ZYXEL-ES3124-MIB: View SNMP OID List / Download MIB

SW platform major version, e.g. 3.

SW platform minor version, e.g. 50.

Model letters, e.g. TJ

Version control number, e.g. 0.

SW compilation day, e.g. 19.

SW compilation month, e.g. 8.

SW compilation year, e.g. 2004.

HW major version number, e.g. 1.

HW minor version number, e.g. 0.

Serial number

Ingress/egress rate limiting enabled/disabled for the switch.

An entry in rateLimitPortTable.

Ingress/egress rate limiting enabled/disabled on the port.

Ingress rate in Kbit/s. The granularity of FE port is between 1 and 100000. For GE port, the granularity is between 1 and 1000000.

Egress rate in Mbit/s. The granularity of FE port is between 1 and 100. For GE port, the granularity is between 1 and 1000.

Broadcast/multicast/DLF rate limiting enabled/disabled for the switch.

An entry in brLimitPortTable.

Broadcast rate limiting enabled/disabled on the port.

Allowed broadcast rate in pkts/s. For FE port, the maximum value is 148800. For GE port, the maximum value is 262143.

Multicast rate limiting enabled/disabled on the port.

AAllowed mullticast rate in pkts/s. For FE port, the maximum value is 148800. For GE port, the maximum value is 262143.

Destination lookup failure frames rate limiting enabled/disabled on the port.

Allowed destination lookup failure frames rate in pkts/s. For FE port, the maximum value is 148800. For GE port, the maximum value is 262143.

An entry in portSecurityPortTable.

Port Security enabled/disabled on the port. Active(1) means this port only accept frames from static MAC addresses that are configured for the port, and dynamic MAC address frames up to the number specified by portSecurityPortCount object.

MAC address learning enabled/disable on the port.

Number of (dynamic) MAC addresses that may be learned on the port.

This entry is used to execute MacFreeze action to port. Its meaningless while reading this entry.

An entry in vlanTrunkPortTable.

VlanTrunking enabled/disabled on the port. Active(1) to allow frames belonging to unknown VLAN groups to pass through the switch.

Bridge control protocol transparency enabled/disabled for the switch

An entry in ctlProtTransTunnelPortTable.

Bridge control protocol transparency mode for the port. Modes: Peer(0), Tunnel(1), Discard(2), Network(3)

VLAN Stacking enabled/disabled for the switch.

SP TPID in hex format, e.g. 8100.

An entry in vlanStackPortTable.

Mode of the port. Set Normal to have the switch ignore frames received (or transmitted) on this port with VLAN stacking tags. Anything you configure in SPVID and Priority are ignored. Set Access mode to have the switch add the SP TPID tag to all incoming frames received on this port. Set Access mode for ingress ports at the edge of the service providers network. Set Tunnel mode (available for Gigabit ports only) for egress ports at the edge of the service providers network. In order to support VLAN stacking on a port, the port must be able to allow frames of 1526 Bytes (1522 Bytes + 4 Bytes for the second tag) to pass through it. normal (1), Access (2), tunnel (3)

VLAN ID used in service provider tag.

Priority value for service provider tag. 0 is the lowest priority level and 7 is the highest.

1. Local Only 2. Local then RADIUS 3. RADIUS Only

The IP address of the RADIUS server.

The UDP port of the RADIUS server.

Shared secret used for RADIUS and network element authentication.

802.1x port authentication enabled/disabled for the switch.

An entry in portAuthTable.

802.1x port authentication enabled or disabled on the port.

802.1x port re-authentication enabled or disabled on the port.

Re-authentication timer in seconds.

An entry in fanRpmTable.

Index of FAN.

Current speed in Revolutions Per Minute (RPM) on the fan.

Maximum speed measured in Revolutions Per Minute (RPM) on the fan.

Minimum speed measured in Revolutions Per Minute (RPM) on the fan.

The minimum speed at which a normal fan should work.

Normal indicates that this fan is functioning above the minimum speed. Error indicates that this fan is functioning below the minimum speed.

An entry in tempTable.

Index of temperature unit. 1:MAC, 2:CPU, 3:PHY

The current temperature measured at this sensor.

The maximum temperature measured at this sensor.

