SMF Type 14 Record

This table shows the record layout for type 14 SMF records (INPUT or RDBACK Data Set Activity).
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Jump to the Spectrum SMF Writer definitions for SMF type 14 records.

SMF Type 14 Record -- INPUT or RDBACK Data Set Activity
Offset (Dec.)	Offset (Hex)	Name	Length	Format	Description
0	0	SMF14LEN	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	SMF14SEG	2	binary	Segment descriptor (see record length field).
4	4	SMF14FLG	1	binary	System indicator: Bit Meaning When Set 0-2 Reserved 3-6 Version indicators* 7 Reserved.*See “Standard SMF Record Header” on page 13-1 for a detailed description.
5	5	SMF14RTY	1	binary	Record type 14 (X'0E').
6	6	SMF14TME	4	binary	Time since midnight, in hundredths of a second, that the record was moved into the SMF buffer.
10	A	SMF14DTE	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	SMF14SID	4	EBCDIC	System identification (from the SID parameter).
18	12	SMF14JBN	8	EBCDIC	Job name. The job name, time, and date that the reader recognized the JOB card (for this job) constitute the job log identification, or transaction name (for APPC output).
26	1A	SMF14RST	4	binary	Time since midnight, in hundredths of a second, that the reader recognized the JOB card (for this job).
30	1E	SMF14RSD	4	packed	Date when the reader recognized the JOB card (for this job), in the form 0cyydddF. See “Standard SMF Record Header” on page 13-1 for a detailed description.
34	22	SMF14UID	8	EBCDIC	User-defined identification field (taken from common exit parameter area, not from USER=parameter on job statement).
42	2A	SMF14RIN	2	binary	Record and data set indicator Bit Meaning When Set 0 Reserved 1 Record written by end of volume (EOV) 2 DASD 3 Temporary data set 4 DCBDSORG=DA (the data set organization being used is direct access-BDAM) 5 DCBSORG=IS and DCBMACRF not EXCP (the data set organization being used is indexed sequential and the EXCP access method is not being used) 6 JFCDSORG=IS (the data set organization being used is indexed sequential) 7 Virtual input output (VIO) data set access 8 Partitioned data set directory entries (PDSE) data set 9 The QSAM TRUNC macro has been issued against a PDSE. 10 Null segment encountered in a PDSE. 11 Extended sequential data set indicator 12 Hiperbatch section present 13 Extended information segment present 14,15 Reserved.Note: A data set is considered temporary if: v It has a system-generated name where the first qualifier starts with SYS and the second qualifier starts with T (SYS____.T___.___). or v It is created within a job step and exists only for the duration of that job step.
44	2C	SMF14SDC	1	binary	Size of DCB/DEB section.
45	2D	SMF14NUC	1	binary	Number of UCB sections. There is always one UCB section for each UCB currently processing except for ISAM and BPAM-concatenated data sets. For ISAM data sets, this field is calculated as: one for the index extent, one per volume for primary extents, and one for the overflow extent. For BPAM there is one UCB section for each data set in the concatenation except that any z/OS UNIX directories are omitted. For extended format data sets, there is one UCB section for each volume.
46	2E	SMF14SUC	1	binary	Size of each UCB section.
47	2F	SMF14SET	1	binary	Size of ISAM extension section. This field equals 28 (or 0 if there are no ISAM data sets). For PDSE data sets, this field will always contain X'0'.
48	30	SMF14OPE	4	binary	Time since midnight, in hundredths of a second, when the data set was opened
52	34	SMF14TIOE1	1	binary	Length, in bytes, of the DD entry (including all device entries). This field is mapped by TIOELNGH in the TIOT mapping.
53	35	SMF14TIOE2	1	binary	Status indicator. This field indicates the tape label processing to be performed; whether unallocating, rewinding, or unloading tape data sets is required. This field is mapped by TIOESSTA in the TIOT mapping.
