








	*SMF Tools*

SMF Type 72 Record (Subtype 3) - z/OS 1.11

This table shows the record layout for type 72 SMF records
(RMF Workload Activity and Storage Data - z/OS 1.11).

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

Purpose: Record type 72 has several subtypes.

Subtype 3 — Workload Activity is written for each service or report class defined in the active service policy. It includes the goals and the actual measured values for this class. Records have the following sections:

Workload control section Identifies the policy, workload and service/report class name and contains workload data.
Service class served data section Contains information about the service classes being served.
Resource group data section Contains information about the resource group to which the service class belongs.
Service/Report class period data section Contains goals and actual measured values for each service and report class period. In addition, there are pointers to the corresponding response time distribution data section and work/resource manager state section.
Response time distribution data section Contains the response time distribution map and count tables for each service class period with a response time goal.
Work/resource manager state section Contains the subsystem work manager delay array with two entries for each subsystem.

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SMF Type 72 Record -- RMF Workload Activity and Storage Data - z/OS 1.11
Offset (Dec.)	Offset (Hex)	Name	Length	Format	Description
0	0	SMF72LEN	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	SMF72SEG	2	binary	Segment descriptor (see record length field).
4	4	SMF72FLG	1	binary	System indicator: Bit Meaning When Set 0 New SMF record format 1 Subtypes used 2 Reserved 3-6 Version indicators 7 System is running in PR/SM mode
5	5	SMF72RTY	1	binary	Record type 72(X'48').
6	6	SMF72TME	4	binary	Time since midnight, in hundredths of a second, that the record was moved into the SMF buffer.
10	A	SMF72DTE	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	SMF72SID	4	EBCDIC	System identification (from the SMFPRMxx SID parameter).
18	12	SMF72SSI	4	EBCDIC	Subsystem identification (‘RMF’).
22	16	SMF72STY	2	binary	Record subtype.
24	18	SMF72TRN	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	SMF72PRS	4	binary	Offset to RMF product section from RDW.
32	20	SMF72PRL	2	binary	Length of RMF product section.
34	22	SMF72PRN	2	binary	Number of RMF product sections.
Individual header extension for subtype 3:
36	24	SMF72WMS	4	binary	Offset to workload manager control section.
40	28	SMF72WML	2	binary	Length of workload manager control section.
42	2A	SMF72WMN	2	binary	Number of workload manager control sections.
44	2C	SMF72SSS	4	binary	Offset to service class served data section.
48	30	SMF72SSL	2	binary	Length of service class served data section.
50	32	SMF72SSN	2	binary	Number of service class served data sections.
52	34	SMF72RGS	4	binary	Offset to resource group data section.
56	38	SMF72RGL	2	binary	Length of resource group data section.
58	3A	SMF72RGN	2	binary	Number of resource group data sections.
60	3C	SMF72SCS	4	binary	Offset to service/report class period data section.
64	40	SMF72SCL	2	binary	Length of service/report class period data section.
66	42	SMF72SCN	2	binary	Number of service/report class period data sections.
68	44	SMF72RTS	4	binary	Offset to response time distribution data section.
72	48	SMF72RTL	2	binary	Length of response time distribution data section.
74	4A	SMF72RTN	2	binary	Number of response time distribution data sections.
76	4C	SMF72WRS	4	binary	Offset to work/resource manager state section.
80	50	SMF72WRL	2	binary	Length of work/resource manager state section.
82	52	SMF72WRN	2	binary	Number of work/resource manager state sections.
84	54	SMF72DNS	4	binary	Offset to resource delay type names sections.
88	58	SMF72DNL	2	binary	Length of resource delay type names sections.
90	5A	SMF72DNN	2	binary	Number of resource delay type names sections.
Individual header extension for subtype 4:
36	24	SMF72CPS	4	binary	Offset to service class period data section.
40	28	SMF72CPL	2	binary	Length of service class period data section.
42	2A	SMF72CPN	2	binary	Number of service class period data sections.
44	2C	SMF72SPS	4	binary	Offset to swap reason data section.
48	30	SMF72SPL	2	binary	Length of swap reason data section.
50	32	SMF72SPN	2	binary	Number of swap reason data sections
RMF Product Section(Offset from beginning of record: SMF72PRS)
0	0	SMF72MFV	2	packed	RMF version number.
2	2	SMF72PRD	8	EBCDIC	Product name (‘RMF’).
10	A	SMF72IST	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	SMF72DAT	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	SMF72INT	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	SMF72SAM	4	binary	Number of RMF samples.
28	1C	--	2	binary	Reserved.