The minimum temperature measured at this sensor.

The upper temperature limit at this sensor.

Normal indicates temperatures below the threshold and Error for those above.

An entry in voltageTable.

Index of voltage.

The current voltage reading.

The maximum voltage measured at this point.

The minimum voltage measured at this point.

The normal voltage at wchich the switch work.

The minimum voltage at which the switch should work.

Normal indicates that the voltage is within an acceptable operating range at this point; otherwise Error is displayed.

An entry in snmpTrapDestTable.

IP address of trap destination.

The time service protocol.

IP address of time server.

The time difference between UTC. Ex: +01

The new date in year.

The new date in month.

The new date in day.

The new time in hour.

The new time in minute.

The new time in second.

If setting value is given, the variable write index will be set and running-config will be written to the assigned configuration file. If not, running-config will be written to the booting one.

The setting value (read index) will be written into non-volatile memory. While rebooting, the variable write index is equal to read index initially. You can change the value of write index by CLI / MIB.

Reboot switch from SNMP. 1:Reboot, 0:Nothing

Erase running config and reset to default.

Display status of last mgmt action.

This variable indicates the status of the system. The sysMgmtAlarmStatus is a bit map represented a sum, therefore, it can represent multiple defects simultaneously. The sysNoDefect should be set if and only if no other flag is set. The various bit positions are: 0 sysAlarmDetected 1 sysTemperatureError 2 sysFanRPMError 3 sysVoltageRangeError

An entry in inbandIpTable.

An entry in filterTable.

An entry in mirrorTable.

An entry in aggrGroupTable.

An entry in aggrPortTable.

An entry in accessCtlTable.

An entry in securedClientTable.

An entry in portQueuingMethodTable.

0...7

0...100

An entry in dhcpRemoteServerTable.

An entry in staticRouteTable.

An entry in arpTable.

An entry in pltCtlTable.

The type of the service instance that is tested. 1: VLAN

The ID of the service instance that is tested.

IP address of this PLT stack instance.

IP subnet mask of this PLT stack instance.

Default gateway IP address of this PLT stack instance.

This object allows entries to be created and deleted in the pltCtlTable. All value MUST be specified prior to a transition to active(1) state being accepted.

Defines the ping Control Table for providing, via SNMP, the capability of performing ping operations at a remote host. The results of these operations are stored in the pingResultsTable and the pingProbeHistoryTable.

Defines an entry in the pingCtlTable. The first index element, pingCtlOwnerIndex, is of type SnmpAdminString, a textual convention that allows for use of the SNMPv3 View-Based Access Control Model (RFC 2575 [11], VACM) and allows an management application to identify its entries. The second index, pingCtlTestName (also an SnmpAdminString), enables the same management application to have multiple outstanding requests.

The type of the service instance that this ping entry belong to. 1: VLAN. This item would be used as an index

The ID of the service instance that this ping entry belong to. This item would be used as an index

To facilitate the provisioning of access control by a security administrator using the View-Based Access Control Model (RFC 2575, VACM) for tables in which multiple users may need to independently create or modify entries, the initial index is used as an owner index. Such an initial index has a syntax of SnmpAdminString, and can thus be trivially mapped to a securityName or groupName as defined in VACM, in accordance with a security policy. When used in conjunction with such a security policy all entries in the table belonging to a particular user (or group) will have the same value for this initial index. For a given users entries in a particular table, the object identifiers for the information in these entries will have the same subidentifiers (except for the column subidentifier) up to the end of the encoded owner index. To configure VACM to permit access to this portion of the table, one would create vacmViewTreeFamilyTable entries with the value of vacmViewTreeFamilySubtree including the owner index portion, and vacmViewTreeFamilyMask wildcarding the column subidentifier. More elaborate configurations are possible.

The name of the ping test. This is locally unique, within the scope of an pingCtlOwnerIndex.

Specifies the type of host address to be used at a remote host for performing a ping operation.

Specifies the host address to be used at a remote host for performing a ping operation. The host address type is determined by the object value of corresponding pingCtlTargetAddressType. A value for this object MUST be set prior to transitioning its corresponding pingCtlEntry to active(1) via pingCtlRowStatus.

