Program II ASSGN SYSOO2,cuu
IJSYSSL IJSYSPS IJSYSCL IJSYSPC
-IJSYSSL IJSYSPS IJSYSCL IJSYSPC
SYSSLB SYSOOO SYSCLB SYSOO3
to to
to to
from from
from from
to from to from
LlBDEF FROM LlBDEF TO
to to from
from
from to
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Licensed Material - Property or IBM ESERV
Function: De·editing andlor updating of edited macro's.
(Refer to: Guide to DOSIVS Assembler (GC33-4024)) Control Statement
II EXEC ESERV GENEND
GENCATALS
DSPL Y sublibl.booknamel
\,sublibl.bookname2, .... 1 PUNCH sublibl.booknamel l,sublibl.bookname2, .... 1 DSPCH sublibl.booknamel l,sublibl.bookname2 •.... 1 I COL start co!,n
) VER seqnol+rell, len
I ADD seqnol +rell
I DEL first seqno(+relll,last seqnol+relJl
11·35 Meaning
Causes generation of an assembler END statement, and a
r
statement. GENEND, when present, must be the first statement after the /I EXEC ESERV statement.Causes generation of the appropriate CATALS statement before each macro in the stream, and a
r
statement after the last macro.GENCATALS, when present, must be the first statement after the II EXEC ESERV statement.
Note: 1f neither GENEND nor GENCATALS is used, GENCATALS is assumed.
Produces a printout of the de·edited macro on the device assigned to SYSLST.
Produces a de·edited deck on the device assigned to SYSPCH.
Produces a deck and printout of the de·edited macro on the devices aSSigned to SYSPCH and SYSLST respectively.
Specifies the columns containing the sequence numbers in the statement of a macro definition.
startcol A decimal number within the range 73-80, which identifies the start column of the sequence number. I
A decimal number within the range 1-8, specifying the number of columns used by the sequence number.
COL, when present must be the first statement following DSPL Y, PUNCH or DSPCH statement.
If the COL statement is omitted startcol receives a default value of 73 and n a default value of 6.
Specifies the source statement of a macro defini-tion which contents are to be verified.
seqno+rel Identifies the source statement which is to be compared with the statement following the VER statement.
seq no: The sequence number of a source statement.
rei: A decimal number of 1·4 digits in length. If omitted, 0 is assumed.
len A decimal number within the range 1-80. If omitted, 72 is assumed.
Only the first I characters are used in the comparison.
Add statements to a source macro definition.
seqno+rel Identifies the source statement after which the new statements following the ADD statement are to be inserted.
(seqno: See VER statement) (rei: See VE R statement) Delete statements from a macro source defini·
tion.
seqno+rel,seqno+rel Identifies the first and the last source statement of the section to be deleted. If the second operand is omitted, only the source state·
ment identified by the first operand is deleted.
(seqno: See VEA statement) (rei: See VER statement)
I
licensed Material - Property of IBM ESERV ( ..•• Cont'dl
Control Statement
I REP first seqno[+reIU,last seqno[+relJ]
) RST seqno[ +re1]
) END
Meaning
Replace statements in a source mat:ro definiti0r-.
seqno+rel.seqno+rel Identifies the first and the last source statement of the section which is to be replaced by the state-ments following the REP statement.
If the second operand is omitt omitted, only the source statement identified by the first operand is replaced.
(seqno: See VER statement) (rei: See VER statement) Specifies a new sequence number serial starts.
seqno+rel Identifies the source statement after which the new serial starts.
(seqno: See VER statement) (rei: See VER statement) Indicates the end of an update to a macro defini·
tion. Required statement for all updating.
Sample coding for de·editing without updating a macro definition /I JOB NOUPDATE
II EXEC ESERV PUNCH E.MAC1,E.MAC2
'"
,&
Sample coding for de·editing and updating a macro definition /I JOB UPDATE
II EXEC ESERV GENEND DSPCH E.MACl I COL 77,3 I VER 72+ 1,5 .ppg IADD72+1
A1F (&PCH NE 1400)04 ) DEL 102, 103 ) REP 245
JOVCE CLC 0(4.REG6I.BLANKS ) END
,"
/I PAUSE CHECK LIST. MOVE DECK TO READER II OPTION EDECK, NODECK
II EXEC ASSEMBL V deck produced by ESERV /I PAUSE MOVE SVSPCH DECK TO READER II EXEC MAINT
'"
,&
deck produced by assembler
11·36
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Licensed Material - Property of IBM LSERV
The label information area is part of the SYSRES file and follows the last library in SYSRES.
