








	*SMF Tools*

SMF Type 90 Record

This table shows the record layout for type 90 SMF records
(System Status - z/OS 1.13).

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

Purpose: Record type 90 is written during initialization processing and whenever certain operator commands are issued. This variable length record is created for operator tracking and reporting of reliability data. It allows the installation to establish availability statistics.

The following events cause the recording of this record during IPL. (See the Product Section for the individual subtype indicator.)

SET TIME command
HALT EOD command
SET DATE command
SET OPT command
SETSMF command
SET SMF command
SET MPF command
SWITCH SMF command
SET DAE command
SET PFK command
SET PROG command
VARY WLM command
IPL
RESET command

Subtype 2 is written only if the CLOCK parameter is not specified on the SET DATE command. Any SET DATE command that uses the CLOCK parameter produces a subtype 1 record.

Subtype 8 is written only when the operator responds to message IEE956A, the system prompt for information about the IPL.

Subtype 23 is written each time the workload management service definition is installed on the WLM couple data set. A service definition is installed on the WLM couple data set by a function in the WLM ISPF application.

Subtype 24 is written each time a workload management service policy is activated. A service policy can be activated either by the VARY WLM command, or by a function in the WLM ISPF application.

Subtype 29 is written each time a LNKLST set is activated for the LNKLST concatenation, except during LNKLST set activation at IPL through the ACTIVATE statement in PROGxx - SMF is not active this early in IPL. Subtype 29 is written when the SET PROG and SETPROG LNKLST commands are issued after IPL to activate a new LNKLST set.

Subtype 30 is written each time a RESET operator command completes successfully. The record identifies the job that was reset, the operator who initiated the command, and the change that was requested.For an enclave, the record identifies the name of the owner address space, the user and application that initiated the request, and the change that was requested.

Subtype 31 is written each time a module has been added to or deleted from LPA after IPL through the SETPROG LPA command, the LPA statement of the PROGxx parmlib member via the SET PROG=xx command, or the CSVDYLPA macro.

Subtype 32 is written each time there is a successful policy change.