Specifies the size of the data portion to be transmitted in a ping operation in octets. A ping request is usually an ICMP message encoded into an IP packet. An IP packet has a maximum size of 65535 octets. Subtracting the size of the ICMP or UDP header (both 8 octets) and the size of the IP header (20 octets) yields a maximum size of 65507 octets.

Specifies the time-out value, in seconds, for a remote ping operation.

Specifies the number of times to perform a ping operation at a remote host.

Reflects the desired state that a pingCtlEntry should be in: enabled(1) - Attempt to activate the test as defined by this pingCtlEntry. disabled(2) - Deactivate the test as defined by this pingCtlEntry. Refer to the corresponding pingResultsOperStatus to determine the operational state of the test defined by this entry.

The content of this object is used together with the corresponding pingCtlDataSize value to determine how to fill the data portion of a probe packet. The option of selecting a data fill pattern can be useful when links are compressed or have data pattern sensitivities. The contents of pingCtlDataFill should be repeated in a ping packet when the size of the data portion of the ping packet is greater than the size of pingCtlDataFill.

The number of seconds to wait before repeating a ping test as defined by the value of the various objects in the corresponding row. A single ping test consists of a series of ping probes. The number of probes is determined by the value of the corresponding pingCtlProbeCount object. After a single test completes the number of seconds as defined by the value of pingCtlFrequency MUST elapse before the next ping test is started. A value of 0 for this object implies that the test as defined by the corresponding entry will not be repeated.

The maximum number of entries allowed in the pingProbeHistoryTable. An implementation of this MIB will remove the oldest entry in the pingProbeHistoryTable to allow the addition of an new entry once the number of rows in the pingProbeHistoryTable reaches this value. Old entries are not removed when a new test is started. Entries are added to the pingProbeHistoryTable until pingCtlMaxRows is reached before entries begin to be removed. A value of 0 for this object disables creation of pingProbeHistoryTable entries.

The storage type for this conceptual row. Conceptual rows having the value permanent need not allow write-access to any columnar objects in the row.

The value of this object determines when and if to generate a notification for this entry: probeFailure(0) - Generate a pingProbeFailed notification subject to the value of pingCtlTrapProbeFailureFilter. The object pingCtlTrapProbeFailureFilter can be used to specify the number of successive probe failures that are required before a pingProbeFailed notification can be generated. testFailure(1) - Generate a pingTestFailed notification. In this instance the object pingCtlTrapTestFailureFilter can be used to determine the number of probe failures that signal when a test fails. testCompletion(2) - Generate a pingTestCompleted notification. The value of this object defaults to zero, indicating that none of the above options have been selected.

The value of this object is used to determine when to generate a pingProbeFailed NOTIFICATION. Setting pingCtlTrapGeneration to probeFailure(0) implies that a pingProbeFailed NOTIFICATION is generated only when the number of successive probe failures as indicated by the value of pingCtlTrapPrbefailureFilter fail within a given ping test.

The value of this object is used to determine when to generate a pingTestFailed NOTIFICATION. Setting pingCtlTrapGeneration to testFailure(1) implies that a pingTestFailed NOTIFICATION is generated only when the number of ping failures within a test exceed the value of pingCtlTrapTestFailureFilter.

The value of this object is used to either report or select the implementation method to be used for calculating a ping response time. The value of this object MAY be selected from pingImplementationTypeDomains. Additional implementation types SHOULD be allocated as required by implementers of the DISMAN-PING-MIB under their enterprise specific registration point and not beneath pingImplementationTypeDomains.

The purpose of this object is to provide a descriptive name of the remote ping test.

Specifies the type of the source address, pingCtlSourceAddress, to be used at a remote host when performing a ping operation.

Use the specified IP address (which must be given in numeric form, not as a hostname) as the source address in outgoing probe packets. On hosts with more than one IP address, this option can be used to force the source address to be something other than the primary IP address of the interface the probe packet is sent on. If the IP address is not one of this machines interface addresses, an error is returned and nothing is sent. A zero length octet string value for this object disables source address specification. The address type (InetAddressType) that relates to this object is specified by the corresponding value of pingCtlSourceAddressType.

Setting this object to an interfaces ifIndex prior to starting a remote ping operation directs the ping probes to be transmitted over the specified interface. A value of zero for this object means that this option is not enabled.

