Standard Utility Language Reference Manual

Rules

1. ALTERNATEINDEX
2. CATALOG
3. CLUSTER
4. COPY
5. COPYGRP
6. DATA
7. DEFINE
8. DELETE
9. DO
10. DSN
11. ELSE
12. EMPTY
13. END
14. FILE
15. FORCE
16. GENERATIONDATAGROUP
17. IF
18. INDATASET
19. INDEXED
20. INDEX
21. INFILE
22. KEYS
23. LIB
24. LIMIT
25. LINEAR
26. MODEL
27. NAME
28. NOEMPTY
29. NOFORCE
30. NOLIMIT
31. NONINDEXED
32. NONUNIQUEKEY
33. NONVSAM
34. NOPURGE
35. NOREPLACE
36. NOREUSE
37. NOSCRATCH
38. NUMBERED
39. OUTDATASET
40. OUTFILE
41. PAGESPACE
42. PARMS
43. PATH
44. PLAN
45. PROG
46. PROGRAM
47. PROTOCOL
48. PURGE
49. RECORDSIZE
50. RELATE
51. REPRO
52. REPLACE
53. REUSE
54. RUN
55. SCRATCH
56. SELECT
57. SET
58. SORT
59. SPACE
60. THEN
61. UNIQUEKEY
62. USERCATALOG
63. iefbr14
64. iebgener
65. tmsclean
66. bpxbatch
67. iebcopy
68. iebcopycmd
69. iebcopyselect
70. iebcopyoperands
71. indd
72. outdd
73. iebcopymemberlist
74. membergroup
75. iebcopylabel
76. idcams
77. newidcamscmd
78. anyidcamscmd
79. idcamscmd
80. definecmd
81. definegdgcmd
82. dsname
83. dsn
84. dsnpart
85. gdgparm
86. defineclustercmd
87. defineaixcmd
88. clusterparm
89. keylengthoffset
90. parmlist
91. protocols
92. avgmaxrecsize
93. aixparm
94. defextra
95. datapart
96. indexpart
97. catalogpart
98. dataparm
99. indexparm
100. catalogparm
101. reprocmd
102. reproopts
103. reprofrom
104. reproto
105. reproreuse
106. reproreplace
107. deletecmd
108. deleteparm
109. datasetnames
110. ifthenelsecmd
111. ifclause
112. thenclause
113. elseclause
114. idcamscmds
115. newthenelsecmd
116. operator
117. setcmd
118. ikjeft01
119. tsocmd
120. tsoidcamscmd
121. newtsoidcams
122. dsncmd
123. runcmd
124. runcmdkeyword
125. runoption
126. shellcmd
127. shellpgm
128. shellargs
129. endcmd
130. sort
131. sortcmd
132. sortkeyword
133. sortformat
134. sortfields
135. sortfield
136. syncsort
137. dsnitab
138. dsnutilb
139. anything
140. ident
141. ID
142. variable
143. reserved
144. INT
145. WS
146. SPECIAL
147. INTL
148. A
149. B
150. C
151. D
152. E
153. F
154. G
155. H
156. I
157. J
158. K
159. L
160. M
161. N
162. O
163. P
164. Q
165. R
166. S
167. T
168. U
169. V
170. W
171. X
172. Y
173. Z

• ALTERNATEINDEX Top

  tokens & aliases

  Text notation:

  ALTERNATEINDEX : ( A I X | A L T E R N A T E I N D E X ) ;

  Visual notation:

  

• CATALOG Top

   

  Text notation:

  CATALOG : ( C A T A L O G | C A T ) ;

  Visual notation:

  

• CLUSTER Top

   

  Text notation:

  CLUSTER : C L U S T E R ;

  Visual notation:

  

• COPY Top

   

  Text notation:

  COPY : C O P Y ;

  Visual notation:

  

• COPYGRP Top

   

  Text notation:

  COPYGRP : C O P Y G R P ;

  Visual notation:

  

• DATA Top

   

  Text notation:

  DATA : D A T A ;

  Visual notation:

  

• DEFINE Top

   

  Text notation:

  DEFINE : ( D E F I N E | D E F ) ;

  Visual notation:

  

• DELETE Top

   

  Text notation:

  DELETE : ( D E L E T E | D E L ) ;

  Visual notation:

  

• DO Top

   

  Text notation:

  DO : D O ;

  Visual notation:

  

• DSN Top

   

  Text notation:

  DSN : D S N ;

  Visual notation:

  

• ELSE Top

   

  Text notation:

  ELSE : E L S E ;

  Visual notation:

  

• EMPTY Top

   

  Text notation:

  EMPTY : E M P T Y ;

  Visual notation:

  

• END Top

   

  Text notation:

  END : E N D ;

  Visual notation:

  

• FILE Top

   

  Text notation:

  FILE : F I L E ;

  Visual notation:

  

• FORCE Top

   

  Text notation:

  FORCE : F O R C E ;

  Visual notation:

  

• GENERATIONDATAGROUP Top

   

  Text notation:

  GENERATIONDATAGROUP : ( G E N E R A T I O N D A T A G R O U P | G D G ) ;

  Visual notation:

  

• IF Top

   

  Text notation:

  IF : I F ;

  Visual notation:

  

• INDATASET Top

   

  Text notation:

  INDATASET : ( I N D A T A S E T | I D S ) ;

  Visual notation:

  

• INDEXED Top

   

  Text notation:

  INDEXED : I N D E X E D ;

  Visual notation:

  

• INDEX Top

   

  Text notation:

  INDEX : I N D E X ;

  Visual notation:

  

• INFILE Top

   

  Text notation:

  INFILE : ( I N F I L E | I F I L E ) ;

  Visual notation:

  

• KEYS Top

   

  Text notation:

  KEYS : K E Y S ;

  Visual notation:

  

• LIB Top

   

  Text notation:

  LIB : L I B ;

  Visual notation:

  

• LIMIT Top

   

  Text notation:

  LIMIT : L I M I T ;

  Visual notation:

  

• LINEAR Top

   

  Text notation:

  LINEAR : L I N E A R ;

  Visual notation:

  

• MODEL Top

   

  Text notation:

  MODEL : M O D E L ;

  Visual notation:

  

• NAME Top

   

  Text notation:

  NAME : N A M E ;

  Visual notation:

  

• NOEMPTY Top

   

  Text notation:

  NOEMPTY : N O E M P T Y ;

  Visual notation:

  

• NOFORCE Top

   

  Text notation:

  NOFORCE : N O F O R C E ;

  Visual notation:

  

• NOLIMIT Top

   

  Text notation:

  NOLIMIT : N O L I M I T ;

  Visual notation:

  

• NONINDEXED Top

   

  Text notation:

  NONINDEXED : N O N I N D E X E D ;

  Visual notation:

  

• NONUNIQUEKEY Top

   

  Text notation:

  NONUNIQUEKEY : N O N U N I Q U E K E Y ;

  Visual notation:

  

• NONVSAM Top

   

  Text notation:

  NONVSAM : N O N V S A M ;

  Visual notation:

  

• NOPURGE Top

   

  Text notation:

  NOPURGE : N O P U R G E ;

  Visual notation:

  

• NOREPLACE Top

   

  Text notation:

  NOREPLACE : ( N O R E P L A C E | N R E P ) ;

  Visual notation:

  

• NOREUSE Top

   

  Text notation:

  NOREUSE : ( N O R E U S E | N R U S ) ;

  Visual notation:

  

• NOSCRATCH Top

   

  Text notation:

  NOSCRATCH : N O S C R A T C H ;

  Visual notation:

  

• NUMBERED Top

   

  Text notation:

  NUMBERED : N U M B E R E D ;

  Visual notation:

  

• OUTDATASET Top

   

  Text notation:

  OUTDATASET : ( O U T D A T A S E T | O D S ) ;

  Visual notation:

  

• OUTFILE Top

   

  Text notation:

  OUTFILE : ( O U T F I L E | O F I L E ) ;

  Visual notation:

  

• PAGESPACE Top

   

  Text notation:

  PAGESPACE : P A G E S P A C E ;

  Visual notation:

  

• PARMS Top

   

  Text notation:

  PARMS : P A R M S ;

  Visual notation:

  

• PATH Top

   

  Text notation:

  PATH : P A T H ;

  Visual notation:

  

• PLAN Top

   

  Text notation:

  PLAN : P L A N ;

  Visual notation:

  

• PROG Top

   

  Text notation:

  PROG : P R O G ;

  Visual notation:

  

• PROGRAM Top

   

  Text notation:

  PROGRAM : P R O G R A M ;

  Visual notation:

  

• PROTOCOL Top

   

  Text notation:

  PROTOCOL : P R O T O C O L ;