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SMF Type 90 Record -- System Status - z/OS 1.13
Offset (Dec.)	Offset (Hex)	Name	Length	Format	Description
0	0	SMF90LEN	2	binary	Record length. This field and the next field (total of four bytes) form the RDW (record descriptor word).
2	2	SMF90SEG	2	binary	Segment descriptor (see record length field).
4	4	SMF90FLG	1	binary	System indicator: Bit Meaning When Set 0-2 Reserved. 3-6 Version indicators 7 Reserved.
5	5	SMF90RTY	1	binary	Record type 90 (X'5A').
6	6	SMF90TME	4	binary	Time since midnight, in hundredths of a second, that the record was moved into the SMF buffer.
10	A	SMF90DTE	4	packed	Date when the record was moved into the SMF buffer, in the form 0cyydddF.
14	E	SMF90SID	4	EBCDIC	System identification (from the SID parameter).
18	12	--	2	binary	Reserved.
20	14	SMF90POF	4	binary	Offset to product section from start of record, including the record descriptor word (RDW).
24	18	SMF90PLN	2	binary	Length of the product section.
26	1A	SMF90PON	2	binary	Number of product sections.
28	1C	SMF90DOF	4	binary	Offset to subtype data section from start of record, including the record descriptor word (RDW).
32	20	SMF90DLN	2	binary	Length of subtype data section.
34	22	SMF90DON	2	binary	Number of subtype data sections.
Product section(Offset from beginning of record: SMF90POF)
0	0	SMF90TID	2	binary	Sub-type identifier. 1 SET TIME 2 SET DATE 3 SETDMN 4 Reserved. 5 SET SMF 6 SWITCH SMF 7 HALT EOD 8 IPL PROMPT 9 IPL SMF 10 IPL SRM 11 SET OPT 12 Reserved. 13 SETSMF 14 SET MPF 15 SET SMF (to restart SMF) 16 SET DAE 17 SET PFK 18 SET GRSRNL 19 SET APPC 20 SET ASCH 21 SET SCH 22 SET CNGRP 23 IPL WLM 24 VARY WLM 25 MODIFY WLM 26 IPL LOGREC 27 SETXCF START (to enable automatic restart management) 28 SETXCF STOP (to disable automatic restart management) 29 SET PROG (for LNKLST set activation) 30 RESET 31 SET PROG (for LPALST activation) 32 WLM policy change
2	2	SMF90RVN	2	EBCDIC	Record version number.
4	4	SMF90PNM	8	EBCDIC	Product name — SMF, SRM, SUP, etc.
Subtypes 1 or 2 SET TIME Section or SET DATE Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90OTM	4	binary	Time before the SET command was issued, in the form hhmmssth, where hh is hours, mm is minutes, ss is seconds, and th is hundredths of a second.
4	4	SMF90ODT	4	packed	Date before the SET command was issued, in the form 0cyydddF.
8	8	SMF90NTM	4	binary	Time after the SET command was issued, in the form hhmmssth, where hh is hours, mm is minutes, ss is seconds, and th is hundredths of a second.
12	C	SMF90NDT	4	packed	Date after the SET command was issued, in the form 0cyydddF.
Subtypes 5, 9, 13, and 15 only Self-Defining Section:(Offset from beginning of record: SMF90DOF)
0	0	SMF90OSM	4	binary	Offset to IPL SMF or SET SMF section from start of record, including the record descriptor word (RDW).
4	4	SMF90LSM	2	binary	Length of IPL SMF or SET SMF section.
6	6	SMF90NSM	2	binary	Number of IPL SMF or SET SMF sections.
8	8	SMF90ODA	4	binary	Offset to data set section from the start of record, including the record descriptor word (RDW).
12	C	SMF90LDA	2	binary	Length of the data set section.
14	E	SMF90NDA	2	binary	Number of data set sections. For subtype 9 records, this field will be zero at IPL time, and will be filled in once the MANx data sets are established and known to SMF.
16	10	SMF90OWK	4	binary	Offset to subsystem section from the start of the record, including the record descriptor word (RDW).
20	14	SMF90LWK	2	binary	Length of subsystem section.
22	16	SMF90NWK	2	binary	Number of subsystem sections.
24	18	SMF90OOT	4	binary	Offset to subsystem parameter segment.
28	1C	SMF90LOT	2	binary	Length of subsystem parameter segment.
30	1E	SMF90NOT	2	binary	Number of subsystem parameter segments.
