








	*SMF Tools*

SMF Type 16 Record

This table shows the record layout for type 16 SMF records
(DFSORT Statistics).

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

Purpose: SMF 16 records provide several types of information from DFSORT:

Application Identification Information The name of the job and step that executed.

Date and Time Information The date and time that the application began and terminated.

Termination Information Detailed information describing how DFSORT terminated and why.

Access Method Count Information A total count of the number of GETs, PUTs, READs, WRITEs, and EXCPs issued for the SORTIN, SORTOUT and work data sets.

Timing Information Task Control Block (TCB) and Service Request Block (SRB) time.

Data Set Information Detailed information about SORTIN, SORTINnn, SORTOUT, and OUTFIL data sets used for the application.

When you so request, DFSORT passes one type of record to SMF for each executing application. This record is the SMF type-16 record. By coding the installation or run-time SMF parameter properly, you can control whether DFSORT passes a short (subtype 1), a full (subtype 2), or a short (subtype 3) record to SMF.

If you code SMF=SHORT:

A short (subtype 1) record is passed to SMF for a successful application.
A short (subtype 3) record is passed to SMF for an unsuccessful application.

If you code SMF=FULL:

A short (subtype 1) record is passed to SMF for a successful fixed-length record Peerage/Vale sort application.
A full (subtype 2) record is passed to SMF for a successful Blockset application.
A full (subtype 2) record is passed to SMF for a successful variable-length record Peerage/Vale sort application.
A short (subtype 3) record is passed to SMF for an unsuccessful application.

Note: SMF=FULL can degrade performance for variable-length record applications.
Note: For a successful or unsuccessful conventional merge or tape work data set sort application, a short (subtype 1) record is always produced.

SMF Record Structure
The short (subtype 1 or subtype 3) and full (subtype 2) records always contain the following:

Header section
Product section
Data section

For a variable-length record application, the full (subtype 2) record also includes the following:

Record-length distribution section

For a Blockset application, the full (subtype 2) record might also include one or more of the following:

Input Data Set Sections; one section for each of up to 16 SORTIN (including concatenated data sets) or SORTINnn data sets
SORTOUT Data Set Section
OUTFIL Data Set Sections; one section for each of up to 16 OUTFIL data sets.

Note: Depending on the severity of an unsuccessful run, information might not be provided in some fields of the SMF record.

Notes (in table below):
a This value is always provided.
b This value is only provided for a Blockset application.
f This value is only provided when a Blockset sort, copy, or merge application is successful and SMF=FULL is specified.
n This value is not provided when DFSORT terminates abnormally (that is, with record subtype X'03').
s This value is not provided in the SMF record passed to the termination exit.
t If DFSORT terminates abnormally, the value provided might not be identical to the value provided when termination is successful.
v This value is only provided when a variable-length record application is successful and SMF=FULL is specified.
1. ICECPUT is set to zero if the TIMEUSED service used to obtain CPU time fails.
2. ICEIBLK and ICEIBLKF are set to zero if the input data set is not present. ICEOBLK and ICEOBLKF are set to zero if the output data set is not present.
3. If ICEFLBYT bits 1-2 are binary zeros (indicating fixed length record), the short form of the SMF record is produced, even if the user has specified the full SMF record. In addition, ICERSUB is initialized to X’0001’ to indicate that a short record will be written.
4. If all bits of ICEFLBY2 are zero, then the function to be performed could not be determined.
5. Since ICERCDS, ICEBYTES, ICECPUT, and ICEWBLK are not each on full word boundaries within the DSECT for the data section, alignment errors occur when assembling programs referencing these fields as full word fields. See “Mapping the SMF Record” on page 141 for additional information.
6. The number of calls to the access method used for a particular data set will be the total count of EXCPs, or READ/WRITEs (BSAM), or GET/PUTs (VSAM).
7. If all the bits of ICEIAMB or ICEOAMB are zero and DFSORT terminated abnormally, then the type of access method used for SORTIN and SORTOUT could not be determined.
8. This field is zero if termination is normal.
9. Depending on the application, this number may not be representative of the number of SMF record sections that DFSORT actually provides in its SMF record.
10. Refer to message ICE134I for a description of the meaning of the number of records/bytes sorted. The Blockset technique provides a 64-bit value; the Peerage and Vale techniques provide a 31-bit value. You should reference the 64-bit fields containing these values. For Blockset, the smaller fields contain only the least significant 32 bits.
11. Refer to message ICE054I for a description of the meaning of the number of input/output records.
12. Refer to message ICE055I for a description of the meaning of the number of inserted/deleted records.
13. The following fields are provided for the Conventional technique SMF record: v All of the fields in the header section except ICETRN, ICEUSER and ICEGROUP. v All of the fields in the Product section. v ICESTPNM and the technique and program invoked flags of ICEFLBYT in the Data section.
14. This information is provided for the first SORTIN or SORTINnn data set only. This field will contain binary zeroes if no SORTIN or SORTINnn data set is present.
15. This information is provided for the first SORTOUT volume serial only. This field will contain binary zeroes if no SORTOUT data set is present.
16. The Blockset technique provides a 64-bit value; the Peerage and Vale techniques provide a value in the lower 31 bits only.
17. The Blockset technique provides a 31–bit value; the Peerage and Vale techniques provide a 15–bit value only. For Blockset, the smaller fields contain only the least significant 16 bits.

