NS-ROOT-MIB: View SNMP OID List / Download MIB

The enterprise specific MIB for Netscaler NS9.2.

The events for NetScaler

This trap indicates that the netscaler is now operating in the primary mode.

This trap indicates that the netscaler is now operating in the Secondary mode.

This trap indicates that the CPU utilization has exceeded the high threshold

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This trap is sent when the state of entities such as an interface, vserver, physicalservice or servicegroup changes to DOWN

This trap is sent when the state of entities such as an interface, vserver, physicalservice or servicegroup changes to UP

This trap is sent when the rate at which unacknowledged SYNs are received cross a threshold value

This trap indicates that the CPU utilization has come back to normal

This trap is sent when the rate at which unacknowledged SYNs are received returns to normal

This trap is sent when the memory utilization of the system exceeds the threshold value

This trap is sent when the memory utilization of the system returns to normal

This trap is sent when the request rate on a vServer exceeds a threshold value

This trap is sent when the request rate on a vServer returns to normal

This trap is sent when the request rate on a service exceeds a threshold value

This trap is sent when the request rate on a service returns to normal

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This trap is sent when the configuration on the NetScaler is changed.

This trap is sent when the number of clients hits the maxClients value for a service

This trap is sent when the number of clients falls below 70% of maxClients value for a service.

This trap is sent when the configuration on the NetScaler is saved.

This trap is sent when the request bytes/s of a service exceeds a threshold value.

This trap is sent when the request bytes/s of a service returns to normal.

This trap is sent when the request bytes/s of a vserver exceeds a threshold value.

This trap is sent when the request bytes/s of a vServer returns to normal.

This trap is sent when the response bytes/s of a service exceeds a threshold value.

This trap is sent when the response bytes/s of a service returns to normal.

This trap is sent when the response bytes/s of a vserver exceeds a threshold value.

This trap is sent when the response bytes/s of a vServer returns to normal.

This trap is sent when the number of unacknowledged syns for a service exceeds a threshold value.

This trap is sent when the number of unacknowledged syns for a service returns to normal.

This trap is sent when the number of unacknowledged syns for a vserver exceeds a threshold value.

This trap is sent when the number of unacknowledged syns for a vserver returns to normal.

This trap is sent when the request rate on a service group member exceeds a threshold value

This trap is sent when the request rate on a service group member returns to normal

This trap is sent when the request bytes/s of a service group exceeds a threshold value.

This trap is sent when the request bytes/s of a service group returns to normal.

This trap is sent when the response bytes/s of a service group exceeds a threshold value.

This trap is sent when the response bytes/s of a service group returns to normal.

This trap is sent when the number of unacknowledged syns for a service group exceeds a threshold value.

This trap is sent when the number of unacknowledged syns for a service group returns to normal.

This trap is sent when the number of clients hits the maxClients value for a service group member

This trap is sent when the number of clients falls below 70% of maxClients value for a service group member.

This trap indicates that the average CPU usage in the multi-processor NetScaler system has exceeded the high threshold.

This trap indicates that the average CPU usage in the multi-processor NetScaler system has come back to normal.

This trap is sent when the response timeout for a monitor probe exceeds the configured threshold.

This trap is sent when the response timeout for a monitor probe comes back to normal, less than the threshold set.

This trap is sent when a login attempt to the NetScaler fails.

This trap is sent as an advance notification when an SSL certificate is due to expire.

This trap indicates that a fan speed has gone below an alarm threshold.

This trap indicates that a fan speed has returned to normal.

This trap indicates that a voltage has gone low.

This trap indicates that a voltage has returned to normal.

This trap indicates that a voltage has gone high.

This trap indicates that a temperature has gone high.

This trap indicates that a temperature has returned to normal.

This trap indicates that disk usage has gone high.

This trap indicates that disk usage has returned to normal.

This trap indicates that interface throughput is low.

This trap indicates that interface throughput has returned to normal.

This trap indicates that there is a mismatch in the OS version of the netscalers participating in HA.

This trap indicates that config synchronization has failed on secondary.

This trap indicates that HA heartbeats are not received from the secondary.

This trap indicates that the secondary is in DOWN/UNKNOWN/STAY SECONDARY state.

This trap is sent when the bandwidth usage of any of the interfaces of the system exceeds the threshold value (configured in Mbits/second)

This trap is sent when the bandwidth usage of any of the interfaces of the system returns to normal

This trap is sent when the aggregate bandwidth usage of the system exceeds the threshold value (configured in Mbits/second)

This trap is sent when the aggregate bandwidth usage of the system returns to normal.

This trap is sent when the vserver RHI state changes.

This trap is sent when the client exceeds the ratelimit threshold.

This trap is sent when the monitor probe fails for configured number of retries in given max retries attempts.

This trap indicates that a CPU temperature has gone high.

This trap indicates that a CPU temperature has returned to normal.

This trap is sent when the state of entities such as vserver, physicalservice or servicegroup changes to OUT OF SERVICE

This trap is sent when power supply has failed or disconnected from the system

This trap is sent when power supply status returned back to normal

This trap is sent when vserver/service/sgroup/lbgroup/server entity is renamed

This trap indicates that config propagation has failed on secondary.

This trap indicates that ip conflict is present with another device in the network.

This trap indicates that AppFirewall Start URL violation occurred.

This trap indicates that AppFirewall Deny URL violation occurred.

This trap indicates that AppFirewall Referer Header violation occurred.

This trap indicates that AppFirewall CSRF Tag violation occurred.

This trap indicates that AppFirewall Cookie violation occurred.

This trap indicates that AppFirewall Field Consistency violation occurred.

This trap indicates that AppFirewall Buffer Overflow violation occurred.

This trap indicates that AppFirewall Field Format violation occurred.

This trap indicates that AppFirewall Safe Commerce violation occurred.

This trap indicates that AppFirewall Safe Object violation occurred.

This trap indicates that AppFirewall Policy Hit occurred.

This trap indicates that AppFirewall Cross Site Scripting violation occurred.

This trap indicates that AppFirewall XML Cross Site Scripting violation occurred.

This trap indicates that AppFirewall SQL violation occurred.

This trap indicates that AppFirewall XML SQL violation occurred.

This trap indicates that AppFirewall XML Attachment violation occurred.

This trap indicates that AppFirewall XML DoS violation occurred.

This trap indicates that AppFirewall XML Validation violation occurred.

This trap indicates that AppFirewall XML WSI violation occurred.

This trap indicates that AppFirewall XML Schema Compile violation occurred.

This trap indicates that AppFirewall XML Soap Fault violation occurred.

The Total Client Connections made from system start. This object is obsolete.

The Current Client Connections. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpCurClientConn.

The Total Server Connections made from system start. This object is obsolete.

The Current Server Connections. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpCurServerConn.

Client connections added the SurgeQ, and blocked from initiating a server connection to control op/s. This object is obsolete.

Total no of client transactions used the server connection in the reuse-pool. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpReuseHit.

The total new Connections made, when server connection unavailable in reuse pool...OBSOLETE

The total client connection with Dont Reuse flag set...OBSOLETE

The total server connection with Dont Reuse set...OBSOLETE

The number of physical servers that WS has open connections with. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpCurPhysicalServers.