The purpose of this object is to optionally enable bypassing the route table. If enabled, the remote host will bypass the normal routing tables and send directly to a host on an attached network. If the host is not on a directly-attached network, an error is returned. This option can be used to perform the ping operation to a local host through an interface that has no route defined (e.g., after the interface was dropped by routed).

Specifies the value to store in the Differentiated Services (DS) Field in the IP packet used to encapsulate the ping probe. The DS Field is defined as the Type of Service (TOS) octet in a IPv4 header or as the Traffic Class octet in a IPv6 header. The value of this object must be a decimal integer in the range from 0 to 255. This option can be used to determine what effect an explicit DS Field setting has on a ping response. Not all values are legal or meaningful. A value of 0 means that the function represented by this option is not supported. DS Field usage is often not supported by IP implementations and not all values are supported. Refer to RFC 2474 for guidance on usage of this field.

This object allows entries to be created and deleted in the pingCtlTable. Deletion of an entry in this table results in all corresponding (same pingCtlOwnerIndex and pingCtlTestName index values) pingResultsTable and pingProbeHistoryTable entries being deleted. A value MUST be specified for pingCtlTargetAddress prior to a transition to active(1) state being accepted. Activation of a remote ping operation is controlled via pingCtlAdminStatus and not by changing this objects value to active(1). Transitions in and out of active(1) state are not allowed while an entrys pingResultsOperStatus is active(1) with the exception that deletion of an entry in this table by setting its RowStatus object to destroy(6) will stop an active ping operation. The operational state of a ping operation can be determined by examination of its pingResultsOperStatus object.

Defines the Ping Results Table for providing the capability of performing ping operations at a remote host. The results of these operations are stored in the pingResultsTable and the pingPastProbeTable. An entry is added to the pingResultsTable when an pingCtlEntry is started by successful transition of its pingCtlAdminStatus object to enabled(1). An entry is removed from the pingResultsTable when its corresponding pingCtlEntry is deleted.

Defines an entry in the pingResultsTable. The pingResultsTable has the same indexing as the pingCtlTable in order for a pingResultsEntry to correspond to the pingCtlEntry that caused it to be created.

Reflects the operational state of a pingCtlEntry: enabled(1) - Test is active. disabled(2) - Test has stopped.

This objects indicates the type of address stored in the corresponding pingResultsIpTargetAddress object.

This objects reports the IP address associated with a pingCtlTargetAddress value when the destination address is specified as a DNS name. The value of this object should be a zero length octet string when a DNS name is not specified or when a specified DNS name fails to resolve.

The minimum ping round-trip-time (RTT) received. A value of 0 for this object implies that no RTT has been received.

The maximum ping round-trip-time (RTT) received. A value of 0 for this object implies that no RTT has been received.

The current average ping round-trip-time (RTT).

Number of responses received for the corresponding pingCtlEntry and pingResultsEntry. The value of this object MUST be reported as 0 when no probe responses have been received.

The value of this object reflects the number of probes sent for the corresponding pingCtlEntry and pingResultsEntry. The value of this object MUST be reported as 0 when no probes have been sent.

This object contains the sum of the squares for all ping responses received. Its purpose is to enable standard deviation calculation. The value of this object MUST be reported as 0 when no ping responses have been received.

Date and time when the last response was received for a probe.

Defines a table for storing the results of a ping operation. Entries in this table are limited by the value of the corresponding pingCtlMaxRows object. An entry in this table is created when the result of a ping probe is determined. The initial 2 instance identifier index values identify the pingCtlEntry that a probe result (pingProbeHistoryEntry) belongs to. An entry is removed from this table when its corresponding pingCtlEntry is deleted. An implementation of this MIB will remove the oldest entry in the pingProbeHistoryTable to allow the addition of an new entry once the number of rows in the pingProbeHistoryTable reaches the value specified by pingCtlMaxRows.

Defines an entry in the pingProbeHistoryTable. The first two index elements identify the pingCtlEntry that a pingProbeHistoryEntry belongs to. The third index element selects a single probe result.