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SMF Type 16 Record -- DFSORT Statistics
Offset (Dec.)	Offset (Hex)	Name	Length	Format	Description
0	0	SMF16LEN	2	binary	Record length.
2	2	SMF16SEG	2	binary	Segment descriptor.
4	4	SMF16FLG	1	binary	System indicator bits.
5	5	SMF16RTY	1	binary	Record type 16 (X'10')
6	6	SMF16TME	4	packed	Time since midnight, in hundredths of Note: a second, when the record was moved into the SMF buffer.
10	A	SMF16DTE	4	packed	Date that the record was moved into the SMF buffer, in the form 0cyydddF.
14	E	SMF16SID	4	EBCDIC	System identification (from the SID parameter).
18	12	SMF16_ ICEJOBNM	8	EBCDIC	Job name. Note: a
26	1A	SMF16_ ICERST	4	binary	Time reader recognized job card. Note: s
30	1E	SMF16_ ICERDS	4	packed	Date reader recognized job card. Note: s
34	22	SMF16_ ICEUIF	8	EBCDIC	Installation dependent information. Note: s
42	2A	SMF16_ ICESTN	1	binary	Step number. Note: s
43	2B	SMF16_ ICERES1	1	--	Reserved.
44	2C	SMF16_ ICETRN	2	binary	Number of triplets supported by DFSORT. Note 9 A triplet is a set of values that define an SMF record section. These descriptors begin at SMF_ICEPROD. Note: a
46	2E	SMF16_ ICESUBID	4	EBCDIC	Subsystem identification. Note: a
50	32	SMF16_ ICERSUB	2	binary	Record subtype: 1: Short record, successful execution. 2: Full record, successful execution. 3: Short record, unsuccessful execution. Note: a a Note: a
52	34	SMF16_ ICEPROD	4	binary	Offset to product section. Note: a
56	38	SMF16_ ICEPRODL	2	binary	Product section length. Note: a
58	3A	SMF16_ ICEPRODN	2	binary	Number of product sections. This field will be zero if no product section is provided. Note: a
60	3C	SMF16_ ICEDATA	4	binary	Offset to common data section. Note: a
64	40	SMF16_ ICEDATAL	2	binary	Common data section length. Note: a
66	42	SMF16_ ICEDATAN	2	binary	Number of data sections. This field will be zero if no data section is provided. Note: a
68	44	SMF16_ ICESTAT	4	binary	Offset to record-length distribution section. Note: a
72	48	SMF16_ ICESTATL	2	binary	Record-length distribution section length. Note: a
74	4A	SMF16_ ICESTATN	2	binary	Number of record-length distribution sections. This field will be zero if no record-length distribution section is provided. Note: a
76	4C	SMF16_ ICEINDS	4	binary	Offset to first input data set section. Note: a
80	50	SMF16_ ICEINDSL	2	binary	Input data set section length. Note: a
82	52	SMF16_ ICEINDSN	2	binary	Number of input data set sections. This field will be zero if no input data set sections are provided. Note: a
84	54	SMF16_ ICEOTDS	4	binary	Offset to SORTOUT data set section. Note: a
88	58	SMF16_ ICEOTDSL	2	binary	SORTOUT data set section length. Note: a
90	5A	SMF16_ ICEOTDSN	2	binary	Number of SORTOUT data set sections. This field will be zero if no SORTOUT data set section is provided. Note: a
92	5C	SMF16_ ICEOFDS	4	binary	Offset to first OUTFIL data set section. Note: a
96	60	SMF16_ ICEOFDSL	2	binary	OUTFIL data set section length. Note: a
98	62	SMF16_ ICEOFDSN	2	binary	Number of OUTFIL data set sections. This field will be zero if no OUTFIL data set sections are provided. Note: a
100	64	SMF16_ ICERES1B	2	--	Reserved.
102	66	SMF16_ ICESPGN	2	binary	Performance group. This information is collected from OUCB field OUCBSPG.