The total number of physical servers that WS opened connections to from the last reboot. This object is obsolete.

The number of tcp connections rejected because of syn cookie sequence number mismatch. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpErrCookiePktSeqReject.

The number of tcp connections rejected because of syn cookie mismatch. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpErrCookiePktSigReject.

The CPU Utilization. This object is obsolete.

The number of un-acknowledged SYNs NS has received so far. This object is obsolete.It can be calculated as (tcpTotSyn - tcpTotClientConnOpened).

The number of currently established client connections. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpCurClientConnEstablished.

The number of currently established server connections. This object is obsolete.It can be measured through nsTcpStatsGroup.tcpCurServerConnEstablished.

The total HTTP Requests.

The total HTTP GETs.

The total HTTP 1.0 Requests.

The total HTTP Posts.

The total HTTP Responses.

The total HTTP 1.0 Responses.

The total HTTP Responses with Content Length.

The total HTTP Chunked Responses.

The total HTTP Multi-part Responses.

The total HTTP Incomplete headers.

The total Incomplete Requests.

The total Incomplete Responses.

The total pipe-lined Requests.

The total HTTP Server Busy Errors.

The Raw bandwidth usage of all the interfaces. This Table is obsolete.Instead of this table use nsSysGroup.nsIfStatsTable.

The Raw bandwidth usage of all the interfaces. This Entry is obsolete.Instead of this entry use nsSysGroup.nsIfStatsEntry.

The distinguishing Id for each physical interface. This object is obsolete.

The name of the Interface. This object is obsolete.It can be measured through nsIfStatsTable.ifName.

The media type of the Interface. This object is obsolete.It can be measured through nsIfStatsTable.ifMedia.

The received raw bandwidth on interface in bitsps since the last time this variable was retrieved using SNMP. This object is obsolete.

The average number of packets received on the interface since the system start. This object is obsolete.It can be measured through nsIfStatsTable.ifRxAvgPacketRate.

The packet rate on the interface since the last time the variable was retrieved with using SNMP. This object is obsolete.

The average size of the packet received on the interface since the system start. This object is obsolete.

A Counter for the number of frame errors received on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifRxFrameErrors.

A Counter for the number of Crc errors received on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifRxCRCErrors.

A Counter to indicate the number of Alignment errors received on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifRxAlignmentErrors.

The transmit raw bandwidth on interface in bitsps from the last time this variable was retrieved. This object is obsolete.

The average number of packets transmitted on the the interface since the system start. This object is obsolete.It can be measured through nsIfStatsTable.ifTxAvgPacketRate.

The packet rate on the interface since the last time this variable was retrieved using SNMP. This object is obsolete.

The average size of the packet received on the interface since the system start. This object is obsolete.

A Counter to indicate excess collisions detected in transmission on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifTxExcessCollisions.

A Counter to indicate late collisions detected in transmission on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifTxLateCollisions.

A Counter to indicate total collision Errors detected in transmission on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifTxCollisions.

A Counter to indicate Multi collision Errors detected in transmission on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifTxMultiCollisionsErrors.

A Counter to indicate Carrier Errors detected in transmission on the interface. This object is obsolete.It can be measured through nsIfStatsTable.ifTxCarrierErrors.

Total number of udp sessions since the start of the system

Total number of current udp sessions

The primary IP address of the netscaler. This object is obsolete.It can be measured through nsSysGroup.sysIpAdress.

The netmask for the IP address of the netscaler. This object is obsolete.It can be measured through nsSysGroup.sysNetmask.

The Mapped IP address of the netscaler.

The last Mapped IP address of the netscaler.

The range of mapped IP addresses on the netscaler.

Is Fail Over enabled on the netscaler. This object is obsolete. Enumeration: 'disabled': 2, 'enabled': 1.

The priority of the netscaler.

The Maximum number of server connections that NS can open to the server. This object is obsolete.

Enable Client IP in the HTTP Request to the Server. This object is obsolete. Enumeration: 'disabled': 2, 'enabled': 1.

The time in seconds after which the secondary takes over as primary, if there is no response from primary.

The Maximum number of requests per connection on a server-connection. This object is obsolete.

Smooth Connection Feature on the netscaler. This object is obsolete. Enumeration: 'disabled': 2, 'enabled': 1.

The Virtual Service Information for each of the entities. This Table is obsolete.Instead of this table use nsVserverGroup.vserverTable.

The Virtual Service Information for each of the entities. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverEntry.

The distinguishing Id for each Virtual Service inside a NetScaler. This object is obsolete.

The distinguishing Id for each Physical Service inside a NetScaler. This object is obsolete.

The IP address in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrIpAddress.

The port in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrPort.

The IP address in the Physical Service. This object is obsolete.It can be measured through serviceTable.svcIpAddress.

The port in the Physical Service. This object is obsolete.It can be measured through serviceTable.svcPort.

The protocol type in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrType. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The Policy used for Load Balancing. This object is obsolete.It can be measured through lbvserverTable.lbvsvrLBMethod. Enumeration: 'leastPackets': 10, 'leastResponse': 3, 'leastBandwidth': 9, 'urlHashed': 5, 'asynchronousMAC': 4, 'leastConnections': 2, 'sourceIPHashed': 8, 'domainHashed': 6, 'weightedRoundRobin': 1, 'destinationIPHashed': 7.

The total hits on the physical service. This object is obsolete.It can be measured through vserverTable.vsvrTotalRequests.

The latency in responding to gets from the physical server. This object is obsolete.It can be measured through lbvserverTable.lbvsvrAvgSvrTTFB.

The number of active connections on the physical Server. This object is obsolete.It can be measured through lbvserverTable.lbvsvrActiveConn.

The table that has all the configuration information for each virtual service. This Table is obsolete.Instead of this table use nsVserverGroup.vserverTable.

The Virtual Service Information for each of the entities. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverEntry.

The distinguishing Id for each Virtual Service inside a NetScaler. This object is obsolete.

The IP address in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrIpAddress.

The port in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrPort.

The protocol type in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrType. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The name of the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrName.

The Policy used for Load Balancing. This object is obsolete.It can be measured through lbvserverTable.lbvsvrLBMethod. Enumeration: 'leastPackets': 10, 'leastResponse': 3, 'leastBandwidth': 9, 'urlHashed': 5, 'asynchronousMAC': 4, 'leastConnections': 2, 'sourceIPHashed': 8, 'domainHashed': 6, 'weightedRoundRobin': 1, 'destinationIPHashed': 7.

The type of persistence used. This object is obsolete.It can be measured through lbvserverTable.lbvsvrPersistanceType. Enumeration: 'cookieRead': 4, 'cookieHash': 5, 'cookieDelete': 3, 'server': 7, 'cookieInsert': 2, 'sessionId': 6, 'sourceIp': 1.

The timeout set for persistence. This object is obsolete.It can be measured through lbvserverTable.lbvsvrPersistanceTimeOut.

The State of the virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrState. Enumeration: 'outOfService': 4, 'busy': 3, 'unknown': 2, 'transitionToOutOfService': 5, 'up': 0, 'down': 1.

The table that has all the configuration information for each physical service. This Table is obsolete.Instead of this table use nsSvcGroup.serviceTable.

