








	*SMF Tools*

SMF Type 70 Record

This table shows the record layout for type 70 SMF records
(RMF Processor Activity - z/OS 1.13).

List of other SMF record layouts available.
List of sample SMF reports.

Purpose: Record type 70 is written for each measurement interval and when the session terminates. As with all SMF records produced by RMF, it contains a header section followed by the RMF product section.

Record type 70 has the following subtypes:

Subtype 1 — contains measurement data for general purpose processors, logical partitions, and internal coupling facilities. It has the following sections:
- CPU control section Contains the CPUs by model and version number.
- CPU data section Contains general information on CPU use during the interval.
- ASID data area section Contains address space use during the interval.
- PR/SM partition data section Contains a configured logical partition.
- PR/SM logical processor data section Contains a PR/SM logical processor data block.
- CPU identification section Identifies a CPU type.
Subtype 2 — contains measurement data for cryptographic coprocessors and accelerators. It has the following sections:
- Cryptographic coprocessor data section Contains measurement data for cryptographic coprocessors.
- Cryptographic accelerator data section Contains measurement data for cryptographic accelerators.
- ICSF Services data section Contains measurement data of selected Integrated Cryptographic Service Facility (ICSF) activities on either the CCF hardware or on the PCIXCC hardware (for z990 processors).