Subtypes 5, 9, 13, and 15 only. IPL SMF/SET SMF/SETSMF Section(Offset from beginning of record: SMF90ODA)
0	0	SMF90MAX	4	EBCDIC	Current value for MAXDORM, in the form mmss.
4	4	SMF90STA	6	EBCDIC	Current value for STATUS, in the form hhmmss.
10	A	SMF90JWT	4	EBCDIC	Current value for JWT, in the form hhmm.
14	E	SMF90SYI	4	EBCDIC	System identification.
18	12	SMF90BUF	1	Reserved.	(previously the minimum number of buffers)
19	13	SMF90BUM	1	Reserved.	(previously the minimum number of buffers)
20	14	SMF90SWT	1	binary	SMF Options Bit Meaning When Set 0 PROMPT(ALL) 1 PROMPT(LIST) 2 PROMPT(IPLR) 3 NOPROMPT 4 REC(PERM) 5 REC(ALL) 6 LISTDSN 7 NOLISTDSN.
21	15	SMF90SW2	1	binary	SMF Options Bit Meaning When Set 0 NOBUFFS(MSG) 1 NOBUFFS(HALT) 2 LASTDS(MSG) 3 LASTDS(HALT) 4-7 Reserved.
22	16	SMF90SBU	1	binary	SMF Options Bit Meaning When Set 0 {Default} 1 SID(xxxx) 2 SID(xxxx,ser#[,ser#]...) 3 SID(xxxx,SYSNAME(sysname)) 4 Reserved. 5 SID(xxxx,COMBIN(ser#[,ser#]...)) 6-7 Reserved.
23	17	SMF90RV7	1	--	Reserved.
24	18	SMF90REL	4	EBCDIC	Operating system release number.
28	1C	SMF90IIT	4	binary	Time since midnight, in hundredths of seconds, of IPL.
32	20	SMF90IDT	4	packed	Date of IPL, in the form 0cyydddF. See “Standard SMF record header” on page 152 for a detailed description.
36	24	SMF90BFM	5	EBCDIC	BUFSIZMAX value (ddddu).
41	29	SMF90BFL	2	EBCDIC	BUFUSEWARN value (dd).
43	2B	SMF90RV8	5	EBCDIC	Reserved.
Subtypes 5, 9, 13, and 15 only. SMF Data Set Section There is a data set section for every SMF recording data set. The first data set is the active data set at IPL or SET SMF time. For subtype 9 records, this section will not be generated at IPL time. It is created once the MANx data sets are established and known to SMF. (Offset from beginning of record: SMF90OSM)
0	0	SMF90DSE	44	structure	SMF data set section
0	0	SMF90DSN	44	EBCDIC	SMF data set name.
Subtypes 5, 9, 13, and 15 only. Subsystem Record Section: There are entries defining sub-options specified for the SYS and each SUBSYS option specified in SMFPRMxx.(Offset from beginning of record: SMF90ODA)
0	0	SMF90WKN	4	EBCDIC	Name of subsystem.
4	4	SMF90DTL	1	binary	DETAIL recording indicator Bit Meaning When Set 0 Detail recording on 1-7 Reserved.
5	5	SMF90RS9	3	--	Reserved.
8	8	SMF90SVL	8	binary	Length of interval, in TOD clock format, between checkpoint SMF records.
16	10	SMF90SYS	32	binary	Bit representation of SMF record types. If the bit is on (1), the record is enabled for recording. If the bit is off (0), the record is not enabled for recording. Bit 0 corresponds to record type 0. Bit 255 corresponds to record type 255.
48	30	SMF90EXN	120	EBCDIC	Names of the active exits for this subsystem. Each sequentially listed exit name is 8-characters long. Up to 15 exits can be specified. If less than 15 exits are specified, the remaining portion of the list is filled with binary zeros.
Subtypes 5, 9, 13, and 15 only. Subsystem Parameter Section: There is an entry for each subsystem for which a subsystem parameter has been specified.(Offset from beginning of record: SMF90OWK)
0	0	SMF90ASN	4	EBCDIC	Subsystem name.
4	4	SMF90APM	60	EBCDIC	Accounting parameter.
Subtypes 6 or 7 Switch SMF/Halt EOD Section(Offset from beginning of record: SMF90OOT)
0	0	SMF90T6	116	structure	Switch SMF/Halt EOD section.
0	0	SMF90SWO	10	EBCDIC	Subtype 6: This field is the old recording data set name. This field will be blank if data is lost through a SWITCH SMF. Subtype 7: This field is blank. Note: If the data set name is greater than 10 characters, this field is blank. See SMF90SOD for the complete data set name.
10	A	SMF90SWN	10	EBCDIC	Subtype 6: This field is the new recording data set name. Subtype 7: This field is blank. Note: If the data set name is greater than 10 characters, this field is blank. See SMF90SND for the complete data set name.