The Physical Service Information for each of the entities. This Entry is obsolete.Instead of this entry use nsSvcGroup.serviceEntry.

The distinguishing Id for each Physical Service inside a NetScaler. This object is obsolete.

The IP address in the Physical Service. This object is obsolete.It can be measured through serviceTable.svcIpAddress.

The port in the Physical Service. This object is obsolete.It can be measured through serviceTable.svcPort.

The protocol type in the Physical Service. This object is obsolete.It can be measured through serviceTable.svcServiceType. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The name of the Physical Service. This object is obsolete.It can be measured through serviceTable.svcServiceName.

The state of the Physical Service. This object is obsolete.It can be measured through serviceTable.svcState. Enumeration: 'down': 0, 'up': 1.

The weight assigned to the Physical Service. This object is obsolete.It can be measured through vserverServiceTable.serviceWeight.

The IP address in the Virtual Service to which this physical service is bound. This object is obsolete.It can be measured through vserverTable.vsvrIpAddress.

The port in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrPort.

The Internet On Hold Statistics for each of the entities. This Table is obsolete.

The Internet On Hold Statistics for each of the entities. This Entry is obsolete.

The distinguishing Id for each physical Service inside a NetScaler. This object is obsolete.

The IP address in the Physical Service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyDestIpAddress or vserverScpolicyTable.svcscpolicyDestIpAddress.

The port in the Physical Service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyDestIpPort or vserverScpolicyTable.svcscpolicyDestIpPort.

The protocol type in the Physical Service. This object is obsolete. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The current Delay on the physical Service. This object is obsolete.

The average transaction time. This object is obsolete.It can be measured through serviceTable.svcAvgSvrTTFB.

The count of number of times the surge occurred. This object is obsolete.It can be measured through serviceTable.svcSurgeCount.

The number of client requests, after having put on hold couldnt still access the physical server. This object is obsolete.

The Internet On Hold Statistics for each of the entities. This Table is obsolete.Instead of this table use nsSvcGroup.serviceScpolicyTable or nsVserverGroup.vserverScpolicyTable.

The Internet On Hold Statistics for each of the entities. This Entry is obsolete.Instead of this entry use nsSvcGroup.serviceScpolicyEntry or nsVserverGroup.vserverScpolicyEntry.

The distinguishing Id for each physical Service inside a NetScaler. This object is obsolete.

ip address of primary service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyPrimaryIPAddress.

port number of primary service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyPrimaryPort or vserverScpolicyTable.vsvrscpolicyPrimaryPort.

ip address of destination physical service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyDesIpAddress or vserverScpolicyTable.vsvrscpolicyDesIpAddress.

port number of destination physical service. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyDestPort or vserverScpolicyTable.vsvrscpolicyDestPort.

transaction time. This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyAvgServerTransactionTime or vserverScpolicyTable.vsvrscpolicyAvgServerTransactionTime.

total number of transactions . This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyTotClientTransaction or vserverScpolicyTable.vsvrscpolicyTotClientTransaction.

total number of open connections for this policy . This object is obsolete.It can be measured through serviceScpolicyTable.svcscpolicyTotOpenConn or vserverScpolicyTable.vsvrscpolicyTotOpenConn.

this Counter gives the number of times we matched an incoming request with a Configured sureconnect policy . This object is obsolete.It can be measured through scPolicyStatistics.scPolicyUrlHits.

this Counter gives the number of times we served the in-memory java script which throws up the pop up window. This object is obsolete.It can be measured through scPolicyStatistics.scPopUps.

this Counter gives the total number of requests which came with the onhold cookie. So, this gives the number requests which are required to load the alternate content in the pop up window. This object is obsolete.It can be measured through scPolicyStatistics.scAltContUrls.

this Counter gives the number requests which came in a SureConnect session. This object is obsolete.It can be measured through scPolicyStatistics.scSessionReqs.

this Counter gives the number of times a post request triggered SureConnect. This object is obsolete.It can be measured through scPolicyStatistics.scPostReqs.

this Counter gives the number of times we did not serve the in-memory response because the thresholds conditions had failed. This object is obsolete.It can be measured through scPolicyStatistics.scThresholdFail.

this Counter gives the number of times we encountered corrupted SureConnect Cookies. This object is obsolete.It can be measured through scPolicyStatistics.scFaultyCookies.

this Counter gives the number of times requests came from unsupported browsers. For a list of browsers supported by SureConnect, please check the Functional Spec. This object is obsolete.It can be measured through scPolicyStatistics.scUnSupBrow.

This gives the number of times delay stats were reset. Delay stats are reset when there is no traffic to the configured url for more than 10 minutes. This object is obsolete.It can be measured through scPolicyStatistics.scResetStats.

The Internet On Hold Statistics for each of the entities. This Table is obsolete.Instead of this table use nsScPolicyGroup.scPolicyConfigTable.

The Internet On Hold Statistics for each of the entities. This Entry is obsolete.Instead of this entry use nsScPolicyGroup.scPolicyConfigEntry.

The distinguishing Id for each On Hold Policy inside a NetScaler. This object is obsolete.

The name of the Physical Service. This object is obsolete.It can be measured through scPolicyConfigTable.scPolicyName.

The URL in the IOH Policy. This object is obsolete.It can be measured through scPolicyConfigTable.scPolUrl.

The delay threshold. This object is obsolete.It can be measured through scPolicyConfigTable.scDelayThreshold. Enumeration: 'notconfigured': -1.

The max connections. This object is obsolete.It can be measured through scPolicyConfigTable.scMaxConnections. Enumeration: 'notconfigured': -1.

The type of action that NetScaler takes when initiating on-hold. This object is obsolete.It can be measured through scPolicyConfigTable.scActionType. Enumeration: 'acs': 1, 'ns': 0, 'noAction': 4.

The alternate service name for the content. This object is obsolete.It can be measured through scPolicyConfigTable.scAlternateContentServiceName.

Rule Name . This object is obsolete.It can be measured through scPolicyConfigTable.scRuleName.

The alternate path for the content. This object is obsolete.It can be measured through scPolicyConfigTable.scAlternateContentPath.

The Content Switching Statistics for each of the entities. This Table is obsolete.Instead of this table use nsVserverGroup.vserverTable.

The Content Switching Statistics for each of the entities. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverEntry.

The distinguishing Id for each virtual Service inside a NetScaler. This object is obsolete.

The IP address in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrIpAddress.

The port in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrPort.

The protocol type of the Virtual Server. This object is obsolete.It can be measured through vserverTable.vsvrType. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The name of the CSW Virtual server. This object is obsolete.It can be measured through vserverTable.vsvrName.

The total hits on all the policies bound to this virtual server. This object is obsolete.It can be measured through vserverTable.vsvrTotalRequests.

The total Miss on all the policies bound to this virtual server. This object is obsolete.It can be measured through vserverTable.vsvrTotalMiss.

The CSW configuration information for each of the entities. This Table is obsolete.Instead of this table use nsVserverGroup.vserverCspolicyTable.

The CSW configuration information for each of the entities. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverCspolicyEntry.

The distinguishing Id for each CSW Vserver inside a NetScaler. This object is obsolete.