104	68	SMF16_ ICEUSER	8	EBCDIC	User ID for which the job or session is being executed. This field is provided only when RACF® is active. Note: a
112	70	SMF16_ ICEGROUP	8	EBCDIC	Group ID for which the job or session is being executed. This field is provided only when RACF is active. Note: a
120	78	SMF16_ ICERES1D	8	--	Reserved.
Product Section(Offset from beginning of record: SMF16_ICEPROD)
0	0	SMF16_ ICERECV	2	EBCDIC	Record version: “01” Note: a
2	2	SMF16_ ICEPRDCT	8	EBCDIC	Product name: “5694A01 b” Note: a
10	A	SMF16_ ICERELNM	4	EBCDIC	DFSORT release level, such as “1.10” Note: a
14	E	SMF16_ ICERES1C	2	--	Reserved.
Data Section(Offset from beginning of record: SMF16_ICEDATA)
0	0	SMF16_ ICERES	2	--	Reserved.
2	2	SMF16_ ICESTPNM	8	EBCDIC	Step name; blank if no step name. Note: a
10	A	SMF16_ ICERCDS	4	binary	Number of records sorted. Note 5, 10 A 64-bit integer version of this field is defined as SMF_ICEEXRCS. Note: t
14	E	SMF16_ ICEBYTES	4	binary	Number of bytes sorted. Note 5, 10 A 64-bit integer version of this field is defined as SMF_ICEEXBYS. Note: t
18	12	SMF16_ ICECPUT	4	binary	Processor time (TCB time), in hundredths of a second. Note 5, 1, a
22	16	SMF16_ ICELEN	2	binary	Specified record length. Note: Note: n
24	18	SMF16_ ICEIBLK	2	binary	Maximum input block size or control interval size (15–bit) Note 2. A 31–bit version of this field is defined as SMF_ICEIBLKF. Note 17, n
26	1A	SMF16_ ICEOBLK	2	binary	Maximum output block size or control interval size (15–bit) Note 2. A 31–bit version of this field is defined as SMF_ICEOBLKF. Note 17, n
28	1C	SMF16_ ICEKEYLN	2	binary	Total control field length (number of bytes actually compared by DFSORT). Note: Note: Note: n
30	1E	SMF16_ ICEWBLK5	4	binary	Number of work data set tracks used. Note: t
34	22	SMF16_ ICEFLBYT	1	binary	Bit Meaning when set 0 Reserved 1–2 (Note 3) 00=Fixed-length records 01=Variable-length records 10=Variable-length spanned records 3–4 00=Blockset technique 01=Peerage technique 10=Vale technique 11=Conventional technique 5 DFSORT was invoked through Note: a program. 6 Sorting was completed in memory (work space was not needed) 7 Reserved
35	23	SMF16_ ICENDYNA	1	binary	Number of allocated work data sets. Note: t
36	24	SMF16_ ICEFLBY2	1	binary	Bit Meaning when set 0 A sort was specified. 1 A merge was specified. 2 A copy was specified. 3 DFSORT was called by SMF_ICETOOL. 4–7 Reserved.
37	25	SMF16_ ICEIOTYP	1	binary	Type of input source/output destination: Bit Meaning when set 0 E15 exit was used. 1 E32 exit was used. 2 E35 exit was used. 3 SORTIN data sets were used. 4 SORTINnn data sets were used. 5 SORTOUT data set was used. 6 OUTFIL data sets were used. 7 Reserved.
38	26	SMF16_ ICECSFLG	1	binary	Control statement flags byte: Bit Meaning when set 0 ALTSEQ was specified. 1 INREC was specified. 2 INCLUDE was specified. 3 OMIT was specified. 4 OUTREC was specified. 5 SUM was specified. 6 OUTFIL was specified. 7 Reserved.
39	27	SMF16_ ICERES3	1	Reserved.
40	28	SMF16_ ICETIMES	4	binary	Time DFSORT started processing (local time, in hundredths of Note: a second). Note: a
44	2C	SMF16_ ICEDATES	4	packed	Date DFSORT started processing, in the form 0CYYDDDF where F is the sign (local date). Note: a