20	14	SMF90IT	4	binary	Time since midnight, in hundredths of seconds, of IPL.
24	18	SMF90ID	4	packed	Date of the IPL, in the form 0cyydddF.
28	1C	SMF90SOD	44	EBCDIC	Subtype 6: This field is the old recording data set name. This field will be blank if data is lost through a SWITCH SMF. Subtype 7: This field is blank.
72	48	SMF90SND	44	EBCDIC	Subtype 6: This field is the new recording data set name. Subtype 7: This field is blank.
Subtype 8 only System IPL Prompt Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90DTM	8	EBCDIC	System down time, in the form hh-mm-ss or ‘u’.
8	8	SMF90RSN	65	EBCDIC	Reason for the IPL or ‘u’.
73	49	SMF90OPR	20	EBCDIC	Operators name or ‘u’.
93	5D	SMF90ITM	4	binary	Time since midnight, in hundredths of seconds, of IPL.
97	61	SMF90DTT	4	packed	Date of the IPL, in the form 0cyydddF
Subtype 10 The fields in the second table appear only if SMF90DLN > 32. IPL SRM Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90IPT	8	binary	Time of IPL.
8	8	SMF90IPS	8	EBCDIC	Reserved.
16	10	SMF90OPT	8	EBCDIC	OPT parmlib member used. IEAOPT-- indicates no OPT.
24	18	SMF90ICS	8	EBCDIC	Reserved.
32	20	SMF90SPN	8	EBCDIC	Active service policy name.
40	28	SMF90SPT	8	binary	Time/date (STCK format) that the active service policy was originally activated.
48	30	SMF90SPU	8	EBCDIC	Userid of the operator or service administrator that activated the service policy.
56	38	SMF90SPS	8	EBCDIC	Name of the system on which the service policy activation was initiated.
64	40	SMF90SDN	8	EBCDIC	Name of the installed service definition at the time the policy was activated.
72	48	SMF90SDT	8	EBCDIC	Time/date (STCK format) that the service definition was installed
80	50	SMF90SDU	8	EBCDIC	Userid of service administrator that installed the service definition.
88	58	SMF90SDS	8	EBCDIC	Name of the system on which the service definition was installed.
Subtype 11 SET OPT Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90TOP	8	binary	Time (in STCK format) of OPT change. STCK format is indicated on the TIME macro.
8	8	SMF90OPO	8	EBCDIC	Old OPT parmlib member. IEAOPTxx indicates no OPT.
16	10	SMF90OPN	8	EBCDIC	New OPT parmlib member.
Subtype 14 SET MPF Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90TMP	8	binary	Time and date of change.
8	8	SMF90MPO	8	EBCDIC	Reserved (was name of old parmlib member).
16	10	SMF90MPN	8	EBCDIC	Reserved (was name of new parmlib member, for color).
24	18	SMF90MPC	8	EBCDIC	Reserved (was name of old parmlib member, for color).
32	20	SMF90MCN	8	EBCDIC	Reserved (was name of new parmlib member, for command).
40	28	SMF90MCO	8	EBCDIC	Reserved (was name of old parmlib member, for command).
48	30	SMF90CMP	4	binary	Count of MPF entries.
52	34	SMF9014D	78	EBCDIC	Array of 2-byte suffixes of specified parmlib members (39 maximum). Offsets Name Length Format Description
Subtype 16 SET DAE Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90DAT	8	binary	Time of date and change.
8	8	SMF90DAO	8	EBCDIC	Name of the old parmlib member.
16	10	SMF90DAN	8	EBCDIC	Name of the new parmlib member.
Subtype 17 SET PFK Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90TPF	8	binary	Time of SET PFK change.
8	8	SMF90PFO	8	EBCDIC	Old PFK parmlib member (written to object).
16	10	SMF90PFN	8	EBCDIC	New PFK parmlib member.
Subtype 18 SET GRSRNL Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90SGT	8	binary	Time that the command was entered.
8	8	SMF90SGS	8	EBCDIC	System that issued the command.
16	10	SMF90SGC	4	binary	Count of suffixes of specified parmlib members. This field contains zeroes if the command was not issued on this system.
20	14	SMF90SGN	78	EBCDIC	Array of two-byte suffixes of specified parmlib members. When SMF90SGC is zero, this array is not valid (and contains zeroes).
