ANUE-MIB: View SNMP OID List / Download MIB

This Anue proprietary MIB provides access to Network Tool Optimizer (NTO) configuration and statistics which cannot be modeled in a straight forward manner using standard MIBs. The objects in this MIB include filter configuration, history, connections, and statistics. The Anue proprietary MIB also includes extended interface information and authentication objects/traps. All statistics are provided in both High Capacity (HC) 64-bit tables and in 32-bit tables to accommodate backward compatibility with SNMPv1.

The time of the most recent failed SNMP request. If there is no failed SNMP query since system initialization, this object is null.

The variable contains the username (SNMPV3) or communityString (SNMPV2 or SNMPV1) used by the last failed SNMP request. If there is no failed SNMP query since system initialization, this object is an empty string.

The variable contains the source ip address type (ipv4 or ipv6) of the last failed SNMP request. The data type is defined in INET-ADDRESS-MIB (RFC 4001). If there is no failed SNMP query since the system initialization, this object is unknown(0).

The variable contains the source ip address of the last failed SNMP request. The data type is defined in INET-ADDRESS-MIB (RFC 4001). If there is no failed SNMP query since the system initialization, this object is an empty string.

The SNMP security model as received in the last improperly authenticated SNMP message. If there is no failed SNMP query since the system initialization, this object is any(0).

The time of the most recent failed client login. If there is no failed client login since system initialization, this object is null.

The variable contains the user name of the last failed client login. If there is no failed client login since system initialization, this object is null.

The variable contains the source ip address type (ipv4 or ipv6) of the last failed client login. The data type is defined in INET-ADDRESS-MIB (RFC 4001). If there is no failed client login since system initialization, this object is unknown(0).

The variable contains the source ip address of the last failed client login. The data type is defined in INET-ADDRESS-MIB (RFC 4001). If there is no failed client login since system initialization, this object is an empty string.

The variable explains the reason for the last failed client login. If there is no failed client login since system initialization, this object is an empty string.

NTO supports a global setting to enable/disable SNMP trap generation and also allows individual trap types to be enabled/disabled on a per trap recipient basis. Both settings must be enabled to permit a trap to be generated to a recipient. This MIB object contains the global setting of whether the SNMP agent is permitted to generate the Anue enhanced version of SNMP authentication failure notification. This object is enabled when an Anue client has SNMP trap generation globally enabled. The VACM MIB contains whether the Anue enhanced SNMP authentication failure notification has been enabled for a particular trap recipient. Note that each trap recipient may be configured via an Anue client to receive either the RFC 3418 authenticationFailure notification or the enhanced anueSnmpAuthenticationFailure notification.

NTO supports a global setting to enable/disable SNMP trap generation and also allows individual trap types to be enabled/disabled on a per trap recipient basis. Both settings must be enabled to permit a trap to be generated to a recipient. This MIB object contains the global setting of whether the SNMP agent is permitted to generate a client login failure notification. This object is enabled when an Anue client has SNMP trap generation globally enabled. The VACM MIB contains whether the Anue client login failure notification has been enabled for a particular trap recipient.

The text displayed when the user logs into the NTO.

Specifies the type of time source used by the timestamping afm feature.

Displays the status of the timestamping feature. Can have one of the following values : Not available - if there are no AFM cards present Not in use - AFM card present but timestamping is not enabled on any port NTP (status) - where status describes the current state of the connection with the NTP Server Using NTP time - currently using NTP timesource GPS (status) - where status describes the current state of the GPS module Using GPS time - currently using GPS timesource Using Local time - currently using the local system time.

The enabled state of the two field sets. Enumeration: 'bothFieldSetsEnabledDiffFilters': 3, 'bothFieldSetsDisabled': 1, 'notAvailable': 5, 'fieldSet1Enabled': 2, 'bothFieldSetsEnabledSameFilters': 4.

Contains all the custom field sets.

An address mapping for a particular custom field.

Indicates the id of the custom field set.

Available outer header fields.

Provide additional outer header fields capacity.

Contains all the custom fields defined on this custom field set.

An address mapping for a particular custom field.

Indicates the id of the custom field.

Packet Type Enumeration: 'gtpU': 2, 'raw': 1, 'mpls': 4, 'gtpC': 3.

Indicates the size of the custom field in bytes.

Indicates the name of the custom field.

Contains a comma separated list of key value pairs which represent attributes of specific packet types (MPLS, GTP_U, GTP_C and RAW).

Contains a comma separated list of this field's confirmation fields in the format confirmation_field_type (size).

A list of interface entries which extend the rows in ifTable. This table contains physical interfaces, whether the port is present or not. It also contains logical port groups and management ports.

An entry containing additional management information about an interface on Anue NTO devices.

Indicates whether the physical interface is licensed or not. This object has a value of true (1) if a interface is licensed. The value is false (2) if the interface is not licensed. This object value is always true(1) for management ports and port groups

The licensed maximum line rate for this port. For port groups, this is the sum of licensed maximum line rates of its member ports. Line rate is specified in units of 1,000,000 bits per second. The object value is 0 if the interface is not licensed.

The interface mode identifies whether a port or port group is configured to be a network, tool, or bidirectional interface. Ports that are members of a port group inherit the interface mode of their parent port group. Management ports have interface mode bidirectional. The object value is anueIfModeUnknown if the interface is not licensed. Enumeration: 'anueIfModeNetwork': 2, 'anueIfModeBidirectional': 4, 'anueIfModeUnknown': 1, 'anueIfModeSimplex': 5, 'anueIfModeLoopback': 6, 'anueIfModeTool': 3.

The interface description contains a system generated interface description prepended to the user entered textual description for ports and port groups. The system generated description identifies whether the port is a Network port, Tool port, Bidirectional port, or Management port. It also includes the port/port group's default name as described in anueFilterDefaultName. The object value for ports that are not physically present is 'Port # -- pluggable module is not present'. The object value for ports that are not licensed is 'Port # -- not licensed.

Indicates whether or not the port or port group physically resides on an Advanced Feature Module (AFM).

Identifies the packet processing features available on this port or port group, either in the standard filtering hardware or on an AFM. This object reflects the capabilities present in the hardware itself, independent of how that hardware is currently configured. If no packet processing features are available, this object will return an octet string with all bit enumerations set to zero.