48	30	SMF16_ ICETIMEE	4	binary	Time DFSORT terminated processing (local time, in hundredths of Note: a second). Note: a
52	34	SMF16_ ICEDATEE	4	packed	Date DFSORT terminated processing, in the form 0CYYDDDF where F is the sign (local date). Note: a
56	38	SMF16_ ICERCBYT	1	binary	Return code status: Note 8. Bit Meaning when set 0 System abend detected. 1 User abend detected. 2–3 Reserved. 4 User requested ABEND issued by DFSORT. 5 RC=16 returned to caller. 6 RC=20 returned to caller. 7 Reserved.
57	39	SMF16_ ICERC	1	binary	Return code of DFSORT to its invoker. This field will contain X'FF' if Note: a user-requested or system ABEND is issued. Note: a
58	3A	SMF16_ ICERESN	2	binary	Reason code. If SMF_ICERC is not 0 or 4, then this field will contain the system or user ABEND code, or the number of the DFSORT message describing the reason for an unsuccessful execution. Note: a
60	3C	SMF16_ ICEAVLR	4	binary	Average record length of sorted variable length records. Note: Note: Note: n
64	40	SMF16_ ICEDSA	2	binary	DSA value in effect (in megabytes). Note 1, b
66	42	SMF16_ ICEFLBY3	1	binary	Bit Meaning when set 0 Hipersorting was used. 1 Data space was used. 2 Work data sets were used. 3 Locale processing was used for Note: a SORT or MERGE control field. 4 Locale processing was used for an INCLUDE or OMIT compare field. 5 EQUALS was used for Note: a sort or merge application. 6 31–bit block size fields are available. 7 A memory object was used. Note: t t Note: t t Note: t t Note 1, b Note: t
67	43	SMF16_ ICEWKFLG	1	binary	Work data set flag byte: Bit Meaning when set 0 Work data set tracks were allocated dynamically. 1 Cache fast write was used for one or more work data sets. 2–7 Reserved. Note: t t
68	44	SMF16_ ICEWEXS	2	binary	Number of extents initially allocated for all work data sets. Note: t
70	46	SMF16_ ICEWEXE	2	binary	Number of extents allocated for all work data sets when sorting terminated. Note: t
72	48	SMF16_ ICEWALLS	4	binary	Number of tracks initially allocated for work data sets. Note: t
76	4C	SMF16_ ICEWALLE	4	binary	Number of tracks allocated to work data sets when sorting terminated. Note: t
80	50	SMF16_ ICERES5	3	Reserved.
83	53	SMF16_ ICEIAMB	1	binary	SORTIN access method byte: Note 7 Bit Meaning when set 0 EXCP was used for SORTIN. 1 VSAM was used for SORTIN. 2 BSAM was used for SORTIN. 3–7 Reserved.
84	54	SMF16_ ICEINIO	4	binary	Number of calls to the access method used for SORTIN. Note 6. A 64-bit integer version of this field is defined as SMF_ICEEXINN. Note: t
88	58	SMF16_ ICERES6	3	Reserved.
91	5B	SMF16_ ICEOAMB	1	binary	SORTOUT access method byte: Note 7. Bit Meaning when set 0 EXCP was used for SORTOUT. 1 VSAM was used for SORTOUT. 2 BSAM was used for SOROUT. 3–7 Reserved.
92	5C	SMF16_ ICEOUTIO	4	binary	Number of calls to the access method used for SORTOUT. Note 6. A 64-bit version of this field is defined as SMF_ICEEXOUT. Note: t
96	60	SMF16_ ICEIBLKF	4	binary	Maximum input block size or control interval size (31–bit) Note 2. A 15–bit version of this field is defined as SMF_ICEIBLK. Note 17, t,b
100	64	SMF16_ ICEWKIO	4	binary	Number of EXCPs for all work data sets. Note: t
104	68	SMF16_ ICESRBTS	4	binary	Cumulative value of the SRB time for the region when DFSORT started processing, in hundredths of Note: a second. Note: a