30	1E	SMF72FLA	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	SMF72CYC	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	SMF72MVS	8	EBCDIC	MVS software level (consists of an acronym and the version, release, and modification level - ZVvvrrmm).
48	30	SMF72IML	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	SMF72PTN	1	binary	PR/SM partition number of the partition that wrote this record.
51	33	SMF72SRL	1	binary	SMF record level change number (X’56’ for z/OS V1R11 RMF). This field enables processing of SMF record level changes in an existing release.
52	34	SMF72IET	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	SMF72LGO	8	binary	Offset GMT to local time (STCK format).
68	44	SMF72RAO	4	binary	Offset to reassembly area relative to start of RMF product section.
72	48	SMF72RAL	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.
72	4A	SMF72RAN	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 (SMF72RAO) and length (SMF72RAL) are only valid if SMF72RAN = 1. A reassembly area is only present in broken records.
76	4C	SMF72OIL	2	binary	Original interval length as defined in the session or by SMF (in seconds).
78	4E	SMF72SYN	2	binary	SYNC value in seconds.
80	50	SMF72GIE	8	binary	Projected gathering interval end (STCK format) GMT time.
88	58	SMF72XNM	8	EBCDIC	Sysplex name as defined in parmlib member COUPLExx.
96	60	SMF72SNM	8	EBCDIC	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter.
Reassembly Area(Offset from beginning of record: SMF72PRS + SMF72RAO)
0	0	SMF72RBR	2	binary	Total number of broken records built from the original large record.
2	2	SMF72RSQ	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 SMF72RBR.
4	4	SMF72RIO	4	binary	Offset to first reassembly information block relative to start of reassembly area header.
8	8	SMF72RIL	2	binary	Length of reassembly information block.
10	A	SMF72RIN	2	binary	Number of reassembly information blocks (same value as SMF72TRN in header section).
12	C	--	4	binary	Reserved.
Reassembly Area Information Block(Offset from beginning of record: SMF72PRS + SMF72RAO + SMF72RIO)
0	0	SMF72RNN	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	SMF72RPP	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 SMF72RNN 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.
Subtype 3 — Workload Manager Control Section(Offset from beginning of record: SMF72WMS)
0	0	SMF723MSCF	1	binary	Service/Report class flags. Bit Meaning When Set 0 This is a report class 1 Workload activity data not available 2 Policy data not available 3 Execution velocity includes I/O delays 4 Indicator for CPU protection 5 Indicator for storage protection 6 Indicator for dynamic alias tuning 7 Reserved.
1	1	SMF723MFLG	1	binary	Flags. Bit Meaning When Set 0 Indicator for IFA crossover 1 Indicator for IFA honour priority 2-7 Reserved.
2	2	--	2	binary	Reserved.
4	4	SMF723MNSP	8	EBCDIC	Policy name.
12	C	SMF723MDSP	32	EBCDIC	Policy description.
44	2C	SMF723MTPA	8	binary	Local time/date of policy activation (STCK format).
52	34	SMF723MCPU	4	binary	CPU service coefficient * 10,000
56	38	SMF723MIOC	4	binary	I/O service coefficient * 10,000
60	3C	SMF723MMSO	4	binary	Storage service coefficient * 10,000
64	40	SMF723MSRB	4	binary	SRB service coefficient * 10,000
68	44	SMF723MTVL	4	binary	WLM sample interval (in milliseconds).
72	48	SMF723MTV	4	binary	Number of times when WLM sampling code ran.
76	4C	SMF723MOPT	2	EBCDIC	Suffix of the IEAOPTxx parmlib member.
78	4E	--	2	binary	Reserved.
80	50	SMF723MWNM	8	EBCDIC	Workload name.
88	58	SMF723MWDE	32	EBCDIC	Workload description.
120	78	SMF723MCNM	8	EBCDIC	Service/Report class name.
128	80	SMF723MCDE	32	EBCDIC	Service/Report class description.
160	A0	SMF723MCPG	2	binary	Number of periods belonging to this service or report class.
162	A2	SMF723MSUB	1	binary	Number of entries in the work/resource manager state section belonging to a subsystem.
163	A3	--	3	binary	Reserved.
166	A6	SMF723MERF	6	EBCDIC	Enqueue residency CPU service factor.
172	AC	SMF723MADJ	4	binary	Adjustment factor for CPU rate.
176	B0	SMF723MIDN	8	EBCDIC	Service definition name.
184	B8	SMF723MIDD	32	EBCDIC	Service definition description.
216	D8	SMF723MTDI	8	binary	Local time/date the service definition was installed (STCK format).
224	E0	SMF723MIDU	8	EBCDIC	Userid that installed the service definition.
232	E8	SMF723CLSC	8	EBCDIC	Service class that last contributed to this report class. Blank if this is a service class.
240	F0	SMF723NFFI	4	binary	Normalization factor for zAAP. Multiply zAAP service times or service units with this value and divide by 256 to calculate the CP equivalent value.