  Visual notation:

  

• PURGE Top

   

  Text notation:

  PURGE : P U R G E ;

  Visual notation:

  

• RECORDSIZE Top

   

  Text notation:

  RECORDSIZE : R E C O R D S I Z E ;

  Visual notation:

  

• RELATE Top

   

  Text notation:

  RELATE : R E L A T E ;

  Visual notation:

  

• REPRO Top

   

  Text notation:

  REPRO : R E P R O ;

  Visual notation:

  

• REPLACE Top

   

  Text notation:

  REPLACE : ( R E P L A C E | R E P ) ;

  Visual notation:

  

• REUSE Top

   

  Text notation:

  REUSE : ( R E U S E | R U S ) ;

  Visual notation:

  

• RUN Top

   

  Text notation:

  RUN : R U N ;

  Visual notation:

  

• SCRATCH Top

   

  Text notation:

  SCRATCH : S C R A T C H ;

  Visual notation:

  

• SELECT Top

   

  Text notation:

  SELECT : S E L E C T ;

  Visual notation:

  

• SET Top

   

  Text notation:

  SET : S E T ;

  Visual notation:

  

• SORT Top

   

  Text notation:

  SORT : S O R T ;

  Visual notation:

  

• SPACE Top

   

  Text notation:

  SPACE : S P A C E ;

  Visual notation:

  

• THEN Top

   

  Text notation:

  THEN : T H E N ;

  Visual notation:

  

• UNIQUEKEY Top

   

  Text notation:

  UNIQUEKEY : U N I Q U E K E Y ;

  Visual notation:

  

• USERCATALOG Top

   

  Text notation:

  USERCATALOG : U S E R C A T A L O G ;

  Visual notation:

  

• iefbr14 Top

  IEFBR14 does not accept any input commands, but the Heirloom Computing EBP version does allow PARMs consisting of RC=x (will return a condition code of x), SYSOUT=word (will print word on SYSOUT DD) and SLEEP=s (will delay s seconds)

  Text notation:

  iefbr14 : ;

  Visual notation:

  

• iebgener Top

  IEBGENER ignores any input commands and will always copy data from the DD SYSUT1 to the DD SYSUT2 while printing its report to SYSPRINT

  Text notation:

  iebgener : ;

  Visual notation:

  

• tmsclean Top

  TMSCLEAN ignores any input commands and scratches all expired DSNs in DataLib

  Text notation:

  tmsclean : ;

  Visual notation:

  

• bpxbatch Top

  BPXBATCH is the IBM JES/JCL compatible way to invoke the shell, in EBP it is roughly the same as "PGM=sh"

  Text notation:

  bpxbatch : ;

  Visual notation:

  

• iebcopy Top

  IEBCOPY the partitioned dataset utility accepts standard COPY and COPYGRP commands. PDSs are created with DSORG=PO on the JCL DD line and are represented as a directory on disk. PDS members are files within that directory.

  Text notation:

  iebcopy : ( iebcopylabel WS iebcopycmd WS iebcopyselect WS* )* ;

  Visual notation:

  

• iebcopycmd Top

   

  Text notation:

  iebcopycmd : COPY WS ( iebcopyoperands ',' WS* )* iebcopyoperands | COPYGRP WS ( iebcopyoperands ',' WS* )* iebcopyoperands ;

  Visual notation:

  

• iebcopyselect Top

  SELECT specific MEMBERs to be copied from the specified INDD to the specified OUTDD datasets

  Text notation:

  iebcopyselect : SELECT WS 'MEMBER=' iebcopymemberlist | ;

  Visual notation:

  

• iebcopyoperands Top

   

  Text notation:

  iebcopyoperands : 'INDD=' ( indd ',' )* indd | 'OUTDD=' ( outdd ',' )* outdd | 'LIST=YES' | 'LIST=NO' ;

  Visual notation:

  

• indd Top

  Code (MEMBER,R) on the INDD keyword to indicate that all member copies should be treated as replacements

  Text notation:

  indd : dd=ID | '(' dd=ID ',' replace=ID ')' ;

  Visual notation:

  

• outdd Top

   

  Text notation:

  outdd : ID ;

  Visual notation:

  

• iebcopymemberlist Top

   

  Text notation:

  iebcopymemberlist : '(' ( membergroup ',' )* membergroup ')' ;

  Visual notation:

  

• membergroup Top

  Individual members (files within the PDS Dataset directory) are copied from any given INDD dataset to the OUTDD dataset. Specifying a second name will rename the member during copy. Specifying R as the 3rd entry indicates the member copied should replace any similar named members that may exist in the output dataset.