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SMF Type 70 Record -- RMF Processor Activity - z/OS 1.13
Offset (Dec.)	Offset (Hex)	Name	Length	Format	Description
0	0	SMF70LEN	2	binary	Record length. This field and the next field (total of four bytes) form the RDW (record descriptor word). See “Standard SMF Record Header” on page 13-1 for a detailed description.
2	2	SMF70SEG	2	binary	Segment descriptor (see record length field).
4	4	SMF70FLG	1	binary	System indicator: Bit Meaning When Set 0 New record format 1 Subtypes used 2 Reserved. 3-6 Version indicators* 7 System is running in PR/SM mode.*See “Standard SMF Record Header” on page 13-1 for a detailed description.
5	5	SMF70RTY	1	binary	Record type 70 (X'46').
6	6	SMF70TME	4	binary	Time since midnight, in hundredths of a second, that the record was moved into the SMF buffer.
10	A	SMF70DTE	4	packed	Date when the record was moved into the SMF buffer, in the form 0cyydddF. See “Standard SMF Record Header” on page 13-1 for a detailed description.
14	E	SMF70SID	4	EBCDIC	System identification (from the SMFPRMxx SID parameter).
18	12	SMF70SSI	4	EBCDIC	Subsystem identification (‘RMF’).
22	16	SMF70STY	2	binary	Record subtype.
24	18	SMF70TRN	2	binary	Number of triplets in this record. A triplet is a set of three SMF fields (offset/length/number values) that defines a section of the record. The offset is the offset from the RDW.
26	1A	--	2	binary	Reserved.
28	1C	SMF70PRS	4	binary	Offset to RMF product section from the RDW.
32	20	SMF70PRL	2	binary	Length of RMF product section.
34	22	SMF70PRN	2	binary	Number of RMF product sections.
Individual header extension for subtype 1:
36	24	SMF70CCS	4	binary	Offset to CPU control section from RDW.
40	28	SMF70CCL	2	binary	Length of CPU control section.
42	2A	SMF70CCN	2	binary	Number of CPU control section.
44	2C	SMF70CPS	4	binary	Offset to CPU data section from RDW.
48	30	SMF70CPL	2	binary	Length of CPU data section.
50	32	SMF70CPN	2	binary	Number of CPU data sections in this record.
52	34	SMF70ASS	4	binary	Offset to ASID data section from RDW.
56	38	SMF70ASL	2	binary	Length of ASID data section.
58	3A	SMF70ASN	2	binary	Number of ASID data sections.
60	3C	SMF70BCS	4	binary	Offset to PR/SM partition data section from RDW.
64	40	SMF70BCL	2	binary	Length of PR/SM partition data section.
66	42	SMF70BCN	2	binary	Number of PR/SM partition data sections.
68	44	SMF70BVS	4	binary	Offset to PR/SM logical processor data section from RDW.
72	48	SMF70BVL	2	binary	Length of PR/SM logical processor data section.
74	4A	SMF70BVN	2	binary	Number of PR/SM logical processor data sections.
76	4C	SMF70CNS	4	binary	Offset to CPU-identification name sections.
80	50	SMF70CNL	2	binary	Length of CPU-identification name section.
82	52	SMF70CNN	2	binary	Number of CPU-identification name sections.
Individual header extension for subtype 2:
36	24	SMF7023S	4	binary	Offset to cryptographic coprocessor data section.
40	28	SMF7023L	2	binary	Length of cryptographic coprocessor data section.
42	2A	SMF7023N	2	binary	Number of cryptographic coprocessor data sections.
44	2C	SMF7024S	4	binary	Offset to cryptographic accelerator data section.
48	30	SMF7024L	2	binary	Length of cryptographic accelerator data section.
50	32	SMF7024N	2	binary	Number of cryptographic accelerator data sections.
52	34	SMF702CS	4	binary	Offset to ICSF Services Data Section.
56	38	SMF702CL	2	binary	Length of ICSF Services Data Section.
58	3A	SMF702CN	2	binary	Number of ICSF Services Data Sections.
RMF Product Section(Offset from beginning of record: SMF70PRS)
0	0	SMF70MFV	2	packed	RMF version number.
2	2	SMF70PRD	8	EBCDIC	Product name (‘RMF’).
10	A	SMF70IST	4	packed	Time that the RMF measurement interval started, in the form 0hhmmssF, where hh is the hours, mm is the minutes, ss is the seconds, and F is the sign.
14	E	SMF70DAT	4	packed	Date when the RMF measurement interval started, in the form 0cyydddF. See “Standard SMF Record Header” on page 13-1 for a detailed description.
18	12	SMF70INT	4	packed	Duration of the RMF measurement interval, in the form mmsstttF where mm is the minutes, ss is the seconds, ttt is the milliseconds, and F is the sign. (The end of the measurement interval is the sum of the recorded start time and this field.)
22	16	--	2	binary	Reserved.
24	18	SMF70SAM	4	binary	Number of RMF samples.
28	1C	--	2	binary	Reserved.
30	1E	SMF70FLA	2	binary	Flags Bit Meaning When Set 0 Reserved 1 Samples have been skipped 2 Record was written by RMF Monitor III 3 Interval was synchronized with SMF 4-15 Reserved.
32	20	--	4	binary	Reserved.
36	24	SMF70CYC	4	packed	Sampling cycle length, in the form 000ttttF, where tttt is the milliseconds and F is the sign (taken from CYCLE option). The range of values is 0.050 to 9.999 seconds.
40	28	SMF70MVS	8	EBCDIC	MVS software level (consists of an acronym and the version, release, and modification level - ZVvvrrmm).
48	30	SMF70IML	1	binary	Indicates the type of processor complex on which data measurements were taken. Value Meaning 3 9672, zSeries 49 31 SMF73PRF 1 binary Processor flags. Bit Meaning When Set 0 The system has expanded storage 1 The processor is enabled for ES connection architecture (ESCA) 2 There is an ES connection director in the configuration 3 System is running in z/Architecture mode 4 At least one zAAP is currently installed 5 At least one zIIP is currently installed 6 Enhanced DAT architecture available 7 Reserved.
50	32	SMF70PTN	1	binary	PR/SM partition number of the partition that wrote this record.
51	33	SMF70SRL	1	binary	SMF record level change number (X'5D' for z/OS V1R13 RMF). This field enables processing of SMF record level changes in an existing release.
52	34	SMF70IET	8	char	Interval expiration time token. This token can be used to identify other than RMF records that belong to the same interval (if interval was synchronized with SMF).
60	3C	SMF70LGO	8	binary	Offset GMT to local time (STCK format).
68	44	SMF70RAO	4	binary	Offset to reassembly area relative to start of RMF product section.
72	48	SMF70RAL	2	binary	Length of reassembly area. Area consists of a fixed header and a variable number of information blocks. Length depends on the record type/subtype, but is fixed for a specific type/subtype.
74	4A	SMF70RAN	2	binary	Reassembly area indicator. Value Meaning 0 Record is not broken. 1 Record is broken.Note: This field is used to indicate whether an SMF record is a broken record. Therefore, offset (SMF70RAO) and length (SMF70RAL) are only valid if SMF70RAN = 1. A reassembly area is only present in broken records.
76	4C	SMF70OIL	2	binary	Original interval length as defined in the session or by SMF (in seconds).
78	4E	SMF70SYN	2	binary	SYNC value in seconds.
80	50	SMF70GIE	8	binary	Projected gathering interval end (STCK format) GMT time.
88	58	SMF70XNM	8	EBCDIC	Sysplex name as defined in parmlib member COUPLExx.
96	60	SMF70SNM	8	EBCDIC	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
Reassembly Area(Offset from beginning of record: SMF70PRS + SMF70RAO)
0	0	SMF70RBR	2	binary	Total number of broken records built from the original large record.
2	2	SMF70RSQ	2	binary	Sequence number of this broken record. Every broken record built from the same large record must have a unique sequence number, it is in the range from 1 to SMF70RBR.
4	4	SMF70RIO	4	binary	Offset to first reassembly information block relative to start of reassembly area header.
8	8	SMF70RIL	2	binary	Length of reassembly information block.
10	A	SMF70RIN	2	binary	Number of reassembly information blocks (same value as SMF70TRN in header section).
12	C	--	4	binary	Reserved.
Reassembly Area Information Block(Offset from beginning of record: SMF70PRS + SMF70RAO + SMF70RIO)
0	0	SMF70RNN	2	binary	Total number of sections in the original large record. This field contains information of how many sections of a specific type were contained in the original SMF record. This field is a copy of the number field of the triplet in the original (non broken) record.
2	2	SMF70RPP	2	binary	Position of the first of one or more consecutive sections described by this block as in the original record. Values in the range of 1 to SMF70RNN are valid for correct processing. A value of 0 will skip processing of this information block. This field provides information where the sections that are part of this broken record were placed in the original record before the split took place. The actual number of consecutive sections contained in this record is available from the actual triplet in the header extension.
CPU Control Section (Present for subtype 1) There is one section per record.(Offset from beginning of record: SMF70CCS)
0	0	SMF70MOD	2	EBCDIC	CPU processor family.
2	2	SMF70VER	1	binary	CPU version number — meaning varies with model number.
3	3	SMF70BNP	1	binary	Number of physical processors assigned for use by PR/SM.
4	4	SMF70INB	1	binary	PR/SM indicator bits Bit Meaning When Set 0 PR/SM diagnose X’204’ failure. 1 Number of physical processors has changed. 2 Dispatch interval time has been changed. 3 An additional partition, that is not included in the count of configured partitions, is presented with a name of “PHYSICAL”. This partition includes all of the uncaptured time that was used by the LPAR management time support feature but could not be attributed to a specific logical partition. 4 PR/SM - Diagnose X’204’ extended data is supported. 5 Simplified Diagnose X'204' data provided for system running as z/VM guest. CPU consumption by z/VM itself provided with partition data section for logical partition named PHYSICAL. 6-7 Reserved.