244	F4	SMF723NFFS	4	binary	Normalization factor for zIIP. Multiply zIIP service units with this value and divide by 256 to calculate the CP equivalent value.
Subtype 3 — Service Class Served Data Section(Offset from beginning of record: SMF72SSS)
0	0	SMF723SCSN	8	EBCDIC	Name of service class being served (by one or more address spaces in service class SMF723MCNM).
8	8	SMF723SCS	4	binary	Number of times an address space running in service class SMF723MCNM was observed serving the served service class SMF723SCSN.
Subtype 3 — Resource Group Data Section(Offset from beginning of record: SMF72RGS)
0	0	SMF723GGNM	8	EBCDIC	Resource group name.
8	8	SMF723GGDE	32	EBCDIC	Resource group description.
40	28	SMF723GGLT	1	binary	Resource group flags. Bit Meaning When Set 0 Maximum capacity was specified 1 Minimum capacity was specified 2-7 Reserved.
41	29	--	3	binary	Reserved.
44	2C	SMF723GGMN	4	binary	If SMF723GMNS = ON, minimum sysplex capacity strived for in unweighted TCB+SRB service units per seconds, otherwise 0.
48	30	SMF723GGMX	4	binary	If SMF723GMXS = ON, maximum sysplex capacity allowed in unweighted TCB+SRB service units per seconds, otherwise 0.
Subtype 3 — Service/Report Class Period Data Section There is one section per service or report class period.(Offset from beginning of record: SMF72SCS)
0	0	SMF723CRTX	2	binary	Index into the response time distribution count table in the response time distribution data section. These buckets exist only for periods with a response time goal. Example: If the service class has six service class periods, and the periods 1, 3, and 5 have a response time goal, then this index has the following values: Period = Index into Response Time Distribution Count Table 1 = 1 2 = 0 3 = 2 4 = 0 5 = 3 6 = 0
2	2	SMF723CWMX	2	binary	Index into the work/resource manager states area.
4	4	SMF723CWMN	2	binary	Number of entries in the work/resource manager states area associated with this period (SMF723CWMX points to the first entry).
6	6	SMF723CRS1	1	binary	Report class period flags. Bit Meaning When Setm 0 This report class period is heterogeneous. 1-7 Reserved.
7	7	SMF723CADF	1	binary	Data flags - they indicate the availability of actual measured data in one of the subsections being a part of this section. Bit Meaning When Set 0 Resource consumption data available 1 Response time data available 2 General execution delay data available 3-7 Reserved.
Goals: For a report class period, these are the goals of the service class period that last contributed to this report class period. For a homogeneous report class period, this goal has to be used to format the response time distribution.
8	8	SMF723CPER	1	binary	Service or report class period number.
9	9	SMF723CRTF	1	binary	Response time flags (indicates units for SMF723CVAL). Bit Meaning When Set 0 Response time specified in milliseconds. 1 Response time specified in seconds. 2 Response time specified in minutes. 3 Response time specified in hours. 4-7 Reserved.
10	A	SMF723CRGF	1	binary	Response time goal flags. Bit Meaning When Set 0 Percentile response time goal. 1 Average response time goal. 2 Execution velocity goal. 3 Discretionary goal. 4 System specified goal. 5-7 Reserved.
11	B	--	1	binary	Reserved.
12	C	SMF723CVAL	4	binary	Response time or execution velocity goal - or zero if discretionary or system goal. Units are defined in SMF723CRTF.
16	10	SMF723CPCT	2	binary	Goal percentile value (in percentage).
18	12	SMF723CIMP	2	binary	Importance of the goal to be achieved for this period (1=highest, 5=lowest). The value is zero for a discretionary or system goal.
20	14	SMF723CDUR	4	binary	Period duration in weighted service units, or zero for the last period.
Resource Consumption Data - Actual measured values: All service units are weighted by the coefficients in the active service policy.
24	18	SMF723CSRV	8	floating	Total service units.
32	20	SMF723CCPU	8	floating	Total TCB service units.
40	28	SMF723CIOC	8	floating	Total IOC service units.
48	30	SMF723CMSO	8	floating	Total central storage service units.
56	38	SMF723CSRB	8	floating	Total SRB service units.
64	40	SMF723CPIR	8	floating	Total page-in count.