The distinguishing Id for each CSW Policy inside a NetScaler. This object is obsolete.

The name of the CSW Virtual Server. This object is obsolete.

The name of the policy binding to a Virtual Server. This object is obsolete.It can be measured through vserverCspolicyTable.cspolicyName.

The value of the policy. This object is obsolete.

The hits on the Policy in the Virtual Service. This object is obsolete.It can be measured through vserverCspolicyTable.cspolicyHits.

The domain hosted by the CSW vserver. This object is obsolete.

The Cache Redirection Statistics for each of the entities. This Table is obsolete.Instead of this table use nsVserverGroup.vserverTable.

The Cache Redirection Statistics for each of the entities. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverEntry.

The distinguishing Id for each virtual Service inside a NetScaler. This object is obsolete.

The IP address in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrIpAddress.

The port in the Virtual Service. This object is obsolete.It can be measured through vserverTable.vsvrPort.

The protocol type in the Physical Service. This object is obsolete.It can be measured through vserverTable.vsvrType. Enumeration: 'adns': 17, 'sslBridge': 4, 'monitorUdp': 6, 'tcp': 2, 'ssf': 12, 'any': 14, 'ftp': 1, 'httpserver': 8, 'monitor': 5, 'snmp': 18, 'rpcclient': 11, 'dns': 16, 'nntp': 7, 'httpclient': 9, 'monitorPing': 20, 'udp': 3, 'http': 0, 'nat': 13, 'ssl': 15, 'ha': 19, 'rpcserver': 10, 'serviceUnknown': 21.

The name of the CSW Virtual server. This object is obsolete.It can be measured through vserverTable.vsvrName.

The total hits on the policies. This object is obsolete.It can be measured through vserverTable.vsvrTotalRequests.

The total Miss on the policy. This object is obsolete.It can be measured through vserverTable.vsvrTotMiss.

The CR policy binding configuration information for each of the entry. This Table is obsolete.Instead of this table use nsVserverGroup.vserverCrpolicyTable.

The CR policy binding configuration information for each of the entry. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverCrpolicyEntry.

The unique binding Id for each CR Policy inside a NetScaler. This object is obsolete.

The name of the CR Virtual Server. This object is obsolete.

The name of the policy binding to a Virtual Server. This object is obsolete.It can be measured through vserverCrpolicyTable.crpolicyName.

The value of the policy. This object is obsolete.

The hits on the Policy in the Virtual Service. This object is obsolete.It can be measured through vserverCrpolicyTable.crpolicyHits.

The CR map policy binding configuration information for each of the entry. This Table is obsolete.

The CR map policy binding configuration information for each of the entry. This Entry is obsolete.

The unique binding Id for each CR Map Policy inside a NetScaler. This object is obsolete.

The name of the map policy bound to CR Virtual Server. This object is obsolete.

The hits on the Map Policy in the Virtual Service. This object is obsolete.

The name of the CR vserver. This object is obsolete.

The CR map configuration information for each of the entry. This Table is obsolete.Instead of this table use nsSysGroup.crConfigGroup.crPolicyMapConfigTable.

The CR map configuration information for each of the entry. This Entry is obsolete.Instead of this entry use nsSysGroup.crConfigGroup.crPolicyMapConfigEntry.

The unique Id for each CR Map inside a NetScaler. This object is obsolete.

The name of the map policy. This object is obsolete.It can be measured through crPolicyMapConfigTable.crMapName.

The name of the source domain hosted by the map. This object is obsolete.It can be measured through crPolicyMapConfigTable.crMapSrcName.

The name of the destination domain after the mapping is applied. This object is obsolete.It can be measured through crPolicyMapConfigTable.crMapDstName.

The Url to be modified under the given source domain. This object is obsolete.It can be measured through crPolicyMapConfigTable.crMapSrcUrl.

The Url after mapping. This object is obsolete.It can be measured through crPolicyMapConfigTable.crMapDstUrl.

Number of compression requests done

Number of compressed bytes transmitted

Number of compressible bytes received

Number of compressed packets transmitted

Number of compressible packets received

ratio of compressible data received vs compressed data transmitted

ratio of total data received to total data transmitted

The Vlan Statistics for each of the entities.

The Vlan Statistics for each of the entities.

The distinguishing Id for each vlan inside netscaler

Total Number of packets received in this vlan

Total Number of packets transmitted in this vlan

Total Number of bytes received in this vlan

Total Number of bytes transmitted in this vlan

Total Number of dropped packets in this vlan

Total Number of broadcasted packets in this vlan

The Vlan config Statistics for each of the entities. This Table is obsolete.Instead of this table use nsSysGroup.vlanTable.

The Vlan config Statistics for each of the entities. This Entry is obsolete.Instead of this entry use nsSysGroup.vlanEntry.

The distinguishing Id for each vlan inside netscaler. This object is obsolete.

The unique tag Id for each vlan inside NetScaler. This object is obsolete.It can be measured through vlanTable.vlanId.

The port number associated to each vlan inside netscaler. This object is obsolete.It can be measured through vlanTable.vlanMemberInterfaces.

The ipaddress for each vlan inside netscaler. This object is obsolete.It can be measured through vlanTable.vlanBindIpAddress.

The netmask corresponding to ipaddress for each vlan inside netscaler. This object is obsolete.It can be measured through vlanTable.vlanBindIpNetmask.

Tagged member interfaces of this vlan. This object is obsolete.

this Counter gives the number of times NetScaler as a name server received a query for any kind of DNS Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotQueries.

this Counter gives the number of times NetScaler as a name server received a query for a name server Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotAnswers.

Number of queries which were authoritatively answered. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotAuthAns.

Number of queries for which `authoritative no such name' responses were made. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotAuthNoNames.

Number of queries for which `authoritative no such data' (empty answer) responses were made. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotAuthNoDataResps.

Number of queries which were non-authoritatively answered (cached data). This object is obsolete.It can be measured through nsDomainServiceName.dnsTotStrayAnswer.

Number of queries which were non-authoritatively answered with no data (empty answer). This object is obsolete.It can be measured through nsDomainServiceName.dnsTotNonAuthNoDatas.

Number of DNS requests refused by the server. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotReqRefusals.

Number of requests received which were unparseable. This object is obsolete.

Number of requests which were aborted for other (local) server errors. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotOtherErrors.

this Counter gives the number of times NetScaler as a name server received a query for an Address Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotArecQueries.

this Counter gives the number of times NetScaler as a name server received a query for a name server Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotNSrecQueries.

this Counter gives the number of times NetScaler as a name server received a query for an mail exchanger Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotMXrecQueries.

this Counter gives the number of times NetScaler as a name server received a query for an SOA Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotSOArecQueries.

this Counter gives the number of times NetScaler as a name server received a query for an CNAME Record. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotCNAMErecQueries.

this Counter gives the number of times NetScaler as a name server received a query for an unsupported Record type. This object is obsolete.It can be measured through nsDomainServiceName.dnsTotUnsupportedQueries.

This represents the recursion services offered by this name server. The values that can be read are: available(1) - performs recursion on requests from clients. restricted(2) - recursion is performed on requests only from certain clients, for example; clients on an access control list. unavailable(3) - recursion is not available. This object is obsolete. Enumeration: 'available': 1, 'restricted': 2, 'unavailable': 3.