108	6C	SMF16_ ICESRBTE	4	binary	Cumulative value of the SRB time charged to the address space when DFSORT terminated processing. This field is obtained from the ASCBSRBT field in the ASCB control block. The difference between this value and the SMF_ICESRBTS value will be the SRB time charged to this DFSORT application, provided there is no other activity in the address space. Note: a
112	70	SMF16_ ICETCBS	2	binary	Number of TCBs defined in the region while DFSORT is processing. If the number is different at the end of processing from the number at the start of processing, this field will contain the larger number. Note: a
114	72	SMF16_ ICEKEYNM	2	binary	Number of Sort or Merge control fields. Note: a
116	74	SMF16_ ICEHSPMX	2	binary	HIPRMAX value in effect. Note 1, b
118	76	SMF16_ ICEDSPSZ	2	binary	DSPSIZE value in effect. Note 1, b
120	78	SMF16_ ICEEXRCS	8	binary	Number of records sorted (64-bit integer). Note 10. A 32-bit integer version of this field is defined as SMF_ICERCDS.Note 16, t
128	80	SMF16_ ICEEXBYS	8	binary	Number of bytes sorted (64-bit integer). Note 10 A 32-bit integer version of this field is defined as SMF_ICEBYTES.Note 16, t
136	88	SMF16_ ICEEXINN	8	binary	Number of calls to the access method used for SORTIN (64-bit integer). Note 6. A 32-bit integer version of this field is defined as SMF_ICEINIO.Note 16,t
144	90	SMF16_ ICEEXOUT	8	binary	Number of calls to the access method used for SORTOUT (64-bit integer). Note 6. A 32-bit integer version of this field is defined as SMF_ICEOUTIO. Note 16, t
152	98	SMF16_ ICEHSPN	2	binary	Number of Hiperspaces created. Note: t
154	9A	SMF16_ ICEHSPU	4	binary	Number of Hiperspace pages used. Note: t
158	9E	SMF16_ ICEDSPN	2	binary	Number of data spaces created. Note: t
160	A0	SMF16_ ICEDSPU	4	binary	Number of data space pages used. Note: t
164	A4	SMF16_ ICEPRCNM	8	EBCDIC	Proc step name; blank if no proc step name. Note: a
172	AC	SMF16_ ICEIDSNM	44	EBCDIC	SORTIN data set name. Note 14, t
216	D8	SMF16_ ICEIVOLS	6	EBCDIC	SORTIN volume serial. Note 14, t
222	DE	SMF16_ ICEODSNM	44	EBCDIC	SORTOUT data set name. Note: t
266	10A	SMF16_ ICEOVOLS	6	EBCDIC	SORTOUT volume serial. Note 15, t
272	110	SMF16_ ICEINPDS	2	binary	Number of SORTIN data sets, including concatenated data sets. Note 1, b
274	112	SMF16_ ICEINNDS	2	binary	Number of SORTINnn data sets. Note 1, b
276	114	SMF16_ ICEOUTDS	2	binary	Number of SORTOUT data sets. Note 1, b
278	116	SMF16_ ICEOFLDS	2	binary	Number of OUTFIL data sets. Note t, b
280	118	SMF16_ ICERCINP	8	binary	Number of input records (64-bit integer). Note 11, 1, b
288	120	SMF16_ ICERCOUT	8	binary	Number of output records (64-bit integer). Note 11, t, b
296	128	SMF16_ ICERCINS	8	binary	Number of inserted records (64-bit integer). Note 12 t, b
304	130	SMF16_ ICERCDEL	8	binary	Number of deleted records (64-bit integer). Note 12 t, b
312	138	SMF16_ ICEMD15N	8	EBCDIC	Routine name specified for MODS E15 exit. Note: t, b
320	140	SMF16_ ICEMD15M	4	binary	Storage specified for MODS E15 exit. Note: t, b
324	144	SMF16_ ICEMD15S	8	EBCDIC	Library ddname specified for MODS E15 exit. Note 1, b
332	14C	SMF16_ ICEMD15E	1	EBCDIC	Requirements specified for MODS E15 exit. Note 1, b
333	14D	SMF16_ ICERES10	3	--	Reserved.
336	150	SMF16_ ICEMD35N	8	EBCDIC	Routine name specified for MODS E35 exit. Note 1, b
