PDIF Schema Statistics

 

The PDIF schema provides operational statistics that can be used for monitoring and troubleshooting the following products: PDIF

This schema provides the following types of statistics:

•	Counter: A counter records incremental data cumulatively and rolls over when the counter limit is reached.

•	All counter statistics are cumulative and reset only by one of the following methods: roll-over when limit is reached, after a system restart, or after a clear command is performed.

•	The limit depends upon the data type.

•	Gauge: A gauge statistic indicates a single value; a snapshot representation of a single point in time within a defined time frame. The gauge changes to a new value with each snapshot though a value may repeat from one period to the next. The limit depends upon the data type.

•	Information: This type of statistic provides information, often intended to differentiate sets of statistics; for example, a VPN name or IP address. The type of information provided depends upon the data type.

The data type defines the format of the data for the value provided by the statistic. The following data types are used in statistics for this schema:

•	Int32/Int64: An integer, either 32-bit or 64-bit:

•	For statistics with the Int32 data type, the roll-over to zero limit is 4,294,967,295.

•	For statistics with the Int64 data type, the roll-over to zero limit is 18,446,744,073,709,551,615.

•	Float: A numeric value that can be represented fractionally; for example, 1.345.

•	String: A series of ASCII alphanumeric characters in a single grouping, usually pre-configured.

Important: Unless otherwise indicated, all statistics are counters and all statistics are standards-based.

Key Variables: Every schema has some variables which are typically referred to as 'key variables'. These key variables provide index markers to identify which object the statistics apply to. For example, in the card schema, the card number (variable %card%) uniquely identifies a card. For an HA service, the keys would be "%vpnname%" plus "%servname%", as the combination uniquely identifies an HA service. So, in a given measurement interval, one row of statistics will be generated per unique key. The schema keys are identified in the Description section of the table.