Subtype 19 SET APPC Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90APT	8	binary	Time and date that the SET APPC command was issued.
8	8	SMF90APC	4	binary	Number of entries that follow.
12	C	SMF90APN	8	EBCDIC	Name of the new parmlib member used to update the APPC/MVS (Advanced Program-to-Program Communication/MVS) configuration. This subtype is repeated.
Subtype 20 SET ASCH Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90SCT	8	binary	Time and date of the SET ASCH change.
8	8	SMF90SCC	4	binary	Number of entries that follow.
12	C	SMF90SCN	8	EBCDIC	Name of the new parmlib member used to update the APPC/MVS scheduler configuration. This subtype is repeated for each member specified on the command
Subtype 21 SET SCH Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90SHT	8	binary	Time and date of SET SCH change.
8	8	SMF90SHC	4	binary	Number of entries that follow.
12	C	SMF90SHN	8	EBCDIC	Name of the new parmlib member used to update the APPC/MVS scheduler configuration. This subtype is repeated for each member specified on the command.
Subtype 22 SET CNGRP Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90CGT	8	binary	Time and date of SET CNGRP change.
8	8	SMF90CGC	4	binary	Number of entries that follow.
12	C	SMF90CGN	8	EBCDIC	Name of specified CNGRP parmlib member. This field is repeated for each member specified on the command.
Subtype 23 Install Workload Management Service Definition(Offset from beginning of record: SMF90DOF)
0	0	SMF90IDN	8	EBCDIC	Service definition name
8	8	SMF90TDI	8	EBCDIC	Time and date (STCK) of installation
16	10	SMF90IDU	8	EBCDIC	Userid of service level administrator that installed this service definition.
24	18	SMF90IDS	8	EBCDIC	Name of the system from which the service definition was installed.
Subtype 24 Subtype 24 contains the workload management service policy, as mapped by the IWMSVPOL macro. It has a size dependency of 32K. If the policy exceeds 32K, additional subtype 24 records are written. Each subtype contains the header information. You must map the corresponding service policy information as mapped in IWMSVPOL. For a mapping of IWMSVPOL, see z/OS MVS Data Areas. The field SMF9024N contains the number of subtype 24 records that are written to map the service policy. The field SMF9024P contains the length of the subtype 24. Mapping a Single Subtype 24 Record: To map the WLM policy when there is one subtype 24 (SMF9024N = 1), base IWMSVPOL on ADDR(SMF90T24) + LENGTH(SMF9024P). Mapping Multiple Subtype 24 Records: To map the WLM policy when there is more than one subtype 24 written (SMF9024N > 1), use the following procedure: 1. Determine the storage required by multiplying 32K times the number of subtype 24 records. 32K * SMF9024N 2. Obtain a storage block equal to 32K * SMF9024N 3. Read all (SMF9024N) subtype 24 records that have the same unique identifier (SMF9024I). 4. Copy the first subtype 24 record (SMF9024S=1) beginning at SMF9024A for a length of SMF90DLN - LENGTH(SMF9024P) to the start of the obtained storage. 5. Copy the next subtype 24 record (SMF9024S=2) beginning at SMF9024A for a length of SMF90DLN-LENGTH(SMF9024P) to the byte in the obtained storage immediately after the previous record. 6. Repeat the previous step for each additional subtype 24 record. When you have merged all the subtype 24 records, map the resulting data to the IWMSVPOL mapping macro. VARY WLM Command Data Section - Service Policy Header: (Offset from beginning of record: SMF90DOF)
0	0	SMF9024S	4	binary	Sequence number. When the service policy is larger than will fit in 1 subtype 24 record, this field describes the order in which individual records must be combined to view the entire service policy.