54	36	SMF14TIOE3	1	binary	Number of devices requested for this data set during allocation. For PDSE data sets, this field will always contain X'1'. This field is mapped by TIOEWTCT in the TIOT mapping.
55	37	SMF14TIOE4	1	binary	A data set and device indicator. This field is mapped by TIOELINK in the TIOT mapping.
56	38	SMF14TIOE5	8	EBCDIC	Data definition name (DDname). This field is mapped by TIOEDDNM in the TIOT mapping.
64	40	SMF14TIOE6	3	binary	Scheduler Work Area (SWA) address of the job file control block (JFCB). This field is mapped by TIOEJFCB in the TIOT mapping.
67	43	SMF14TIOE7	1	binary	This field is mapped by TIOESTTC in the TIOT mapping.
68	44	SMF14JFCB1	176	binary	(JFCBTSDM JFCBADBF JFCBLTYP JFCBCRDT JFCBXPDT JFCBIND1 JFCBIND2 JFCBCTRI JFCBPQTY JFCBSQTY) The job file control block (JFCB), excluding JFCB extensions. Used to find uncataloged data sets. Indicates number of data buffers. Indicates type of label. Indicates file’s creation date. Indicates file’s expiration date. Indicates bits flag RLSE processing, extension onto a new volume and whether the file is a member of a GDG or a PDS. Indicates DISP= settings. Indicates type of space request. Indicates primary space request size. Indicates secondary space request size.
244	F4	SMF14DCBOR	2	binary	Data set organization being used. This field is mapped by DCBDSORG in the DCB mapping.
246	F6	SMF14DCBRF	1	binary	Record format. This field is mapped by DCBRECFM in the DCB mapping.
247	F7	SMF14DCBMF	2	binary	Type of I/O macro instruction and options. This field is mapped by DCBMACRF in the DCB mapping.
249	F9	SMF14DCBFL	1	binary	Indicator used by the OPEN, CLOSE, EOV routines such as the type of the last I/O operation. This field is mapped by DCBOFLGS in the DCB mapping.
250	FA	SMF14DCBOP	1	binary	Option codes used by access-method interfaces. This field is mapped by DCBOPTCD in the DCB mapping.
251	FB	SMF14RV2	1	binary	Reserved.
252	FC	SMF14DEBFL	1	binary	Data set and device status indicator. This field indicates whether a data set is modified, new or old, and shows the status of DASD. This field is mapped by DEBOFLGS in the DEB mapping.
253	FD	SMF14DEBOP	1	binary	Indicator showing both the method of I/O processing and the disposition that is to be performed when an end-of-volume (EOV) condition occurs. This field is mapped by DEBOPATB in the DEB mapping. 254 FE SMFDEBVL 2 binary Volume sequence number. For direct access, the sequence number is relative to the first volume of the data set. For tape, the sequence number is relative to the first volume processed. This field is valid only for sequential data sets. This field is mapped by DEBVOLSQ in the DEB mapping.
256	100	SMF14DCBBL	4	binary	Block count for each volume. For PDSE data sets, this field will always contain X'0'. This field is mapped by DCBBLKCT in the DCB mapping.
260	104	SMF14DSSNO	6	EBCDIC	Data set serial number. For PDSE data sets, this field will always contain X'0'. This field is mapped by UCBFSER in the UCB mapping.
266	10a	SMF14RV3	2	--	Reserved.
268	10c	SMF14OPD	4	packed	Date when the data set was opened, in the form 0cyyddF.
256	100	SMF14NTU	4	binary	Relative track and concatenation number (TTRN) of the last record processed for a physical sequential or partitioned data set. N is always zero except for BPAM-concatenated data sets. If the last operation was a read (DCBOFLGS bit 0 is off) the TTR is: (1) zero, (2) the start of a BPAM member if there are two or more IOBs, or (3) the last write of data set if there is one IOB. For PDSE data sets, this field will always contain X'0'. For extended sequential data sets, this field will accumulate the number of tracks used across all the volumes (TTTT).