The table that has the configuration information for each zone for which NetScaler is authoritative. This Table is obsolete.

The Zone information for each domain as an entry. This Entry is obsolete.

The distinguishing Id for each zone on NetScaler. This object is obsolete.

The domain name. This object is obsolete.

The table that has statistics for each gslb domain on netscaler.OBSOLETE

The gslb statistics table entry. OBSOLETE

The distinguishing Id for each gslb Domain on NetScaler. OBSOLETE

The domain name that has gslb feature enabled. OBSOLETE

number of times a dns query against this gslb domain was received by the netscaler. OBSOLETE

The table that has configuration for each gslb domain on netscaler.OBSOLETE

The gslb statistics table entry. OBSOLETE

The distinguishing Id for each gslb Domain on NetScaler.OBSOLETE

The domain name that has gslb feature enabled.OBSOLETE

The LB VIP thats bound to the gslb domain name. All the IP addresses for the gslb domain are bound to this VIP. The characteristics for this VIP should be found in the LoadBalancing Group Mib. OBSOLETE

The interval in which metrics are exchanged among the NetScalers and a decision made about which is the best IP address at that point for the gslb domain name. OBSOLETE

The table that has statistics for each LB Vip on netscaler. This Table is obsolete.

The PQ statistics per Load Balancing VIP entry. This Entry is obsolete.

The distinguishing id for the LoadBalancing Vserver. This object is obsolete.

Total client transaction time. This object is obsolete.

Total number of client transaction. This object is obsolete.

Number of dropped transactions. This object is obsolete.

Number of waiting clients . This object is obsolete.

The table that has statistics for each LB Vip on netscaler. This Table is obsolete.Instead of this table use nsVserverGroup.vserverPqpolicyTable.

The PQ statistics per Load Balancing VIP entry. This Entry is obsolete.Instead of this entry use nsVserverGroup.vserverPqpolicyEntry.

The distinguishing id for the LoadBalancing Vservice. This object is obsolete.

The distinguishing id for the PQ policy. This object is obsolete.

Total client transaction time. This object is obsolete.It can be measured through vserverPqpolicyTable.pqpolicyTotClientTransactionTime.

Total number of client transaction. This object is obsolete.It can be measured through vserverPqpolicyTable.pqpolicyTotClientTransactions.

Number of dropped transactions. This object is obsolete.It can be measured through vserverPqpolicyTable.pqpolicyDropped.

Number of waiting clients. This object is obsolete.It can be measured through vserverPqpolicyTable.pqpolicyQdepth.

The table that has configuration statistics for each PQ policy on netscaler. This Table is obsolete.Instead of this table use nsPqPolicyGroup.pqPolicyConfigTable.

The PQ config statistics per policy. This Entry is obsolete.Instead of this entry use nsPqPolicyGroup.pqPolicyConfigEntry.

The distinguishing id for the policy. This object is obsolete.

The name for PQ policyi. This object is obsolete.It can be measured through pqPolicyConfigTable.pqName.

The rule name. This object is obsolete.It can be measured through pqPolicyConfigTable.pqRuleName.

The threshold value for qdepth. This object is obsolete.It can be measured through pqPolicyConfigTable.pqQdepthThreshval.

The threshold value for policyqdepth. This object is obsolete.It can be measured through pqPolicyConfigTable.pqPolQdepthThreshval.

The priority for this pq policy. This object is obsolete.It can be measured through pqPolicyConfigTable.pqPriority.

The weight for the priority. This object is obsolete.It can be measured through pqPolicyConfigTable.pqPolicyWeight.

The table that has statistics for each LB Vip. This Table is obsolete.Instead of this table use nsSvcGroup.serviceTable.

The DOS service statistics per Load Balancing VIP entry. This Entry is obsolete.Instead of this entry use nsSvcGroup.serviceEntry.

The distinguishing id for the LoadBalancing Vserver. This object is obsolete.

The qdepth on this service. This object is obsolete.It can be measured through serviceTable.svcSurgeCount.

The number of genuine clients on this service. This object is obsolete.It can be measured through serviceTable.svcdosQDepth.

The total number of javascripts sent to genuine clients. This object is obsolete.It can be measured through serviceTable.svctotalJsTransaction.

The table that has statistics for each policy on netscaler. This Table is obsolete.Instead of this table use nsDosPolicyGroup.dosPolicyTable.

The entry for DOS policy configuration. This Entry is obsolete.Instead of this entry use nsDosPolicyGroup.dosPolicyEntry.

The distinguishing id for the configured DOS policies. This object is obsolete.

The name of the DOS policy. This object is obsolete.It can be measured through dosPolicyTable.dosPolicyName.

The value of qdepth at which DOS protection gets triggered. This object is obsolete.It can be measured through dosPolicyTable.thresholdValue.

SSL session/second between client and NetScaler

Total number of SSL v2 Transactions

Total number of SSL v3 Transactions

Total number of TLS v1 Transactions

Total number of 512 bit RSA key exchange

Total number of 1024 bit RSA key exchange

Total number of 512 bit DH key exchange

Total number of 1024 bit DH key exchange

Total number of RSA authentication

Total number of DH authentication

Total number of DS authentication

Total number of RC4-40 cipher used

Total number of RC4-56 cipher used

Total number of RC4-64 cipher used

Total number of RC4-128 cipher used

Total number of DES-40 cipher used

Total number of DES-56 cipher used

Total number of 3DES-168 cipher used

Total number of RC2-40 cipher used

Total number of RC2-56 cipher used

Total number of RC2-128 cipher used

Total number of IDEA-128 cipher used

Total number of HASH-MD5 hash used

Total number of HASH_SHA hash used

The table that has all the configuration information for each certificate key pair. This Table is obsolete.Instead of this table use nsSslConfigGroup.sslCertKeyTable.

The certificate key pair information for each entry. This Entry is obsolete.Instead of this entry use nsSslConfigGroup.sslCertKeyEntry.

The Distinguish ID for each certificate key pair in NetScaler. This object is obsolete.

The certificate key pair Name. This object is obsolete.It can be measured through sslCertKeyTable.sslCertKeyName.

The certificate path. This object is obsolete.It can be measured through sslCertKeyTable.sslCertPath.

The private key path. This object is obsolete.It can be measured through sslCertKeyTable.sslKeyPath.

The input format of the certificate key pair. This object is obsolete.It can be measured through sslCertKeyTable.sslInputFormat. Enumeration: 'pem': 3, 'der': 1.

The table that has all the configuration information for each CRL in NetScaler. This Table is obsolete.Instead of this table use nsSslConfigGroup.sslCrlTable.

The CRL information for each entry. This Entry is obsolete.Instead of this entry use nsSslConfigGroup.sslCrlEntry.

The Distinguish ID for each CRL in NetScaler. This object is obsolete.

The name of CRL. This object is obsolete.It can be measured through sslCrlTable.sslCrlName.

The CRL path. This object is obsolete.It can be measured through sslCrlTable.sslCrlPath.

The input format of CRL. This object is obsolete.It can be measured through sslCrlTable.sslCrlInputFormat. Enumeration: 'pem': 3, 'der': 1.