344	158	SMF16_ ICEMD35M	4	binary	Storage specified for MODS E35 exit. Note 1, b
348	15C	SMF16_ ICEMD35S	8	EBCDIC	Library ddname specified for MODS E35 exit. Note 1, b
356	164	SMF16_ ICEMD35E	1	EBCDIC	Requirements specified for MODS E35 exit. Note 1, b
357	165	SMF16_ ICERES11	3	--	Reserved.
360	168	SMF16_ ICELCALE	32	EBCDIC	Active locale name or NONE. Note 1, b
392	188	SMF16_ ICEESMAX	4	binary	EXPMAX value in effect. Note 1, b
396	18C	SMF16_ ICEESOLD	4	binary	EXPOLD value in effect. Note 1, b
400	190	SMF16_ ICEESRES	4	binary	EXPRES value in effect. Note 1, b
404	194	SMF16_ ICEOBLKF	4	binary	Maximum output block size of control interval size (31– bit). Note 2 A 15–bit version of this field is defined as SMF_ICEOBLK. Note 17, t,b
408	198	SMF16_ ICEFILSZ	8	binary	Value specified for FILSZ/SIZE (64-bit integer). Note 1, b
416	1A0	SMF16_ ICEAVGRL	4	binary	Value specified for AVGRLEN. Note 1, b
420	1A4	SMF16_ ICEFSZFL	1	binary	FILSZ/SIZE flags byte: Bit Meaning when set 0 FILSZ/SIZE value specified as n. 1 FILSZ/SIZE value specified as En. 2 FILSZ/SIZE value specified as Un. 3 FILSZ/SIZE value not specified and file size could not be determined. 4–7 Reserved. Note 1, b Note 1, b Note 1, b Note 1, b
421	1A5	SMF16_ ICERES2A	2	--	Reserved.
423	1A7	SMF16_ ICERES2B	1	--	Reserved.
424	1A8	SMF16_ ICERES2C	8	--	Reserved.
432	1B0	SMF16_ ICEMOSIZ	4	binary	MOSIZE value in effect. Note 1, b
436	1B4	SMF16_ ICERES12	2	--	Reserved.
438	1B6	SMF16_ ICEMON	2	binary	Number of memory objects allocated. Note 1, b
440	1B8	SMF16_ ICEMOUSE	8	binary	Number of megabytes used for memory objects (64-bit integer). Note 1, b
448	1C0	SMF16_ ICEMNVLX	4	binary	The main storage value specified (subject to the SIZE/MAINSIZE limit), or supplied by default Note: a
452	1C4	SMF16_ ICEMNVLY	4	binary	The main storage theoretically available to DFSORT, considering the MINLIM value specified when the program was installed. Note: a
456	1C8	SMF16_ ICEMNVLZ	4	binary	The main storage actually available to DFSORT, after any other program took what it needed from the region (invoking program or exit routines). Note: a
460	1CC	SMF16_ ICEMNFLG	1	binary	Bit Meaning when set 0 SIZE=MAX in effect 1-7 Reserved Note: a
461	1CD	SMF16_ ICERES2D	1	--	Reserved.
462	1CE	SMF16_ ICEINMRG	2	binary	Number of intermediate merges performed. This field is zero if the function performed is not Note: a SORT. Note: t
Record-Length Distribution Section(Offset from beginning of record: SMF16_ICESTAT)
0	0	SMF16_ ICECTR01	4	binary	Records with length 5-15. Note: v
4	4	SMF16_ ICECTR02	4	binary	Records with length 16-31. Note: v
8	8	SMF16_ ICECTR03	4	binary	Records with length 32-63. Note: v
12	C	SMF16_ ICECTR04	4	binary	Records with length 64-127. Note: v
16	10	SMF16_ ICECTR05	4	binary	Records with lengths 128-191. Note: v
20	14	SMF16_ ICECTR06	4	binary	Records with lengths 192-255. Note: v
24	18	SMF16_ ICECTR07	4	binary	Records with lengths 256-511. Note: v
28	1C	SMF16_ ICECTR08	4	binary	Records with lengths 512-1023. Note: v
32	20	SMF16_ ICECTR09	4	binary	Records with lengths 1024-2047. Note: v
36	24	SMF16_ ICECTR10	4	binary	Records with lengths 2048-4095. Note: v
40	28	SMF16_ ICECTR11	4	binary	Records with lengths 4096-7167. Note: v