  Text notation:

  membergroup : name=ID | '(' name=ID ')' | '(' name=ID ',' newname=ID ')' | '(' name=ID ',' ',' replace=ID ')' | '(' name=ID ',' newname=ID ',' replace=ID ')' ;

  Visual notation:

  

• iebcopylabel Top

   

  Text notation:

  iebcopylabel : ID | ;

  Visual notation:

  

• idcams Top

  IDCAMS Access Method Services. Used to define GDGs, delete datasets and reproduce (copy) them.

  Text notation:

  idcams : newidcamscmd WS? anyidcamscmd ( newidcamscmd WS anyidcamscmd )* WS? ;

  Visual notation:

  

• newidcamscmd Top

   

  Text notation:

  newidcamscmd : ;

  Visual notation:

  

• anyidcamscmd Top

   

  Text notation:

  anyidcamscmd : WS? ifthenelsecmd | WS? idcamscmd ;

  Visual notation:

  

• idcamscmd Top

   

  Text notation:

  idcamscmd : reprocmd | definecmd | deletecmd | setcmd ;

  Visual notation:

  

• definecmd Top

   

  Text notation:

  definecmd : definegdgcmd | defineclustercmd | defineaixcmd ;

  Visual notation:

  

• definegdgcmd Top

   

  Text notation:

  definegdgcmd : DEFINE WS GENERATIONDATAGROUP WS? '(' WS? dsname ( WS gdgparm )* ')' ;

  Visual notation:

  

• dsname Top

   

  Text notation:

  dsname : NAME WS? '(' WS? dsn WS? ')' ;

  Visual notation:

  

• dsn Top

   

  Text notation:

  dsn : dsnpart ( '.' dsnpart )* | '\'' dsnpart ( '.' dsnpart )* '\'' ;

  Visual notation:

  

• dsnpart Top

   

  Text notation:

  dsnpart : ID | reserved ;

  Visual notation:

  

• gdgparm Top

   

  Text notation:

  gdgparm : LIMIT WS? '(' WS? INT WS? ')' | NOLIMIT | EMPTY | NOEMPTY | SCRATCH | NOSCRATCH ;

  Visual notation:

  

• defineclustercmd Top

   

  Text notation:

  defineclustercmd : DEFINE WS CLUSTER WS? '(' WS? dsname ( WS clusterparm )* WS? ')' ( defextra )* ;

  Visual notation:

  

• defineaixcmd Top

   

  Text notation:

  defineaixcmd : DEFINE WS ( ALTERNATEINDEX ) WS? '(' WS? dsname ( WS aixparm )* WS? ')' ;

  Visual notation:

  

• clusterparm Top

  Supported ISAM definition options

  Text notation:

  clusterparm : RECORDSIZE WS? '(' WS? avgmaxrecsize WS? ')' | KEYS WS? '(' WS? keylengthoffset WS? ')' | INDEXED | LINEAR | NONINDEXED | NUMBERED | REUSE | NOREUSE | MODEL WS? '(' WS? name=dsn ( WS cat=ID )? WS? ')' | PROTOCOL '(' WS? protocols WS? ')' | ID | ID WS? '(' WS? parmlist WS? ')' ;

  Visual notation:

  

• keylengthoffset Top

   

  Text notation:

  keylengthoffset : keyl=INT | keyl=INT WS keyo=INT | keyl=INT ',' WS? keyo=INT ;

  Visual notation:

  

• parmlist Top

   

  Text notation:

  parmlist : ( dsn | INT ) | ( dsn | INT ) WS parmlist | ( dsn | INT ) ',' WS? parmlist ;

  Visual notation:

  

• protocols Top

  PROTOCOL - Elastic COBOL Extension for internal file layout (multiple may apply) REMOTE - remote connection to file server; ENV - cluster name is a ddname, same as OFILE(name) VSAM - High level indication this is an indexed-sequential format of some kind; EC, E-ISAM, E_ISAM, EISAM - Elastic COBOL ISAM file format; MF, MFU, MFW - Micro Focus IDX 3 file format; AS400 - AS/400 file format; ISAM, CISAM, C-ISAM, C_ISAM - C ISAM file format; DISAM, D-ISAM, D_ISAM - D ISAM file format; ACON, ACU, ACUCOBOL - Acu COBOL file format; VIS4, VISION4, VIS, VISION - Vision File Format; VSQL - VSAM Transparency Mode -- elements as columns VDB - VSAM Transparency Mode -- records as blobs none-of-the-above - Elastic COBOL