A display of all labels can be obtained by executing LSERV. LSERV may be executed in any par-tition, with a minimum of 8192 bytes of the feal or virtual address areas.
Executing LSE RV From the comole:
II EXEC LSERV From the reader:
"JOB xxx I/EXEC LSERV
'"
/&
The output of LSE RV shows the contents of the label area on SYSRES and is to be printed on SYSLST.
When a How to use LSE RV:
1. Operator action given in VSE/AF2 Messages indicates when LSERV must be executed.
2. LSERV can be used for error analysis. LSERV displays the TLBL, DLBL and EXTENT infor·
mation.
Summary of information provided
The printout of LSERV will show you the following details:
• Whether the correct DL8L!EXTENT information is still on the label area.
• The permanent files.
• The temporary files.
• Extent type.
• File type.
For more information, refer to VSE/AF2 Serviceability Aids and- Debugging Procedures (SC33-6099).
LVTOC
A display of a DASD volume VTOC can be obtained the LVTOC program.
Executing LVTOC From the console:
Request Key Enter:
Pause part.id .. EOJ Wait forEDJ Enter:
II Assgn SYSOO4, cuu (DISK) II Assgn SYSOO5, cuu (PAT) IIEXEC LVTOC
From the reader:
IIJOBxxx
II Assgn SYSOO4, cuu (DISK) II Assgn SYS005, cuu (PAT) II EXEC L VTDC /&
LVTOC lists: • The file labels in alphabetic sequence .
• The free space on the volume.
• The start and end addresses and sizes of the unused space.
11-37
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Licensed Material - Property of IBM SUPERVISOR MACROS
, SupelVisor Macro Instruction Operation
Specify Optional Support in the Supervisor Operation Operand
FOPT ASYNOC = {fiQIYES}
Specifies whether the Supervisor Select option is to be used. By specifying an alphameric character (A-Z, 1-9), a unique name will be assigned to the supervisor being generated. For example. ID=A generates a supervisor named $$ASSUPA_ If this parameter is omitted the supervisor will be named
$$A$SUP1.
Indicates support for magnetic ink or optical character reader/sorters. The specification 1419 indicates support for 14195 with Single Address Adapter. 1255s, 1259s, or 1270s. 14190 specifica-tion gives support for 1419s with Dual Address adapter, or 12755. Burst mode and MICA devices cannot run concurrently on the same byte multi-plexor channel.
Specifies whether 370 or ECPS:VSE mode is supported.
Specifies the number of partitions to be supported.
The minimum is 2. The maximum value for n is 12.
The default value is 5.
Specifies the number of user subtasks to be sup-ported. Minimum is 8; maximum is 208.
Specify TP - VTAM if your installation uses: ACF/
VTAM, or VSE/POWEA and VSE!POWEA suppor-ted RJE, SNA.
Specify VM - YES: for VM/370 Linkage function;
for FBA OASOs in 370 mode.
Explanation
Specify YES to obtain support for Asynchronous Operator Communication; this allows to defer the operator's reply to system messages to some later time and to reply to messages out of sequence of their issuance.
Specifies whether output to a console printer assigned asSYSLOG is to be buffered. nspecifies the number Dfbuffersto be Qenerated value from 1 to 50.
Specifies support for protection of DASD files.
Specify YES if DASO sharing across system do-mains is desired. It provides for a cross-system locking mechanism to ensure data integrity when DASOs are accessible from two or more systems via the channel and/or string switching mechanism.
DASO sharing across systems is not supported for IBM 2311 and 2314/2319.
Only valid in 370 mode.
Specifies whether support is required for Display Operator Console (DOC). The necessary supervisor routines are generated to allow to assign SYSLOG either to a 125D or a 3277. If MODEL"'115 or 125,1250 will be used. 3277wHl be the default_
Specify the number of entries for the error queue.
n may be from 5 to 50.
Specifies whether fast CCW translation is to be supported.
11-38
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Licensed Material - Property of 18\1 SUPERVISOR MACROS ( .... Cont'd)
Specify Optional Support in the Supervisor ( Cont'd}
Operation
Specifies whether Job Accounting Interface and SIO Accounting is supported. YES or {nl,n2, .. , nm} if Job Accounting Interface is to be SlIpported for all partitions specified in NPARTS of SUPVR.
Specify JA = {nl,n2, .. ,nm} if SIO accounting is to be supported in addition to Job Accounting Interface. For n specify the number of I/O devices for which SIOs are to be counted fora given par-tition. Maximum value for n is 255; nl always relates to BG.