5	5	SMF70STF	1	binary	Flag Bit Meaning When Set 0 The STSI facility is available for the CPC. 1 Physical CPU adjustment factor has been changed. 2 Service units available to MVS image have been changed. 3 SMF70LAC is provided for systems running in LPAR mode or as a z/VM guest. The value does no longer include CPU wait times. 4 SMF70MDL is the model-capacity identifier and SMF70HWM is the physical model. If this bit is OFF, SMF70MDL represents both model-capacity and physical model. 5 OPT parameter BLWLTRPCT changed. 6 OPT parameter BLWLINTHD changed. 7 Field SMF70GAU is valid.
6	6	SMF70GTS	2	binary	Dispatch accumulated interval time in milliseconds. A zero value indicates that the dispatch interval was dynamically determined.
8	8	SMF70MDL	16	EBCDIC	CPC model identifier.
24	18	SMF70DSA	2	binary	Number of Diagnose samples.
26	1A	SMF70IFA	2	binary	IFA processors online at the end of the interval.
28	1C	SMF70CPA	4	binary	Physical CPU adjustment factor (will be used for converting processor time to service units).
32	20	SMF70WLA	4	binary	Processor capacity available to MVS image measured in MSUs (millions of service units) per hour. The value takes into account whether or not the image has a defined capacity limit. (For systems running as VM guest, this is the VM capacity).
36	24	SMF70LAC	4	binary	Long-term average of CPU service (millions of service units)
40	28	SMF70HOF	8	binary	Hypervisor date/time offset in STCK format (aka Sysplex timer offset).
48	30	SMF70HWM	16	EBCDIC	CPC physical model identifier. Valid if bit 4 of SMF70STF is set.
64	40	SMF70SUP	2	binary	Number of zIIPs online at the end of the interval.
66	42	SMF70GJT	8	EBCDIC	Time in STCK format when the partition that wrote this record has joined or left a capacity group (last change of group name). Also set at IPL time, when the partition is not a member of a capacity group.
74	4A	SMF70POM	4	EBCDIC	EBCDIC plant code that identifies the plant of manufacture for the configuration. The plant code is left-justified with trailing blank characters if necessary.
78	4E	SMF70CSC	16	EBCDIC	EBCDIC sequence code of the configuration. The sequence code is right-justified with leading EBCDIC zeroes if necessary.
94	5E	SMF70HHF	1	binary	HiperDispatch information. Bit - Meaning When Set. 0 HiperDispatch mode supported 1 HiperDispatch mode is active 2 HiperDispatch mode changed during interval 3-7 Reserved.
95	5F	--	1	binary	Reserved.
96	60	SMF70PMI	4	binary	Accumulated number of blocked dispatchable units per second that may get promoted in their dispatch priority. To get the average promote event rate, divide SMF70PMI by SMF70SAM.
100	64	SMF70PMU	4	binary	Number of blocked dispatchable units being promoted during the interval.
104	68	SMF70PMW	4	binary	Accumulated number of address spaces and enclaves being blocked during the interval. To get the average number of waiters for promote, divide SMF70PMW by SMF70SAM.
108	6C	SMF70PMP	4	binary	Maximum number of address spaces and enclaves found being blocked during the interval.
112	70	SMF70PMT	2	binary	1/1000s of the CPU capacity for promote slices (OPT parameter BLWLTRPCT).
114	72	SMF70PML	2	binary	Swapped-in starvation threshold. When an address space or enclave has not received CPU service within this time interval although it has ready-to-run work, it is considered being blocked (OPT parameter BLWLINTHD).
116	74	SMF70MPC	16	EBCDIC	CPC model identifier indicating the permanent capacity of the CPC, without the temporarily increased capacity and the temporarily available replacement capacity. The identifier is left justified with trailing blanks if necessary. This field is zero, if not supported by the hardware.
132	84	SMF70MTC	16	EBCDIC	CPC model identifier indicating the temporary capacity of the CPC, which is the total of permanent capacity and temporarily increased capacity, without the temporarily available replacement capacity. The identifier is left justified with trailing blanks if necessary. This field is zero, if not supported by the hardware.
148	94	SMF70MCR	4	binary	CPC model capacity rating associated with the model as identified by SMF70MDL. This field is zero, if not supported by the hardware.
152	98	SMF70MPR	4	binary	CPC permanent model capacity rating associated with the model as identified by SMF70MPC. This field is zero, if not supported by the hardware.
156	9C	SMF70MTR	4	binary	CPC temporary model capacity rating associated with the model as identified by SMF70MTC. This field is zero, if not supported by the hardware.
160	A0	SMF70ZEP	4	binary	ZEP field 1.
164	A4	SMF70ZER	8	binary	ZEP field 2.
172	AC	SMF70ZEE	8	binary	ZEP field 3.
180	B4	SMF70ZEC	8	binary	ZEP field 4.
188	BC	SMF70NRM	4	binary	Normalization factor for zIIP. Multiply zIIP time by this value and divide by 256 to get the equivalent time on a CP
192	C0	SMF70GAU	4	binary	Long-term average of CPU service in millions of service units which would be allowed by the limit of the capacity group but is not used by its mmbers. If the value is negative, the group is capped. Valid if bit 7 of SMF70STF is set.
196	C4	SMF70ZEI	8	binary	ZEP field 5.
204	CC	SMF70NCR	4	binary	Nominal model-capacity rating in MSU/hour. When non-zero, this value is associated with the nominal model capacity as identified in field SMF70MDL. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MCR.
208	D0	SMF70NPR	4	binary	Nominal permanent model-capacity rating in MSU/hour. When non-zero, this value is associated with the nominal permanent model capacity as identified in field SMF70MPC. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MPR.
212	D4	SMF70NTR	4	binary	Nominal temporary model-capacity rating in MSU/hour. When non-zero, this value is associated with the nominal temporary model capacity as identified in field SMF70MTC. When field SMF70CAI contains a value of 100, this value equals the value in field SMF70MTR.
216	D8	SMF70CAI	1	binary	Capacity-adjustment indication. When zero, the indication is not reported. When in the range from 1 to 99, some amount of reduction is indicated. When 100, the machine is operating at its normal capacity. Temporary capacity changes that affect machine performance (for example, CBU or OOCoD) are not included.
217	D9	SMF70CCR	1	binary	Capacity-change reason. Valid if SMF70CAI is non-zero. When 0, no capacity change took place. When 1, the capacity change is due to the setting of a manual control. When greater than 1, the capacity change is due to an internal machine condition or due to an external machine exception.
218	DA	--	2	binary	Reserved.
CPU Data Section (Present for subtype 1) This section contains general information on CPU use during the interval.(Offset from beginning of record: SMF70CPS)
0	0	SMF70WAT	8	binary	CPU wait time, where bit 51 = 1 microsecond. That is, the amount of time that the CPU is not processing instructions (PSW wait state bit is on). Data could be incorrect if a SET CLOCK occurred during the RMF interval. Note: This field is incorrect if MVS is running under VM.
8	8	SMF70CID	2	binary	CPU identification
10	A	SMF70CNF	1	binary	Configuration activity indicator Bit Meaning When Set 0-3 Reserved 4 Data available for complete interval 5 CPU reconfigured during post processor duration interval 6 CPU reconfigured during the measurement interval (data for this CPU is incorrect) 7 CPU online at end of interval.
11	B	--	1	binary	Reserved.
12	C	SMF70SER	3	char	CPU serial number (6 hexadecimal digits).
15	F	SMF70TYP	1	binary	CPU type. Value Meaning 0 Standard CP processor 1 IFA processor
16	10	SMF70SLH	4	binary	Number of entries to the I/O SLIH; number of I/O interruptions that this processor handled by entry into the I/O interrupt handler.
20	14	SMF70TPI	4	binary	Number of TPI (test pending interrupt) with CC=1; number of I/O interruptions that this processor handled from issuing the TPI instruction.
24	18	SMF70VFS	4	binary	Number of samples when the vector bit in the PSA image was on, which is used to determine the percentage of time vector affinity was on.
28	1C	SMF70V	1	binary	Vector configuration Bit Meaning When Set 0 Vector was online 1-7 Reserved.
29	1D	--	3	binary	Reserved.
32	20	SMF70PAT	8	binary	CPU parked time, where bit 51 = 1 microsecond.
40	28	SMF70TCB	8	binary	Number of TCB dispatches for this CPU.
48	30	SMF70SRB	8	binary	Number of SRB dispatches for this CPU.
56	38	SMF70NIO	8	binary	Number of I/Os for this CPU.
64	40	SMF70SIG	8	binary	Total number of SIGPs done by this CPU.
72	48	SMF70WTD	8	binary	Wait dispatch count for this CPU.
ASID Data Area Section (Present for subtype 1) This section contains address space use during the interval(Offset from beginning of record: SMF70ASS)
0	0	SMF70RMN	2	binary	Ready minimum value over interval.
2	2	SMF70RMM	2	binary	Ready maximum value over interval.
4	4	SMF70RTT	4	binary	Ready total value over interval.
8	8	SMF70R00	4	binary	Count of times ready value was zero.
12	C	SMF70R01	4	binary	Count of times ready value was 1.
16	10	SMF70R02	4	binary	Count of times ready value was 2.
20	14	SMF70R03	4	binary	Count of times ready value was 3.
24	18	SMF70R04	4	binary	Count of times ready value was 4.
28	1C	SMF70R05	4	binary	Count of times ready value was 5.
32	20	SMF70R06	4	binary	Count of times ready value was 6.
36	24	SMF70R07	4	binary	Count of times ready value was 7.
40	28	SMF70R08	4	binary	Count of times ready value was 8.
44	2C	SMF70R09	4	binary	Count of times ready value was 9.
48	30	SMF70R10	4	binary	Count of times ready value was 10.
52	34	SMF70R11	4	binary	Count of times ready value was 11.
56	38	SMF70R12	4	binary	Count of times ready value was 12.
60	3C	SMF70R13	4	binary	Count of times ready value was 13.
64	40	SMF70R14	4	binary	Count of times ready value was 14.
68	44	SMF70R15	4	binary	Count of times ready value was 15 or more.