72	48	SMF723CHPI	8	floating	Total hiperspace page-in count. This value includes only those hiperspace pages that were moved by the Real Storage Manager and not by the MVPG instruction.
80	50	SMF723CBPI	8	floating	Total block page-in from auxiliary count.
88	58	SMF723CPIE	8	floating	Total page-in from expanded count.
96	60	SMF723CBPE	8	floating	Total block page-in from expanded count.
104	68	SMF723CBKA	8	floating	Total auxiliary blocks paged in.
112	70	SMF723CBKE	8	floating	Total expanded blocks paged in.
120	78	SMF723CPRS	8	floating	Total page residency time (1024-microsecond units).
128	80	SMF723CERS	8	floating	Total expanded page residency time (1024-microsecond units).
136	88	SMF723CTRR	8	floating	Total in storage residency time (1024-microsecond units).
144	90	SMF723CTAT	8	floating	Total transaction active time (1024-microsecond units).
152	98	SMF723CRCT	8	floating	Total RCT time (microseconds).
160	A0	SMF723CIIT	8	floating	Total I/O interrupt time (microseconds).
168	A8	SMF723CHST	8	floating	Total hiperspace service time (microseconds).
176	B0	SMF723CSWC	4	binary	Total swap count.
180	B4	SMF723CCRM	4	binary	Total hiperspace ESO read miss count.
Response Time Data - Actual measured values:
184	B8	SMF723CRCP	4	binary	Count of transaction completions for this period. This field includes transaction completions reported by subsystem work managers via the IWMRPT service.
188	BC	SMF723CARC	4	binary	Count of transactions that completed abnormally as reported by subsystem work manager. This value is not part of SMF723CRCP and should not be used for response time calculations.
192	C0	SMF723CNCP	4	binary	Count of transactions that completed their execution phase as reported by subsystem work managers via the IWMNTFY service.
196	C4	SMF723CANC	4	binary	Count of transactions that completed their execution phase abnormally as reported by subsystem work Manager. This value is not part of SMF723CNCP and should not be used for execution response time calculations.
200	C8	SMF723CTET	8	floating	Total transaction elapsed time (1024-microsecond units).
208	D0	SMF723CXET	8	floating	Total transaction execution time (1024-microsecond units).
216	D8	SMF723CETS	8	floating	Sum of transaction elapsed times squared (1024-microsecond units).
General Execution Delay Data - Actual measured values:
224	E0	SMF723CCUS	4	binary	CPU using samples. These are included in SMF723CTOU.
228	E4	SMF723CTOT	4	binary	Total general execution delay samples used in WLM’s execution velocity calculation. For the velocity formula, see z/OS MVS Planning: Workload Management.
The following categories of samples represent general execution delays that are included in SMF723CTOT. Each counter was incremented by one every time the WLM sampler found the appropriate condition.
232	E8	SMF723CCDE	4	binary	CPU delay. A TCB or SRB is waiting to be dispatched or a TCB is waiting for local lock.
236	EC	SMF723CCCA	4	binary	CPU capping delay. A TCB or SRB is marked non-dispatchable because a resource group maximum is being enforced. Note that SMF723CCCA is NOT a subset of SMF723CCDE.
240	F0	SMF723CSWI	4	binary	Swap-in delay. Swap-in has started, but not completed.
244	F4	SMF723CMPL	4	binary	MPL delay. Ready but swap-in has not started.
248	F8	SMF723CAPR	4	binary	Auxiliary page from private.
252	FC	SMF723CACO	4	binary	Auxiliary page from common.
256	100	SMF723CAXM	4	binary	Auxiliary page from cross memory.
260	104	SMF723CVIO	4	binary	Auxiliary page from VIO.
264	108	SMF723CHSP	4	binary	Auxiliary page from standard hiperspaces.
268	10C	SMF723CCHS	4	binary	Auxiliary page from ESO hiperspaces.
The following categories of samples are not included in SMF723CTOT:
272	110	SMF723CUNK	4	binary	Unknown. Address space or enclave is waiting, but none of the above general execution delays apply.
276	114	SMF723CIDL	4	binary	Idle. Address space or enclave is in STIMER wait, TSO terminal wait, APPC wait, or an initiator waiting for work.
280	118	SMF723CPDE	4	binary	Resource group capping count. Group maximum is being enforced for work in this class.
284	11C	SMF723CPQU	4	binary	Quiesce count. Some work in this service class has been reset via the RESET xxx, QUIESCE command.
Additional General Execution Delay Data - Actuals:
288	120	SMF723CSAC	4	binary	Sampled address space count. Number of address spaces that contributed delay and using samples to this class.
292	124	SMF723CSRS	8	floating	Total shared page residency time in 1024-microsecond units.