The table that has all the configuration information for each cipher group in NetScaler. This Table is obsolete.Instead of this table use nsSslConfigGroup.sslCipherGroupTable.

The Cipher group information for each entry. This Entry is obsolete.Instead of this entry use sslCipherGroupTable.sslCipherGroupEntry.

The Distinguish ID for each Cipher group in NetScaler. This object is obsolete.

The Distinguish ID for each Cipher in NetScaler. This object is obsolete.

The Cipher group name. This object is obsolete.It can not be measured through sslCipherGroupTable.sslCipherGroupName.

The Cipher name. This object is obsolete.It can not be measured through sslCipherGroupTable.sslCipherName.

The Cipher description. This object is obsolete.It can not be measured through sslCipherGroupTable.sslCipherDesc.

The table that has all the advance SSL configuration information for each virtual/physical service in NetScaler. This Table is obsolete.Instead of this table use nsSvcGroup.serviceAdvanceSslConfigTable or nsVserverGroup.vserverAdvanceSslConfigTable.

The advance SSL configuration for each entry. This Entry is obsolete.Instead of this entry use nsSvcGroup.serviceAdvanceSslConfigEntry or nsVserverGroup.vserverAdvanceSslConfigEntry.

The Distinguish ID for each SSL virtual/physical service in NetScaler. This object is obsolete.

The service name. This object is obsolete.It can be measured.

Whether DH is enabled/disabled. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslDH or vserverAdvanceSslConfigTable.vsvrSslDH. Enumeration: 'disabled': 1, 'enabled': 2.

The DH refresh count to re-generate public/private key. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslDHCount or vserverAdvanceSslConfigTable.vsvrSslDHCount.

The DH file path name. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslDHFilePath or vserverAdvanceSslConfigTable.vsvrSslDHFilePath.

The ephimeral RSA support for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSsleRSA or vserverAdvanceSslConfigTable.vsvrSsleRSA. Enumeration: 'disabled': 1, 'enabled': 2.

The eRSA refresh count to re-generate RSA temporary key. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSsleRSACount or vserverAdvanceSslConfigTable.vsvrSsleRSACount.

The certificate insertion in HTTP request. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslCertHeader or vserverAdvanceSslConfigTable.vsvrSslCertHeader. Enumeration: 'disabled': 1, 'enabled': 2.

The certificate tag name in HTTP request. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslCertHeaderTag or vserverAdvanceSslConfigTable.vsvrSslCertHeaderTag.

The session id insertion in HTTP request. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslSessionHeader or vserverAdvanceSslConfigTable.vsvrSslSessionHeader. Enumeration: 'disabled': 1, 'enabled': 2.

The session id tag name in HTTP request. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslSessionHeaderTag or vserverAdvanceSslConfigTable.vsvrSslSessionHeaderTag.

The support for SSLv2 protocol for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslv2Protocol or vserverAdvanceSslConfigTable.vsvrSslv2Protocol. Enumeration: 'disabled': 1, 'enabled': 2.

The support for SSLv3 protocol for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslv3Protocol or vserverAdvanceSslConfigTable.vsvrSslv3Protocol. Enumeration: 'disabled': 1, 'enabled': 2.

The support for TLSv1 protocol for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslTLSv1Protocol or vserverAdvanceSslConfigTable.vsvrSslTLSv1Protocol. Enumeration: 'disabled': 1, 'enabled': 2.

The support for outlook web access for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSsloutlookSupport or vserverAdvanceSslConfigTable.vsvrSsloutlookSupport. Enumeration: 'disabled': 1, 'enabled': 2.

The support for ssl redirect for service. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslRedirectSupport or vserverAdvanceSslConfigTable.vsvrSslRedirectSupport. Enumeration: 'disabled': 1, 'enabled': 2.

The clear text port on the backend webserver. This object is obsolete.It can be measured through serviceAdvanceSslConfigTable.svcSslClearTextPort or vserverAdvanceSslConfigTable.vsvrSslClearTextPort.

The type of the service virtual/ real. This object is obsolete. Enumeration: 'physicalservice': 1, 'virtualserver': 0.

The table that has all the certificate configuration for each service in NetScaler. This Table is obsolete.

The certificate bindings for each entry. This Entry is obsolete.

The Distinguish ID for each SSL virtual/real service in NetScaler. This object is obsolete.

The Distinguish ID for each certificate key pair in NetScaler. This object is obsolete.

Whether certificate key pair is CA or not. This object is obsolete. Enumeration: 'caCertificate': 2, 'serverCertificate': 1.

The service name. This object is obsolete.

The certificate key pair name. This object is obsolete.

The type of the service virtual/ real. This object is obsolete. Enumeration: 'physicalservice': 1, 'virtualserver': 0.

The table that has all the cipher configuration for each service in NetScaler. This Table is obsolete.Instead of this table use nsSvcGroup.serviceCipherBindingTable or nsVserverGroup.vserverCipherBindingTable.

The cipher bindings for each entry. This Entry is obsolete.Instead of this entry use nsSvcGroup.serviceCipherBindingEntry or nsVserverGroup.vserverCipherBindingEntry.

The distinguishing ID for each SSL virtual/real service in NetScaler. This object is obsolete.

The distinguishing ID for each cipher in NetScaler. This object is obsolete.

The name of the physical or virtual service. This object is obsolete.

The cipher name. This object is obsolete.It can be measured through serviceCipherBindingTable.svcSslCipherBindName or vserverCipherBindingTable.vsvrSslCipherBindName.

The cipher description. This object is obsolete.It can be measured through serviceCipherBindingTable.svcSslCipherBindDesc or vserverCipherBindingTable.vsvrSslCipherBindDesc.

The type of the service virtual/ real. This object is obsolete. Enumeration: 'physicalservice': 1, 'virtualserver': 0.

The table that has all the policy stats for each virtual service in NetScaler.

The policy items for each entry.

The unique identifier for the policy

The name of the policy

Number of times that the policy condition has been met by NetScaler

The table that has all the action stats for each virtual service in NetScaler.

The action items for each entry.

The unique identifier for the action

The name of the action

Number of times that the action has been made by NetScaler

The table that has all the policy stats for each virtual service in NetScaler.

The policy items for each entry.

The unique identifier for the policy

The name of the policy

user defined request rule for the policy from client to NetScaler

user defined request action for the policy from client to NetScaler

The table that has all the action configurations for each virtual service in NetScaler.

The action items for each entry.

The unique identifier for the action

The name of the action

The name of the directive associated with this action Enumeration: 'reset': 1, 'cor': 8, 'last': 11, 'noComparison': 10, 'unknown': 0, 'httpec': 3, 'drop': 2, 'add': 5, 'del': 7, 'forward': 9, 'mod': 6, 'cmp': 4.

The name of the qualifier associated with this action Enumeration: 'unknown': 0, 'query': 3, 'http': 1, 'header': 2.

The value associated with this action . The value depends on the directive . If the directive is RESPONSE , then the value returned is status. Similarly , if the directive is either ADD or MOD or DEL , then the value returned is header. If the directive is RST or CMP, then NULL is returned

The value of this depends on the value of directive. If value of directive is RESPONSE , then the page is returned, and if directive is MOD , then the header is returned , otherwise NULL is returned

The server name associated with this action based on the directive. If the directive is FORWARD , then the server returns the name of the service , otherwise returns empty string

This table contains configuration information for each of the expressions on the Netscaler This Table is obsolete.Instead of this table use nsSysGroup.nsExpressionTable.