72	48	SMF70IMN	2	binary	IN users minimum over interval.
74	4A	SMF70IMM	2	binary	IN users maximum over interval.
76	4C	SMF70ITT	4	binary	IN users total value over interval.
80	50	SMF70I00	4	binary	Count of times IN users was zero.
80	54	SMF70I01	4	binary	Count of times IN users was 1 or 2.
88	58	SMF70I02	4	binary	Count of times IN users was 3 or 4.
92	5C	SMF70I03	4	binary	Count of times IN users was 5 or 6.
96	60	SMF70I04	4	binary	Count of times IN users was 7 or 8.
100	64	SMF70I05	4	binary	Count of times IN users was 9 or 10.
104	68	SMF70I06	4	binary	Count of times IN users was 11 - 15.
108	6C	SMF70I07	4	binary	Count of times IN users was 16 - 20.
112	70	SMF70I08	4	binary	Count of times IN users was 21 - 25.
116	74	SMF70I09	4	binary	Count of times IN users was 26 - 30.
120	78	SMF70I10	4	binary	Count of times IN users was 31 - 35.
124	7C	SMF70I11	4	binary	Count of times IN users was 36 or more.
128	80	SMF70OMN	2	binary	Out users minimum over interval.
130	82	SMF70OMM	2	binary	Out users maximum over interval.
132	84	SMF70OTT	4	binary	Out users total value over interval.
136	88	SMF70O00	4	binary	Count of times out users was zero.
140	8C	SMF70O01	4	binary	Count of times out users was 1 or 2.
144	90	SMF70O02	4	binary	Count of times out users was 3 or 4.
148	94	SMF70O03	4	binary	Count of times out users was 5 or 6.
152	98	SMF70O04	4	binary	Count of times out users was 7 or 8.
156	9C	SMF70O05	4	binary	Count of times out users was 9 or 10.
160	A0	SMF70O06	4	binary	Count of times out users was 11 - 15.
164	A4	SMF70O07	4	binary	Count of times out users was 16 - 20.
168	A8	SMF70O08	4	binary	Count of times out users was 21 - 25.
172	AC	SMF70O09	4	binary	Count of times out users was 26 - 30.
176	B0	SMF70O10	4	binary	Count of times out users was 31 - 35.
180	B4	SMF70O11	4	binary	Count of times out users was 36 or more.
184	B8	SMF70WMN	2	binary	Wait user minimum over interval.
186	BA	SMF70WMM	2	binary	Wait users maximum over interval.
188	BC	SMF70WTT	4	binary	Wait users total value over interval.
192	C0	SMF70W00	4	binary	Count of times wait users was zero.
196	C4	SMF70W01	4	binary	Count of times wait users was 1 or 2.
200	C8	SMF70W02	4	binary	Count of times wait users was 3 or 4.
204	CC	SMF70W03	4	binary	Count of times wait users was 5 or 6.
208	D0	SMF70W04	4	binary	Count of times wait users was 7 or 8.
212	D4	SMF70W05	4	binary	Count of times wait users was 9 or 10.
216	D8	SMF70W06	4	binary	Count of times wait users was 11 - 15.
220	DC	SMF70W07	4	binary	Count of times wait users was 16 - 20.
224	E0	SMF70W08	4	binary	Count of times wait users was 21 - 25.
228	E4	SMF70W09	4	binary	Count of times wait users was 26 - 30.
232	E8	SMF70W10	4	binary	Count of times wait users was 31 - 35.
236	EC	SMF70W11	4	binary	Count of times wait users was 36 or more.
240	F0	SMF70BMN	2	binary	Batch users minimum over interval.
242	F2	SMF70BMM	2	binary	Batch users maximum over interval.
244	F4	SMF70BTT	4	binary	Batch users total value over interval.
248	F8	SMF70B00	4	binary	Count of times batch users was zero.
252	FC	SMF70B01	4	binary	Count of times batch users was 1 or 2.
256	100	SMF70B02	4	binary	Count of times batch users was 3 or 4.
260	104	SMF70B03	4	binary	Count of times batch users was 5 or 6.
264	108	SMF70B04	4	binary	Count of times batch users was 7 or 8.
268	10C	SMF70B05	4	binary	Count of times batch users was 9 or 10
272	110	SMF70B06	4	binary	Count of times batch users was 11 - 15.
276	114	SMF70B07	4	binary	Count of times batch users was 16 - 20.
280	118	SMF70B08	4	binary	Count of times batch users was 21 - 25.
284	11C	SMF70B09	4	binary	Count of times batch users was 26 - 30.
288	120	SMF70B10	4	binary	Count of times batch users was 31 - 35.
292	124	SMF70B11	4	binary	Count of times batch users was 36 or more.
296	128	SMF70SMN	2	binary	Started users minimum over interval.
298	12A	SMF70SMM	2	binary	Started users maximum over interval.
300	12C	SMF70STT	4	binary	Started users total value over interval.
304	130	SMF70S00	4	binary	Count of times users was zero.
308	134	SMF70S01	4	binary	Count of times users was 1 or 2.
312	138	SMF70S02	4	binary	Count of times users was 3 or 4.
316	13C	SMF70S03	4	binary	Count of times users was 5 or 6.
320	140	SMF70S04	4	binary	Count of times users was 7 or 8.
324	144	SMF70S05	4	binary	Count of times users was 9 or 10.
328	148	SMF70S06	4	binary	Count of times users was 11 - 15.
332	14C	SMF70S07	4	binary	Count of times users was 16 - 20.
336	150	SMF70S08	4	binary	Count of times users was 21 - 25.
340	154	SMF70S09	4	binary	Count of times users was 26 - 30.
344	158	SMF70S10	4	binary	Count of times users was 31 - 35.
348	15C	SMF70S11	4	binary	Count of times users was 36 or more.
352	160	SMF70TMN	2	binary	TSO/E users minimum over interval.
354	162	SMF70TMM	2	binary	TSO/E users maximum over interval.
356	164	SMF70TTT	4	binary	TSO/E users total value over interval.
360	168	SMF70T00	4	binary	Count of times TSO/E users was zero.
364	16C	SMF70T01	4	binary	Count of times TSO/E users was 1 or 2.
368	170	SMF70T02	4	binary	Count of times TSO/E users was 3 or 4.
372	174	SMF70T03	4	binary	Count of times TSO/E users was 5 or 6.
376	178	SMF70T04	4	binary	Count of times TSO/E users was 7 or 8.
380	17C	SMF70T05	4	binary	Count of times TSO/E users was 9 or 10.
384	180	SMF70T06	4	binary	Count of times TSO/E users was 11 - 15.
388	184	SMF70T07	4	binary	Count of times TSO/E users was 16 - 20.
392	188	SMF70T08	4	binary	Count of times TSO/E users was 21 - 25.
396	18C	SMF70T09	4	binary	Count of times TSO/E users was 26 - 30.
400	190	SMF70T10	4	binary	Count of times TSO/E users was 31 - 35.
404	194	SMF70T11	4	binary	Count of times TSO/E users was 36 or more.
408	198	SMF70LMN	2	binary	Logical ready users minimum over interval.
410	19A	SMF70LMM	2	binary	Logical ready users maximum over interval.
412	19C	SMF70LTT	4	binary	Logical ready users total value over interval.
416	1A0	SMF70L00	4	binary	Count of times the number of logical ready users was zero.
420	1A4	SMF70L01	4	binary	Count of times the number of logical ready users was 1 or 2.
424	1A8	SMF70L02	4	binary	Count of times the number of logical ready users was 3 or 4.
428	1AC	SMF70L03	4	binary	Count of times the number of logical ready users was 5 or 6.
432	1B0	SMF70L04	4	binary	Count of times the number of logical ready users was 7 or 8.
436	1B4	SMF70L05	4	binary	Count of times the number of logical ready users was 9 or 10.
440	1B8	SMF70L06	4	binary	Count of times the number of logical ready users was 11 - 15.
444	1BC	SMF70L07	4	binary	Count of times the number of logical ready users was 16 - 20.
448	1C0	SMF70L08	4	binary	Count of times the number of logical ready users was 21 - 25.
452	1C4	SMF70L09	4	binary	Count of times the number of logical ready users was 26 - 30.
456	1C8	SMF70L10	4	binary	Count of times the number of logical ready users was 31 - 35.
460	1CC	SMF70L11	4	binary	Count of times the number of logical ready users was 36 or more.
464	1D0	SMF70AMN	2	binary	Logical wait users minimum over interval.
466	1D2	SMF70AMM	2	binary	Logical wait users maximum over interval.
468	1D4	SMF70ATT	4	binary	Logical wait users total value over interval.
472	1D8	SMF70A00	4	binary	Count of times the number of logical wait users was zero.
476	1DC	SMF70A01	4	binary	Count of times the number of logical wait users was 1 or 2.
480	1E0	SMF70A02	4	binary	Count of times the number of logical wait users was 3 or 4.
484	1E4	SMF70A03	4	binary	Count of times the number of logical wait users was 5 or 6.
488	1E8	SMF70A04	4	binary	Count of times the number of logical wait users was 7 or 8.
492	1EC	SMF70A05	4	binary	Count of times the number of logical wait users was 9 or 10.
496	1F0	SMF70A06	4	binary	Count of times the number of logical wait users was 11 - 15.
500	1F4	SMF70A07	4	binary	Count of times the number of logical wait users was 16 - 20.
504	1F8	SMF70A08	4	binary	Count of times the number of logical wait users was 21 - 25.
508	1FC	SMF70A09	4	binary	Count of times the number of logical wait users was 26 - 30.
512	200	SMF70A10	4	binary	Count of times the number of logical wait users was 31 - 35.
516	204	SMF70A11	4	binary	Count of times the number of logical wait users was 36 or more.
520	208	SMF70PMN	2	binary	Minimum number of ASCH address spaces. An ASCH address space is scheduled by the APPC/MVS transaction scheduler.
522	20A	SMF70PMM	2	binary	Maximum number of ASCH address spaces.
524	20C	SMF70PTT	4	binary	Total number of ASCH address spaces.
528	210	SMF70P00	4	binary	Number of times when 0 ASCH address spaces were found.
532	214	SMF70P01	4	binary	Number of times when 1 - 2 ASCH address spaces were found.
536	218	SMF70P02	4	binary	Number of times when 3 - 4 ASCH address spaces were found.
540	21C	SMF70P03	4	binary	Number of times when 5 - 6 ASCH address spaces were found.
544	220	SMF70P04	4	binary	Number of times when 7 - 8 ASCH address spaces were found.
548	224	SMF70P05	4	binary	Number of times when 9 - 10 ASCH address spaces were found.
552	228	SMF70P06	4	binary	Number of times when 11 - 15 ASCH address spaces were found.
556	22A	SMF70P07	4	binary	Number of times when 16 - 20 ASCH address spaces were found.
560	230	SMF70P08	4	binary	Number of times when 21 - 25 ASCH address spaces were found.
564	234	SMF70P09	4	binary	Number of times when 26 - 30 ASCH address spaces were found.
568	238	SMF70P10	4	binary	Number of times when 31 - 35 ASCH address spaces were found.
572	23A	SMF70P11	4	binary	Number of times when 36 or more ASCH address spaces were found.
576	240	SMF70XMN	2	binary	Minimum number of OMVS address spaces.
578	242	SMF70XMM	2	binary	Maximum number of OMVS address spaces.
580	244	SMF70XTT	4	binary	Total number of OMVS address spaces.
