Job Management Partner 1/Performance Management - Agent Option for Platform Description, User's Guide and Reference

IP Version 6 Overview (PI_IP6)

Function

The IP Version 6 Overview (PI_IP6) record stores the performance data per unit time on the number of times IP Datagram was sent/received when the IP protocol of Internet Protocol Version 6 was used, and the number of various types of IP errors.

Default values and values that can be specified

Item Default value Modifiable

Collection Interval 60 Yes

Collection Offset 0 Yes

Log No Yes

LOGIF Blank Yes

Item	Default value	Modifiable
Collection Interval	60	Yes
Collection Offset	0	Yes
Log	No	Yes
LOGIF	Blank	Yes

ODBC key fields

None

Lifetime

None

Record size

Fixed portion: 953 bytes

Variable portion: 0 bytes

Fields

PFM-View name
(PFM-Manager name) Description Summary Format Delta Not Supported versions Data source

Datagrams Forwarded/sec(DATAGRAMS_FORWARDED_PER_SEC) Rate at which forwarding routes for Datagrams were searched for because the destinations were not final (Datagrams/second) AVG float No -- --

Datagrams Outbound Discarded(DATAGRAMS_OUTBOUND_DISCARDED) The number of outbound datagrams that were discarded due to a problem such as a buffer shortage, even though no problem preventing transmission to the destination was detected after OS startup.
This counter includes datagrams counted in Datagrams Forwarded/sec that meet this criterion. # AVG ulong No -- --

Datagrams Outbound No Route(DATAGRAMS_OUTBOUND_NO_ROUTE) The number of outbound datagrams that were discarded because the transmission route to the destination could not be detected after OS startup.
This counter includes datagrams counted in Datagrams Forwarded/sec that meet this criterion. # AVG ulong No -- --

Datagrams Rcvd Address Errors(DATAGRAMS_RECEIVED_ADDRESS_ERRORS) Number of received Datagrams that were destroyed because the IP address in the destination field of the IP header was not valid as an address that could be received by the system following the OS startup # AVG ulong No -- --

Datagrams Rcvd Delivered/sec(DATAGRAMS_REC_DELIVERED_PER_SEC) Rate at which received Datagrams were delivered normally to an IP user protocol such as ICMP (Datagrams/second) AVG float No -- --

Datagrams Rcvd Discarded(DATAGRAMS_REC_DISCARDED) Number of received Datagrams that were discarded due to a problem such as a buffer shortage, even though no problem preventing continued processing was detected following the OS startup # AVG ulong No -- --

Datagrams Rcvd Header Errors(DATAGRAMS_RECEIVED_HEADER_ERRORS) Number of received Datagrams that were destroyed due to IP header errors following the OS startup # AVG ulong No -- --

Datagrams Rcvd Unknown Protocol(DATAGRAMS_REC_UNKNOWN_PROTOCOL) Number of normally received Datagrams with local address specification that were discarded due to an unknown or unsupported protocol # AVG ulong No -- --

Datagrams Rcvd/sec(DATAGRAMS_RECEIVED_PER_SEC) The rate (datagrams/second) that IP datagrams were received from a network interface, including datagrams with errors AVG float No -- --

Datagrams Sent/sec(DATAGRAMS_SENT_PER_SEC) The rate (datagrams/second) that IP datagrams were supplied to IP for transmission by local IP user-protocols (including ICMP).
This counter does not include any datagrams counted in Datagrams Forwarded/sec. AVG float No -- --

Datagrams/sec(DATAGRAMS_PER_SEC) The rate (datagrams/second) at which datagrams were sent or received via a network interface, including datagrams with errors.
This counter does not include any datagrams counted in Datagrams Forwarded/sec. AVG float No -- --

Fragment Reassembly Failures(FRAGMENT_RE_ASSEMBLY_FAILURES) Number of failures, such as time-outs and errors, detected by the IP reassembly algorithm following the OS startup # AVG ulong No -- --

Fragmentation Failures(FRAGMENTATION_FAILURES) Number of Datagrams that were discarded because the Don't Fragment flag was set, even though fragmentation was necessary following the OS startup # AVG ulong No -- --

Fragmented Datagrams/sec(FRAGMENTED_DATAGRAMS_PER_SEC) Rate at which Datagrams were fragmented normally (Datagrams/second) AVG float No -- --

Fragments Created/sec(FRAGMENTS_CREATED_PER_SEC) Rate at which IP fragments were generated through Datagram fragmentation (Datagrams/second) AVG float No -- --

Fragments Rcvd/sec(FRAGMENTS_RECEIVED_PER_SEC) Rate at which IP fragments requiring reassembling were received (fragments/second) AVG float No -- --

Fragments Reassembled/sec(FRAGMENTS_RE_ASSEMBLED_PER_SEC) Rate at which IP fragments were correctly reassembled (fragments/second) AVG float No -- --

Interval(INTERVAL) Collection interval during which the record was stored (seconds).
For a real-time report, the first value is 5. If records are summarized into a historical report, the total of the summarized records is displayed. ADD ulong No -- RECORD_TIME (T1) - RECORD_TIME (T0)