260	104	SMF14NTR	4	binary	Number of tracks released by the DADSM routine. For PDSE data sets, this field will always contain X'0'.
264	108	SMF14NER	1	binary	Number of extents released by the DADSM routine. For PDSE data sets, this field will always contain X'0'.
265	109	SMF14EDI	1	binary	Enhanced Data Integrity (EDI) flag indicator. Bit Meaning when set 0 Data set name found in EDI exclusion table. 1 Data set being opened for output but is currently open for output. 2 Data set being opened for input but is currently open for output and the data set is not excluded from EDI processing.. 3 Application requested EDI processing be bypassed and the data set is not excluded from EDI processing.. 4–7 Reserved.
266	10A	SMF14RV4	2	--	Reserved.
268	10C	SMF14OPD	4	packed	Date when the data set was opened, in the form 0cyyddF.
UCB Section(Offset from beginning of record: 272)
0	0	SMF14UCBDV	2	binary	Device number. If this field contains X’7FFF’, this could be a virtual I/O (VIO) data set. If bit 7 of field SMF14RIN is set to one, this is a VIO data set. Note: Virtual I/O devices are identified by the following: Device Class 0 Unit Type 0 Device Number X'7FFF'It is important to understand the following: Allocation messages for VIO data sets will show VIO ALLOCATED TO ddname. SMF records will show VIO unit addresses as X'7FFF'. The actual in-storage UCB built for VIO will show address X'3FFF'. For example, the messages: v IEF237I X'3FFF' ALLOCATED TO ddname v IEF237I X'7FFF' ALLOCATED TO ddname indicate that ddname is not allocated to a Virtual I/O device, but is instead allocated to a real device whose unit address is X'3FFF' or X'7FFF' respectively. 2 2 SM14FSRTEV 6 EBCDIC Volume serial number.
8	8	SMF14UCBTY	4	binary	Unit type. This field is mapped by UCBTYP in the UCB mapping.
12	C	SMF14SRTES	1	binary	DASD volume status indicator. This field indicates whether this DASD volume is a private, public, storage, or control volume. For PDSE data sets, this field will always contain X'0'. This field is mapped by UCBSTAB in the UCB mapping.
13	D	SMF14NEX	1	binary	Number of extents.
14	E	SMF14RV5	2	--	Reserved.
16	10	SMF14EXCP	4	binary	EXCP count for entire step. Note that if a data set is opened and closed twice during a single step, the count in the second type 14 record is the sum of all EXCPs for both uses of the data set. (The EXCP count in the last type 14 record for the step is equal to the corresponding entry for the data set in record type 4). For more information about EXCP count, see Chapter 10, “EXCP Count,” on page 10-1. For PDSE data sets, the number of pages that were read or written. For compressed data sets the number of physical blocks (see SMF14CIS for physical block size) that were read or written.
UCB Section tape extension(Offset from beginning of record: 292)
0	0	SMF14SRTEF	2	binary	Data set sequence count.
2	2	SMF14SRTEQ	2	binary	Data set sequence number.
UCB Section DASD extension(Offset from beginning of record: 292)
0	0	SMF14NTA	4	binary	Number of tracks allocated on the device. For PDSE data sets, this field will always contain X’0’.
Hiperbatch Section*(Offset from beginning of record: 272 + (SMF14NUC SMF14SUC))**
0	0	SMF14IOREQ	4	binary	Number of requests for I/O issued by the access method for this data set for which Hiperbatch attempted to find the requested data in its buffers (see SMF14CHITS and SMF14PHIOS).
4	4	SMF14CHITS	4	binary	Number of requests for I/O issued by the access method for this data set satisfied by moving data from Hiperbatch buffers.
8	8	SMF14NMWTS	4	binary	Number of times Hiperbatch temporarily suspended this requester because another user was already reading some or all of the requested data.
12	C	SMF14PHIOS	4	binary	Number of requests for I/O issued by the access method for this data set satisfied by performing DASD I/O. Note that the sum of SMF14PHIOS and SMF14CHITS should equal SMFIOREQ.