584	248	SMF70X00	4	binary	Number of times when zero OMVS address spaces were found.
588	24C	SMF70X01	4	binary	Number of times when 1 - 2 OMVS address spaces were found.
592	250	SMF70X02	4	binary	Number of times when 3 - 4 OMVS address spaces were found.
596	254	SMF70X03	4	binary	Number of times when 5 - 6 OMVS address spaces were found.
600	258	SMF70X04	4	binary	Number of times when 7 - 8 OMVS address spaces were found.
604	25C	SMF70X05	4	binary	Number of times when 9 - 10 OMVS address spaces were found.
608	260	SMF70X06	4	binary	Number of times when 11 - 15 OMVS address spaces were found.
612	264	SMF70X07	4	binary	Number of times when 16 - 20 OMVS address spaces were found.
616	268	SMF70X08	4	binary	Number of times when 21 - 25 OMVS address spaces were found.
620	26C	SMF70X09	4	binary	Number of times when 26 - 30 OMVS address spaces were found.
624	270	SMF70X10	4	binary	Number of times when 31 - 35 OMVS address spaces were found.
Fields SMF70Q00 to SMF70Q12 count the In Ready users based on the number N of processors being online when the sample was taken. With HiperDispatch mode active and an SMF record level SMF70SRL >= X'55'(85), N is the number of processors being online and not parked when the sample was taken.
628	274	SMF70X11	4	binary	Number of times when 36 or more OMVS address spaces were found.
632	278	SMF70Q00	4	binary	Count of times In Ready users was less or equal N.
636	27C	SMF70Q01	4	binary	Count of times In Ready users was N+1.
640	280	SMF70Q02	4	binary	Count of times In Ready users was N+2.
644	284	SMF70Q03	4	binary	Count of times In Ready users was N+3.
648	288	SMF70Q04	4	binary	Count of times In Ready users was N+4 or N+5.
652	28C	SMF70Q05	4	binary	Count of times In Ready users was N+6 to N+10.
656	290	SMF70Q06	4	binary	Count of times In Ready users was N+11 to N+15.
660	294	SMF70Q07	4	binary	Count of times In Ready users was N+16 to N+20.
664	298	SMF70Q08	4	binary	Count of times In Ready users was N+21 to N+30.
668	29C	SMF70Q09	4	binary	Count of times In Ready users was N+31 to N+40.
672	2A0	SMF70Q10	4	binary	Count of times In Ready users was N+41 to N+60.
676	2A4	SMF70Q11	4	binary	Count of times In Ready users was N+61 to N+80.
680	2A8	SMF70Q12	4	binary	Count of times In Ready users was greater than N+80.
684	2AC	SMF70SRM	4	binary	Number of samples taken by SRM
688	2B0	SMF70CMN	4	binary	Minimum number of work units for general purpose processors over interval.
692	2B4	SMF70CMM	4	binary	Maximum number of work units for general purpose processors over interval.
696	2B8	SMF70CTT	4	binary	Total number of work units for general purpose processors over interval.
700	2BC	SMF70DMN	4	binary	Minimum number of work units for zAAPs over interval.
704	2C0	SMF70DMM	4	binary	Maximum number of work units for zAAPs over interval.
708	2C4	SMF70DTT	4	binary	Total number of work units for zAAPs over interval.
712	2C8	SMF70EMN	4	binary	Minimum number of work units for zIIPs over interval.
716	2CC	SMF70EMM	4	binary	Maximum number of work units for zIIPs over interval.
Fields SMF70U00 to SMF7U015 count the number of work units based on the number N of processors being online when the sample was taken. With HiperDispatch mode active, N is the number of processors being online and not parked when the sampl e was taken.
720	2D0	SMF70ETT	4	binary	Total number of work units for zIIPs over interval.
724	2D4	SMF70U00	4	binary	Count of times the number of work units was less or equal N.
728	2D8	SMF70U01	4	binary	Count of times the number of work units was N+1.
732	2DC	SMF70U02	4	binary	Count of times the number of work units was N+2.
736	2E0	SMF70U03	4	binary	Count of times the number of work units was N+3.
740	2E4	SMF70U04	4	binary	Count of times the number of work units was N+4 or N+5.
744	2E8	SMF70U05	4	binary	Count of times the number of work units was between N+6 and N+10.
748	2EC	SMF70U06	4	binary	Count of times the number of work units was between N+11 and N+15.
752	2F0	SMF70U07	4	binary	Count of times the number of work units was between N+16 and N+20.
756	2F4	SMF70U08	4	binary	Count of times the number of work units was between N+21 and N+30.
760	2F8	SMF70U09	4	binary	Count of times the number of work units was between N+31 and N+40.
764	2FC	SMF70U10	4	binary	Count of times the number of work units was between N+41 and N+60.
768	300	SMF70U11	4	binary	Count of times the number of work units was between N+61 and N+80.
772	304	SMF70U12	4	binary	Count of times the number of work units was between N+81 and N+100.
776	308	SMF70U13	4	binary	Count of times the number of work units was between N+101 and N+120.
780	30C	SMF70U14	4	binary	Count of times the number of work units was between N+121 and N+150.
784	310	SMF70U15	4	binary	Count of times the number of work units was greater N+150.
PR/SM Partition Data Section (Present for subtype 1) This section contains a configured logical partition. There is one for each logical partition.(Offset from beginning of record: SMF70BCS)
0	0	SMF70LPM	8	EBCDIC	Logical partition name.
8	8	SMF70LPN	1	binary	Logical partition number.
9	9	SMF70PFG	1	binary	Partition flags Bit Meaning When Set 0 Partition has changed from activated to deactivated, or vice versa, during interval 1 Number of logical processors in partition has changed 2 Number of dedicated processors in partition has changed 3 Number of shared processors in partition has changed 4 WLM LPAR management is active for this partition. 5 Wait time field is defined. 6 Defined capacity limit has been changed. 7 Capacity limit is not defined.
10	A	SMF70BDN	2	binary	Number of logical CPUs assigned to this partition. This count matches the number of subsequent PR/SM data sections. For processor type D/T2064, SMF70BDN has an alternate definition if in SMF70PFG bit 5 is on: It then contains the max defined logical processors as shown at the HMC console. For active logical processors, the online time SMF70ONT is not zero.
12	C	SMF70BDS	4	binary	The PR/SM logical processor data blocks for all partitions are grouped together in the record. PR/SM logical processor data blocks for a given partition are grouped together. To get to the first logical processor data block associated with this partition, skip over the number of logical processor data blocks specified by this field, starting at the first logical processor data block in the record.
16	10	SMF70BDA	4	binary	Accumulated number of active logical processors at a WLM partition. This value is updated at each measurement cycle. It does not cover the logical processors for a non WLM managed partition. (A partition is WLM managed, when flag SMF70WLM = ON.) To get the average number of logical CPUs, this value has to be divided by the number of Diagnose samples (field SMF70DSA in the CPU control section).
20	14	SMF70SPN	8	EBCDIC	LPAR cluster name. An LPAR cluster is the subset of the systems in a sysplex that are running as LPARs on the same CEC. Blank, if partition is not a cluster member.
28	1C	SMF70STN	8	EBCDIC	System name. Blank, if partition is not a z/OS system.
36	24	--	4	binary	Reserved.
40	28	SMF70CSF	4	binary	Number of megabytes of central storage currently online to this partition.
44	2C	--	4	binary	Reserved.
48	30	SMF70ESF	4	binary	Number of megabytes of expanded storage currently online to this partition.
52	34	SMF70MSU	4	binary	Defined capacity limit (in millions of service units).
56	38	SMF70PFL	2	binary	Additional partition flags. Bit - Meaning When Set. 0 Content of SMF70UPI is valid. 1 Group flag. This partition is member of a capacity group. 2 Polarization flag. This partition is vertically polarized. That is, HiperDispatch mode is active. The SMF70POW fields in the logical processor data section are valid for CPUs of this partition. 3-15 Reserved.
58	3A	SMF70UPI	1	binary	User partition ID. Valid if bit 0 of SMF70PFL is set.
59	3B	--	1	binary	Reserved.
60	3C	SMF70GNM	8	EBCDIC	Name of the capacity group to which this partition belongs. Valid if bit 1 of SMF70PFL is set.
68	44	SMF70GMU	4	binary	Maximum licensing units of a group. The maximum number of processor licensing units for the group of logical partitions of which this partition is a member, and which may be consumed per unit of time, on average. Valid if bit 1 of SMF70PFL is set.
PR/SM Logical Processor Data Section (Present for subtype 1) This section contains a PR/SM logical processor data block. There is one for each logical processor in each configured partition.(Offset from beginning of record: SMF70BVS)
0	0	SMF70PDT	8	binary	Logical processor dispatch time, in microseconds. This is the number of microseconds that were accumulated during the measurement interval (during which a physical CPU was assigned to this logical CPU). When associated with partition name PHYSICAL, this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition. This time includes the time PR/SM was controlling the physical processor (LPAR management time), as well as any other time the processor was busy for any reason such as managing coupling facility traffic.
8	8	SMF70VPA	2	binary	Logical processor address.
10	A	SMF70BPS	2	binary	Partition processor resource weight factor. If the value is X‘FFFF’, then the partition has been assigned dedicated processors.
12	C	SMF70VPF	1	binary	Logical processor flags Bit Meaning When Set 0 Wait completion is enabled 1 Wait completion status has changed during interval 2 Weight has changed during interval 3 Partition capping is enabled 4 Partition capping status has changed during the interval 5 Logical processor varied online during the measurement interval 6-7 Reserved.
13	D	--	1	binary	Reserved.