The interval in seconds over which the filter statistics data is collected. This is the actual statistics sampling period. On the 5200 platform users can change the collection period. On the 7300 platform users can not change the collection period. The value (1 second) is defined within the NTO application. The statistics data in anueNtoFilterStatsCntRstTable, anueNtoFilterStatsCurTable, anueNtoFilterStatsPeakTable, anueNtoFilterStatsAvgTable, anueNtoFilterStatsCntRstHCTable, anueNtoFilterStatsCurHCTable, anueNtoFilterStatsPeakHCTable, and anueNtoFilterStatsAvgHCTable are all collected within the period of time defined in this object.

The NTO filter definition table contains filter configuration properties. NTO supports three types of filters: Network Port Filter, Dynamic Filter, and Tool Port filter. Network Port and Tool Port filters can either be associated with a physical interface or a logical port group. Logical port group filters contain 0 to 8 physical interfaces. The port group filter and each of its contained physical interfaces are considered to be port filters. The contained port filters inherit the filter type, mode, criteria, and connections from their parent port group. Unlicensed physical ports do not have port filter objects so they don't have rows in the filter tables. Every licensed physical port has a port filter object configured in one of the valid filter modes: Pass All, Deny All, Pass by Criteria, or Deny by Criteria. Dynamic filters and Logical port group filter objects are created, configured, and deleted by the user using one of the client interfaces (NTO Control Panel or scripting interface). Filter creation, modification of filter properties, and filter deletion are reflected in anueNtoFilterDefTable. Several filter statistics tables and a filter history table extend (logically augment) anueNtoFilterDefTable.

Each filter is represented by a row in the anueNtoFilterDefTable and a row in each of the filter history and filter statistics tables that logically augment that table. Unlicensed ports are not filters so they are not represented by rows in the filter tables. Dynamic filters and standalone port filters are each represented by a single row in the filter tables. A network or tool port group containing n port members is represented by n+1 rows in the filter tables. A bidirectional port has two filter definition rows. One row models its role as a network port and another models its role as a tool port. A bidirectional port group containing n port members is represented by 2*(n+1) rows in the filter tables.

Filter type indicates whether the row is modeling a physical network port, a physical tool port, a dynamic filter, a logical network port group, or a logical tool port group. The combination of filter type and filter number allows users to uniquely locate a filter definition row. These two values form the table key used by the filter tables.

Filter number is a number which identifies a dynamic filter, port filter, or a port group filter. The combination of filter type and filter number allows users to uniquely locate a filter definition row. These two values form the table key used by the filter tables. A dynamic filter 'number' is the numeric portion of its anueFilterDefaultName. For example, the 'filter number' for F15 is 15. The 'filter number' for a port or a port group corresponds to the port ifIndex in the ifTable.

Filter default name is the system assigned name for a filter entry. These names are displayed in various locations in the NTO Control Panel, including in bold letters on the diagram view. The default name for dynamic filters is assigned by the system when the filter is created. A dynamic filter's default name begins with the letter 'F' followed by the first unused number starting with 1. The first dynamic filter created in the system is F1, followed by F2. If F1 is deleted the next dynamic filter that is created will have default name F1. The default name for port filters is platform dependent. All licensed ports are assigned a default name which corresponds to the default port name displayed in the NTO Control Panel. Port filters which are members of bidirectional port groups will have two filter rows with the same default name - one for the network port filter and one for the tool port filter. For port filters, the value of anueFilterDefaultName maps to the ifMIB ifXTable ifName field. The default name for port group filters is assigned by the system when the port group is created. A Port group's default name begins with the letters 'PG' followed by the first unused number starting with 1. The first port group created in the system is PG1, followed by PG2. If PG1 is deleted the next port group that is created will have default name PG1. Port group filters which are configured as bidirectional will have two filter rows with the same default name - one for the network port group filter and one for the tool port group filter. For port group filters, the value of anueFilterDefaultName maps to the ifMIB ifXTable ifName field.

Filter name is the user entered dynamic filter name, port name, or port group name. The filter name defaults to anueFilterDefaultName if the user hasn't entered the name. The filter name reverts to anueFilterDefaultName if the name is deleted, which prevents the object value from being an empty string (Null).

This is the user entered dynamic filter description. The object value is an empty string (Null) if there is no user entered description. The value is an empty string for network and tool port filters, and for network and tool port group filters.

This field identifies the ifIndex that corresponds to this filter row. The ifIndex is the interface row in ifTable for network and tool port filters, and for network and tool port group filters. ifIndex is set to a meaningless value 0 for a dynamic filter. Associating the ifIndex with each filter allows SNMP management applications to easily navigate from Anue port filter tables to the corresponding port information in standard MIBs

This field identifies whether a dynamic filter is configured to be a One Stage or a Two Stage filter. By default, dynamic filters are two stage. This field is always set to anueFilterNA (not applicable) for network/tool port filters, and for network/tool port group filters. Enumeration: 'anueFilterNA': 3, 'anueFilterIsOneStage': 1, 'anueFilterIsTwoStage': 2.

Filter mode identifies whether the filter is configured to Pass All traffic, Pass by Criteria, Deny All traffic, or Deny by Criteria. Pass by Criteria filters allow traffic to pass if it matches the defined criteria. Deny by Criteria filters deny traffic from passing if it matches the defined criteria. All filter types support Pass All and Deny All modes. Network port (group) filters support Pass by Criteria and Deny by Criteria. Dynamic filters support Pass by Criteria. Tool port (group) filters support Deny by Criteria. Enumeration: 'anueFilterModePassByCriteriaUnmatched': 5, 'anueFilterModeDenyByCriteriaMatched': 6, 'anueFilterModePassByCriteria': 2, 'anueFilterModePassAll': 1, 'anueFilterModeDenyByCriteria': 4, 'anueFilterModeDenyAll': 3.

A textual representation of the filter criteria configured for the filter. This text string summarizes the filter criteria/values and includes boolean AND and OR operators when multiple criteria are configured. The text string uses the same format as the scripting 'show filter f1 -prop criteria' or 'prop-get filter f1 criteria' commands. The anueFilterCriteria is a zero length string if the filter mode is PassAll or DenyAll. The maximum string length is 255. If the string displayed on the Control Panel is longer than 255, this object only stores the first 255 characters.