This table contains configuration information for each of the expressions on the Netscaler This Entry is obsolete.Instead of this entry use nsSysGroup.nsExpressionEntry.

The distinguishing Id for expression. This object is obsolete.

The name of the expression. This object is obsolete.It can be measured through nsExpressionTable.expressionName.

The qualifier of the expression. Enumeration: 'domain': 10, 'destinationPort': 14, 'destinationIp': 13, 'url': 7, 'urlSuffix': 2, 'urlTokens': 3, 'sourcePort': 12, 'urlPrefix': 1, 'compoundExpression': 15, 'header': 5, 'version': 4, 'urlQuery': 6, 'unknownQualifier': -1, 'evaluatePredefined': 16, 'urllen': 8, 'urlquerylen': 9, 'sourceIp': 11, 'method': 0.

The operator in the expression. Enumeration: 'and': 0, 'notEqual': 4, 'contains': 11, 'exists': 9, 'lessThanOrEqualTo': 8, 'greaterThanOrEqualTo': 7, 'equal': 3, 'lessThan': 6, 'greaterThan': 5, 'notContains': 12, 'not': 2, 'notExists': 10, 'or': 1, 'contents': 13.

The http header in the expression when the value of qualifier is HEADER , otherwise empty string

The value of the expression. This object is obsolete.It can be measured through nsExpressionTable.expressionValue.

The length , which is an optional value , used in the expression . This has value only when the qualifier is CONTAINS or CONTENTS

The offset , which is an optional value , used in the expression . This has value only when the qualifier is CONTAINS or CONTENTS

The netmask , which is an optional value , used in the expression . This has value only when the qualifier is SOURCEIP

This shows the version of the kernel build running on the netscaler.

This shows the configured ipaddress of the NetScaler

This shows the configured netmask of the NetScaler

...OBSOLETE

...OBSOLETE

This shows whether NetScaler is in standalone mode or whether it is primary or secondary in case of failover mode.

This represents the default gateway configured on the NetScaler

This represents the number of Mapped IPs currently configured on the NetScaler system

Configurable Identifier for the system

The hardware version ID of the NetScaler system

The hardware version description of the NetScaler system

The number of times a configuration change was made on the NetScaler appliance.

Number of times the system configuration was saved on the NetScaler appliance.

The serial number of the NetScaler system.

The encoded serial no of the NetScaler system.

This represents whether webLogging feature is enabled or disabled on NetScaler.

This represents whether surgeProtection feature is enabled or disabled on NetScaler.

This represents whether LoadBalancing feature is enabled or disabled on NetScaler.

This represents whether contentSwitching feature is enabled or disabled on NetScaler.

This represents whether cacheRedirection feature is enabled or disabled on NetScaler.

This represents whether sureConnect feature is enabled or disabled on NetScaler.

This represents whether compression feature is enabled or disabled on NetScaler.

This represents whether priorityQueuing feature is enabled or disabled on NetScaler.

This represents whether sslOffloading feature is enabled or disabled on NetScaler.

This represents whether gslb feature is enabled or disabled on NetScaler.

This represents whether httpDosProtection feature is enabled or disabled on NetScaler.

...OBSOLETE

This represents whether contentFiltering feature is enabled or disabled on NetScaler.

This represents whether internalCaching feature is enabled or disabled on NetScaler.

This represents whether SSL VPN feature is enabled or disabled on NetScaler.

This represents whether OSPF feature is enabled or disabled on NetScaler.

This represents whether RIP feature is enabled or disabled on NetScaler.

This represents whether BGP feature is enabled or disabled on NetScaler.

This represents whether Rewrite feature is enabled or disabled on NetScaler.

This represents whether Delta Compression feature is enabled or disabled on NetScaler.

This represents whether GSLB Proximity feature is enabled or disabled on NetScaler.

This represents whether IPv6 Protocol Translation feature is enabled or disabled on NetScaler.

This represents whether Application Firewall feature is enabled or disabled on NetScaler.

This represents whether Responder feature is enabled or disabled on NetScaler.

This represents whether Html Injection feature is enabled or disabled on Netscaler.

This represents whether AGEE feature of SSLVPN is enabled or disabled on Netscaler.

This represents whether Authentication, Authorization and Auditing features for Traffic Management vservers are enabled or disabled on NetScaler.

This gives platform information AGEE 1 NSVA 2 etc

This represents whether fastRamp mode is enabled or disabled on NetScaler.

This represents whether l2Mode mode is enabled or disabled on NetScaler.

This represents whether useSrcIp mode is enabled or disabled on NetScaler.

This represents whether clientKeepAlive mode is enabled or disabled on NetScaler.

This represents whether tcpBuffering mode is enabled or disabled on NetScaler.

This represents whether macBasedForwarding mode is enabled or disabled on NetScaler.

This represents whether Use Subnet IP mode is enabled or disabled on NetScaler.

This represents whether Edge Configuration mode is enabled or disabled on NetScaler.

This represents whether l3 mode (ip forwarding) is enabled or disabled on NetScaler.

This represents whether path MTU discovery mode is enabled or disabled on NetScaler.

This represents whether static route advertisement mode is enabled or disabled on NetScaler.

This represents whether direct route advertisement mode is enabled or disabled on NetScaler.

This represents whether intranet route advertisement mode is enabled or disabled on NetScaler.

This represents whether Bridging of BPDU is enabled or disabled on NetScaler.

This represents whether Ipv6 static route advertisement mode is enabled or disabled on NetScaler.

This represents whether Ipv6 direct route advertisement mode is enabled or disabled on NetScaler.

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

Packets matching a bridge ACL, which in transparent mode bypasses service processing.

Packets dropped because they match ACLs with processing mode set to DENY.

Packets matching ACLs with processing mode set to ALLOW. NetScaler processes these packets.

Packets matching an ACL.

Packets not matching any ACL.

Packets matching a NAT ACL, resulting in a NAT session.

This table contains all the ACLs configured

...

The name of the ACL

The priority of the ACL

...OBSOLETE

Number of times the acl was hit

The full name of the ACL

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

Total packets that matched a SimpleACL with action BRIDGE and got bridged by NetScaler.

Packets dropped because they match deny simple ACL.

Total packets that matched a SimpleACL with action ALLOW and got consumed by NetScaler.

Packets matching a simple ACL.

Packets not matching any simple ACL.

Number of simple ACLs configured.

This table contains all the ACLs6 configured

...

The name of the ACL6

The priority of the ACL6

Number of times the acl6 was hit

The full name of the ACL6

Packets matching a bridge IPv6 ACL, which in transparent mode bypasses service processing.

Packets dropped because they match IPv6 ACLs with processing mode set to DENY.

Packets matching IPv6 ACLs with processing mode set to ALLOW. NetScaler processes these packets.

Packets matching a NAT ACL6, resulting in a NAT session.

Packets matching an IPv6 ACL.

Packets not matching any IPv6 ACL.

This table contains all the PBRs configured

...