14	E	SMF70CIX	2	binary	Index to the CPU-identification name section that contains the EBCDIC name corresponding to the CPU type of the logical processor. This field is zero if there is no information available.
16	10	SMF70EDT	8	binary	Logical processor effective dispatch time, in microseconds. The number of microseconds that were accumulated during the measurement interval (excluding LPAR management time), during which a physical CPU was assigned to this logical CPU. When associated with partition name PHYSICAL, this field contains the accumulated number of microseconds during which a physical CPU was busy, but the time could not be attributed to a specific logical partition or to LPAR management of the physical processor. One example is time used for managing coupling facility traffic. This field is zero, if not supported by the hardware. LPAR management time is the time from SMF70PDT associated with partition name PHYSICAL minus the contents of this field.
24	18	SMF70ACS	4	binary	Accumulated processor actual share. To get the average processor actual share, this value has to be divided by the number of Diagnose samples (field SMF70DSA in the CPU control section).
28	1C	SMF70MIS	2	binary	Processor minimum share.
30	1E	SMF70MAS	2	binary	Processor maximum share.
32	20	SMF70NSI	4	binary	Number of samples within 10% of the specified minimum.
36	24	SMF70NSA	4	binary	Number of samples within 10% of the specified maximum.
40	28	SMF70ONT	8	binary	Logical processor online time.
48	30	SMF70WST	8	binary	Logical processor wait state time.
56	38	SMF70PMA	4	binary	Average adjustment weight for pricing management.
60	3C	SMF70NSW	4	binary	Number of samples when WLM capped partition.
64	40	SMF70POW	4	binary	Polarization weight for the logical CPU when HiperDispatch mode is active. See bit 2 (SMF70PWF) of SMF70PFL. Multiplied by a factor of 4096 for more granularity. The value may be the same or different for all shared CPUs of type SMF70CIX. This is an accumulated value. Divide by the number of Diagnose samples SMFX70DSA to get average weight value for the interval.
68	44	--	12	binary	Reserved.
CPU Identification Section (Present for subtype 1) There is one section per EBCDIC name that identifies a CPU type. ’CP’ and ’ICF’, with appropriate trailing blanks, are examples of EBCDIC names describing a General Purpose CPU and an Internal Coupling Facility CPU, respectively.(Offset from beginning of record: SMF70CNS)
0	0	SMF70CIN	16	EBCDIC	CPU-identification name.
16	10	SMF70CTN	2	binary	Number of physical CPUs of this type at interval end.
18	12	--	2	binary	Reserved.
20	14	SMF70CAN	4	binary	Accumulated number of physical CPUs. Divide by SMF70DSA to get the average number of physical CPUs of this type applicable during the interval.
Cryptographic Coprocessor Data Section (Present for subtype 2) There is one section per cryptographic coprocessor.(Offset from beginning of record: SMF7023S)
0	0	SMF70_ R7023AX	1	binary	Crypto processor index.
1	1	SMF70_ R7023CT	1	binary	Crypto processor type.
2	2	--	6	binary	Reserved.
8	8	SMF70_ R7023SF	8	floating	Scaling factor for this cryptographic coprocessor. Execution times in this data section have to be multiplied by this scaling factor to achieve a value in seconds.
16	10	SMF70_ R7023T0	8	floating	Execution time of all operations on the specified cryptographic coprocessor.
24	18	SMF70_ R7023C0	8	floating	Number of all operations on the specified cryptographic coprocessor.
32	20	--	8	binary	Reserved.
40	28	SMF70_ R7023C1	8	floating	Number of all RSA-key-generation operations.
Cryptographic Accelerator Data Section (Present for subtype 2) There is one section per cryptographic accelerator(Offset from beginning of record: SMF7024S)
0	0	SMF70_ R7024AX	1	binary	Crypto processor index.
1	1	SMF70_ R7024CT	1	binary	Crypto processor type. Value Meaning 4 PCICA 6 CEX2A 8 CEX3A2
2	2	SMF70_ R7024MSK	1	binary	Validity bit mask. Each bit position represents the validity of a timer-counter pair that measures the execution time and number of operations on a cryptographic accelerator card for a certain type of RSA operations. Bit Meaning When Set 0 Valid data for 1024-bit ME-format RSA operations 1 Valid data for 2048-bit ME-format RSA operations 2 Valid data for 1024-bit CRT-format RSA operations 3 Valid data for 2048-bit CRT-format RSA operations 4 Valid data for 4096-bit ME-format RSA operations 5 Valid data for 4096-bit CRT-format RSA operations 6-7 Reserved
4	4	SMF70_ R7024EN	4	binary	Number of engines on the Crypto accelerator card. Specifies the number of valid entries in the SMF70_R7024TC array.
8	8	SMF70_ R7024SF	8	floating	Scaling factor for this cryptographic accelerator. Execution times in this data section have to be multiplied by this scaling factor to achieve a value in seconds.
The following block of data (R7024TC) exists five times for up to five engines of a cryptographic accelerator. Unused blocks are allocated with values set to 0.
16	10	SMF70_ R7021MET	8	floating	Execution time for all operations in 1024-bit-ME format.
24	18	SMF70_ R7021MEC	8	floating	Number of all operations in 1024-bit-ME format.
32	20	SMF70_ R7022MET	8	floating	Execution time for all operations in 2048-bit-ME format.
40	28	SMF70_ R7022MEC	8	floating	Number of all operations in 2048-bit-ME format.
48	30	SMF70_ R7021CRT	8	floating	Execution time for all operations in 1024-bit-CRT format.
56	38	SMF70_ R7021CRC	8	floating	Number of all operations in 1024-bit-CRT format.
64	40	SMF70_ R7022CRT	8	floating	Execution time for all operations in 2048-bit-CRT format.
72	48	SMF70_ R7022CRC	8	floating	Number of all operations in 2048-bit-CRT format.
End of five instances of the SMF70_R7024TC data block.
336	150	SMF70_ R7023MET	8	floating	Execution time for all operations in 4096-bit ME-format.
344	158	SMF70_ R7023MEC	8	floating	Number of all operations in 4096-bit ME-format.
352	160	SMF70_ R7023CRT	8	floating	Execution time for all operations in 4096-bit CRT-format.
360	168	SMF70_ R7023CRC	8	floating	Number of all operations in 4096-bit CRT-format.
ICSF Services Data Data Section (Present for subtype 2) Contains measurement data of selected Integrated Cryptographic Service Facility (ICSF) activities There is either one or no section containing measurement data of selected Integrated Cryptographic Service Facility (ICSF) activities.(Offset from beginning of record: SMF702CS)
0	0	SMF70_ R702SNEC	8	floating	Single DES: Number of calls to encipher the data.
8	8	SMF70_ R702SNEB	8	floating	Single DES: Number of bytes of data enciphered.
16	10	SMF70_ R702SNEI	8	floating	Single DES: Number of instructions used to encipher the data.
24	18	SMF70_ R702TNEC	8	floating	Triple DES: Number of calls to encipher the data.
32	20	SMF70_ R702TNEB	8	floating	Triple DES: Number of bytes of data enciphered.
40	28	SMF70_ R702TNEI	8	floating	Triple DES: Number of instructions used to encipher the data.
48	30	SMF70_ R702SNDC	8	floating	Single DES: Number of calls to decipher the data.
56	38	SMF70_ R702SNDB	8	floating	Single DES: Number of bytes of data deciphered.
64	40	SMF70_ R702SNDI	8	floating	Single DES: Number of instructions used to decipher the data.
72	48	SMF70_ R702TNDC	8	floating	Triple DES: Number of calls to decipher the data.
80	50	SMF70_ R702TNDB	8	floating	Triple DES: Number of bytes of data deciphered.
88	58	SMF70_ R702TNDI	8	floating	Triple DES: Number of instructions used to decipher the data.
96	60	SMF70_ R702NMGC	8	floating	Number of calls to generate the message authentication code (MAC).
104	68	SMF70_ R702NMGB	8	floating	Number of bytes of data for which the MAC was generated.
112	70	SMF70_ R702NMGI	8	floating	Number of PCMF instructions used to generate the MAC.
120	78	SMF70_ R702NMVC	8	floating	Number of calls to verify the MAC.
128	80	SMF70_ R702NMVB	8	floating	Number of bytes of data for which the MAC was verified.
136	88	SMF70_ R702NMVI	8	floating	Number of PCMF instructions used to verify the MAC.
144	90	SMF70_ R702NHAC	8	floating	Number of calls to hash the data.
152	98	SMF70_ R702NHAB	8	floating	Number of bytes of data which was hashed.
160	A0	SMF70_ R702NHAI	8	floating	Number of PCMF instructions used to hash the data.
168	A8	SMF70_ R702NPTC	8	floating	Number of calls to translate the PIN.
176	B0	SMF70_ R702NPVC	8	floating	Number of calls to verify the PIN.
184	B8	SMF70_ R702NH2C	8	floating	For SHA-224 and SHA-256 hashing: Number of calls to hash the data.
192	C0	SMF70_ R702NH2B	8	floating	For SHA-224 and SHA-256 hashing: Number of bytes of data which was hashed.
200	C8	SMF70_ R702NH2I	8	floating	For SHA-224 and SHA-256 hashing: Number of PCMF instructions used to hash the data.
208	D0	SMF70_ R702NH5C	8	floating	For SHA-384 and SHA-512 hashing: Number of calls to hash the data.
216	D8	SMF70_ R702NH5B	8	floating	For SHA-384 and SHA-512 hashing: Number of bytes of data which was hashed.
224	E0	SMF70_ R702NH5I	8	floating	For SHA-384 and SHA-512 hashing: Number of PCMF instructions used to hash the data.
AES measurements. Fields are only valid if SMF70_R702CDLV is greater than 11.
232	E8	SMF70_ R702CDLV	4	binary	ICSF data level.
236	EC	SMF70_ R702AESC	8	floating	Number of AES encipher calls sent to a coprocessor.
244	F4	SMF70_ R702AESB	8	floating	Number of bytes processed by the AES encipher services handled by a coprocessor.
252	FC	SMF70_ R702AESI	8	floating	Number of operations required to complete the AES encipher service calls to a coprocessor.
260	104	SMF70_ R702ASDC	8	floating	Number of AES decipher calls sent to a coprocessor.
268	10C	SMF70_ R702ASDB	8	floating	Number of bytes processed by the AES decipher services handled by a coprocessor.
276	114	SMF70_ R702ASDI	8	floating	Number of operations required to complete the AES decipher service calls to a coprocessor.