An entry in this table is created when the result of a ping probe is determined. The initial 2 instance identifier index values identify the pingCtlEntry that a probe result (pingProbeHistoryEntry) belongs to. An implementation MUST start assigning pingProbeHistoryIndex values at 1 and wrap after exceeding the maximum possible value as defined by the limit of this object (ffffffffh).

The amount of time measured in milliseconds from when a probe was sent to when its response was received or when it timed out. The value of this object is reported as 0 when it is not possible to transmit a probe.

The result of a particular probe done by a remote host.

The last implementation method specific reply code received. If the ICMP Echo capability is being used then a successful probe ends when an ICMP response is received that contains the code ICMP-ECHOREPLY(0). The ICMP responses are defined normally in the ip-icmp include file.

Timestamp for when this probe result was determined.

Defines the Remote Operations Traceroute Control Table for providing the capability of invoking traceroute from a remote host. The results of traceroute operations can be stored in the traceRouteResultsTable, traceRouteProbeHistoryTable, and the traceRouteHopsTable.

Defines an entry in the traceRouteCtlTable. The first index element, traceRouteCtlOwnerIndex, is of type SnmpAdminString, a textual convention that allows for use of the SNMPv3 View-Based Access Control Model (RFC 2575 [11], VACM) and allows an management application to identify its entries. The second index, traceRouteCtlTestName (also an SnmpAdminString), enables the same management application to have multiple requests outstanding.

The type of the service instance that this traceRoute entry belong to. 1: VLAN. This item would be used as an index

The ID of the service instance that this traceRoute entry belong to. This item would be used as an index

To facilitate the provisioning of access control by a security administrator using the View-Based Access Control Model (RFC 2575, VACM) for tables in which multiple users may need to independently create or modify entries, the initial index is used as an owner index. Such an initial index has a syntax of SnmpAdminString, and can thus be trivially mapped to a securityName or groupName as defined in VACM, in accordance with a security policy. When used in conjunction with such a security policy all entries in the table belonging to a particular user (or group) will have the same value for this initial index. For a given users entries in a particular table, the object identifiers for the information in these entries will have the same subidentifiers (except for the column subidentifier) up to the end of the encoded owner index. To configure VACM to permit access to this portion of the table, one would create vacmViewTreeFamilyTable entries with the value of vacmViewTreeFamilySubtree including the owner index portion, and vacmViewTreeFamilyMask wildcarding the column subidentifier. More elaborate configurations are possible.

The name of a traceroute test. This is locally unique, within the scope of an traceRouteCtlOwnerIndex.

Specifies the type of host address to be used on the traceroute request at the remote host.

Specifies the host address used on the traceroute request at the remote host. The host address type can be determined by the examining the value of the corresponding traceRouteCtlTargetAddressType index element. A value for this object MUST be set prior to transitioning its corresponding traceRouteCtlEntry to active(1) via traceRouteCtlRowStatus.

The purpose of this object is to optionally enable bypassing the route table. If enabled, the remote host will bypass the normal routing tables and send directly to a host on an attached network. If the host is not on a directly-attached network, an error is returned. This option can be used to perform the traceroute operation to a local host through an interface that has no route defined (e.g., after the interface was dropped by routed).

Specifies the size of the data portion of a traceroute request in octets. A traceroute request is essentially transmitted by encoding a UDP datagram into a IP packet. So subtracting the size of a UDP header (8 octets) and the size of a IP header (20 octets) yields a maximum of 65507 octets.

Specifies the time-out value, in seconds, for a traceroute request.

Specifies the number of times to reissue a traceroute request with the same time-to-live (TTL) value.

Specifies the UDP port to send the traceroute request to. Need to specify a port that is not in use at the destination (target) host. The default value for this object is the IANA assigned port, 33434, for the traceroute function.

Specifies the maximum time-to-live value.

Specifies the value to store in the Differentiated Services (DS) Field in the IP packet used to encapsulate the traceroute probe. The DS Field is defined as the Type of Service (TOS) octet in a IPv4 header or as the Traffic Class octet in a IPv6 header. The value of this object must be a decimal integer in the range from 0 to 255. This option can be used to determine what effect an explicit DS Field setting has on a traceroute response. Not all values are legal or meaningful. DS Field usage is often not supported by IP implementations. A value of 0 means that the function represented by this option is not supported. Useful TOS octet values are probably 16 (low delay) and 8 ( high throughput).