The following categories of samples represent general execution delays that are included in SMF723CTOT. Each counter was incremented by one every time the WLM sampler found the appropriate condition.
300	12C	SMF723CSPA	8	floating	Total shared page-ins from auxiliary storage.
308	134	SMF723CSPE	8	floating	Total shared page-ins from expanded storage.
Additional Resource Consumption Data:
316	13C	SMF723CICT	8	floating	Total non-paging DASD connect time in 128-microsecond units.
324	144	SMF723CIWT	8	floating	Total non-paging DASD wait time (queue time + pending time) in 128-microsecond units.
332	14C	SMF723CIDT	8	floating	Total non-paging DASD disconnect time in 128-microsecond units. This does not include IOS queue time.
340	154	SMF723CIRC	4	binary	Total non-paging DASD I/O start subchannel count. This can be used with the above fields (SMF723CICT, SMF723CIWT, and SMF723CIDT) to determine the average DASD response time for the period. Additional General Execution Delay Data – Actuals:
344	158	SMF723CTOU	4	binary	Total using samples. For the velocity formula, see z/OS MVS Planning: Workload Management.
348	15C	SMF723CIOU	4	binary	DASD using samples. Only non-paging DASD I/O can contribute to I/O using samples.
The following categories of samples represent general execution delays. Each counter was incremented by one every time the WLM sampler found the appropriate condition.
352	160	SMF723CIOD	4	binary	DASD delay samples.
356	164	SMF723CQ	4	binary	Queue delay samples, work is waiting for a server.
360	168	SMF723CSPV	4	binary	Server private area paging delay samples.
364	16C	SMF723CSVI	4	binary	Server space VIO paging delay samples.
368	170	SMF723CSHS	4	binary	Server hiperspace paging delay samples.
372	174	SMF723CSMP	4	binary	Server MPL delay samples.
376	178	SMF723CSSW	4	binary	Server swap-in delay samples.
Non-DASD I/O Using or Delay Samples:
380	17C	SMF723CNDI	4	binary	Non-DASD I/O using or delay samples.
384	180	SMF723CTDQ	4	binary	Total delay samples always including batch queue delay. For service classes that contain batch jobs that were not run in WLM managed initiators the batch queue delay samples are derived from the measured batch queue delay time. For service classes that contain jobs that ran in WLM managed initiators this value is the same as RCEATOTD. RCAETOTDQ can be used as a migration aid to determine what a batch service class period’s velocity will be if its jobs are run in WLM managed initiators.
388	184	SMF723CTSA	8	floating	Total execution samples. It is the sum of RCAETOTU, RCAETOTD, RCAEUNKN, RCAEIDLE.
396	18C	SMF723CIOT	8	floating	Total DASD IOS queue time in 128-microsecond units.
404	194	SMF723CQDT	8	floating	Total queue delay time in 1024-microsecond units. For batch jobs, this is the time jobs spent on the job queue while eligible to run on some system. It represents the time the jobs spent waiting for an initiator. For TSO users, this time can be a portion of the LOGON process. For APPC, this is the time an APPC request spent on an APPC queue.
The following three values only apply to batch jobs, they are zero for other work types:
412	19C	SMF723CADT	8	floating	Total time (in 1024-microsecond units) batch jobs were ineligible to run because a resource that the job had affinity to was unavailable.
420	1A4	SMF723CCVT	8	floating	Total time (in 1024-microsecond units) batch jobs spent in JCL conversion.
428	1AC	SMF723CIQT	8	floating	Total time (in 1024-microsecond units) batch jobs spent on job queue (after JCL conversion) while ineligible to run on any system for reasons other than resource affinities.
436	1B4	SMF723CIEA	8	floating	Independent enclave total transaction active time (in 1024-microsecond units) for enclaves that originated on this system.
444	1BC	SMF723CXEA	8	floating	Exported enclave total transaction active time (in 1024-microsecond units).
452	1C4	SMF723CFEA	8	floating	Foreign enclave total transaction active time (in 1024-microsecond units).
Crypto Using and Delay Samples:<.b>
460	1CC	SMF723CAMU	4	binary	CAM crypto using samples: a TCB was found executing on a cryptographic asynchronous message processor.
464	1D0	SMF723CAMD	4	binary	CAM crypto delay samples: a TCB was found waiting for a cryptographic asynchronous message processor.
468	1D4	SMF723APU	4	binary	AP crypto using samples: a TCB was found executing on a cryptographic assist processor.
472	1D8	SMF723APD	4	binary	AP crypto delay samples: a TCB was found waiting for a cryptographic assist processor.