  Text notation:

  protocols : ID | ID WS protocols ;

  Visual notation:

  

• avgmaxrecsize Top

   

  Text notation:

  avgmaxrecsize : INT | avg=INT WS max=INT | avg=INT ',' WS? max=INT ;

  Visual notation:

  

• aixparm Top

   

  Text notation:

  aixparm : RELATE WS? '(' WS? dsn WS? ')' | KEYS WS? '(' WS? keyl=INT WS keyo=INT WS? ')' | MODEL WS? '(' WS? name=dsn ( WS cat=ID )? WS? ')' | UNIQUEKEY | NONUNIQUEKEY | PROTOCOL '(' WS? protocols WS? ')' | ident | ID WS? '(' WS? parmlist WS? ')' ;

  Visual notation:

  

• defextra Top

   

  Text notation:

  defextra : datapart | indexpart | catalogpart ;

  Visual notation:

  

• datapart Top

   

  Text notation:

  datapart : WS DATA WS? '(' ( WS? dataparm )* ')' ;

  Visual notation:

  

• indexpart Top

   

  Text notation:

  indexpart : WS INDEX WS? '(' ( WS? indexparm )* ')' ;

  Visual notation:

  

• catalogpart Top

   

  Text notation:

  catalogpart : WS CATALOG WS? '(' ( WS? indexparm )* ')' ;

  Visual notation:

  

• dataparm Top

  DEFINE CLUSTER() DATA() portions are ignored

  Text notation:

  dataparm : ident | ident '(' WS? parmlist WS? ')' ;

  Visual notation:

  

• indexparm Top

  DEFINE CLUSTER() DATA() portions are ignored

  Text notation:

  indexparm : ident | ident '(' WS? parmlist WS? ')' ;

  Visual notation:

  

• catalogparm Top

  DEFINE CLUSTER() CATALOG() portions are ignored

  Text notation:

  catalogparm : ident | ident '(' WS? parmlist WS? ')' ;

  Visual notation:

  

• reprocmd Top

   

  Text notation:

  reprocmd : REPRO ( WS reproopts ) + ;

  Visual notation:

  

• reproopts Top

   

  Text notation:

  reproopts : reprofrom | reproto | reproreuse | reproreplace ;

  Visual notation:

  

• reprofrom Top

   

  Text notation:

  reprofrom : INFILE WS? '(' WS? infile=ident WS? ')' | INDATASET WS? '(' WS? inds=dsn WS? ')' ;

  Visual notation:

  

• reproto Top

   

  Text notation:

  reproto : OUTFILE WS? '(' WS? outfile=ident WS? ')' | OUTDATASET WS? '(' WS? outds=dsn WS? ')' ;

  Visual notation:

  

• reproreuse Top

   

  Text notation:

  reproreuse : REUSE | NOREUSE ;

  Visual notation:

  

• reproreplace Top

   

  Text notation:

  reproreplace : REPLACE | NOREPLACE ;

  Visual notation:

  

• deletecmd Top

   

  Text notation:

  deletecmd : DELETE WS datasetnames ( WS deleteparm )* ;

  Visual notation:

  

• deleteparm Top

   

  Text notation:

  deleteparm : GENERATIONDATAGROUP | ALTERNATEINDEX | CLUSTER | NONVSAM | PAGESPACE | PATH SPACE | USERCATALOG | FILE WS? '(' WS? infile=ident WS? ')' | CATALOG WS? '(' WS? infile=ident ( '/' pw=ident )? WS? ')' | FORCE | NOFORCE | PURGE | NOPURGE | SCRATCH | NOSCRATCH | PROTOCOL '(' WS? protocols WS? ')' ;

  Visual notation:

  

• datasetnames Top

   

  Text notation:

  datasetnames : dsn | '(' WS? ( dsn ','? WS? )+ ')' ;

  Visual notation:

  

• ifthenelsecmd Top

   

  Text notation:

  ifthenelsecmd : ifclause thenclause elseclause ;

  Visual notation:

  

• ifclause Top

   

  Text notation:

  ifclause : IF WS ident WS? operator WS? INT ;

  Visual notation:

  

• thenclause Top

   