Specifies the type of the source address, traceRouteCtlSourceAddress, to be used at a remote host when performing a traceroute operation.

Use the specified IP address (which must be given as an IP number, not a hostname) as the source address in outgoing probe packets. On hosts with more than one IP address, this option can be used to force the source address to be something other than the primary IP address of the interface the probe packet is sent on. If the IP address is not one of this machines interface addresses, an error is returned and nothing is sent. A zero length octet string value for this object disables source address specification. The address type (InetAddressType) that relates to this object is specified by the corresponding value of traceRouteCtlSourceAddressType.

Setting this object to an interfaces ifIndex prior to starting a remote traceroute operation directs the traceroute probes to be transmitted over the specified interface. A value of zero for this object implies that this option is not enabled.

Enables an application to specify implementation dependent options.

The value of this object indicates the maximum number of consecutive timeouts allowed before terminating a remote traceroute request. A value of either 255 (maximum hop count/possible TTL value) or a 0 indicates that the function of terminating a remote traceroute request when a specific number of successive timeouts are detected is disabled.

This object enables setting of the dont fragment flag (DF) in the IP header for a probe. Use of this object enables performing a manual PATH MTU test.

The value of this object specifies the initial TTL value to use. This enables bypassing the initial (often well known) portion of a path.

The number of seconds to wait before repeating a traceroute test as defined by the value of the various objects in the corresponding row. The number of hops in a single traceroute test is determined by the value of the corresponding traceRouteCtlProbesPerHop object. After a single test completes the number of seconds as defined by the value of traceRouteCtlFrequency MUST elapse before the next traceroute test is started. A value of 0 for this object implies that the test as defined by the corresponding entry will not be repeated.

The storage type for this conceptual row. Conceptual rows having the value permanent need not allow write-access to any columnar objects in the row.

Reflects the desired state that an traceRouteCtlEntry should be in: enabled(1) - Attempt to activate the test as defined by this traceRouteCtlEntry. disabled(2) - Deactivate the test as defined by this traceRouteCtlEntry. Refer to the corresponding traceRouteResultsOperStatus to determine the operational state of the test defined by this entry.

The purpose of this object is to provide a descriptive name of the remote traceroute test.

The maximum number of entries allowed in the traceRouteProbeHistoryTable. An implementation of this MIB will remove the oldest entry in the traceRouteProbeHistoryTable to allow the addition of an new entry once the number of rows in the traceRouteProbeHistoryTable reaches this value. Old entries are not removed when a new test is started. Entries are added to the traceRouteProbeHistoryTable until traceRouteCtlMaxRows is reached before entries begin to be removed. A value of 0 for this object disables creation of traceRouteProbeHistoryTable entries.

The value of this object determines when and if to to generate a notification for this entry: pathChange(0) - Generate a traceRoutePathChange notification when the current path varies from a previously determined path. testFailure(1) - Generate a traceRouteTestFailed notification when the full path to a target cant be determined. testCompletion(2) - Generate a traceRouteTestCompleted notification when the path to a target has been determined. The value of this object defaults to zero, indicating that none of the above options have been selected.

The current path for a traceroute test is kept in the traceRouteHopsTable on a per hop basis when the value of this object is true(1).

The value of this object is used either to report or select the implementation method to be used for performing a traceroute operation. The value of this object may be selected from traceRouteImplementationTypeDomains. Additional implementation types should be allocated as required by implementers of the DISMAN-TRACEROUTE-MIB under their enterprise specific registration point and not beneath traceRouteImplementationTypeDomains.

This object allows entries to be created and deleted in the traceRouteCtlTable. Deletion of an entry in this table results in all corresponding (same traceRouteCtlOwnerIndex and traceRouteCtlTestName index values) traceRouteResultsTable, traceRouteProbeHistoryTable, and traceRouteHopsTable entries being deleted. A value MUST be specified for traceRouteCtlTargetAddress prior to a transition to active(1) state being accepted. Activation of a remote traceroute operation is controlled via traceRouteCtlAdminStatus and not by transitioning of this objects value to active(1). Transitions in and out of active(1) state are not allowed while an entrys traceRouteResultsOperStatus is active(1) with the exception that deletion of an entry in this table by setting its RowStatus object to destroy(6) will stop an active traceroute operation. The operational state of an traceroute operation can be determined by examination of the corresponding traceRouteResultsOperStatus object.