Filter tag is a free form text field that users may optionally configure for each filter. A user can configure one or more keywords using comma, space, or colon as separators. A management system can use keywords for search and sort operations, and for aggregating MIB values.

Indicates whether or not any AFM features are enabled on this filter. On bi-directional AFM ports, this object can be true in only one direction. The possible values are: 1 - true 2 - false

Identifies the pipeline stages that are present or enabled on this filter, either in the standard filtering hardware or on an AFM. Detailed statistics for each enabled stage are contained in separate stage tables. The numerical values of these enumerations do not imply an operational order. If no pipeline stages are present or enabled, this object will return an octet string with all bit enumerations set to zero.

A comma separated string of custom field set ids. Indicates whether a custom offset field criteria is used and if so, from which field set(s).

Filter connection table entries model the connection relationships between filters. This table can be used to derive the filter topology, and to traverse from connected filter to connected filter. The information in this table maps to the connections displayed on the NTO Control Panel diagram view. Each row in this table maps to a single connecting line in the diagram view.

Filter connection row entries model a single from/to connection between filters. The connection is either from a network filter to a dynamic filter, or from a dynamic filter to a tool filter. Multiple rows can be used to model 1:m, m:1, and m:m connection relationships between filters. For port group filter connections, there will be a row for each connection between the port group and a dynamic filter, and n rows for each connection between the n port members and the dynamic filter. Each row represents a connection relationship regardless of whether packets are passing through a filter. The connection relationship exists when ports are disabled and when filter mode is configured to Deny All.

The value of this object is a reference to an anueFilterNumber entry in the anueNtoFilterDefTable.

The value of this object is a reference to an anueFilterNumber entry in the anueNtoFilterDefTable.

A table that models filter creation, modification, and statistics reset history.

An entry in the filter history table.

The entry creation date and time. For a dynamic filter or a port group, the value of this object can be earlier than the current NTO system start time since FilterCreatedTime is stored persistently. For a port filter, this field is always an empty string.

The login id of a user who initially created the filter. For port filters, this field is always an empty string.

The CriteriaModTime identifies the date and time of the last configuration event which significantly changed the behavior of this filter. This date and time is not displayed in the client NTO Control Panel. When a dynamic filter is created, it's CriteriaModTime and anueFilterCreatedTime are both set to the creation time. A port filter's CriteriaModTime will be an empty string until one of the filter configuration events listed below occurs. Events that cause CriteriaModTime to be updated: 1. Modify the filter mode; 2. Modify the filter criteria including type or values; 3. Modify the filter's port mode (for ports and port group) from network to tool, or visa versa; 4. Modify a dynamic filter from one-stage to two-stage, or visa versa; 5. Modify dynamic filter ordering; 6. Modify a 5204 dynamic filter to 'Count Matches In' packets or bytes. When any of the above events occur, all statistics are reset for this filter's row in anueNtoFilterStatsCntModHCTable and anueNtoFilterStatsCntModTable. The fields anueFilterCriteriaModTime, anueFilterCriteriaModTimestamp, anueFilterCriteriaModBy, anueFilterConfigModTimestamp, anueFilterConfigModBy, and anueFilterConfigModFields are updated. The fields anueFilterStatResetTime, anueFilterStatResetBy, anueFilterDropResetTime, and anueFilterDropResetBy are also updated since the filter configuration change triggers a statistics reset. The corresponding row in anueNtoFilterStatsCntRstHCTable and anueNtoFilterStatsCntRstTable are reset, as are all current, peak, and average statistics tables. When CriteriaModTime is updated previous statistics are no longer relevant for this filter since its behavior has been modified. Statistics aggregation and analysis should be restarted after CriteriaModTime is updated. CriteriaModTime is persistently stored in the object model. If one of the configuration events listed above has not occurred since the NTO system has been re-initialized, then the value of this object will pre-date the current system start time.

This field is redundant to anueFilterCriteriaModTime, except it uses datatype TimeStamp. The field may be useful for SNMP management applications to programmatically aggregate filter statistics. This object contains a zero value if anueFilterCriteriaModTime pre-dates the current system start time. Otherwise, this object contains the sysUpTime when anueFilterCriteriaModTime was last updated.

The login id of a user who made the last configuration change that altered anueFilterCriteriaModTime for this filter.

The date and time that any filter setting was last modified. This includes any modification that occurs in the Client NTO Control Panel for the corresponding Edit Port, Edit Port Group, or Edit Filter property dialog. Modifying settings that do not affect filter behavior such as filter name and description cause the date and time to update.

The login id of a user who made the last configuration change to any setting of this filter.

The field(s) of the filter that were modified in the last configuration change.

Various events can cause the Client NTO Control Panel to reset the statistics displayed for a filter. When a filter's statistics are reset, the corresponding row in anueNtoFilterStatsCntRstHCTable, anueNtoFilterStatsCurHCTable, anueNtoFilterStatsPeakHCTable, anueNtoFilterStatsAvgHCTable and the 32-bit version of these stats tables are all reset. The events that cause a filter's anueFilterCriteriaModTime to update will reset the above statistics tables, as well as the following events: 1. A user resets the filter's statistics; 2. A Port filter's media type is changed between copper and fiber, or between 1GSFP and 10GSFP+; 3. A Port/Port Group filter's enabled state (administrative state) is modified; 4. The system's filter memory allocation is modified; 5. A dynamic filter's statistics are reset when its connections change;

The login id of a user who initiated the modification that caused the filter's statistics to last be reset.

The date and time that a tool port/port group filter's drop count was last reset. Note that stats reset also resets the tool port drop count. For network filters and dynamic filters, this field is an empty string.

The login id of a user who last reset the drop counts (or stats) for this filter.

A table of statistics entries that model accumulated filter counts since anueFilterCriteriaModTime. The table values count filter statistics since the time the filter's data handling behavior was last modified. The values for a port group filter are the sum of accumulated counts of each port filter that is a member of the port group.

This entry extends anueNtoFilterDefEntry with accumulated 64-bit filter counters.

The total number of octets received by the filter since anueFilterCriteriaModTime. Tool filters return 0, since they do not support this value.

The total number of octets passed by the filter since anueFilterCriteriaModTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0.