The name of the PBR

The Full name of the PBR

The priority of the PBR

Number of times the pbr was hit

Total packets that matched the PBR with action ALLOW

Total packets that matched PBR with action DENY

Total packets that matched any PBR

Total packets that did not match any PBR

The unique identifier to represent the failover peer NetScaler

This represents the ipaddress of the failover peer NetScaler(Only for HA over IPv4). For HA over IPv6 (as well as IPv4) haPeerInetAddr will contain this information.

This represents the state of the failover peer NetScaler whether Primary or Secondary

Total number of master state changes that the NetScaler appliance has made from primary to secondary and vice-versa.

This represents the time since the NetScaler underwent a state change from primary to secondary or vice-versa

Number of times state changed to PARTIAL_FAIL/PARTIAL_FAIL_SSL/ROUTEMONITOR_FAIL/COMPLETE_FAIL.

Number of times the configuration of the primary and secondary nodes failed to synchronize since that last transition. A synchronization failure results in mismatched configuration. It can be caused by a mismatch in the Remote Procedural Call (RPC) password on the two nodes forming the high availability pair.

Total number of heart-beats missed while the peer node was DOWN.

Total number of times memory allocation failed during command propagation.

Total number of times memory allocation failed while sending heartbeats.

Total number of times heartbeat packets were not received on any enabled interface for the duration of the Dead Interval.

Total number of times HA engine recovered from tight loops. (i.e., Total number of times HA timers are not called for MAX down time).

Total number of times heartbeats were not received from the peer node within the Hello Interval time.

Interfaces on which HA heartbeats are not being seen

The reason for the last master state transition. This gives the conditions under which this node assumed the current state. The current state is available at the oid sysHighAvailabilityMode.0

HA peer system state

Number of times propagation timed out.

Derived incarnation based on IOCTLs received.

The peer's incarnation as seen from heartbeats.

Number of HA master disputes.

Number of heartbeat packets sent to the peer node. Heartbeats are sent at regular intervals (default is 200 milliseconds) to determine the state of the peer node.

Number of heartbeat packets received from the peer node. Heartbeats are sent at regular intervals (default is 200 milliseconds) to determine the state of the peer node.

Whether a NetScaler appliance is configured for high availability. Possible values are YES and NO. If the value is NO, the high availability statistics below are invalid.

State of the HA node, based on its health, in a high availability setup. Possible values are: UP Indicates that the node is accessible and can function as either a primary or secondary node. DISABLED Indicates that the high availability status of the node has been manually disabled. Synchronization and propagation cannot take place between the peer nodes. INIT Indicates that the node is in the process of becoming part of the high availability configuration. PARTIALFAIL Indicates that one of the high availability monitored interfaces has failed because of a card or link failure. This state triggers a failover. COMPLETEFAIL Indicates that all the interfaces of the node are unusable, because the interfaces on which high availability monitoring is enabled are not connected or are manually disabled. This state triggers a failover. DUMB Indicates that the node is in listening mode. It does not participate in high availability transitions or transfer configuration from the peer node. This is a configured value, not a statistic. PARTIALFAILSSL Indicates that the SSL card has failed. This state triggers a failover. ROUTEMONITORFAIL Indicates that the route monitor has failed. This state triggers a failover.

The address type of haPeerInetAddr

This represents the Internet Address of the failover peer NetScaler

The vlan related statistics Table.

...

This represents the unique id of the vlan

This represents the list of interfaces on the NetScaler that are members of the vlan

This represents the list of interfaces on the NetScaler that are members of the vlan that carry tagged packets

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

Packets received on the VLAN.

Bytes of data received on the VLAN.

Packets transmitted on the VLAN.

Bytes of data transmitted on the VLAN.

Inbound packets dropped by the VLAN upon reception.

Broadcast packets sent and received on the VLAN.

...OBSOLETE

...OBSOLETE

This represents the bridge group to which this vlan is bound.

This table contains information about the IP addresses configured on the NetScaler.

...

This represents an IP address configured on the NetScaler

This represents the Netmask

This represents the IP address type

This represents the IP address mode

This represents the number of unused ports free on this IP

The vlan to which this ip address is bound.

The bridge group to which this ip address is bound.

CPU utilization percentage.

Percentage of memory utilization on NetScaler.

The number of active CPUs.

Total amount of system memory, in megabytes.

Number of SSL Cards on the system

This table contains information about each CPU in NetScaler.

...

The name of the CPU.

CPU utilization percentage.

This table contains information about the System Health status of the NetScaler.

...

This is the health counter name. The counter name is composed with the type of the counter and what it is intended to carry. All voltage counters stats with 'v', fan counters starts with 'fan' and temperature counters starts with 't'. Eg:'v50p' is a voltage counter that carries the value of the +5v counter.

The health counters value. The units are 'mv', RPM and degrees Celsius for voltage, fan and temperatures respectively.

This table contains information about the disk space of the NetScaler.

...

The disk name. Disk name always starts with the 'disk' keyword. Eg: disk0, disk1. Currently disk0 is mapped to /flash and disk1 mapped to /var partitions.

The total disk space in MBytes (includes available and used spaces also).

The total disk space available in MBytes.

The total disk space used in MBytes.

The Percentage of the disk space used.

CPU speed in MHz.

The Netscaler number of PEs running

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

...OBSOLETE

IP packets received.

Bytes of IP data received.

Megabits of IP data received.

IP packets transmitted.

Bytes of IP data transmitted.

Megabits of IP data transmitted.

IP fragments received.

Packets received with a length greater than the normal maximum transmission unit of 1514 bytes.

IP packets transmitted with a bad MAC address.

Attempts to open a new connection to a service for which the maximum limit has been exceeded. Default value, 0, applies no limit.

Packets received on a port or service that is not configured.

Land-attack packets received. The source and destination addresses are the same.

Packets received with an IP checksum error.

IP packets that the NetScaler attempts to reassemble. If one of the fragments is missing, the whole packet is dropped.

Fragmented IP packets successfully reassembled on the NetScaler.

Packets received that could not be reassembled. This can occur when there is a checksum failure, an identification field mismatch, or when one of the fragments is missing.

Packets received for which the reassembled data exceeds the Ethernet packet data length of 1500 bytes.

Packets received with a fragment length of 0 bytes.

Duplicate IP fragments received. This can occur when the acknowledgement was not received within the expected time.

Fragments received that are out of order.

Packets received in which the destination IP address was not reachable or not owned by the NetScaler.

Packets received in which the protocol specified in the IP header is unknown to the NetScaler.

Packets received for which the VIP is down. This can occur when all the services bound to the VIP are down or the VIP is manually disabled.

Packets received that contain an error in one or more components of the IP header.

IP address lookups performed by the NetScaler. When a packet is received on a non-established session, the NetScaler checks if the destination IP address is one of the NetScaler owned IP addresses.

IP address lookups performed by the NetScaler that have failed because the destination IP address of the packet does not match any of the NetScaler owned IP addresses.

UDP fragments forwarded to the client or the server.

TCP fragments forwarded to the client or the server.

Fragmented packets created by the NetScaler.

Packets received in which an invalid data length is specified, or the value in the length field and the actual data length do not match. The range for the Ethernet packet data length is 0-1500 bytes.