Defines the Remote Operations Traceroute Results Table for keeping track of the status of a traceRouteCtlEntry. An entry is added to the traceRouteResultsTable when an traceRouteCtlEntry is started by successful transition of its traceRouteCtlAdminStatus object to enabled(1). An entry is removed from the traceRouteResultsTable when its corresponding traceRouteCtlEntry is deleted.

Defines an entry in the traceRouteResultsTable. The traceRouteResultsTable has the same indexing as the traceRouteCtlTable in order for a traceRouteResultsEntry to correspond to the traceRouteCtlEntry that caused it to be created.

Reflects the operational state of an traceRouteCtlEntry: enabled(1) - Test is active. disabled(2) - Test has stopped.

Reflects the current TTL value (range from 1 to 255) for a remote traceroute operation. Maximum TTL value is determined by traceRouteCtlMaxTtl.

Reflects the current probe count (1..10) for a remote traceroute operation. The maximum probe count is determined by traceRouteCtlProbesPerHop.

This objects indicates the type of address stored in the corresponding traceRouteResultsIpTgtAddr object.

This objects reports the IP address associated with a traceRouteCtlTargetAddress value when the destination address is specified as a DNS name. The value of this object should be a zero length octet string when a DNS name is not specified or when a specified DNS name fails to resolve.

The current number of attempts to determine a path to a target. The value of this object MUST be started at 0.

The current number of attempts to determine a path to a target that have succeeded. The value of this object MUST be reported as 0 when no attempts have succeeded.

The date and time when the last complete path was determined.

Defines the Remote Operations Traceroute Results Table for storing the results of a traceroute operation. An implementation of this MIB will remove the oldest entry in the traceRouteProbeHistoryTable to allow the addition of an new entry once the number of rows in the traceRouteProbeHistoryTable reaches the value specified by traceRouteCtlMaxRows.

Defines a table for storing the results of a traceroute operation. Entries in this table are limited by the value of the corresponding traceRouteCtlMaxRows object. The first two index elements identify the traceRouteCtlEntry that a traceRouteProbeHistoryEntry belongs to. The third index element selects a single traceroute operation result. The fourth and fifth indexes select the hop and the probe for a particular traceroute operation.

An entry in this table is created when the result of a traceroute probe is determined. The initial 2 instance identifier index values identify the traceRouteCtlEntry that a probe result (traceRouteProbeHistoryEntry) belongs to. An entry is removed from this table when its corresponding traceRouteCtlEntry is deleted. An implementation MUST start assigning traceRouteProbeHistoryIndex values at 1 and wrap after exceeding the maximum possible value as defined by the limit of this object (ffffffffh).

Indicates which hop in a traceroute path that the probes results are for. The value of this object is initially determined by the value of traceRouteCtlInitialTtl.

Indicates the index of a probe for a particular hop in a traceroute path. The number of probes per hop is determined by the value of the corresponding traceRouteCtlProbesPerHop object.

This objects indicates the type of address stored in the corresponding traceRouteProbeHistoryHAddr object.

The address of a hop in a traceroute path. This object is not allowed to be a DNS name. The value of the corresponding object, traceRouteProbeHistoryHAddrType, indicates this objects IP address type.

The amount of time measured in milliseconds from when a probe was sent to when its response was received or when it timed out. The value of this object is reported as 0 when it is not possible to transmit a probe.

The result of a traceroute operation made by a remote host for a particular probe.

The last implementation method specific reply code received. Traceroute is usually implemented by transmitting a series of probe packets with increasing time-to-live values. A probe packet is a UDP datagram encapsulated into an IP packet. Each hop in a path to the target (destination) host rejects the probe packets (probes TTL too small, ICMP reply) until either the maximum TTL is exceeded or the target host is received.

Timestamp for when this probe results were determined.

Defines the Remote Operations Traceroute Hop Table for keeping track of the results of traceroute tests on a per hop basis.