The total number of packets received by the filter since anueFilterCriteriaModTime

The total number of packets passed by the filter since anueFilterCriteriaModTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The total number of packets dropped at a tool port filter since anueFilterCriteriaModTime. Drops may occur at a tool port when the rate of traffic directed to the tool port exceeds the port's line rate. Drops occur prior to the actual filtering that may be configured for the tool port. Drop counts are always 0 for network and dynamic filters.

The date and time of last drop event. If no packets have been dropped since anueFilterCriteriaModTime, this field is an empty string. For network filters and dynamic filters, this field is an empty string.

A table of statistics entries that model accumulated filter counts since anueFilterStatsResetTime. The table values map to the accumulated counts displayed in the NTO Control Panel's filter statistics windows. This table's values are reset by the same conditions that reset the Control Panel's statistics, as described in anueFilterStatsResetTime. The values for a port group filter are the sum of accumulated counts of each port filter that is a member of the port group.

This entry extends anueNtoFilterDefEntry with accumulated 64-bit filter counters.

The total number of octets received by the filter since anueFilterStatsResetTime. Tool filters return 0, since they do not support this value.

The total number of octets passed by the filter since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0

The total number of packets received by the filter since anueFilterStatsResetTime.

The total number of packets passed by the filter since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The total number of packets dropped by a tool port filter since anueFilterStatsResetTime. Drops may occur at a tool port when the rate of traffic directed to the tool port exceeds the port's line rate. Drops occur prior to the actual filtering that may be configured for the tool port. Drop counts are always 0 for network and dynamic filters.

The date and time of last drop event since anueFilterStatsResetTime. If no packets have been dropped since anueFilterStatsResetTime, this field is an empty string. For network filters and dynamic filters, this field is an empty string.

A table of statistics entries that model the filter counts collected in the current (most recent) sampling period. The table values map to the current counts displayed in the NTO Control Panel's filter statistics windows. The NTO statistics sampling period is stored in anueFilterCollectionPeriod. The values for a port group filter take the sum of the current counts of each port filter that is a member of the port group. Percentage values take into account the aggregate speed of the port group.

This entry extends anueNtoFilterDefEntry with 64-bit filter counters.

The number of octets received by the filter in the current (most recent) sampling period. Tool filters return 0, since they do not support this value. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The number of octets passed by the filter in the current (most recent) sampling period. Note that the corresponding NTO Control Panel counts are displayed as bits/sec. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0.

The percentage of received octets that passed this filter in the current (most recent) sampling period. This value is always 0 for tool filters. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The number of packets received by the filter in the current (most recent) sampling period.

The number of packets passed by the filter in the current (most recent) sampling period. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The percentage of received packets that passed this filter in the current (most recent) sampling period. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The number of packets dropped by a tool port filter in the current (most recent) sampling period. Drops may occur at a tool port when the rate of traffic directed to the tool port exceeds the port's line rate. Drops occur prior to the actual filtering that may be configured for the tool port. Drop counts are always 0 for network and dynamic filters.

The percentage of port bandwidth utilized in the current (most recent) sampling period by network port filter receive (incoming) traffic, or tool port filter transmit traffic. For port groups the percentage is based on the aggregate link bandwidth. Utilization is always 0 for dynamic filters.

A table of filter statistics entries that model the average of the counts collected in each sampling period since anueFilterStatsResetTime. The table values map to the average counts displayed in the NTO Control Panel's filter statistics windows. The NTO statistics sampling period is stored in anueFilterCollectionPeriod. The values for a port group filter average the sum of counts collected by each port filter that is a member of the port group. Percentage values take into account the aggregate speed of the port group.

This entry extends anueNtoFilterDefEntry with 64-bit filter counters.

The average number of octets received by the filter in each sampling period since anueFilterStatsResetTime. Tool filters return 0, since they do not support this value. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The average number of octets passed by the filter in each sampling period since anueFilterStatsResetTime. Note that the corresponding NTO Control Panel counts are displayed as bits/sec. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0.

The average percentage of received octets that passed this filter in each sampling period since anueFilterStatsResetTime. This value is always 0 for tool filters. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The average number of packets received by the filter in each sampling period since anueFilterStatsResetTime.

The average number of packets passed by the filter in each sampling period since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The average percentage of received packets that passed this filter in each sampling period since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The average number of packets dropped by a tool port filter in each sampling period since anueFilterStatsResetTime. Drops may occur at a tool port when the rate of traffic directed to the tool port exceeds the port's line rate. Drops occur prior to the actual filtering that may be configured for the tool port. Drop counts are always 0 for network and dynamic filters.

The average percentage of port bandwidth utilized in each sampling period since anueFilterStatsResetTime. These values are valid for network port filter receive (incoming) traffic and tool port filter transmit traffic. For port groups the percentage is based on the aggregate link bandwidth. Utilization is always 0 for dynamic filters.

A table of filter statistics entries that model the peak count (largest value) collected in any sampling period since anueFilterStatsResetTime. Note that peak counts are based on the total traffic measured during a sampling period. The table values map to the peak counts displayed in the NTO Control Panel's filter statistics windows. The NTO statistics sampling period is stored in anueFilterCollectionPeriod. The values for a port group filter model the peak sum of counts collected by each port filter that is a member of the port group. Percentage values take into account the aggregate speed of the port group.

This entry extends anueNtoFilterDefEntry with 64-bit filter counters.

The peak number of octets received by the filter in any sampling period since anueFilterStatsResetTime. Tool filters return 0, since they do not support this value. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The date and time of the PeakInOctet event. For tool filters, this field is an empty string.

The peak number of octets passed by the filter in any sampling period since anueFilterStatsResetTime. Note that the corresponding NTO Control Panel counts are displayed as bits/sec. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0.

The date and time of the PeakOutOctet event. On the 5204 platform, this field is an empty string for dynamic pass by criteria filters configured to count matches in packets.

The peak percentage of received octets that passed this filter in any sampling period since anueFilterStatsResetTime. This value is always 0 for tool filters. On the 5204 platform, dynamic pass by criteria filters configured to count matches in packets are set to a value of 0. Note that the corresponding NTO Control Panel counts are displayed as bits/sec.

The date and time of the PeakRateOctet event. On the 5204 platform, this field is an empty string for dynamic pass by criteria filters configured to count matches in packets.

The peak number of packets received by the filter in any sampling period since anueFilterStatsResetTime.

The date and time of the PeakInPkts event.