16	10	SMF14CIOS	4	binary	Number of DASD I/Os (as recorded in SMF14PHIOS) for which Hiperbatch copied the data into its buffers.
ISAM Extension Section*(Offset from beginning of record: 272 + (SMF14NUC SMF14SUC) + SMF14HIPERBATCH-SECTION-SIZE)**
0	0	SMF14RV6	2	--	Reserved.
2	2	SMF14DCBMA	1	binary	Extension of I/O macro instruction (DCBMACRF) for ISAM. This field is mapped by DCBMACCT in the DCB mapping.
3	3	SMF14DCBNL	1	binary	Number of index levels. This field is mapped by DCBNLVET in the DCB mapping.
4	4	SMF14DCBR3	4	binary	For each use of the data set, number of read or write accesses to an overflow record which is not first in a chain of such records. This field is mapped by DCBRORG3 in the DCB mapping.
8	8	SMF14DCBNR	4	binary	Number of logical records in prime data area. This field is mapped by DCBNRECT in the DCB mapping.
12	C	SMF14DCBR2	2	binary	Number of tracks (whole or partial remaining in overflow area). This field is mapped by DCBRORG2 in the DCB mapping.
14	E	SMF14DCBNO	2	binary	Number of logical records in overflow area. This field is mapped by DCBNOREC in the DCB mapping.
16	10	SMF14DCBR1	2	binary	Number of cylinder overflow areas that are full. This field is mapped by DCBRORG1 in the DCB mapping.
18	12	SMF14RV7	1	--	Reserved.
19	13	SMF14DEBNI	1	binary	Number of extents in independent index area. This field is mapped by DEBNIEEQ in the DEB mapping.
20	14	SMF14DEBNP	1	binary	Number of extents in prime data area. This field is mapped by DEBNPEEQ in the DEB mapping.
21	15	SMF14DEBNO	1	binary	Number of extents in independent overflow area. This field is mapped by DEBNOEEQ in the DEB mapping.
22	16	SMF14NCYLS	2	binary	Number of cylinders in independent index area.
24	18	SMF14NPCYL	2	binary	Number of cylinders in prime data area.
26	1A	SMF14NOCYL	2	binary	Number of cylinders in independent overflow area.
Extended Information Segment Descriptor*(Offset from beginning of record: 272 + (SMF14NUC SMF14SUC) + SMF14HIPERBATCH-SECTION-SIZE +SMF14SET)**
0	0	SMF14SXS	2	binary	Size of extended information segment (size of all sections including this length field).
0	0	SMF14ESL	2	binary	Size of this extended information section (size of variable length fields including this 4 byte section descriptor word). 2 2 1 binary Reserved.
3	3	SMF14STY	1	binary	Section type code. Type Meaning When Set 1 Compressed format data set section 2 SMS class information section 3 Step Information section 4 ISO/ANSI Version 4 CCSID (coded character set ID) information section 5 Additional data set characteristics section.
4	4	SMF14XF1	1	binary	Indicators: Bit Meaning When Set 0 Compressed format data set size values (SMF14CDS and SMF14UDS) are invalid. 1 Compression of the data set has been rejected. 2-7 Reserved.
5	5	SMF14XF2	1	binary	Indicators: Bit Meaning When Set 0-7 Reserved.
6	6	SMF14CDL	8	binary	Number of bytes of compressed data read or written since this open.
14	E	SMF14UDL	8	binary	Number of bytes of data read or written since this open (data length prior to compression).
22	16	SMF14CDS	8	binary	Size of the compressed format data set (number of compressed user data bytes).
30	1E	SMF14UDS	8	binary	Size of the compressed format data set (number of uncompressed user data bytes).
38	26	SMF14CIS	4	binary	Physical block size of extended format data set.
42	2A	SMF14TKL	2	binary	Length of dictionary token, SMF14TKN field (not including the length of this field). Currently equals 36.
44	2C	SMF14TKN	36	binary	Dictionary token for compressed format data set.