No.of Relationship
~i~~~' 1-"-2'--"-3-'-"4~"-5---r"-'6T-'"7'--',-""8---r"-9-'-"-'0'-",-,T"-,-l2
Generates a user save area and an alternative label area for job accounting. s specifies the number of bytes for the save area for user·written job·accoun-ting routines. The maximum acceptable value is 1024 and the default value is 16. 1 specifies the number of bytes for the alternative label area. The maximum value is 224 and the default value is O.Specifies whether library search function is to be supported. Specify the maximum number {n} of libraries that are allowed per library concatenation chain. Minimum for n is 1, maximum is 15.
Specifies the size of the time interval. n may be any value from 100 to 10.000 {msec}.
Provides support for the Rotational Position Sensing (RPS) capabilities of DASD devices sup-porting the feature.
Specify n if use access control function of VSE/
ICCF. n is the number of entries in the logging queue and is a value from to to 32,767.
Note: A SUPVR with SEC specified can only be activated if VSE/ICCF is installed.
Specifies the number of entries in the Second Level Directory. The minimum value for n is 5. This value is assumed in the case of an incorrect specification.
A performance decrease will result if the number specified is less than the number of actually used directory tracks of the System Core I mage Library.
An upper limit for CKD is 18, for FBA it is 3D, although the number is not restricted.
Specifies whether the synchronous exit function is to be supported. SYNCH " YES should be specified if problem programs use the synchronous exit facility (SVC screening) to support multiple users in one partition.
11-39
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Licensed Material - Property of IBM SUPERVISOR MACROS ( . . . . Cont'd)
Specify Optional Support in the Supervisor ( .... Cont'd) Operation
Specifies whether the Track-Hold feature is to be supported for DASD in a supervisor that supports multiprogramming. n indicates the maximum no.
of trackstblocks to be held at anyone time.
Accepted values are from 1 to 255. A Track-Hold Table (THTAB) with n entries is generated in the supervisor. An invalid specification result, in 10 entries being generated. The NPARTS parameter in the SUPVR macro must specify more than one partition ifTRKHLo = n is specified_
Specifies whether the timer is to be supported and if so, the partition owning the task timer. Only one partition 10 can be specified. The partition 10 is SG or Fn (where n is one of the foreground parti-tions generated into the system). If the partition 10 sequence does not correspond to the approptiate NPARTS specification, or if the value specified for NPARTS is invalid, an MNOTE is issued.
Specifies whether a supervisor id is to be printed as part of the IPL COMPLETE message. id may be up to 16 bytes long. If you specify more than 16 bytes, the id will be truncated on the right. If you specify less than 16 bytes, the id will be padded with blanks on the right. The specified id is placed in a 16 byte area that immediately precedes the BG communi-cation region. The field contains blanks if the para·
meter is not specified.
Specifies whether Cross Partition Event Control is to be supported. If YES is specified, four XECB's are generated per partition (as specified in NPARTS) n must be specified as a numeric value and indi-cates the number of XECB's for which an entry is to be generated in a supervisor intemal table.
Define options and Configuration requirements to be included in PhysicallOCS Operation Operand
IOTAB
SGPGR =
{-W}
BUFSIZE
={~}
Explanation
Specifies the number of programmer logical units (SYSnnn) for the BG partition. The minimum value for n is 10, and the maximum is 255. A parti·
tion LUB table is generated with a two·byte entry for each system logical unit and additional entries for the number of units specified by n.
Specify the number of n·byte copy blocks for VSE/AF run in 370 mode, or the number of 36 n"'Value specified for NPARTS in SUPVR ECPS:VSE mode:
BUFSIZE FASTTR= Default
I
MinimumNO 60 1'0
YES 120+ln-2)-40
I
60 n=va!ue specified for NPARTS in SUPVR11·40
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licensed Material - Property of IBM SUPERVISOR MACROS I. .. Cont'd)
Define options and Configuration requirements to be included in Phvsical
rocs ( ....
Cont'd) OperationIOTAB (Cont'd)
Operand
CHANQ::{~}
FnPGR
::{~}
IODEV={~}
NRES
={~}
1141 Explanation
Specifies the maximum number n of entries to be generated for the channel queue. Maximum value is 255. Default d is 24 plus value in CBF parameter.
Minimum value for n is value in CBF plus 6 if NPARTS:2
2 + NPARTS if NPARTS
>
2 Specifies for foreground partition n the number of programmer logical units. The minimum value for n is 5, and the maximum value is 255.Specifies the number of I/O devices attached to the system. The maximum specification allowed is 254, the minimum is 4. Each unit requiring an ADD entry must be included in n.