The table above is based on the description provided by IBM in its "MVS Systems Management Facilities (SMF)" manual.

Spectrum SMF Writer - the 4GL SMF Report Writer.

Sample RMF Processor Activity Report from SMF 70 Records

The sample SMF report below was created with Spectrum SMF Writer, the low-cost 4GL SMF report writer.

It reads as input the SMF file and selects just the type 70 subtype 1 (RMF Processor Activity) records. (See SMF 70 record layout.)

These records have a complex layout. Each record contains a variable number of LPAR sections, one for each LPAR. Furthermore, there are a variable number of Logical Processors sections for each of the LPAR sections. However, these logical processor sections are all located together -- not physically near their owning LPAR section.

Nevertheless, Spectrum SMF Writer easily handles these records so you quickly create powerful custom reports from the RMF data. We use nested NORMALIZE parms on the INPUT statement to process each Logical Processor that exists for each Logical Partition. We sort the data by LPAR name and then by logical processor address.

We have formatted the report to reflect this hierarchical layout of the SMF records. For each LPAR, we print a header containing ID info, as well as some info about the physical CPU. Below that are each of the processors for that LPAR. These detail processor report lines show the percentage of the RMF reporting interval for which the processor was: 1) online, 2) waiting, 3) effectively dispatched and 4) processor dispatched.

All of this with just a few lines of code!
Why not install a Spectrum SMF Writer trial right now and start making your own SMF reports!

These Spectrum SMF Writer Statements:

OPTION: MAXNORMDUMP(0)  /*SUPPRESS DUMPS FOR LPARS WITHOUT PROCESSORS*/

************************************************************************
*  THE INPUT WILL BE 1 LOGICAL SMF 70-1 REC FOR EACH LPAR/PROC COMBO   *
************************************************************************
INPUT:  SMF70
  NORM(SMF70_PRSMPD_SEGMENT)
  NORM(SMF70_PRSMLPD_SEGMENT)

************************************************************************
*  INCLUDE ALL 70-1 LPAR SECTIONS THAT HAVE AT LEAST 1 PROCESSOR       *
************************************************************************
INCLUDEIF: SMF70RTY=70 AND SMF70STY=1      /*INCLUDE SMF 70 SUBTYPE 1 */
       AND SMF70BDN > 0      /* ONLY IF LPAR HAS AT LEAST 1 PROCESSOR */
       AND SMF70ONT > 00:00:00  /* ONLY IF LPAR WAS "ACTIVE" IN PERIOD*/

************************************************************************
*  COMPUTE SOME WORK FIELDS (FOR SORTING/BREAKING AND FOR DISPLAY)     *
************************************************************************
COMP: PARTITION      = #FORMAT(SMF70LPN 3) + ' - ' + SMF70LPM
COMP: SORT_PARTITION = SMF70SNM + PARTITION

COMP: SORT_DATE_TIME = #FORMAT(SMF70DTE YYYYMMDD) +
                       #FORMAT(SMF70TME HHMMSS)

************************************************************************
*  SORT AND PAGE-BREAK ON DATE/TIME. FURTHER ON PARTITION AND PROCESSOR*
************************************************************************
SORT: SORT_DATE_TIME                  /* INTERVAL  */
      SORT_PARTITION(PAGE)            /* PARTITION */
      SMF70CIN                        /* CPU NAME          */
      SMF70VPA                        /* LOGICAL PROCESSOR */

************************************************************************
*  THE HEADING FOR EACH CONTROL GROUP SHOWS DATA FROM LPAR SECTION.    *
*  (NUMBERS IN PARENTHESES SPECIFY THE PRINT-LINE SIZE OF AN ITEM.)    *
************************************************************************
BREAK: SORT_PARTITION
       TOTAL('TOTAL')

************************************************************************
*  COLUMNS STMT LISTS DETAIL DATA TO PRINT FROM THE PROCESSOR SECTIONS.*
************************************************************************
COLUMNS:
      SMF70VPA('LOGL|PROC|ADDR' HEX NOACC)
      SMF70BPS('WEIGHT|FACTOR' 6)
      SMF70CIN(4 'CPU|NAME')
    2 '|'
      SMF70ONT('ONLINE|TIME')
      SMF70ONT_PCT('PCT|ONLINE')
    2 '|'
      SMF70WST('WAIT|TIME')
      SMF70WST_PCT('PCT|WAIT' 6)
    2 '|'
      SMF70EDT('EFFECT.|DISPATCH|TIME')
      SMF70EDT_PCT('PCT|EFF|DISP')
    2 '|'
       SMF70PDT('PROC|DISP|TIME')
       SMF70PDT_PCT('PCT|PROC|DISP' 6)

************************************************************************
* REPORT TITLES                                                        *
*(SLASHES SEPARATE THE LEFT (EMPTY HERE), CENTER AND RIGHT TITLE PARTS)*
************************************************************************
TITLE: 'RUN DATE:' #DATE
       / 'SMF 70 - PROCESSOR PERCENT TIME ONLINE REPORT'
       / 'PAGE' #PAGENUM