4	4	SMF14MCN	8	EBCDIC	SMS Management class name.
12	C	SMF14DCN	8	EBCDIC	SMS Data class name.
20	14	SMF14SCN	8	EBCDIC	SMS Storage class name (first 8 characters).
4	4	SMF14SPN	8	EBCDIC	Job step name.
12	C	SMF14PGN	8	EBCDIC	Job step program name.
4	4	SMF14CFG	1	binary	Indicators: Bit Meaning When Set 0 IBM format Version 4 tape 1 Opened for OUTPUT not DISP=MOD (Note 1) 2 Opened for OUTPUT DISP=MOD (Note 1) 3 User CCSID value is defaulted to CCSID=500 4 Tape CCSID value is defaulted to CCSID=367 5 CCSID value specified on DD statement was ignored 6-7 Reserved.
5	5	SMF14USR	4	binary	CCSID user application expects data records to be in (specified on JOB/EXEC statement or defaulted). (Note 2)
9	9	SMF14TPE	4	binary	CCSID of data records on tape (specified on DD statement or in tape label). (Note 2)
13	D	SMF14LBL	4	binary	CCSID specified in the tape label of an existing tape when opened for input processing.
4	4	SMF14BFG	2	binary	Indicators: Bit Meaning When Set 0 Block size value present 1-15 Reserved.
6	6	SMF14LBS	8	binary	Block size value.
14	E	SMF14RES1	12	binary	Reserved.

The above table is a slightly modified version of the description provided by IBM in their "MVS Systems Management Facilities (SMF)" manual.

Spectrum SMF Writer
File Definition for Type 14 SMF Records
INPUT or RDBACK Data Set Activity

********************************************************************
*        SPECTRUM SMF WRITER -- FILE DEFINITION STATEMENTS         *
*  SMF14 - SMF TYPE 14 RECORD "INPUT OR RDBACK DATA SET ACTIVITY"  *
********************************************************************
FIELD: SMF14LEN    DISP(0)    LEN(2)    TYPE(BINARY)
FIELD: SMF14SEG    DISP(2)    LEN(2)    TYPE(BINARY)
FIELD: SMF14FLG    DISP(4)    LEN(1)    TYPE(BINARY)
FIELD: SMF14RTY    DISP(5)    LEN(1)    TYPE(BINARY)
FIELD: SMF14TME    DISP(6)    LEN(4)    TYPE(B-SECS) DEC(2)
                                        FORMAT(TPIC'Z9:99:99.99')
FIELD: SMF14DTE    DISP(10)   LEN(4)    TYPE(P-CYYDDD)
FIELD: SMF14SID    DISP(14)   LEN(4)  
FIELD: SMF14JBN    DISP(18)   LEN(8)  
FIELD: SMF14RST    DISP(26)   LEN(4)    TYPE(B-SECS) DEC(2)
                                        FORMAT(TPIC'Z9:99:99.99')
FIELD: SMF14RSD    DISP(30)   LEN(4)    TYPE(P-CYYDDD)
FIELD: SMF14UID    DISP(34)   LEN(8)  
FIELD: SMF14RIN    DISP(42)   LEN(2)    TYPE(BINARY)
FIELD: SMF14SDC    DISP(44)   LEN(1)    TYPE(BINARY)