The peak number of packets passed by the filter in any sampling period since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The date and time of the PeakOutPkts event. On the 5204 platform, this field is an empty string for dynamic pass by criteria filters configured to count matches in bytes.

The peak percentage of received packets that passed this filter in any sampling period since anueFilterStatsResetTime. On the 5204 platform, dynamic pass by criteria filters configured to count matches in bytes are set to a value of 0.

The date and time of the PeakRatePkts event. On the 5204 platform, this field is an empty string for dynamic pass by criteria filters configured to count matches in packets.

The peak number of packets dropped by a tool port filter in any sampling period since anueFilterStatsResetTime. Drops may occur at a tool port when the rate of traffic directed to the tool port exceeds the port's line rate. Drops occur prior to the actual filtering that may be configured for the tool port. Drop counts are always 0 for network and dynamic filters.

The date and time of the PeakDropPkts event. For network and dynamic filters, this field is an empty string.

The peak percentage of port bandwidth utilized in any sampling period since anueFilterStatsResetTime by network port filter receive (incoming) traffic, or tool port filter transmit traffic. For port groups the percentage is based on the aggregate link bandwidth. Utilization is always 0 for dynamic filters.

The date and time of the PeakUtil event. For dynamic filters, this field is an empty string.

This table is the 32-bit version of the 64-bit anueNtoFilterStatsCntModHCTable. Refer to the 64-bit table for variable descriptions. Unless backward compatibility with SNMPV1 only management applications is required, use of the High Capacity (HC) 64-bit tables is recommended.

This entry extends anueNtoFilterDefEntry with accumulated 32-bit filter counters since anueFilterCriteriaModTime.

This table is the 32-bit version of the 64-bit anueNtoFilterStatsCntRstHCTable. Refer to the 64-bit table for variable descriptions. Unless backward compatibility with SNMPV1 only management applications is required, use of the High Capacity (HC) 64-bit tables is recommended.

This entry extends anueNtoFilterDefEntry with accumulated 32-bit filter counters since anueFilterStatsResetTime.

This table is the 32-bit version of the 64-bit anueNtoFilterStatsCurHCTable. Refer to the 64-bit table for variable descriptions. Unless backward compatibility with SNMPV1 only management applications is required, use of the High Capacity (HC) 64-bit tables is recommended.

This entry extends anueNtoFilterDefEntry with 32-bit filter statistics that model counts collected in the current (most recent) sampling period.

This table is the 32-bit version of the 64-bit anueNtoFilterStatsAvgHCTable. Refer to the 64-bit table for variable descriptions. Unless backward compatibility with SNMPV1 only management applications is required, use of the High Capacity (HC) 64-bit tables is recommended.

This entry extends anueNtoFilterDefEntry with 32-bit filter statistics that model the average of counts collected in each sampling period since anueFilterStatsResetTime.

This table is the 32-bit version of the 64-bit anueNtoFilterStatsPeakHCTable. Refer to the 64-bit table for variable descriptions. Unless backward compatibility with SNMPV1 only management applications is required, use of the High Capacity (HC) 64-bit tables is recommended.

This entry extends anueNtoFilterDefEntry with 32-bit filter statistics that model the peak count (largest value) collected in any sampling period since anueFilterStatsResetTime.

The value of sysUpTime at the time of the last creation or deletion of an entry in the anueNtoFilterDefTable. If the number of entries has been unchanged since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of sysUpTime at the time of the last creation or deletion of an entry in the anueNtoFilterConnTable. If the number of entries has been unchanged since the last re-initialization of the local network management subsystem, then this object contains a zero value.

A table of statistics entries that model the GSC filter counts collected in the current (most recent) sampling period. The table values map to the current counts displayed in the GSC Control Panel's filter statistics windows.

This entry extends anueNtoFilterDefEntry with 64-bit filter counters.

A table of statistics entries that model the GSC filter packet rates collected in the current (most recent) sampling period. The table values map to the current counts displayed in the GSC Control Panel's filter statistics windows.

This entry extends anueNtoFilterDefEntry with 64-bit filter counters.

The current rate of GTP packets received in the current (most recent) sampling period. This field applies to GSC network and tool port/port group filters. For dynamic filters, the value for this field will be 0.

The average rate of GTP packets received in the current (most recent) sampling period. This field applies to GSC network and tool port/port group filters. For dynamic filters, the value for this field will be 0.

The peak rate of GTP packets received in the current (most recent) sampling period. This field applies to GSC network and tool port/port group filters. For dynamic filters, the value for this field will be 0.

The time when the peak rate of GTP packets received in the current (most recent) sampling period was hit. This field applies to GSC network and tool port/port group filters. For dynamic filters, the value for this field will be 0.

The type of the GTP packets that are stored in the current row

Table of entries holding detailed statistics for all strip stages enabled in all port or port group filters.

A specific entry for a single strip stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Specifies the protocol and/or configuration of stripping for this stage. Pwcw stands for pseudowire control words. anueStageStripMplsL3Vpn(1) MPLS L3 VPN service anueStageStripMplsL2VpnPwcwL3Vpn(2) MPLS L2 VPN service with pseudo wire control words or L3 VPN anueStageStripMplsL2VpnNoPwcw(3) MPLS L2 VPN service without pseudo wire control words anueStageStripGtp(4) GTP anueStageStripVlan(5) VLAN anueStageStripVntag(6) virtual network tag anueStageStripTrailer(7) trailer stripping anueStageStripFabricPath(8) Fabric Path anueStageStripVxlan(9) VXLAN anueStageStripL2Gre(10) L2Gre stripping anueStageStripErspan(11) ERSPAN stripping Enumeration: 'anueStageStripMplsL3Vpn': 1, 'anueStageStripFabricPath': 8, 'anueStageStripMplsL2VpnNoPwcw': 3, 'anueStageStripVxlan': 9, 'anueStageStripErspan': 11, 'anueStageStripVntag': 6, 'anueStageStripGtp': 4, 'anueStageStripL2Gre': 10, 'anueStageStripTrailer': 7, 'anueStageStripVlan': 5, 'anueStageStripMplsL2VpnPwcwL3Vpn': 2.

The total number of packets modified by this stage since anueFilterCriteriaModTime. On the 7300 platform, this statistic is unavailable for VLAN Stripping.

The percentage of packets received by this stage since anueFilterCriteriaModTime that have been modified. On the 7300 platform, this statistic is unavailable for VLAN Stripping.