TITLE:    ' ' /
TITLE:    'PARTITION INFO' /
TITLE:    '==============' /
TITLE:    'SYSTEM:' SMF70SNM /
TITLE:    'PARTITION (NUM-NAME):' SMF70LPN(3) '-' SMF70LPM /
TITLE:    'PROCESSOR FAMILY AND MODEL:' SMF70MOD(HEX) SMF70MDL(5)
          'SERIAL' SMF70SER(HEX) /
TITLE:    'PROCESSOR CAPACITY:' 0 SMF70WLA(6) '(MSU''S)' /
TITLE:    'LPAR CLUSTER:' SMF70SPN
          'SYSTEM NAME:' SMF70STN /
TITLE:    'LPAR DEFINED CAPACITY LIMIT:' 0 SMF70MSU(6) '(MSU''S)' /
TITLE:    'STORAGE:' SMF70CSF(7) 'MB' /
TITLE:    'PROCESSORS:' SMF70BDN(4) /
TITLE:    ' ' /
TITLE:    'LOGICAL PROCESSOR INFO (FOR ACTIVE PROCESSORS)' /
TITLE:    'FOR' SMF70INT_TIME 'MINUTE INTERVAL ENDING' SMF70DTE
          'AT' SMF70TME /

TITLE:    ' ' /

Produce This SMF Report:


 RUN DATE: 07/02/20       SMF 70 - PROCESSOR PERCENT TIME ONLINE REPORT                PAGE    5

 PARTITION INFO
 ==============
 SYSTEM: TN01
 PARTITION (NUM-NAME):   7 - ZU801IDO
 PROCESSOR FAMILY AND MODEL: 2817 611   SERIAL 083F96
 PROCESSOR CAPACITY:   843 (MSU'S)
 LPAR CLUSTER: DPLEX1   SYSTEM NAME: TD01
 LPAR DEFINED CAPACITY LIMIT:     0 (MSU'S)
 STORAGE:  28,672 MB
 PROCESSORS:   54

 LOGICAL PROCESSOR INFO (FOR ACTIVE PROCESSORS)
 FOR 14:59.957 MINUTE INTERVAL ENDING 10/25/12 AT 14:14:00.04

 LOGL                                                         EFFECT.   PCT       PROC     PCT
 PROC WEIGHT CPU      ONLINE    PCT        WAIT     PCT      DISPATCH   EFF       DISP     PROC
 ADDR FACTOR NAME      TIME    ONLINE      TIME     WAIT       TIME    DISP       TIME     DISP
 ____ ______ ____  _ _________ ______  _ _________ ______  _ _________ _____  _ _________ ______

 0000    187       | 14:59.958 100.0%  |  8:08.826  54.3%  |  6:46.144 45.1%  |  6:49.136  45.5%
 0001    187       | 14:59.958 100.0%  |  8:29.915  56.7%  |  6:18.582 42.1%  |  6:20.414  42.3%
 0002    187       | 14:59.958 100.0%  | 13:26.689  89.6%  |  1:28.331  9.8%  |  1:28.569   9.8%
 0003    187       | 14:59.958 100.0%  | 14:11.978  94.7%  |  0:43.805  4.9%  |  0:43.933   4.9%
 0004    187       | 14:59.958 100.0%  | 14:28.398  96.5%  |  0:28.193  3.1%  |  0:28.296   3.1%
 0005    187       | 14:59.958 100.0%  | 14:38.226  97.6%  |  0:20.609  2.3%  |  0:20.682   2.3%
 0006    187       | 14:59.958 100.0%  | 14:59.933 100.0%  |  0:00.024  0.0%  |  0:00.025   0.0%
 0007    187       | 14:59.958 100.0%  | 14:59.933 100.0%  |  0:00.024  0.0%  |  0:00.024   0.0%
 TOTAL                         100.0%               86.2%              13.4%               13.5%




 RUN DATE: 07/02/20       SMF 70 - PROCESSOR PERCENT TIME ONLINE REPORT                PAGE    6

 PARTITION INFO
 ==============
 SYSTEM: TN01
 PARTITION (NUM-NAME):   8 - ZU802IDO
 PROCESSOR FAMILY AND MODEL: 2817 611   SERIAL 083F96
 PROCESSOR CAPACITY:   843 (MSU'S)
 LPAR CLUSTER: EPLEX1   SYSTEM NAME: TE02
 LPAR DEFINED CAPACITY LIMIT:     0 (MSU'S)
 STORAGE:  28,672 MB
 PROCESSORS:   54

 LOGICAL PROCESSOR INFO (FOR ACTIVE PROCESSORS)
 FOR 14:59.957 MINUTE INTERVAL ENDING 10/25/12 AT 14:14:00.04

 LOGL                                                         EFFECT.   PCT       PROC     PCT
 PROC WEIGHT CPU      ONLINE    PCT        WAIT     PCT      DISPATCH   EFF       DISP     PROC
 ADDR FACTOR NAME      TIME    ONLINE      TIME     WAIT       TIME    DISP       TIME     DISP
 ____ ______ ____  _ _________ ______  _ _________ ______  _ _________ _____  _ _________ ______

 0000    237       | 14:59.958 100.0%  |  5:05.128  33.9%  |  9:49.597 65.5%  |  9:53.196  65.9%
 0001    237       | 14:59.958 100.0%  |  6:36.685  44.1%  |  8:18.401 55.4%  |  8:22.515  55.8%
 0002    237       | 14:59.958 100.0%  |  7:20.588  49.0%  |  7:14.363 48.3%  |  7:16.668  48.5%
 0003    237       | 14:59.958 100.0%  | 12:17.482  82.0%  |  2:26.713 16.3%  |  2:27.339  16.4%
 0004    237       | 14:59.958 100.0%  | 13:03.208  87.0%  |  1:43.876 11.5%  |  1:44.341  11.6%
 0005    237       | 14:59.958 100.0%  | 13:27.262  89.7%  |  1:20.421  8.9%  |  1:20.784   9.0%
 0006    237       | 14:59.958 100.0%  | 13:15.322  88.4%  |  1:32.095 10.2%  |  1:32.459  10.3%
 0007    237       | 14:59.958 100.0%  | 13:33.702  90.4%  |  1:16.500  8.5%  |  1:16.762   8.5%
 TOTAL                         100.0%               70.6%              28.1%               28.3%




 RUN DATE: 07/02/20       SMF 70 - PROCESSOR PERCENT TIME ONLINE REPORT                PAGE    7

 PARTITION INFO
 ==============
 SYSTEM: TN01
 PARTITION (NUM-NAME):   9 - ZU807IMO
 PROCESSOR FAMILY AND MODEL: 2817 611   SERIAL 083F96
 PROCESSOR CAPACITY:   843 (MSU'S)
 LPAR CLUSTER: NPLEX1   SYSTEM NAME: TN0K
 LPAR DEFINED CAPACITY LIMIT:     0 (MSU'S)
 STORAGE:   4,096 MB
 PROCESSORS:   54

 LOGICAL PROCESSOR INFO (FOR ACTIVE PROCESSORS)
 FOR 14:59.957 MINUTE INTERVAL ENDING 10/25/12 AT 14:14:00.04

 LOGL                                                         EFFECT.   PCT       PROC     PCT
 PROC WEIGHT CPU      ONLINE    PCT        WAIT     PCT      DISPATCH   EFF       DISP     PROC
 ADDR FACTOR NAME      TIME    ONLINE      TIME     WAIT       TIME    DISP       TIME     DISP
 ____ ______ ____  _ _________ ______  _ _________ ______  _ _________ _____  _ _________ ______

 0000     70       | 14:59.958 100.0%  | 14:46.336  98.5%  |  0:12.841  1.4%  |  0:13.202   1.5%
 0001     70       | 14:59.958 100.0%  | 14:47.713  98.6%  |  0:11.682  1.3%  |  0:11.992   1.3%
 0002     70       | 14:59.958 100.0%  | 14:49.414  98.8%  |  0:10.057  1.1%  |  0:10.347   1.2%
 0003     70       | 14:59.958 100.0%  | 14:49.201  98.8%  |  0:10.186  1.1%  |  0:10.483   1.2%
 TOTAL                         100.0%               98.7%               1.2%                1.3%
 
...

See other sample SMF reports.