Record Time(RECORD_TIME) Time at which the record was created. COPY time_t No -- --

Record Type(INPUT_RECORD_TYPE) Record name. Always IP6. COPY char(8) No -- --

PFM-View name (PFM-Manager name)	Description	Summary	Format	Delta	Not Supported versions	Data source
Datagrams Forwarded/sec(DATAGRAMS_FORWARDED_PER_SEC)	Rate at which forwarding routes for Datagrams were searched for because the destinations were not final (Datagrams/second)	AVG	float	No	--	--
Datagrams Outbound Discarded(DATAGRAMS_OUTBOUND_DISCARDED)	The number of outbound datagrams that were discarded due to a problem such as a buffer shortage, even though no problem preventing transmission to the destination was detected after OS startup. This counter includes datagrams counted in Datagrams Forwarded/sec that meet this criterion. #	AVG	ulong	No	--	--
Datagrams Outbound No Route(DATAGRAMS_OUTBOUND_NO_ROUTE)	The number of outbound datagrams that were discarded because the transmission route to the destination could not be detected after OS startup. This counter includes datagrams counted in Datagrams Forwarded/sec that meet this criterion. #	AVG	ulong	No	--	--
Datagrams Rcvd Address Errors(DATAGRAMS_RECEIVED_ADDRESS_ERRORS)	Number of received Datagrams that were destroyed because the IP address in the destination field of the IP header was not valid as an address that could be received by the system following the OS startup #	AVG	ulong	No	--	--
Datagrams Rcvd Delivered/sec(DATAGRAMS_REC_DELIVERED_PER_SEC)	Rate at which received Datagrams were delivered normally to an IP user protocol such as ICMP (Datagrams/second)	AVG	float	No	--	--
Datagrams Rcvd Discarded(DATAGRAMS_REC_DISCARDED)	Number of received Datagrams that were discarded due to a problem such as a buffer shortage, even though no problem preventing continued processing was detected following the OS startup #	AVG	ulong	No	--	--
Datagrams Rcvd Header Errors(DATAGRAMS_RECEIVED_HEADER_ERRORS)	Number of received Datagrams that were destroyed due to IP header errors following the OS startup #	AVG	ulong	No	--	--
Datagrams Rcvd Unknown Protocol(DATAGRAMS_REC_UNKNOWN_PROTOCOL)	Number of normally received Datagrams with local address specification that were discarded due to an unknown or unsupported protocol #	AVG	ulong	No	--	--
Datagrams Rcvd/sec(DATAGRAMS_RECEIVED_PER_SEC)	The rate (datagrams/second) that IP datagrams were received from a network interface, including datagrams with errors	AVG	float	No	--	--
Datagrams Sent/sec(DATAGRAMS_SENT_PER_SEC)	The rate (datagrams/second) that IP datagrams were supplied to IP for transmission by local IP user-protocols (including ICMP). This counter does not include any datagrams counted in Datagrams Forwarded/sec.	AVG	float	No	--	--
Datagrams/sec(DATAGRAMS_PER_SEC)	The rate (datagrams/second) at which datagrams were sent or received via a network interface, including datagrams with errors. This counter does not include any datagrams counted in Datagrams Forwarded/sec.	AVG	float	No	--	--
Fragment Reassembly Failures(FRAGMENT_RE_ASSEMBLY_FAILURES)	Number of failures, such as time-outs and errors, detected by the IP reassembly algorithm following the OS startup #	AVG	ulong	No	--	--
Fragmentation Failures(FRAGMENTATION_FAILURES)	Number of Datagrams that were discarded because the Don't Fragment flag was set, even though fragmentation was necessary following the OS startup #	AVG	ulong	No	--	--
Fragmented Datagrams/sec(FRAGMENTED_DATAGRAMS_PER_SEC)	Rate at which Datagrams were fragmented normally (Datagrams/second)	AVG	float	No	--	--
Fragments Created/sec(FRAGMENTS_CREATED_PER_SEC)	Rate at which IP fragments were generated through Datagram fragmentation (Datagrams/second)	AVG	float	No	--	--
Fragments Rcvd/sec(FRAGMENTS_RECEIVED_PER_SEC)	Rate at which IP fragments requiring reassembling were received (fragments/second)	AVG	float	No	--	--
Fragments Reassembled/sec(FRAGMENTS_RE_ASSEMBLED_PER_SEC)	Rate at which IP fragments were correctly reassembled (fragments/second)	AVG	float	No	--	--
Interval(INTERVAL)	Collection interval during which the record was stored (seconds). For a real-time report, the first value is 5. If records are summarized into a historical report, the total of the summarized records is displayed.	ADD	ulong	No	--	RECORD_TIME (T1) - RECORD_TIME (T0)
Record Time(RECORD_TIME)	Time at which the record was created.	COPY	time_t	No	--	--
Record Type(INPUT_RECORD_TYPE)	Record name. Always IP6.	COPY	char(8)	No	--	--

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