Specifies the number of Job Infonnation Blocks (JIBs) for the system (the minimum is 5, the default dis 10, the maximum is 255). Requirements are:
1. One JIB for each temporary logical unit assign-menL
2. One JIB for each alternate logical unit assign-ment.
n specifies the number of lock names to be held concurrently in order to protect shared resources against concurrent use by different tasks and/or systems.
The maximum value for n is 512. The minimum and default value is 21 plus four times the value specified for NPARTS in SUPVR.
I
Licensed Material - Property or IBM DEVICE TYPE CODES
C.ud Dev.Type
Code Actual IBM Device x'nn' Device Type
1050A 3210.3215 Console Printer Keyboards 00 Printer
3286 in Printer Keyboard Mode Keyboards
2501 2501 Card Reader 10 Ca,d
3525R~ 3525 Card Punch with optional read feature 32
5425 5424/25 MFCU 3+
PRT1 + 3211.3203-4.3203-5.3262·2.3262-12 and 43 3211 3289-4 Printers
3277 all attachable Printers to 3272 or 3274-1B Contr. BO (local 3270) Unit mode command must be X'Ol'
32778 all attachable Printers to 3272 or 3274-18 Contr. BO (local 32701 Unit attached in Burst Mode. mode command must
be X'Ol'. Printers attached to 3274-18 mode command must be X'OB'.
3800 3800 Printer Subsystem 45
38008 3800 Printer Subsystem with Burster Trimmer 45 Stacker (BTS)
3800C 3800 Printer Subsystem with Additional Character 45 Generation Storage (CGS)
3800BC 3800 Printer Subsystem with BTS and CGS 45
5203 5203 Printer 4C
1419 1255; 1259; 1419 Magnetic Character Reader
n
MICR 1419P 1419 Dual Address Adapter Primary Control Unit 73 14195 1419 Dual Address Adapter Secondary Control 74Unit
1287 1287 Optical Reeder 77 Optical
1288 1288 Optical Reader 77 Readers
1419 1270 Optical Reader/Sorter
n
1419P 1275 Optical ReaderlSorter Primary Control Unit 73 14195 1275 Optical ReaderlSorter Secondary Control 74
Unit
3881 3881 Optical Mark Reader 11
38B6 3886 Optical Character Reader 7C
11-42
Licensed Material - Property of IBM DEVICE TYPE CODES (,'" Cont'd)
Card Dev.Type
Code Actual IBM Device X'nn' Device Type
3540 3540 Disket:e Input/Output Unit 80 Diskette
7443 7443 System Recording File 88
2260 2260 Display Station CO Display
3277 3277; 3278 80 Stations
3277B 3277; 3278, attached in Burst Mode 80
125D 115/125 Display Operator Console 82 Display
1381148 Console in 115/125 Emulation Mode Operator 125DP same as 125D, but 5213 Console Printer attached 82 Console 3277 3277 Display Operator Console; 3284, 3286 or 80
3287 Console Printer, mode command mu:n be X'02', Display units attached to 3274-1 D, mode
command must be X'05',
I
2701 2701/2715 Adapter Unit; 135 ICA 00 Teleprocessing
2702 2702 Transmission Control Unit 01 Lines
2703 2703 Transmission Control Unit; I 15/125/13B ICA 02 3704/05 Controller in Emulation mode
3704 3704 Controller DC
3705 3705 Controller;SDLC leA on 4300 processor, DC mode must be X'10'
3791L 379' Controller; 3274·IA Local Command DE Controller
1017 1017 Paper Tape Reader with 2826 Control Unit 78 Paper Tape
Mod. 1 Readers
1017TP 1017 Paper Tape Reader with 2826 Control Unit 05 Mod. 2
2671 2671 Paper Tape Reader 70
1018 1018 Paper Tape Punch with 2826 Control Unit 79 Paper Tape
Mod. 1 Punch
1018TP 1018 Paper Tape Punch with 2826 Control Unit 06 Mod. 2
7770 7770 Audio Response Unit 03 Audio
7772 7772 Audio Response Unit 04 Response Unit
UNSP Unsupported Device FF Unsupported
UNSPB Unsupported Device FF Device
1143
licensed Material - Property of IBM
FORMAT OF THE ESDCARD Card
Columns
Multiple punch (12·2·9) Identifies this as a loader card.
2·4 ESO· External Symbol Dictionary card.