The total number of packet transmit errors detected at egress since anueFilterCriteriaModTime. The cause of these transmit errors is the receipt of MPLS packets that are not of the same MPLS service type that was configured when enabling MPLS stripping on this port (e.g. with/without pseudowire control words). This statistic applies only to MPLS stripping. It is possible that some MPLS packets of the wrong service type will be incorrectly modified (stripped) and passed through successfully without being counted here.

The total number of packets modified by this stage since anueFilterStatsResetTime. On the 7300 platform, this statistic is unavailable for VLAN Stripping.

The percentage of packets received by this stage since anueFilterStatsResetTime that have been modified. On the 7300 platform, this statistic is unavailable for VLAN Stripping.

The total number of packet transmit errors detected at egress since anueFilterStatsResetTime. See anueStageStripErrorPkts above for a more detailed description of these errors.

Shows any additional attributes that the stripping feature may have. Is a comma separated string of key-value pairs, where the key is the attribute's name.

Table of entries holding detailed statistics for all network port error stages present in all port or port group filters. On NTO 7300 this also contains the Line Card Invalid Packets.

A specific entry for a single network port error stage present on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

The total number of invalid packets dropped at this stage since anueFilterCriteriaModTime.

The total number of invalid packets dropped at this stage since anueFilterStatsResetTime.

Table of entries holding detailed statistics for all dedup stages enabled in all port or port group filters.

A specific entry for a single dedup stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Specifies what header information is ignored when determining if packets are duplicates. anueStageDedupNone(1) no header fields are ignored anueStageDedupMac(2) MAC header fields are ignored anueStageDedupMacVlan(3) MAC and VLAN header fields are ignored anueStageDedupMacVlanMpls(4) MAC, VLAN, and MPLS header fields are ignored anueStageDedupMacVlanMplsL3(5) The L3 header will be ignored, including IP source and destination addresses. Enumeration: 'anueStageDedupMacVlanMpls': 4, 'anueStageDedupMac': 2, 'anueStageDedupMacVlan': 3, 'anueStageDedupNone': 1, 'anueStageDedupMacVlanMplsL3': 5.

Specifies the packet arrival time window (in microseconds) within which packets may be considered to be duplicates.

The total number of duplicate packets removed by this stage since anueFilterCriteriaModTime.

The percentage of packets received by this stage since anueFilterCriteriaModTime that have been removed as duplicates.

The total number of duplicate packets removed by this stage since anueFilterStatsResetTime.

The percentage of packets received by this stage since anueFilterStatsResetTime that have been removed as duplicates.

Table of entries holding detailed statistics for all trim stages enabled in all port or port group filters.

A specific entry for a single trim stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Specifies what header information is retained when trimming packets. anueStageTrimRetainedMac(1) MAC header fields are retained anueStageTrimRetainedMacVlan(2) MAC and VLAN header fields are retained anueStageTrimRetainedMacVlanMpls(3) MAC, VLAN, and MPLS header fields are retained anueStageTrimRetainedMacVlanMPlsL3(4) MAC, VLAN, MPLS, and L3 header fields are retained Enumeration: 'anueStageTrimRetainedMac': 1, 'anueStageTrimRetainedMacMacVlanMplsL3': 4, 'anueStageTrimRetainedMacVlan': 2, 'anueStageTrimRetainedMacVlanMpls': 3.

Specifies the number of octets beyond the retained headers that are also retained.

The total number of packets modified by this stage since anueFilterCriteriaModTime.

The percentage of packets received by this stage since anueFilterCriteriaModTime that have been modified.

The total number of octets removed from packets by this stage since anueFilterCriteriaModTime.

The percentage of octets received by this stage since anueFilterCriteriaModTime that have been removed.

The total number of packets modified by this stage since anueFilterStatsResetTime.

The percentage of packets received by this stage since anueFilterStatsResetTime that have been modified.

The total number of octets removed from packets by this stage since anueFilterStatsResetTime.

The percentage of octets received by this stage since anueFilterStatsResetTime that have been removed.

Table of entries holding detailed statistics for all burst buffer stages enabled in all port or port group filters.

A specific entry for a single burst buffer stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Specifies the maximum burst buffer size in MB.

Indicates the current fill level of the buffer in MB.

Indicates the peak fill level of the buffer in MB.

Indicates the time that peak fill level was reached.

The total number of packets dropped by this stage due to buffer overflow since anueFilterCriteriaModTime.

The time the last packet was dropped.

The total number of packets dropped by this stage due to buffer overflow since anueFilterStatsResetTime.

The time the last packet was dropped.

Table of entries holding detailed statistics for all network port filter stages present in all port or port group filters.

A specific entry for a single network port filter stage present on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

The total number of packets denied by this filter since anueFilterCriteriaModTime.

The percentage of packets received by this filter since anueFilterCriteriaModTime that have been denied.

The total number of octets denied by this filter since anueFilterCriteriaModTime.

The percentage of octets received by this filter since anueFilterCriteriaModTime that have been denied.

The total number of packets denied by this filter since anueFilterStatsResetTime.

The percentage of packets received by this filter since anueFilterStatsResetTime that have been denied.

The total number of octets denied by this filter since anueFilterStatsResetTime.

The percentage of octets received by this filter since anueFilterStatsResetTime that have been denied.

Table of entries holding detailed statistics for all tool port filter stages present in all port or port group filters.

A specific entry for a single tool port filter stage present on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

The total number of packets denied by this filter since anueFilterCriteriaModTime.

The percentage of packets received by this filter since anueFilterCriteriaModTime that have been denied.

The total number of pre-filter packet drops at this stage since anueFilterCriteriaModTime.

The time the last packet was dropped.

The total number of packets denied by this filter since anueFilterStatsResetTime.

The percentage of packets received by this filter since anueFilterStatsResetTime that have been denied.

The total number of pre-filter packet drops at this stage since anueFilterStatsResetTime.

The time the last packet was dropped.

Table of entries holding detailed statistics for all AFM drop stages present in all port or port group filters.

A specific entry for a single AFM drop stage present on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

The total number of packets dropped due to clock speed mismatch at this stage since anueFilterCriteriaModTime.

The time the last packet was dropped.

The total number of packets dropped due to clock speed mismatch at this stage since anueFilterStatsResetTime.