  Text notation:

  thenclause : WS THEN WS idcamscmds ;

  Visual notation:

  

• elseclause Top

   

  Text notation:

  elseclause : | WS ELSE WS idcamscmds ;

  Visual notation:

  

• idcamscmds Top

   

  Text notation:

  idcamscmds : newthenelsecmd idcamscmd | DO ( WS newthenelsecmd idcamscmd )+ WS END ;

  Visual notation:

  

• newthenelsecmd Top

   

  Text notation:

  newthenelsecmd : { currentAMSOperation = new AMSOperation(); } ;

  Visual notation:

  

• operator Top

   

  Text notation:

  operator : '=' | 'EQ' | '!=' | '~=' | 'NE' | '>' | 'GT' | '<' | 'LT' | '>=' | 'GE' | '<=' | 'LE' ;

  Visual notation:

  

• setcmd Top

   

  Text notation:

  setcmd : SET WS ident WS? '=' WS? INT ;

  Visual notation:

  

• ikjeft01 Top

  IKJEFT implements TSO commands DSN, RUN, END -- connect to a database and run a program. DSN: symbolic db name specified in SYSTEM() keyword must be defined in an IKJEFT.properties file available on the datalib.1..9 or in the home (EBP WebApps folder). It should contain "url", "user", "password" where url is of the form "jdbc:driver://location/dbname". Note that the driver implementing "driver" must be present in the classlib.1..9 configuration (which contains $CLASSPATH by default). RUN: run the PROGRAM class or PROGRAM.LIB package (e.g., "PROGRAM(DSNTIAD) LIB(com.heirloomcomputing.pgm)") that is found on the classlib.1..9 configuration (which contains $CLASSPATH by default). It does not look in systemlib.1..9 which is used only for finding "EXEC PROG=" programs. The static main() entry point is invoked within the loaded class and if that class has a "conn" public static Connection field it is assigned the JDBC Connection object opened during the DSN SYSTEM() command, if specified. Heirloom Computing Extension: multiple DSN commands supported, with names other than SYSTEM which is referenced in the COBOL "SET CONNECTION name"; SYSTEM is a synonym for DEFAULT which is the initial DB connection name if no "SET CONNECTION" is issued by the program.

  Text notation:

  ikjeft01 : ( WS? tsocmd )* WS? ;

  Visual notation:

  

• tsocmd Top

   

  Text notation:

  tsocmd : dsncmd | runcmd | shellcmd | tsoidcamscmd | endcmd ;

  Visual notation:

  

• tsoidcamscmd Top

  Some IDCAMS commands like REPRO can be in TSO sessions

  Text notation:

  tsoidcamscmd : newtsoidcams idcamscmd ;

  Visual notation:

  

• newtsoidcams Top

   

  Text notation:

  newtsoidcams : ;

  Visual notation:

  

• dsncmd Top

  DSN SYSTEM must specify a prefix of properties in IKJEFT.properties file containing at least prefix.url - the URL of the JDBC connection, prefix.user - connection user id, prefix.passowrd - connection password

  Text notation:

  dsncmd : DSN WS connname=ident WS? '(' WS? connattr=ident WS? ')' | DSN ;

  Visual notation:

  

• runcmd Top

  RUN command requires PROG, PLAN is ignored, optional LIB where PROG is found

  Text notation:

  runcmd : runcmdkeyword ( runoption )+ ;

  Visual notation:

  

• runcmdkeyword Top

   

  Text notation:

  runcmdkeyword : RUN ;

  Visual notation:

  

• runoption Top

  RUN option PROGRAM can specify a COBOL program class or package.class and must be found on classlib.1..9 LIB is ignored, PLAN is ignored

  Text notation:

  runoption : WS ( PROG | PROGRAM ) WS? '(' WS? prog=dsn WS? ')' | WS PARMS WS? '(' WS? '\'' parms=anything '\'' WS? ')' | WS PLAN WS? '(' WS? plan=ident WS? ')' | WS LIB WS? '(' WS? lib=dsn WS? ')' ;

  Visual notation:

  

• shellcmd Top

  shell command can be used to invoke REXX, python or shell scripts on DD SYSEXEC

  Text notation:

  shellcmd : '%' shellpgm ( WS shellargs )* ;

  Visual notation:

  

• shellpgm Top

   

  Text notation:

  shellpgm : ident ;

  Visual notation:

  

• shellargs Top

   

  Text notation:

  shellargs : ident | INT | dsn | '\'' anything '\'' | '"' anything '"' ;

  Visual notation:

  

• endcmd Top

  END terminates command processing

  Text notation:

  endcmd : END ;

  Visual notation:

  

• sort Top

  SORT is a limited form of DFSORT which translates the SORT command into UNIX/Linux sort(1) command operations. Merging of input or spitting of output is not accepted at this time.