4	4	SMF9024N	4	binary	Number of subtype 24 records which must be combined to map the policy. When 1 record is enough, both SMF9024S and SMF9024N will be 1.
8	8	SMF9024I	4	binary	Unique id that is used to ensure all “N” records of 1 policy can be combined without mixing data from 2 rapid VARY policy commands.
12	C	SMF9024A	varies	EBCDIC	The active service policy. This area is mapped by IWMSVPOL.
Subtype 25 MODIFY WLM Command Data Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90MOD	1	bitstring	Reserved. Bit Meaning When Set 0 Reserved. 1 Reserved.
1	1	SMF90MRS	3	binary	Reserved.
4	4	SMF90MTD	8	EBCDIC	Reserved.
12	C	SMF90NSP	8	EBCDIC	Name of the service policy activated by the VARY WLM command.
20	14	SMF90TPA	8	EBCDIC	Time and date (STCK) associated with the initial activation of this service policy.
28	1C	SMF90IPU	8	EBCDIC	Userid of the system operator or service level administrator who activated this service policy. A service policy can be activated by the VARY WLM command, or by an option in the WLM ISPF administrative application.
32	20	SMF90SNA	8	EBCDIC	System name (sysname) from which the service policy was activated.
40	28	SMF9025N	8	EBCDIC	Service definition name from which this service policy was activated.
48	30	SMF9025T	8	EBCDIC	Time and date (STCK) of the installation of this service definition.
56	38	SMF9025U	8	EBCDIC	Userid of the service level administrator who installed the service definition.
64	40	SMF9025S	8	EBCDIC	Name of the system from which the service definition was installed.
72	48	SMF90MOU	8	EBCDIC	Reserved.
Subtype 26 IPL Logrec Data Set Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90LOG	44	EBCDIC	Original logrec data set name or blanks.
44	2C	SMF9026M	10	EBCDIC	Original logrec recording medium: LOGSTREAM DATASET IGNORED
54	36	SMF9026G	26	EBCDIC	Original logrec log stream name or blanks
80	50	SMF9026N	44	EBCDIC	New logrec data set name or blanks
124	7C	SMF9026R	10	EBCDIC	New logrec recording medium: LOGSTREAM DATASET IGNORED
134	86	SMF9026H	26	EBCDIC	New logrec log stream name or blanks
Subtypes 27 and 28 Automatic Restart Management Policy Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90PN7	8	EBCDIC	Name of policy being processed (blank if no policy specified on start, or if no policy is active on stop).
8	8	SMF90PS7	8	EBCDIC	System name from parmlib member IEASYSxx SYSNAME parameter.
Subtype 29 LNKLST Set Activation(Offset from beginning of record: SMF90DOF)
0	0	SMF90T29LNKLSTSEQ	4	binary	Sequence number for the LNKLST set. The sequence number is increased whenever a LNKLST set is activated.
4	4	SMF90T29LNKLSTNAME	16	EBCDIC	Name of the LNKLST set activated.
20	14	SMF90T29TIMESTAMP	8	binary	Time and date (STCK) of the LNKLST set activation.
28	1C	SMF90T29CONSID	4	binary	Console id of the console that issued the command for LNKLST activation.
32	20	SMF90T29UTOKEN	80	binary	User token of the issuer of the command for LNKLST activation.
Subtype 30 RESET Command Complete(Offset from beginning of record: SMF90DOF)
0	0	SMF90T30_ JOBNAME	8	EBCDIC	Name of the job that was reset. This field will be blank in the case of an enclave reset request.
8	8	SMF90T30_ JOBID	8	EBCDIC	JES Job ID of the reset job. This field will be blank if there is no JSAB associated with the job, or in the case of an enclave reset request.
16	10	SMF90T30_ ENTRY_ TIME	4	binary	Program entry time, in hundredths of a second since midnight. For a job, this is the program entry time, or zero if no JSAB is associated with the job. For an enclave, this is the time the enclave was created.
20	14	SMF90T30_ ENTRY_ DATE	4	EBCDIC	Program entry date, in the form 0cyydddF. For a job, this is the program entry date, or zero if no JSAB is associated with the job. For an enclave, this is the date the enclave was created.