The time the last packet was dropped.

Table of entries holding detailed statistics, pipeline order and configuration attributes for all packet tagging stages enabled in all port or port group filters.

A specific entry for a single tagging stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoStageTagEntry to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Shows any additional attributes that the tagging feature may have. It is a comma separated string of key-value pairs, where the key is the attribute's name.

The total number of modified packets by this stage since anueFilterCriteriaModTime.

The percentage of packets received by this stage since anueFilterCriteriaModTime that have been modified.

The total number of modified packets by this stage since anueFilterStatsResetTime.

The percentage of packets received by this stage since anueFilterStatsResetTime that have been modified.

Table of entries holding detailed non AFM drop statistics.

A specific entry for a single non AFM drop.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

The total number of packets dropped since anueFilterDropResetTime.

The time the last packet was dropped.

The number of packets dropped in the current (most recent) sampling period.

The average number of packets dropped in each sampling period since anueFilterDropResetTime.

The peak number of packets dropped in any sampling period since anueFilterDropResetTime.

The date and time of the drop peak event.

Table of entries holding detailed statistics for all GTP Flow Distribution stages enabled in all port or port group filters.

A specific entry for a single GTP Flow Distribution stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

The rate of GTP-C packets.

The rate of GTP-U packets.

The rate of GTP-C bytes.

The rate of GTP-U bytes.

Table of entries holding detailed statistics for all data masking stages enabled in all port or port group filters.

A specific entry for a single data masking stage enabled on a single port or port group filter.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying the filter entry in the anueNtoFilterDefTable to which this stage is subordinate.

Partial index identifying which specific stage (subordinate to the indicated filter) this entry models. This bit enumeration will have exactly one stage type bit set.

Indicates the (one-based) ingress-to-egress relative positional order that this stage holds in the superordinate filter pipeline.

Specifies the offset layer: anueStageDataMaskingL2Start(1) L2_START anueStageDataMaskingL2End(2) L2_END anueStageDataMaskingL3End(3) L3_END. Enumeration: 'anueStageDataMaskingL3End': 3, 'anueStageDataMaskingL2Start': 1, 'anueStageDataMaskingL2End': 2.

Specifies the offset to begin masking.

Specifies the length of masked data.

Specifies the value used to overwrite the data being masked.

The total number of packets modified by this stage since anueFilterCriteriaModTime.

The percentage of packets received by this stage since anueFilterCriteriaModTime that have been modified.

The total number of packets modified by this stage since anueFilterStatsResetTime.

The percentage of packets received by this stage since anueFilterStatsResetTime that have been modified.

The percentage of sessions table bandwidth utilized in the current (most recent) sampling period by network port group filter receive (incoming) traffic. As the load nears 100% new sessions might not fit in the table and could be sent to the non-session pool.

The percentage of sessions table bandwidth utilized in the current (most recent) sampling period by network port group filter receive (incoming) traffic. As the load nears 100% new sessions might not fit in the table and could be sent to the non-session pool.

The peak percentage of sessions table bandwidth utilized in the in any sampling period since anueFilterStatsResetTime by network port group filter receive (incoming) traffic. As the load nears 100% new sessions might not fit in the table and could be sent to the non-session pool.

The date and time of the PeakGscSessLoad event.

The date and time at which this notification occurred.

The cause of this notification, including both the statistic being monitored (e.g., port utilization) and the triggering entity (e.g., filter, port group) whose value crossed the predefined threshold. The statistic being monitored is specified as a table column OID. The triggering entity is specified by the indices of that OID. Example: anueFilterCurHCUtil.anueFilterTypeToolPort.4

The value of the statistic being monitored that crossed the predefined threshold. Depending on smoothing options defined in the event monitor, this value may be blended with other samples.

The direction (up or down) in which the statistic being monitored crossed the predefined threshold.

A human-readable string containing the name of the statistic being monitored. Example: TP_TOTAL_DROP_COUNT_PACKETS

A human-readable string containing the name of the triggering entity. Example: P04

The number of notifications not sent for this event monitor because of the configured minimum time interval between event actions.

A human-readable string describing the cause of this notification. This is used only when there is no OID available for this purpose.

The threshold value defined in the event monitor that causes this event to trigger.

The minimum time (in seconds) that must elapse between event actions for this monitor.

On the 7300 platform it represents the duration (in seconds)of the time window over which the value being monitored is calculated. On the 5200 platform it represents the duration (in statistics polling intervals) of the time window over which the value being monitored is calculated.

The number of consecutive time windows for which a monitored value must stay across a specified threshold in order for an action to be triggered.

The time when test notification was generated.

The message can be 'Anue Test Alarm' or 'Clear Anue Test Alarm'.

The name of union member involved in action.

The union member action type that occurred.

A list of capture entries. This table contains the available capture resources

An entry containing additional information about an capture port on Anue NTO devices.

Capture number is a number which identifies a capture port.

Capture default name is the system assigned name for a capture entry. These names are displayed in various locations in the NTO Control Panel. A capture resource's default name begins with the letter 'L' followed by the first unused number starting with 1. The first capture resource is L1-CAP, followed by L2-CAP and so on. The default name for capture resource is platform dependent.

Capture name is the user entered capture resource's name. The capture name defaults to anueCaptureDefaultName if the user hasn't entered the name.

This is the user entered capture resource description. The object value is an empty string (Null) if there is no user entered description.

Status of this capture resource. Enumeration: 'anueCaptureStatusPlaybackStarted': 8, 'anueCaptureStatusStartedEmpty': 2, 'anueCaptureStatusPlaybackStopped': 7, 'anueCaptureStatusOffline': 9, 'anueCaptureStatusUnassigned': 6, 'anueCaptureStatusStartedWithData': 3, 'anueCaptureStatusIdleWithData': 5, 'anueCaptureStatusIdleEmpty': 1, 'anueCaptureStatusStartedTriggered': 4, 'anueCaptureStatusError': 10.

Size in MB of the maximum buffer size.

The type of buffer used Enumeration: 'anueCaptureBufferTypeStopOnBufferFull': 1, 'anueCaptureBufferTypeCircular': 2.

The type of trigger Enumeration: 'anueCaptureTriggerModeManual': 1, 'anueCaptureTrigerModeTriggered': 2.