Bulk Statistic Variables in the PDIF Schema

Variables	Description	Data Type
vpnname	Description: The name of the context currently facilitating the service processing the subscriber session. This is a key variable.	String
vpnid	Description: The identification number of the context currently facilitating the service processing the subscriber session. This is an internal reference number. This is a key variable.	Int32
svcname	Description: The service name for which PDIF statistics are being displayed. This is a key variable.	String
svcid	Description: The service ID for which PDIF statistics are being displayed. This is a key variable.	Int32
bindaddress	Description: The bind IP address for this PDIF service.	String
state	Description: System-wide PDIF state identified by the following codes: • unknown(0) • inservice(1): At least one PDIF service is available. • outofservice(2): No PDIF service is currently active, but one or more PDIF services are configured.	Int32
sess-curinprog	Description: Number of PDIF service sessions in progress (including transient ones).	Int32
sess-curact	Description: Number of currently active PDIF sessions.	Int32
sess-curdorm	Description: Number of currently dormant PDIF sessions.	Int32
sess-curactipv4	Description: Number of currently active IPV4 sessions.	Int32
sess-cursip	Description: Number of current simple IP sessions.	Int32
sess-curmip	Description: Number of current mobile IP sessions.	Int32
sess-curpmip	Description: Number of current proxy mobile IP sessions.	Int32
sess-sipattempt	Description: Number of attempted simple IP sessions.	Int32
sess-sipsuccess	Description: Number of successful simple IP sessions.	Int32
sess-sipfail	Description: Number of failed simple IP sessions.	Int32
sess-mipattempt	Description: Number of attempted mobile IP sessions.	Int32
sess-mipsuccess	Description: Number of successful mobile IP sessions.	Int32
sess-mipfail	Description: Number of failed mobile IP sessions.	Int32
sess-pmipattempt	Description: Number of attempted proxy mobile IP sessions.	Int32
sess-pmipsuccess	Description: Number of successful proxy mobile IP sessions completed.	Int32
sess-pmipfail	Description: Number of failed proxy mobile IP sessions.	Int32
sess-sipfbacksucc	Description: Number of successful sImple IP fallback sessions.	Int32
sess-sipfbacknotdone	Description: Number of sessions where simple IP fallback was not done.	Int32
sess-sipfbacknorrq	Description: Number of simple IP fallback sessions with no rrq request.	Int32
sess-sipfbacknotallw	Description: Number of simple IP fallback sessions that were not allowed.	Int32
sess-sipfbacktagaddr	Description: Number of simple IP fallback sessions that failed because of no tagged pool address.	Int32
sess-sipfbackmisc	Description: Number of simple IP fallback sessions that failed because of miscellaneous reasons.	Int32
sess-ttlsetup	Description: Total number of session setups.	Int32
sess-ttlattempt	Description: Total number of session attempts.	Int32
sess-ttlattemptfail	Description: Total number of session attempts that failed.	Int32
sess-ttlrel	Description: Total number of sessions released.	Int32
sess-ttlrellocal	Description: Total number of sessions released locally.	Int32
sess-ttlrelremote	Description: Total number of sessions released remotely.	Int32
sess-ttlsip	Description: Total Number of simple IP sessions.	Int32
sess-ttlmip	Description: Total number of mobile IP sessions.	Int32
sess-ttl-pmip	Description: Total number of proxy mobile IP sessions.	Int32
sess-discbeforeconn	Description: Number of sessions disconnected by remote node before being connected.	Int32
sess-discipsec	Description: Number of sessions terminated via IPsec, either by the remote node or an error in the IKE tunnel set up process.	Int32
discadmin	Description: Number of sessions terminated because of admin release.	Int32
sess-discidletimeout	Description: Number of sessions terminated because of idle timer timeout. Idle means that there is no activity from the user side.	Int32
sess-discabstimeout	Description: Number of sessions terminated because of absolute timeout, which is the maximum time allowed for the session.	Int32
sess-disclongdur	Description: Number of sessions terminated because of long duration timer timeout, which is the maximum time a session can be up, if the absolute timeout is not configured.	Int32
sess-discmmdtimeout	Description: Number of sessions terminated because of multimedia domain service timer expiry.	Int32
sess-distysetuptimeout	Description: Number of sessions terminated because of TY interface setup timeout.	Int32
sess-discsesssetuptimeout	Description: Number of sessions terminated because of Session Manager session setup timeout.	Int32
sess-discnonexistpcrf	Description: Number of sessions terminated because of non-existence of PCRF.	Int32
sess-discnoresource	Description: Number of sessions terminated because of no resources.Number of sessions terminated because of no resources. This can be from lack of memory or CPU resources, NPU-based flows, a session limit based on the license, etc.	Int32
sess-discauthfail	Description: Number of sessions terminated because of AAA authentication failure.	Int32
sess-discflowaddfail	Description: Number of sessions terminated because of flow add failure.	Int32
sess-discinvdestctx	Description: Number of sessions terminated because of an invalid destination context, when the destination context for the subscriber is not found or is not defined.	Int32
sess-discsourceviol	Description: Number of sessions terminated because of source IP address violation.	Int32
sess-discmipremote	Description: Number of sessions terminated because of remote mobile IP.	Int32
sess-discmiplocal	Description: Number od sessions terminated because of local mobile IP.	Int32
sess-discdupreq	Description: Number of sessions terminated because of a duplicated request.	Int32
sess-discmacfail	Description: Number of sessions terminated because of a MAC address authentication failure.	Int32
sess-discaddrfail	Description: Number of sessions terminated because of an address allocation failure.	Int32
sess-discmisc	Description: Number of sessions terminated for miscellaneous reasons, which is disconnection for any reason other than the reasons defined above.	Int32
sess-remaining	Description: Number of available sessions remaining, based on the configured maximum sessions.	Int32
sess-limit	Description: The maximum sessions allowed. This is the value configured along with the bind command or it can be the system default.	Int32
mac-authreq	Description: Number of MAC address authentication requests.	Int32
mac-authreqvalid	Description: Number of valid MAC address authentication requests.	Int32
mac-authreqinv	Description: Number of invalid MAC address authentication requests.	Int32
mac-authsucc	Description: Number of MAC address validation successes.	Int32
mac-authsuccmatch	Description: Number of successful MAC address matches.	Int32
mac-authsucchssfail	Description: Number of HSS server authentication failures.	Int32
mac-authfail	Description: Number of MAC address authentication failures because of an unauthorized MAC address.	Int32
mac-authfaildiam	Description: Number of MAC address authentication failures because of a Diameter error.	Int32
mac-authfailuserunk	Description: Number of MAC address authentication failures because of an unknown user.	Int32
mac-authfailmacnotfound	Description: Number of MAC address authentication failures because the MAC address was not found. The MAC address is received as part of the NAI.	Int32
mac-authfailmacmissing	Description: Number of MAC address authentication failures because the MAC address was missing. The MAC address is received as part of the NAI.	Int32
mac-authfailmacmalformed	Description: Number of MAC address authentication failures because the MAC address was malformed. The MAC address is received as part of the NAI.	Int32
mac-authfailnosh	Description: Number of MAC address authentication failures because the Sh interface is down.	Int32
mac-authfailtimeout	Description: Number of MAC address authentication failures because of a timeout, which is a session setup time out with a required MAC validation, but MAC validation not complete.	Int32
mac-authfailother	Description: Number of MAC address authentication failures because of any reason other than mentioned above.	Int32
eap-rxttlsrvrpassthru	Description: Total number of EAP messages received from the EAP server in pass-through mode.	Int32
eap-rxchalsrvrpassthru	Description: Total number of EAP challenge messages sent to the EAP server in pass-through mode.	Int32
eap-rxsuccsrvrpassthru	Description: Total number of EAP-Success messages received from the EAP server in pass-through mode.	Int32
eap-rxfailsrvrpassthru	Description: Total number of EAP-Failure messages received from the EAP server in pass-through mode.	Int32
eap-rxmobilepassthru	Description: Total number of EAP messages received from mobile clients in pass-through mode.	Int32
eap-txttlsrvrpassthru	Description: Total number of EAP messages transmitted to the EAP server in pass-through mode.	Int32
eap-txinitreqsrvrpassthru	Description: Total number of EAP messages transmitted to the EAP server in pass-through mode for initial request.	Int32
eap-txfwdreqsrvrpassthru	Description: Total number of EAP messages transmitted to the EAP server in pass-through mode for forward request.	Int32
ipsec-txpacket	Description: Number of IPsec packets transmitted.	Int64
ipsec-txoctet	Description: Number of IPsec bytes transmitted.	Int64
ipsec-rxpacket	Description: Number of IPsec packets received.	Int64
ipsec-rxoctet	Description: Number of IPsec bytes received.	Int64
ipsec-violpacket	Description: Number of data packets that do not match any of the configured traffic selectors.	Int32
Important: See the “Bulk Statistics Overview” chapter for statistics that are common to all schema.

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