44	2C	SMF16_ ICECTR12	4	binary	Records with lengths 7168-10751. Note: v
48	30	SMF16_ ICECTR13	4	binary	Records with lengths 10752-15359. Note: v
52	34	SMF16_ ICECTR14	4	binary	Records with lengths 15360-20991. Note: v
56	38	SMF16_ ICECTR15	4	binary	Records with lengths 20992-26623. Note: v
60	3C	SMF16_ ICECTR16	4	binary	Records with lengths 26624-32756. Note: v
Input Data Set Section One section is provided for each of up to 16 SORTIN data sets (including concatenations) or for each of up to 16 SORTINnn data sets. (Offset from beginning of record: SMF16_ICEINDS)
0	0	SMF16_ ICEINFL1	1	binary	Bit Meaning when set 0 SORTIN data set. 1 SORTINnn data set. 2-7 Reserved. Note: f
1	1	SMF16_ ICEINFL2	1	binary	Bit Meaning when set 0 Pipe data set. 1 Striped data set. 2 Compressed data set. 3 VSAM extended addressability data set. 4 HFS file. 5-7 Reserved. Note: f
2	2	SMF16_ ICEINAMB	1	binary	Access method flags byte: Bit Meaning when set 0 EXCP was used for data set. 1 VSAM was used for data set. 2 BSAM was used for data set. 3-7 Reserved. Note: f
3	3	SMF16_ ICEINTYP	1	binary	Data set type flags byte: Bit Meaning when set 0 Tape data set. 1 Disk data set. 2 Spool, dummy or pipe data set, or HFS file. 3-7 Reserved. Note: f
4	4	SMF16_ ICEINRCF	1	binary	Record format (flags are identical to those in JFCRECFM). Note: f
5	5	SMF16_ ICEINRS1	3	Reserved.	Note: f
8	8	SMF16_ ICEINBYT	8	binary	Number of bytes read from data set (64-bit integer). Note: f
16	10	SMF16_ ICEINAMC	8	binary	Number of calls to access method for data set (64-bit integer).Note: 6, f
24	18	SMF16_ ICEINRS2	2	Reserved.	Note: f
26	1A	SMF16_ ICEINLRL	2	binary	Logical record length (LRECL). Note: f
28	1C	SMF16_ ICEINRS3	2	Reserved.	Note: f
30	1E	SMF16_ ICEINBKZ	2	binary	Block size or control interval size (15–bit). A 31–bit version of this field is defined as SMF_ICEINBKF.Note: 17, f
32	20	SMF16_ ICEINDDN	8	EBCDIC	Data set ddname. Note: f
40	28	SMF16_ ICEINNAM	44	EBCDIC	Data set name. Note: f
84	54	SMF16_ ICEINVOL	6	EBCDIC	First volume serial. Note: f
90	5A	SMF16_ ICEINRS4	2	Reserved.	Note: f
92	5C	SMF16_ ICEINBKF	4	binary	Block size or control interval size (31–bit). A 15–bit version of this field is defined as SMF_ICEINBKZ. Note: 17, f
SORTOUT Dataset Section(Offset from beginning of record: SMF16_ICEOTDS)
0	0	SMF16_ ICEOTFL1	1	binary	Bit Meaning when set 0 Pipe data set. 1 Striped data set. 2 Compressed data set. 3 VSAM extended addressability data set. 4 HFS file. 5-7 Reserved. Note: f
1	1	SMF16_ ICEOTAMB	1	binary	Access method flags byte: Bit Meaning when set 0 EXCP was used for data set. 1 VSAM was used for data set. 2 BSAM was used for data set. 3-7 Reserved. Note: f
2	2	SMF16_ ICEOTTYP	1	binary	Data set type flags byte: Bit Meaning when set 0 Tape data set. 1 Disk data set. 2 Spool, dummy or pipe data set, or HFS file. 3-7 Reserved. Note: f
3	3	SMF16_ ICEOTRCF	1	binary	Record format (flags are identical to those in JFCRECFM). Note: f
4	4	SMF16_ ICEOTRS1	4	Reserved.	Note: f
8	8	SMF16_ ICEOTBYT	8	binary	Number of bytes written to data set (64-bit integer). Note: f
16	10	SMF16_ ICEOTREC	8	binary	Number of records written to data set (64-bit integer). Note: f
24	18	SMF16_ ICEOTAMC	8	binary	Number of calls to access method for data set (64-bit integer). Note: 6, f