Trigger position percentage

Tells if to fill the buffer before the trigger

The type of trailer stripping Enumeration: 'anueCaptureEnableTrailerStrippingLocalTime': 3, 'anueCaptureEnableTrailerStrippingPreserveAndTimeStamp': 2, 'anueCaptureEnableTrailerStrippingDisabled': 1.

A textual representation of the trigger criteria configured for the capture resource.

The port or dynamic filter OID to which this capture is connected to.

A list of capture stats entries. This table contains statistics for each capture resource available

An entry containing additional information about capture statistics.

Transmitted(To-Capture) Bytes Total

Transmitted(To-Capture) Cur Bits/Sec

Transmitted(To-Capture) Avg Bits/Sec

Transmitted(To-Capture) Peak Bits/Sec

Transmitted(To-Capture) Returns the time at which a peak Tx rate was observed.

Transmitted(To-Capture) Returns the number of milliseconds since a Tx peak rate was observed.

Transmitted(To-Capture) Pkts Total

Transmitted(To-Capture) Cur Pkts/Sec

Transmitted(To-Capture) Avg Pkts/Sec

Transmitted(To-Capture) Peak Pkts/Sec

Transmitted(To-Capture) Returns the time at which a peak Tx rate was observed.

Transmitted(To-Capture) Returns the number of milliseconds since a Tx peak rate was observed.

Dropped(Pre-Capture) Pkts Total

Dropped(Pre-Capture) Cur Pkts/Sec

Dropped(Pre-Capture) Avg Pkts/Sec

Dropped(Pre-Capture) Peak Pkts/Sec

Dropped(Pre-Capture) Returns the time at which a peak Dx rate was observed.

Dropped(Pre-Capture) Returns the number of milliseconds since a Dx peak rate was observed.

Buffer utilization percent.

Time in milliseconds since the last reset for this capture resource.

User Id who did the last stats reset.

A list of Resource entries. This table contains the available resources

An entry containing additional information about a resource on Anue NTO devices.

Partial index identifying the filter entry in the anueNtoResourceTable to which this stage is subordinate.

Resource number is a number which identifies a resource port.

Resource default name is the system assigned name for a resource entry. These names are displayed in various locations in the NTO Control Panel.

Resource name is the user entered resource's name. The resource name defaults to anueResourceDefaultName if the user hasn't entered the name.

This is the user entered resource description. The object value is an empty string (Null) if there is no user entered description.

Status of this resource. Enumeration: 'anueResourceStatusReady': 5, 'anueResourceStatusInitializationFailed': 3, 'anueResourceStatusNotPresent': 4, 'anueResourceStatusUpgrading': 2, 'anueResourceStatusInitializing': 1, 'anueResourceStatusNotLicensed': 6.

The date and time at which this notice occurred.

The type of the last GSC critical failure notice.

Table of entries holding the conection between ports and the GSC probes to which they belong.

Each port that belongs to a probe is represented by a row in the anueGscPortProbeTable.

The port ifIndex. More information about the port can be found under the same index in the ifTable.

The id of the Probe to which this port belongs to.

Table of entries holding details for GSC Probes.

Each GSC Probe is represented by a row in the anueGscProbeTable.

The probe id.

The ifIndex of the Port Group to which this probes belongs to. This conects the anueGscProbeTable to the ifTable.

The name of the Probe.

The IP address of the probe.

The state of the probe. This has a value of TRUE if the probe is active or FALSE if the probe has failed.

This indicates if the probe is marked as redundant.

The date and time of the last received heartbeat for the probe.

The date and time of the last received failed message for the probe (if such a message was sent).

The id of the probe to which the traffic was redirected in case this probe has failed.

The date and time at which this notification occurred.

The ID of the GSC probe that has failed.

The name of the GSC probe that has failed.

The IP address of the GSC probe that has failed.

The ports that are part of the GSC probe that has failed.

The date and time of the last received heartbeat for the GSC probe that has failed.

The date and time of the last received fail message for the GSC probe that has failed.

The GSC redundant probes ID to which the traffic was failed over, if such a probe exists.

The GSC redundant probes name to which the traffic was failed over, if such a probe exists.

The GSC redundant probes IP address to which the traffic was failed over, if such a probe exists.

The ports that belong to the GSC redundant probe to which the traffic was failed over, if such a probe exists.

The Anue version of AuenticationFailure notification provides extra information about improperly authenticated PDUs when compared with the RFC 3418 AuenticationFailure notification. It includes username (or community string), message security model, source ip address, and type (ipv4 or ipv6). The RFC 3418 notification does not include the Source IP address of the offending host, so the notification recipient cannot determine the source of the invalid SNMP.

The Anue client login failure notification signifies that a user's login attempt failed due to improper authentication. The client login failure notification occurs when an invalid user name or password is entered by an Anue client.

A notification from the Anue NTO event monitor subsystem. This notification type indicates that an invalid packet counter value being monitored exceeded a predefined threshold.

A notification from the Anue NTO event monitor subsystem. This notification type indicates that a dropped packet counter value being monitored exceeded a predefined threshold.

A notification from the Anue NTO event monitor subsystem. This notification type indicates that a receive utilization value being monitored crossed a predefined threshold.

A notification from the Anue NTO event monitor subsystem. This notification type indicates that a transmit utilization value being monitored crossed a predefined threshold.

On-demand notification type generated at user's request to validate the SNMP configuration on the agent and SNMP management system.

This notification type indicates that a union member action has occurred.

A notification from the Anue NTO event monitor subsystem. This notification type indicates that a tool port is not load balanced in comparison with the other tool ports that have the GTP-U option enabled. This indicated that the received data rate on the tool port has crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that the total number of packets dropped on a network port due to a full ingress buffer crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that the GTP-C packets rate value being monitored exceeded a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that the excess sessions value being monitored crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that an ingress packets dropped value being monitored crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that a sessions table load value being monitored crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that a network element load value being monitored crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that a request response load value being monitored crossed a predefined threshold.

A notification from the Anue GSC event monitor subsystem. This notification type indicates that a fragmentation load value being monitored crossed a predefined threshold.

The Anue GSC critical failure notification provides information about the appearance of a non-recoverable error. This error requires the GSC to be restarted and restored.

This notification provides information about the failure of a GSC probe.

Notification payload objects

Capture resource objects

Capture resource stats objects

Resource objects