24	18	SMF90T30_ OPERATOR	8	EBCDIC	Operator ID that issued the RESET command.
32	20	SMF90T30_ FLAGS	1	bitstring	Indicators, as follows: Bit Meaning When Set 0 QUIESCE operand used 1 RESUME operand used 2 SRVCLASS operand used 3 PGN operand used 4 The enclave service class was reset 5 The enclave was quiesced 6 The enclave was resumed 7 Reserved
33	21	SMF90T30_ FLAGS2	1	bitstring	Additional characteristics, as follows: Bit Meaning When Set 0 Original independent enclave 1–7 Reserved
34	22	SMF90T30_ RSV	2	EBCDIC	Reserved
36	24	SMF90T30_ OLDSRV	8	EBCDIC	Service class name associated with the job or enclave before the RESET was processed. This field is blank if the system was in compatibility mode. The OLD and NEW service classes are the same when the RESET quiesced the address space or enclave.
44	2C	SMF90T30_ NEWSRV	8	EBCDIC	Service class name associated with the job or enclave after the RESET was processed. This field is blank if the system was in compatibility mode. The OLD and NEW service classes are the same when the RESET quiesced the address space or enclave.
52	34	SMF90T30_ OLDPGN	2	binary	Beginning with z/OS V1R3, this field is always zero.
54	36	SMF90T30_ NEWPGN	2	binary	Beginning with z/OS V1R3, this field is always zero.
56	38	SMF90T30_ EnclaveOwner	8	EBCDIC	Name of the address space that owns the enclave. This field is blank in the case of a job reset request.
Subtype 31 Dynamic LPA Management Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90T31ADDORDELETE	1	binary	“0” this record is the result of an ADD to LPA “1” this record is the result of a DELETE from LPA
1	1	--	3	EBCDIC	Reserved
4	4	SMF90T31NUMMODS	2	binary	Number of modules in this record.
6	6	SMF90T31MODOFFSET	2	binary	Offset from SMF90T31 to start of MODENTRIES. The modentries are contiguous in this area, each mapped by DSECT LPMEA within macro CSVLPRET
8	8	SMF90T31NUMMODSREMAINING	4	binary	Number of module entries to be written in subsequent records.
12	C	SMF90T31REQUESTOR	16	EBCDIC	The requestor ID provided via CSVDYLPA.
28	1C	SMF90T31TIMESTAMP	8	EBCDIC	Time value (from STCK) of the activation.
36	24	SMF90T31CONSID	4	binary	Console ID of issuer of the LPA request. The value is -1 if the request was via the CSVDYLPA macro.
40	28	SMF90T31UTOKEN	80	EBCDIC	Security product user token issuer of the LPA request.
Subtype 32 Subtype 32 contains all the workload management scheduling environment information following a successful policy change. It has a maximum size dependency of 32K. If the information exceeds 32K, additional subtype 32 records are written. Each subtype contains the header information. You must map the corresponding scheduling environment information as mapped in IWMSVPSE. For a mapping of IWMSVPSE, see z/OS MVS Data Areas. The field SMF9032N contains the number of subtype 32 records that are written to map the scheduling environment structure. The field SMF9032P contains the length of the subtype 32. Mapping a Single Subtype 32 Record: To map the WLM scheduling environment structure when there is one subtype 32 (SMF9032N = 1), base IWMSVPSE on ADDR(SMF90T32) + LENGTH(SMF9032P). Mapping Multiple Subtype 32 Records: To map the WLM scheduling environment structure when there is more than one subtype 32 written (SMF9032N > 1), use the following procedure: 1. Determine the storage required by multiplying 32K times the number of subtype 32 records. 32K * SMF9032N 2. Obtain a storage block equal to 32K * SMF9032N 3. Read all (SMF9032N) subtype 32 records that have the same unique identifier (SMF9032I). 4. Copy the first subtype 32 record (SMF9032S=1) beginning at SMF9032A for a length of SMF90DLN - LENGTH(SMF9032P) to the start of the obtained storage. 5. Copy the next subtype 32 record (SMF9032S=2) beginning at SMF9032A for a length of SMF90DLN-LENGTH(SMF9032P) to the byte in the obtained storage immediately after the previous record. 6. Repeat the previous step for each additional subtype 32 record. When you have merged all the subtype 32 records, map the resulting data to the IWMSVPSE mapping macro. Scheduling Environment Information (Offset from beginning of record: SMF90DOF)