FIELD: SMF14NUC    DISP(45)   LEN(1)    TYPE(BINARY)
FIELD: SMF14SUC    DISP(46)   LEN(1)    TYPE(BINARY)
FIELD: SMF14SET    DISP(47)   LEN(1)    TYPE(BINARY)
FIELD: SMF14OPE    DISP(48)   LEN(4)    TYPE(B-SECS) DEC(2)
                                        FORMAT(TPIC'Z9:99:99.99')
FIELD: SMF14TIOE1  DISP(52)   LEN(1)    TYPE(BINARY)
FIELD: SMF14TIOE2  DISP(53)   LEN(1)    TYPE(BINARY)
FIELD: SMF14TIOE3  DISP(54)   LEN(1)    TYPE(BINARY)
FIELD: SMF14TIOE4  DISP(55)   LEN(1)    TYPE(BINARY)
FIELD: SMF14TIOE5  DISP(56)   LEN(8)  
FIELD: SMF14TIOE6  DISP(64)   LEN(3)    TYPE(BINARY)
FIELD: SMF14TIOE7  DISP(67)   LEN(1)    TYPE(BINARY)
FIELD: SMF14JFCB1  DISP(68)   LEN(176)  TYPE(BINARY)
FIELD: SMF14DCBOR  DISP(244)  LEN(2)    TYPE(BINARY)
FIELD: SMF14DCBRF  DISP(246)  LEN(1)    TYPE(BINARY)
FIELD: SMF14DCBMF  DISP(247)  LEN(2)    TYPE(BINARY)
FIELD: SMF14DCBFL  DISP(249)  LEN(1)    TYPE(BINARY)
FIELD: SMF14DCBOP  DISP(250)  LEN(1)    TYPE(BINARY)
FIELD: SMF14RV2    DISP(251)  LEN(1)    TYPE(BINARY)
FIELD: SMF14DEBFL  DISP(252)  LEN(1)    TYPE(BINARY)
FIELD: SMF14DEBOP  DISP(253)  LEN(1)    TYPE(BINARY)
FIELD: SMF14DCBBL  DISP(256)  LEN(4)    TYPE(BINARY)
FIELD: SMF14DSSNO  DISP(260)  LEN(6)  
FIELD: SMF14RV3    DISP(266)  LEN(2)  
FIELD: SMF14OPD    DISP(268)  LEN(4)    TYPE(PACKED)
FIELD: SMF14NTU    DISP(256)  LEN(4)    TYPE(BINARY)
FIELD: SMF14NTR    DISP(260)  LEN(4)    TYPE(BINARY)
FIELD: SMF14NER    DISP(264)  LEN(1)    TYPE(BINARY)
FIELD: SMF14EDI    DISP(265)  LEN(1)    TYPE(BINARY)
FIELD: SMF14RV4    DISP(266)  LEN(2)    TYPE(BINARY)
FIELD: SMF14OPD    DISP(268)  LEN(4)    TYPE(PACKED)

* UCB Section
FIELD: SMF14UCBDV  DISP(0)    LEN(2)    TYPE(BINARY)  OFFSET(272)
FIELD: SMF14UCBTY  DISP(8)    LEN(4)    TYPE(BINARY)
FIELD: SMF14SRTES  DISP(12)   LEN(1)    TYPE(BINARY)
FIELD: SMF14NEX    DISP(13)   LEN(1)    TYPE(BINARY)
FIELD: SMF14RV5    DISP(14)   LEN(2)    TYPE(BINARY)
FIELD: SMF14EXCP   DISP(16)   LEN(4)    TYPE(BINARY)

* UCB Section tape extension
FIELD: SMF14SRTEF  DISP(0)    LEN(2)    TYPE(BINARY)  OFFSET(292)
FIELD: SMF14SRTEQ  DISP(2)    LEN(2)    TYPE(BINARY)

* UCB Section DASD extension
FIELD: SMF14NTA    DISP(0)    LEN(4)    TYPE(BINARY)  OFFSET(292)

* Hiperbatch Section
FIELD: SMF14IOREQ  DISP(0)    LEN(4)    TYPE(BINARY)
                   OFFSET(272 + (SMF14NUC * SMF14SUC))
FIELD: SMF14CHITS  DISP(4)    LEN(4)    TYPE(BINARY)
