PCIE function data section

RMF™ produces one PCIE Function data section for each PCIE function for which at least one of the following conditions are met:

• The PCIE function is allocated by a z/OS® address space at the end of the reporting interval.
• The PCIE function is in the process of being deallocated from a z/OS address space at the end of the reporting interval.
• The PCIE function has been de-allocated from a z/OS address space during the reporting interval.
• The PCIE function has been in error during the reporting interval but there is performance data available.

There are one or more sections per PCIE function.

Offsets		Name	Length	Format	Description
0	0	R749PFID	4	binary	PCIE Function ID (PFID) for the PCIE function for which performance data is returned.
4	4	R749PFFL	2	binary	PFID function status merged over all MINTIME intervals for this reporting interval. Bit Meaning when set 0 PFID was allocated during this interval. 1 PFID was in status De-Allocate-Pending during this interval. 2 PFID was in error during this interval. 3-15 Reserved.
6	6	R749PFF1	2	binary	Final PFID function status at the end of this reporting interval. Bit Meaning when set 0 PFID is de-allocated at the end of this interval. 1 PFID is re-allocated at the end of this interval. 2-15 Reserved.
8	8	R749ERRT	4	binary	Time in milliseconds for which no valid data was reported for the PCIE function within this reporting interval.
12	C	R749DEVT	4	binary	Device type for the PCIE function.
16	10	R749DEVN	24	EBCDIC	Device name for the PCIE function.
40	28	R749JOBN	8	EBCDIC	Job name of owner who allocated the PCIE function.
48	30	R749ASID	2	binary	Address space ID of owner who allocated the PCIE function.
50	32	R749PCID	2	binary	Physical channel identifier for the PCIE function.
52	34	R749ATST	8	binary	Timestamp in STCK format, showing the last point in time when a PCIE function was allocated.
60	3C	R749ALLT	4	binary	Time in milliseconds for which the PCIE function was allocated or was in status De-Allocate-Pending.
64	40		4		Reserved.
68	44	R749SCNT	4	binary	Sequence number for the last time the PCI operations counters or DMA read/write counters have been updated by the firmware.
72	48	R749LOOP	8	binary	Count of PCI Load operations for the PCIE function.
80	50	R749STOP	8	binary	Count of PCI Store operations for the PCIE function.
88	58	R749SBOP	8	binary	Count of PCI Store Block operations for the PCIE function.
96	60	R749RFOP	8	binary	Count of PCI Refresh Translation operations for the PCIE function.
104	68	R749DMAO	2	binary	The PCIE Function Type data blocks for all PCIE functions are grouped together in the record. To get to the PCIE Function Type data block associated with this PCIE Function data section, skip over the number of PCIE Function Type data blocks specified by this field, starting at the first PCIE Function Type data block in the record.
106	6A	R749DMAN	2	binary	Count of PCIE Function Type data blocks allocated for this PCIE function data section.
108	6C	R749FPFO	2	binary	The data blocks for all hardware accelerators are grouped together in the record. To get to the hardware accelerator data block associated with this PCIE Function data section, skip over the number of hardware accelerator data blocks specified by this field, starting at the first hardware accelerator block in the record.
110	6E	R749FPFN	2	binary	Count of hardware accelerator data blocks allocated for this PCIE Function data section.
112	70	R749FP1O	2	binary	The data blocks for all hardware accelerators used for compression acceleration are grouped together in the record. To get to the hardware accelerator compression data block associated with this PCIE Function data section, skip over the number of hardware accelerator compression data blocks specified by this field, starting at the first hardware accelerator compression data block in the record.
114	72	R749FP1N	2	binary	Count of hardware accelerator compression data blocks allocated for this PCIE Function data section.