pool is not eligible for pool 0 global search.

PPP Configuration Information.

This is the structure of entries in the pppConfigTable.

The absolute path to where this object resides in the Resource Manager tree.

This object is used to create a new row, or to modify or delete an existing row in this table.

The Key for this instance of the object in the Resource Manager tree.

The amount of time allowed for initial LCP negotiation and authentication

Overall connection time limit (in minutes, 0 = no limit)

Maximum inactivity time (in minutes) before user is disconnected (0 = no limit)

If an inactivity limit is set, specifies whether transmitted packets (sent to the remote caller) should be monitored for activity. If set to false, then transmitted data is ignored, and cannot keep the call up.

If an inactivity limit is set, specifies whether received packets (sent by the remote caller) should be monitored for activity. If set to false, then received data is ignored, and cannot keep the call up.

Specifies whether RIP frames should count as activity, and thus should reset the inactivity timer

Specifies whether ICMP Echo Request and Echo Reply (ping) frames should count as activity, and thus should reset the inactivity timer

Specifies whether IGMP frames should count as activity, and thus should reset the inactivity timer

Send periodic LCP Echo-Request frames to detect dead links

Send LCP Identification frame when LCP negotiation begins

Send periodic LCP Time-Remaining frames to inform remote peer of connection time limit

Include the Maximum-Receive-Unit option in transmitted LCP Configure-Request frames, informing remote peer of local MRU value

Include the Asynchronous-Control-Character-Map option in transmitted LCP Configure-Request frames, informing remote peer of control characters it must escape when transmitting

Include the Magic-Number option in transmitted LCP Configure-Request frames

Include the Protocol-Field-Compression option in transmitted LCP Configure-Request frames, allowing the remote peer to compress the protocol field when transmitting

Include the Address-and-Control-Field-Compression option in transmitted LCP Configure-Request frames, allowing the remote peer to compress the protocol field when transmitting, allowing the remote peer to omit the Address and Control fields when transmitting

Include the Multilink Short Sequence Number option in transmitted LCP Configure-Request frames, allowing peer to transmit MLP frames with short (12-bit) sequence numbers

Include the Multilink Endpoint Discriminator option in transmitted LCP Configure-Request frames

Allow the remote peer to specify its Maximum-Receive-Unit value in LCP Configure-Request frames it transmits

Allow the remote peer to include its Asynchronous-Control-Character-Map value in LCP Configure-Request frames its transmits

Allow the remote peer to include its Magic-Number value in LCP Configure-Request frames it transmits

Allow the remote peer to include the Protocol-Field-Compression option in LCP Configure-Request frames it transmits, allowing the local interface to compress the protocol field when transmitting

Allow the remote peer to include the Address-and-Control-Field-Compression option in LCP Configure-Request frames it transmits, allowing the remote peer to compress the protocol field when transmitting, allowing the local interface to omit the Address and Control fields when transmitting

Allow the peer to include the Multilink Short Sequence Number option in LCP Configure-Request frames it transmits, instructing the local interface to transmit MLP frames with short (12-bit) sequence numbers

Allow the remote peer to include the Multilink Endpoint Discriminator option in LCP Configure-Request frames it transmits

Max-Configure value for LCP negotiation

Time (in milliseconds) between unanswered LCP Configure-Request frames

Don't send an LCP Configure-Request frame until either the peer has sent one, or a short timeout has expired

The amount of time (in milliseconds) that LCP will wait for the peer to send a Configure-Request before sending one

Minimum acceptable value for Max-Receive-Unit specified by remote peer

Minimum acceptable value for Max-Receive-Unit for local interface

Desired value for Max-Receive-Unit for local interface

Required bits in transmit Async-Character-Control-Mask (specified in remote peer's Configure-Request)

Required bits in receive Async-Character-Control-Mask (specified in local interface's Configure-Request)

Minimum acceptable value for Multilink Max-Reconstructed-Receive-Unit specified by remote peer. If peer will not negotiate an MRRU this size or greater, then multilink will not be allowed.

Desired value for Multilink Max-Reconstructed-Receive-Unit specified by remote peer

Minimum acceptable value for Multilink Max-Reconstructed-Receive-Unit for local interface

Desired value for Multilink Max-Reconstructed-Receive-Unit for local interface

The number of unanswered LCP Echo-Requests transmitted before the link is declared dead

Time (in milliseconds) between answered LCP Echo-Request frames

Time (in milliseconds) between unanswered LCP Echo-Request frames

Time (in milliseconds) between transmitted Time-Remaining frames

Text sent in LCP Identification frame transmitted when LCP negotiation begins

Require authentication of remote peer

Allow remote peer to require authentication of local interface

1st preference for authentication protocol to use when authenticating the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

2nd preference for authentication protocol to use when authenticating the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

3rd preference for authentication protocol to use when authenticating the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

4th preference for authentication protocol to use when authenticating the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

A protocol that is acceptable for use when authenticating with the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

A protocol that is acceptable for use when authenticating with the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

A protocol that is acceptable for use when authenticating with the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

A protocol that is acceptable for use when authenticating with the remote peer Enumeration: 'pap': 49187, 'none': 0, 'chap': 49699.

Number of retries Password Authentication Protocol client will make when attempting to authenticate with the remote peer

Time between transmitted Password Authentication Protocol Authenticate-Request frames

Number of authentication attempts granted to the remote peer when using the Password Authentication Protocol

Not sure this applies...

Number of retries the CHAP client will make when attempting to authenticate with the remote peer

Time between transmitted CHAP Response frames

Number of authentication attempts granted to the remote peer when using CHAP

Number of unanswered Challenge frames sent to the remote peer when using CHAP