Defines an entry in the traceRouteHopsTable. The first two index elements identify the traceRouteCtlEntry that a traceRouteHopsEntry belongs to. The third index element, traceRouteHopsHopIndex, selects a hop in a traceroute path.

Specifies the hop index for a traceroute hop. Values for this object with respect to the same traceRouteCtlOwnerIndex and traceRouteCtlTestName MUST start at 1 and increase monotonically. The traceRouteHopsTable keeps the current traceroute path per traceRouteCtlEntry if enabled by setting the corresponding traceRouteCtlCreateHopsEntries to true(1). All hops (traceRouteHopsTable entries) in a traceroute path MUST be updated at the same time when a traceroute operation completes. Care needs to be applied when either a path changes or cant be determined. The initial portion of the path, up to the first hop change, MUST retain the same traceRouteHopsHopIndex values. The remaining portion of the path SHOULD be assigned new traceRouteHopsHopIndex values.

This objects indicates the type of address stored in the corresponding traceRouteHopsIpTargetAddress object.

This object reports the IP address associated with the hop. A value for this object should be reported as a numeric IP address and not as a DNS name.

The minimum traceroute round-trip-time (RTT) received for this hop. A value of 0 for this object implies that no RTT has been received.

The maximum traceroute round-trip-time (RTT) received for this hop. A value of 0 for this object implies that no RTT has been received.

The current average traceroute round-trip-time (RTT) for this hop.

This object contains the sum of all traceroute responses received for this hop. Its purpose is to enable standard deviation calculation.

The value of this object reflects the number of probes sent for this hop during this traceroute test. The value of this object should start at 0.

Number of responses received for this hop during this traceroute test. This value of this object should start at 0.

Date and time was the last response was received for a probe for this hop during this traceroute test.

An entry in portOpModePortTable.

This entry display latest loopback test status of port while performing loopback test.

An entry in portBasedVlanPortListTable.

A list of currently active fault events. All faults of normal type regardless of their severity level are recorded in the event table. When a normal type fault is cleared it is deleted from the event table.

An entry containing information about an event in the event table.

This variable represents the sequence number of an event. Sequence number is incremented monotonically starting from 0 until it reaches its maximum and wraps around back to 0. Sequence number is incremented when - the state of a normal type fault is set on (the same sequence number is present in the events table as well as in the trap that is sent to notify about the fault on event) - delta event occurs (sequence number present in trap message) - the state of a normal type fault is set off (sequence number present in trap that is sent to notify for clearing).

This variable represents the event ID which uniquely identifies the event in the entire system.

This variable represents the name of the event, for example Ethernet Link Down

This variable represents the type of InstanceId of a particular event in the event table. In brief the instanceType refers to the type of sub-component generating this event in the system, for example switch (5). For more details see the textual conventions section. AFFECTS: eventInstanceId, eventInstanceName

This variable represents the InstanceId of a particular event in the event current table. In brief the instanceId refers to the sub-component generating this event in the system, for example 1 for port 1. For more details see the textual conventions section. DEPENDS ON: eventInstanceType

This variable is mainly used to store additional information about the sub-component that is generating an event. For example this field may specify what cooling fan is faulty. DEPENDS ON: eventInstanceType

This variable dictates the urgency of action when a event occurs. There are four severity levels - Critical, Major, Minor, and Informational. Critical events are those, which require immediate operator intervention to prevent/reduce system down time. Major events require quick attention and Minor events possibly require some attention. Informational events indicate the occurrence of events that may need to be investigated.

This table contains only normal events and this variable represents the time when the event become active, i.e. the number of seconds since Jan 1, 1970 12:00AM.

This variable contains a description of the event and reasons behind the event. This is a free format alpha-numeric string that is set by the entity generating this event. This variable may be empty if there is no usefull information to report. The maximum length of this string is 255 characters.

This variable indicates whether the event is service affective or not

Indicates the former sequence number of a cleared event in the event table. Not intended to read but only used in trap notifications.

Indicates whether the event is delta (automatically and immediately cleared) or normal (not automatically cleared). Not intended to read but only used in trap notifications.

Represents the node ID of the sending network element. If not supported should be set to 0. Not intended to read but only used in trap notifications.