FIELD: SMF14NMWTS  DISP(8)    LEN(4)    TYPE(BINARY)
FIELD: SMF14PHIOS  DISP(12)   LEN(4)    TYPE(BINARY)
FIELD: SMF14CIOS   DISP(16)   LEN(4)    TYPE(BINARY)

* ISAM Extension Section
FIELD: SMF14RV6    DISP(0)    LEN(2)    TYPE(BINARY)
                   OFFSET(272 + (SMF14NUC * SMF14SUC) + SMF14HIPERBATCH-SECTION-SIZE)
FIELD: SMF14DCBMA  DISP(2)    LEN(1)    TYPE(BINARY)
FIELD: SMF14DCBNL  DISP(3)    LEN(1)    TYPE(BINARY)
FIELD: SMF14DCBR3  DISP(4)    LEN(4)    TYPE(BINARY)
FIELD: SMF14DCBNR  DISP(8)    LEN(4)    TYPE(BINARY)
FIELD: SMF14DCBR2  DISP(12)   LEN(2)    TYPE(BINARY)
FIELD: SMF14DCBNO  DISP(14)   LEN(2)    TYPE(BINARY)
FIELD: SMF14DCBR1  DISP(16)   LEN(2)    TYPE(BINARY)
FIELD: SMF14RV7    DISP(18)   LEN(1)    TYPE(BINARY)
FIELD: SMF14DEBNI  DISP(19)   LEN(1)    TYPE(BINARY)
FIELD: SMF14DEBNP  DISP(20)   LEN(1)    TYPE(BINARY)
FIELD: SMF14DEBNO  DISP(21)   LEN(1)    TYPE(BINARY)
FIELD: SMF14NCYLS  DISP(22)   LEN(2)    TYPE(BINARY)
FIELD: SMF14NPCYL  DISP(24)   LEN(2)    TYPE(BINARY)
FIELD: SMF14NOCYL  DISP(26)   LEN(2)    TYPE(BINARY)

* Extended Information Segment Descriptor
FIELD: SMF14SXS    DISP(0)    LEN(2)    TYPE(BINARY)
                   OFFSET(272 + (SMF14NUC * SMF14SUC)  + SMF14HIPERBATCH-SECTION-SIZE +SMF14SET)
FIELD: SMF14ESL    DISP(0)    LEN(2)    TYPE(BINARY)
FIELD: SMF14STY    DISP(3)    LEN(1)    TYPE(BINARY)
FIELD: SMF14XF1    DISP(4)    LEN(1)    TYPE(BINARY)
FIELD: SMF14XF2    DISP(5)    LEN(1)    TYPE(BINARY)
FIELD: SMF14CDL    DISP(6)    LEN(8)    TYPE(BINARY)
FIELD: SMF14UDL    DISP(14)   LEN(8)    TYPE(BINARY)
FIELD: SMF14CDS    DISP(22)   LEN(8)    TYPE(BINARY)
FIELD: SMF14UDS    DISP(30)   LEN(8)    TYPE(BINARY)
FIELD: SMF14CIS    DISP(38)   LEN(4)    TYPE(BINARY)
FIELD: SMF14TKL    DISP(42)   LEN(2)    TYPE(BINARY)
FIELD: SMF14TKN    DISP(44)   LEN(36)   TYPE(BINARY)
FIELD: SMF14MCN    DISP(4)    LEN(8)  
FIELD: SMF14DCN    DISP(12)   LEN(8)  
FIELD: SMF14SCN    DISP(20)   LEN(8)  
FIELD: SMF14SPN    DISP(4)    LEN(8)  
FIELD: SMF14PGN    DISP(12)   LEN(8)  
FIELD: SMF14CFG    DISP(4)    LEN(1)    TYPE(BINARY)
FIELD: SMF14USR    DISP(5)    LEN(4)    TYPE(BINARY)
FIELD: SMF14TPE    DISP(9)    LEN(4)    TYPE(BINARY)
FIELD: SMF14LBL    DISP(13)   LEN(4)    TYPE(BINARY)
FIELD: SMF14BFG    DISP(4)    LEN(2)    TYPE(BINARY)
FIELD: SMF14LBS    DISP(6)    LEN(8)    TYPE(BINARY)
FIELD: SMF14RES1   DISP(14)   LEN(12)   TYPE(BINARY)