476	1DC	SMF723FQD	4	binary	Feature queue delay samples: a TCB was found waiting on a processor feature queue associated with a CPU. This is a subset of SMF723CCDE. Note: SMF723CCUS includes feature queue using samples.
Report Class Period Data:
480	1E0	SMF723PLSC	8	EBCDIC	Service class that last contributed to this report class period during this interval. Blank if this is a service class period.
488	1E8	SMF723RCOD	4	binary	Contention delay sample count. One sample is accumulated for each held resource which is reported to WLM by the resource manager via IWMCNTN.
492	1EC	SMF723RCOU	4	binary	Contention using sample count. One sample is accumulated for each resource in use which is reported to WLM by the resource manager via IWMCNTN.
496	1F0	SMF723ECTC	8	floating	CPU time consumed while dispatching priority was temporarily raised by enqueue management because the work held a resource that other work needed (in 1024 microsecond units).
504	1F8	SMF723IFAU	4	binary	zAAP using samples.
508	1FC	SMF723IFCU	4	binary	zAAP on CP using samples. These samples are included in SMF723CCUS.
512	200	SMF723IFAD	4	binary	zAAP delay samples.
516	204	SMF723IFAT	8	floating	zAAP sevice time in microseconds (long floating point format). Multiply with SMF723NFFI and divide by 256 to calculate the equivalent time on a standard CP.
524	20C	SMF723IFCT	8	floating	zAAP service time spent on CPs in microseconds (long floating point format).
532	214	SMF723SUPU	4	binary	zIIP using samples.
536	218	SMF723SUCU	4	binary	zIIP on CP using samples. 540 21C SMF23SUPD 4 binary zIIP delay samples.
544	220	SMF723CSUP	8	floating	Total service units on zIIPs. Multiply with SMF723NFFS and divide by 256 to calculate the CP equivalent value.
552	228	SMF723CSUC	8	floating	Total service units on CPs spent by zIIP eligible work.
560	230	SMF723CIFA	8	floating	Total service units on zAAPs. Multiply with SMF723NFFI and divide by 256 to calculate the CP equivalent value.
568	238	SMF723CIFC	8	floating	Total service units on CPs spent by zAAP eligible work.
576	240	SMF723TPDP	8	floating	CPU time consumed while dispatching priority of work with low importance was temporarily raised to help blocked workloads (in 1024 microsecond units).
584	248	SMF723CPDP	8	floating	CPU time consumed while dispatching priority was temporarily raised by chronic resource contention management because the work held a resource that other work needed (in 1024 microsecond units).
592	250	SMF723LPDP	8	floating	CPU time consumed while dispatching priority was temporarily raised to shorten the lock hold time of a local suspend lock held by the work unit (in 1024 microsecond units). Only valid if HiperDispatch is active.
Subtype 3 — Response Time Distribution Data Section (Array 1) This section defines up to 9 arrays, each one represents 14 response time distribution buckets. Array 1 contains the Response Time Distribution Map: Each map entry defines a maximum percentage of a goal. When used in conjunction with an entry in the response time distribution count table, it shows the number of transactions that completed in a percentage of a goal. The value of 50 means: 50% of the response time goal. (Offset from beginning of record: SMF72RTS)
0	0	SMF723TRDB	4	binary	50 Each map entry defines a maximum percentage of a goal. When used in conjunction with an entry in the response time distribution count table, it shows the number of transactions that completed in a percentage of a goal. The value of 50 means: 50% of the response time goal.
4	4	SMF723TRDB2	4	binary	60 - this value means: 60% of the goal response time.
8	8	SMF723TRDB3	4	binary	70 - this value means: 70% of the goal response time.
12	C	SMF723TRDB4	4	binary	80 - this value means: 80% of the goal response time.
16	10	SMF723TRDB5	4	binary	90 - this value means: 90% of the goal response time.
20	14	SMF723TRDB6	4	binary	100 - this value means: 100% of the goal response time.
24	18	SMF723TRDB7	4	binary	110 - this value means: 110% of the goal response time.
28	1C	SMF723TRDB8	4	binary	120 - this value means: 120% of the goal response time.
32	20	SMF723TRDB9	4	binary	130 - this value means: 130% of the goal response time.
36	24	SMF723TRDB10	4	binary	140 - this value means: 140% of the goal response time.
40	28	SMF723TRDB11	4	binary	150 - this value means: 150% of the goal response time.
44	2C	SMF723TRDB12	4	binary	200 - this value means: 200% of the goal response time.
48	30	SMF723TRDB13	4	binary	400 - this value means: 400% of the goal response time.
52	34	SMF723TRDB14	4	binary	X’FFFFFFFF’ - last entry : >400% of the goal response time.