11·12 Number of bytes of information contained in this card.
15-16 Extemal symbol identification number {ESIOI of the first SO. PC. CM or ER on this card Relates the SO. PC. CM or ER to a particular control section.
17·72 Variable information.
S positions' Name
1 position· Type code hex 00.01,02,04. 05, or OA to indicate SO. LO. ER.
PC. CM, or WX respectively.
3 positions' Assembled origin 1 position' Blank
3 positions' Length, if an SO type. CM type. or a PC type.
If an LO type. this field contains the external symbol identification number (ESIO) of theSO containing the label.
73-80 May be used by the programmer for identification.
FORMAT OF THE TXT CARD Card
Columns
Multiple punch (12·2·91.
Identifies this as a loader card.
2-4 TXT· Text card
6-8 Assembled origin (Address of first byte to be loaded from this card).
11·12 Number of bytes of text to be loaded
15-16 External symbol identification number (ESIO) of the control section {SO or PC}
containing the text.
17·72 Up to 56 bytes of text - data or instructions to be loaded.
73-80 May be used for program identification.
11-44
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LICensed Material - Property of IBM FORMAT OF THE RLD CARD
Card Columns
Multiple punch (12·2·9).
Idemifies thisasa loader card.
2-4 R LD - Relocation List Dictionary Card.
11-12 Number of bytes of information contained in this card.
17-72 Variable information (multiple items).
a) Two positions - (relocation identifier) poi mer to the ESID number of the ESD item on which the relocation factor of the contents of the address constant is dependent.
b) Two positions' (position identifier) pointer to the ES! 0 number of the ESD item on which the position of the address constant is dependent.
c) One position' flag indicating type of constant, a~ follows:
Bits
0:2
Ignored3 0 . a non branch type load constant 1 . a branch type load constant 4-5 00· load constant length" 1 byte
01 load constant length" 2 bytes 1 0 . load constant length" 3 bytes 11 . load constant length == 4 bytes
o .
relocation factor is to be added 1 relocation factor is to be subtractedo .
Next load constant has different A and P identifiers;therefore, both Rand P must be present.
1 . Nellt load constant has the same A and P identifiers;
therefore they are both omitted.
Five Significant bits of this byte are expanded in the RSERV printout.
d) Three positions - assembled origin of load constant.
73·80 May be used for program idemification.
FORMAT OF THE END CARD Card
Columns
Multiple punch (12·2-9).
Identifies this asa loader card.
2-4 END
6-8 Assembled origin of the label supplied to the Assembler in the END card (optional).
15-16 ESID number of the control section to which this END card refers (only if 6-8 present).
17-22 SymboliC label supplied to the Assembler If this label was not defined within the assembly.
29·32 Control section length (if not specified in the last SO or PC).
73-80 Not used.
FORMAT OF THE REP (User Replace) CARD Card
Columns
Multiple punch 112·2-9).
Identifies thisasa loader card.
2-4 REP - Replace text card.
5-6 Blank.
7-12 Assembled address of the first byte to be replaced (hexadecimal).
Must be right justified with leading zero's If needed to fill the field.
13 Blank
14-16 External symbol identification number (ESID) of the control section (SO) containing the text (hexadecimal). Must be right justified with leading zero's if needed to fill the field.
17-70 From 1-11 4-digit hexadecimal fields separated by comma's. each replacing two bytes. A b!ank indicate. the end of information in this card.
71-72 Blank
73-80 May be used for program identification.
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Licensed ~htenal - Property of IBM
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CHAPTER III
VSE/AF2 IOCS (GENERAL/SAM/DAM/ISAM)
)
§
Field
r
Volume Label Number1213 1415
Label Volume Reserved
Iden- Serial Reserved Reserved Owner Name and
Address Code Reserved for Future Expansion tifier Number
4 5 10111112 21122 31132 41142 51152 801
-Cvo[umeseCUrity
FIELD NAME AND LENGTH LABEL IDENTIFIER 3 bytes VOLUME LABEL NO.
1 byte
VOLUME SERIAL NO.
B bytes
Indicates the relative position (1-8) of a volume label within a group of volume labels.
A unique identification code which is assigned to a volume when it enters an installation. This code may also appear on the external surface of the volume for visual identification. It is normally a numeric field 000001 to 999999, however any or all of the B bytes may be alphameric.
A unique identification code which is assigned to a volume when it enters an installation. This code may also appear on the external surface of the volume for visual identification. It is normally a numeric field 000001 to 999999, however any or all of the B bytes may be alphameric.