32	20	SMF16_ ICEOTRS2	2	Reserved.	Note: f
34	22	SMF16_ ICEOTLRL	2	binary	Logical record length (LRECL). Note: f
36	24	SMF16_ ICEOTRS3	2	Reserved.	Note: f
38	26	SMF16_ ICEOTBKZ	2	binary	Block size or control interval size (15–bit). A 31–bit version of this field is defined as SMF_ICEOTBKF. Note: 17,f
40	28	SMF16_ ICEOTDDN	8	EBCDIC	Data set ddname. Note: f
48	30	SMF16_ ICEOTNAM	44	EBCDIC	Data set name. Note: f
92	5C	SMF16_ ICEOTVOL	6	EBCDIC	First volume serial. Note: f
98	62	SMF16_ ICEOTRS4	2	Reserved.	Note: f
100	64	SMF16_ ICEOTBKF	4	binary	Block size or control interval size (31–bit). A 15–bit version of this field is defined as SMF_ICEOTBKZ. Note: 17, f
OUTFIL Data Set Section One section is provided for each of up to 16 OUTFIL data sets. (Offset from beginning of record: SMF16_ICEOFDS)
0	0	SMF16_ ICEOFFL1	1	binary	Bit Meaning when set 0 Pipe data set. 1 Striped data set. 2 Compressed data set. 3 VSAM extended addesssability data set. 4 HFS file. 5-7 Reserved. Note: f
1	1	SMF16_ ICEOFAMB	1	binary	Access method flags byte: Bit Meaning when set 0 EXCP was used for data set. 1 VSAM was used for data set. 2 BSAM was used for data set. 3-7 Reserved. Note: f
2	2	SMF16_ ICEOFTYP	1	binary	Data set type flags byte: Bit Meaning when set 0 Tape data set. 1 Disk data set. 2 Spool, dummy or pipe data set, or HFS file. 3-7 Reserved. Note: f
3	3	SMF16_ ICEOFRCF	1	binary	Record format (flags are identical to those in JFCRECFM). Note: f
4	4	SMF16_ ICEOFPRM	1	binary	OUTFIL parameter flags byte: Bit Meaning when set 0 OUTFIL STARTREC or ENDREC parameter specified. 1 OUTFIL INCLUDE, OMIT, or SAVE parameter specified. 2 OUTFIL SPLIT parameter specified. 3 OUTFIL OUTREC parameter specified. 4 OUTFIL, VTOF, CONVERT, or FTOV parameter specified 5 OUTFIL report parameter specified. 6 OUTFIL VLFILL parameter specified. 7 OUTFIL VLTRIM parameter specified. Note: f
5	5	SMF16_ ICEOFPR2	1	binary	OUTFIL parameter flags byte: Bit Meaning when set 0 OUTFIL REMOVECC parameter specified. 1-7 Reserved. Note: f
6	6	SMF16_ ICEOFRS1	2	Reserved.	Note: f
8	8	SMF16_ ICEOFBYT	8	binary	Number of bytes written to data set (64-bit integer). Note: f
16	10	SMF16_ ICEOFREC	8	binary	Number of records written to data set (64-bit integer). Note: f
24	18	SMF16_ ICEOFAMC	8	binary	Number of calls to access method for data set (64-bit integer). Note: 6, f
32	20	SMF16_ ICEOFRS2	2	Reserved.	Note: f
34	22	SMF16_ ICEOFLRL	2	binary	Logical record length (LRECL). Note: f
36	24	SMF16_ ICEOFRS3	2	Reserved.	Note: f
38	26	SMF16_ ICEOFBKZ	2	binary	Block size or control interval size (15–bit). A 31–bit version of this field is defined as SMF_ICEOFBKF. 17 Note: f
40	28	SMF16_ ICEOFDDN	8	EBCDIC	Data set ddname. Note: f
48	30	SMF16_ ICEOFNAM	44	EBCDIC	Data set name. Note: f
92	5C	SMF16_ ICEOFVOL	6	EBCDIC	First volume serial. Note: f
98	62	SMF16_ ICEOFRS4	2	Reserved.	Note: f
100	64	SMF16_ ICEOFBKF	4	binary	Block size or control interval size (31–bit). A 15–bit version of this field is defined as SMF_ICEOFBKZ. 17 Note: f

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 16 Record

This table shows the record layout for type 16 SMF records (DFSORT Statistics).

It's easy to report on SMF 16 data!

This table shows the record layout for type 16 SMF records
(DFSORT Statistics).