Subtype 3 — Response Time Distribution Data Section (Arrays 2-n) This section defines up to 9 arrays, each one represents 14 response time distribution buckets. Arrays 2-n contain Response Time Distribution Count Table: These 1 - 8 arrays (max number of periods) contain the counts for an associated period and are addressed by an index from the service/report class period data section (SMF723CRTX). Each entry contains the number of transactions that completed in the time period represented by that entry. (Offset from beginning of record: SMF72RTS + 56)
0	0	SMF723TRDC1	4	binary	Count of completed transactions with: Response time <= 50% of the goal.
4	4	SMF723TRDC2	4	binary	Count of completed transactions with: Response time > 50% of the goal. Response time <= 60% of the goal.
8	8	SMF723TRDC3	4	binary	Count of completed transactions with: Response time > 60% of the goal. Response time <= 70% of the goal.
12	C	SMF723TRDC4	4	binary	Count of completed transactions with: Response time > 70% of the goal. Response time <= 80% of the goal.
16	10	SMF723TRDC5	4	binary	Count of completed transactions with: Response time > 80% of the goal. Response time <= 90% of the goal.
20	14	SMF723TRDC6	4	binary	Count of completed transactions with: Response time > 90% of the goal. Response time <= 100% of the goal.
24	18	SMF723TRDC7	4	binary	Count of completed transactions with: Response time > 100% of the goal. Response time <= 110% of the goal.
28	1C	SMF723TRDC8	4	binary	Count of completed transactions with: Response time > 110% of the goal. Response time <= 120% of the goal.
32	20	SMF723TRDC9	4	binary	Count of completed transactions with: Response time > 120% of the goal. Response time <= 130% of the goal.
36	24	SMF723TRDC10	4	binary	Count of completed transactions with: Response time > 130% of the goal. Response time <= 140% of the goal.
40	28	SMF723TRDC11	4	binary	Count of completed transactions with: Response time > 140% of the goal. Response time <= 150% of the goal.
44	2C	SMF723TRDC12	4	binary	Count of completed transactions with: Response time > 150% of the goal. Response time <= 200% of the goal.
48	30	SMF723TRDC13	4	binary	Count of completed transactions with: Response time > 200% of the goal. Response time <= 400% of the goal.
52	34	SMF723TRDC14	4	binary	Count of completed transactions with: Response time > 400% of the goal.
Subtype 3 — Work Manager/Resource Manager State Section This section defines subsystem work manager delay arrays per service class period. Value SMF723CWMN in the service class period data section gives the number of entries in this section per service class period. Entry in the subsystem work manager delay array. There are always two entries for a subsystem: One for the begin_to_end phase One for the execution phase The begin_to_end entry is always the first one.(Offset from beginning of record: SMF72WRS)
0	0	SMF723RTYP	4	EBCDIC	Subsystem type, as used in the classification rules specified in the WLM administrative application. The subsystem’s documentation should explain the meaning that the product attributes to the various states.
4	4	SMF723RFLG	1	binary	Work/Resource manager flags. Bit Meaning When Set 0 States sampled in the begin_to_end phase of a transaction. 1 States sampled in the execution phase of a transaction. 2-7 Reserved.
5	5	--	3	binary	Reserved.
8	8	SMF723RESS	4	binary	Total number of transaction states sampled in the phase specified by SMF723RFLG.
12	C	SMF723RACT	4	binary	Total number of active state samples. Active indicates that there is a program executing on behalf of the work request, from the perspective of the work manager. This does not mean that the program is active from the base control program’s perspective.
16	10	SMF723RRDY	4	binary	Total number of ready state samples. Ready indicates that there is a program ready to execute on behalf of the work request described by the monitoring environment, but the work manager has given priority to another work request.
20	14	SMF723RIDL	4	binary	Total number of idle state samples. Idle indicates that no work request is available to the work manager that is allowed to run.
24	18	SMF723RWLO	4	binary	Total number of waiting for lock state samples.
28	1C	SMF723RWIO	4	binary	Total number of waiting for I/O state samples. Waiting for I/O indicates that the work manager is waiting for an activity related to an I/O request. This may be an actual I/O operation or some other function associated with the I/O request.
32	20	SMF723RWCO	4	binary	Total number of waiting for conversation state samples. Waiting for conversation may have been used in conjunction with the WLM service IWMMSWCH to identify where the recipient of the conversation is located. In this case, only the switched state will be recorded.
36	24	SMF723RWDS	4	binary	Total number of waiting for distributed request state samples. Waiting for distributed request indicates a high level that some function or data must be routed prior to resumption of the work request. This is to be contrasted with waiting for conversation, which is a low level view of the precise resource that is needed. A distributed request could involve waiting on a conversation as part of its processing.