0	0	SMF9032S	4	binary	Sequence number. When the scheduling environment structure is larger than will fit in 1 subtype 32 record, this field describes the order in which individual records must be combined to view the entire scheduling environment structure.
4	4	SMF9032N	4	binary	Number of subtype 32 records which must be combined to map the scheduling environment structure. When 1 record is enough, both SMF9032S and SMF9032N will be 1.
8	8	SMF9032I	4	binary	Unique id that is used to ensure all “N” records of 1 policy can be combined without mixing data from 2 rapid VARY policy commands.
12	C	SMF9032A	varies	EBCDIC	The active service policy. This area is mapped by IWMSVPSE.
Subtype 33 SET AUTOR Command Section(Offset from beginning of record: SMF90DOF)
0	0	SMF90T33_ Timestamp	8	binary	Time of auto-reply policy change.
8	8	SMF90T33_ #_ Suffixes	4	binary	Count of AUTORxx suffixes used to set the policy.
16	10	SMF90T33_ Suffixes	76	EBCDIC	Array of 2-byte suffixes of specified AUTORxx parmlib members (38 maximum).
Subtype 34 A subtype 34 record is generated when a processor capacity change occurs, triggered by a ENF41 signal, qualified by WLMENF12 along with a change in processor capacity. Processor Capacity Change Section: This record is generated when a processor capacity change occurs. (Offset from beginning of record: SMF90DOF)
0	0	SMF90T34_ Capacity_ Change_ Time	8	binary	Time when the capacity was last changed.
8	8	SMF90T34_ RQSVSUS	4	binary	Current service unit factor (SU factor) from RQSVSUS.
12	C	SMF90T34_ RCTPCPUA_ Actual	4	binary	Physical CPU adjustment factor (for example, adjustment factor for converting CPU time to equivalent service in basic-mode with all processors online). Based on model capacity rating.
16	10	SMF90T34_ RCTPCPUA_ Nominal	4	binary	Physical CPU adjustment factor (for example, adjustment factor for converting CPU time to equivalent service in basic-mode with all processors online). Based on nominal model capacity rating.
20	14	SMF90T34_ RCTPCPUA_ scaling_ factor	4	binary	Scaling factor for RCTPCPUA_actual and RCTPCPUA_nominal.
24	18	SMF90T34_ Capacity_ Adjustment_ Ind	1	binary	When: 0 The indication is not reported. 1-99 Some amount of reduction is indicated. 100 The machine is operating in normal capacity. Primary CPUs and all secondary-type CPUs are similarly affected.
25	19	SMF90T34_ Capacity_ Change_ Reason	1	binary	Indicates the reason that is associated with the present value contained in SMF90T34_Capacity_Adjustment_Ind. The bit values of this field correspond to those described in RMCTZ_Capacity_Adjustment_Indication of the IRARMCTZ mapping macro. (See MVS Data Areas)
26	1A	SMF90T34_ Flags	1	binary	Error flags. Bit Meaning When Set 0 SMF90T34_RQSVSUS_Err Meaning: When on, indicates that an error occurred while collecting the value from RQSVSUS. 1 SMF90T34_Capacity_Data_err When on, indicates that an error occurred while collecting the processor capacity data. 2 SMF90T34_PCD_Rsvd_Exists When on, indicates records generated on systems running z/OS V1R7 through z/OS V1R9. When off, indicates records generated on systems running z/OS V1R10 and later.

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 90 Record

This table shows the record layout for type 90 SMF records (System Status - z/OS 1.13).

It's easy to report on SMF 90 data!

This table shows the record layout for type 90 SMF records
(System Status - z/OS 1.13).