40	28	SMF723RWSL	4	binary	Total number of waiting for a session to be established locally samples. Waiting for a session to be established locally, i.e. on the current MVS image.
44	2C	SMF723RWSN	4	binary	Total number of waiting for a session to be established somewhere in the network samples.
48	30	SMF723RWSS	4	binary	Total number of waiting for a session to be established somewhere in the sysplex samples.
52	34	SMF723RWTM	4	binary	Total number of waiting for a timer samples.
56	38	SMF723RWO	4	binary	Total number of waiting for another product samples.
60	3C	SMF723RWMS	4	binary	Total number of waiting for unidentified resource samples. Waiting for unidentified resource, possibly among another more specific category, but which may not be readily determined.
64	40	SMF723RSSL	4	binary	Number of states representing transactions for which there are logical continuations on this MVS image. Subsystem work managers might set this state when they function ship a transaction to another component within the same MVS image.
68	44	SMF723RSSS	4	binary	Number of states representing transactions for which there are logical continuations on another MVS image in the sysplex. Subsystem work managers might set this state when they function ship a transaction to another component on another MVS image within the sysplex.
72	48	SMF723RSSN	4	binary	Number of states representing transactions for which there are logical continuations somewhere within the network. Subsystem work managers might set this state when they function ship a transaction to another component within the network.
76	4C	SMF723RWST	4	binary	Total number of waiting for SSL thread samples.
80	50	SMF723RWRT	4	binary	Total number of waiting for regular thread samples.
84	54	SMF723RWWR	4	binary	Total number of waiting for work table registration samples.
88	58	SMF723RAPP	4	binary	Total number of active application state samples.
92	5C	SMF723RWNL	4	binary	Total number of state samples reflecting waiting for new latch.
96	60	SMF723RW01	4	binary	For future use.
100	64	SMF723RW02	4	binary	For future use.
104	68	SMF723RW03	4	binary	Total number of waiting for resource type 3 samples (for future use).
108	6C	SMF723RW04	4	binary	Total number of waiting for resource type 4 samples (for future use).
112	70	SMF723RW05	4	binary	Total number of waiting for resource type 5 samples (for future use).
116	74	SMF723RW06	4	binary	Total number of waiting for resource type 6 samples (for future use).
120	78	SMF723RW07	4	binary	Total number of waiting for resource type 7 samples (for future use).
124	7C	SMF723RW08	4	binary	Total number of waiting for resource type 8 samples (for future use).
128	80	SMF723RW09	4	binary	Total number of waiting for resource type 9 samples (for future use).
132	84	SMF723RW10	4	binary	Total number of waiting for resource type 10 samples (for future use).
136	88	SMF723RW11	4	binary	Total number of waiting for resource type 11 samples (for future use).
140	8C	SMF723RW12	4	binary	Total number of waiting for resource type 12 samples (for future use).
144	90	SMF723RW13	4	binary	Total number of waiting for resource type 13 samples (for future use).
148	94	SMF723RW14	4	binary	Total number of waiting for resource type 14 samples (for future use).
152	98	SMF723RW15	4	binary	Total number of waiting for resource type 15 samples (for future use).
156	9C	SMF723RBPM	4	binary	Number of state samples representing buffer pool misses that resulted in I/O.
160	A0	SMF723RDNX	2	binary	Index into resource delay type names table.
162	A2	SMF723RDNN	2	binary	Number of entries in resource delay type names table.
164	A4	--	8	binary	Reserved.
Subtype 3 — Resource Delay Type Names Section This section defines descriptions for generic resource types. Field SMF723RDNX in the “Work Manager/Resource Manager State Section” is the index into this section and SMF723RDNN is the number of entries for the subsystem. (Offset from beginning of record: SMF72RDNX)
0	0	SMF723DNST	4	EBCDIC	Subsystem type as used in the classification rules specified in the WLM administrative application.
4	4	SMF723DNNU	2	binary	Number of the resource delay type. Values 1 ... 15 are related to SMF723RW01 ... SMF723RW15 respectively.
6	6	SMF723DNDE	16	EBCDIC	Resource delay description.
22	16	--	2	binary	Reserved.

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.

SMF Type 72 Record (Subtype 3) - z/OS 1.11

This table shows the record layout for type 72 SMF records (RMF Workload Activity and Storage Data - z/OS 1.11).

It's easy to report on SMF 72 data!

This table shows the record layout for type 72 SMF records
(RMF Workload Activity and Storage Data - z/OS 1.11).