  Text notation:

  sort : ( WS? sortcmd )* WS? ;

  Visual notation:

  

• sortcmd Top

  only the SORT command is accepted from the SORT utility

  Text notation:

  sortcmd : sortkeyword WS ( sortformat ',' WS )? sortfields? ;

  Visual notation:

  

• sortkeyword Top

   

  Text notation:

  sortkeyword : SORT ;

  Visual notation:

  

• sortformat Top

  FORMAT specifies global format

  Text notation:

  sortformat : 'FORMAT=' ID ;

  Visual notation:

  

• sortfields Top

  FIELDS consist of 'start,length,format,ascending' if sortformat has not been specified or 'start,length,ascending' if it has

  Text notation:

  sortfields : 'FIELDS=(' WS? ( sortfield ',' WS? )* sortfield WS? ')' ;

  Visual notation:

  

• sortfield Top

   

  Text notation:

  sortfield : INT | ID ;

  Visual notation:

  

• syncsort Top

  SYNCSORT invokes the Linux DMXPRESS from SyncSort, inc.

  Text notation:

  syncsort : ;

  Visual notation:

  

• dsnitab Top

  DSNTIAD - the DB2 Command Line Interpreter modified to work with any JDBC database. Database commands are read in on SYSIN and are delimited by ';' each is examined for DB2 syntax which is modified to be SQL92 compliant or ignored then prepared and executed. A CONNNECT statement similar to that accepted by COBOL (url, driver, user, password keywords) will connect to the database. however, the static Connection field "conn" is available to be modified by IKJEFT01 which may connect via the DSN SYSTEM command before RUNning PROGRAM DSNITIAD

  Text notation:

  dsnitab : ;

  Visual notation:

  

• dsnutilb Top

  DSNUTILB normally processes TABLESPACE configurations statements of the system DSN specified as a PARM. This ignores these configurations as they are not necessary when dealing with JDBC databases

  Text notation:

  dsnutilb : ;

  Visual notation:

  

• anything Top

   

  Text notation:

  anything : ~( '\r' | '\n' | '\'' )* ;

  Visual notation:

  

• ident Top

   

  Text notation:

  ident : ID | reserved ;

  Visual notation:

  

• ID Top

   

  Text notation:

  ID : ('a'..'z'|'A'..'Z'|'$'|'#'|'@') ('a'..'z'|'A'..'Z'|'0'..'9'|'$'|'#'|'@')* ;

  Visual notation:

  

• variable Top

   

  Text notation:

  variable : '&' ID | '&' reserved ;

  Visual notation:

  

• reserved Top

   

  Text notation:

  reserved : COPY | COPYGRP | SELECT | DEFINE | GENERATIONDATAGROUP | CLUSTER | ALTERNATEINDEX | KEYS | INDEXED | LINEAR | NONINDEXED | NUMBERED | DATA | INDEX | CATALOG | NAME | MODEL | RELATE | DELETE | FORCE | NOFORCE | PURGE | NOPURGE | USERCATALOG | NONVSAM | PATH | SPACE | PAGESPACE | SET | REPRO | INFILE | INDATASET | OUTFILE | OUTDATASET | FILE | LIMIT | NOLIMIT | PROTOCOL | SCRATCH | NOSCRATCH | EMPTY | NOEMPTY | DSN | END | RUN | PROG | PROGRAM | UNIQUEKEY | NONUNIQUEKEY | PARMS | PLAN | LIB | SORT | NOREPLACE | NOREUSE | REPLACE | REUSE ;

  Visual notation:

  

• INT Top

   

  Text notation:

  INT : ('0'..'9')+ ;

  Visual notation:

  

• WS Top

   

  Text notation:

  WS : (' '|'\t'|'\r'|'\n'|('--' (.)*? '\n')|('/*' (.)*? '*/')|'-')+ ;

  Visual notation:

  

• SPECIAL Top

   

  Text notation:

  SPECIAL : ( '!' | '@' | '#' | '$' | '%' | '^' | '&' | '*' | '(' | ')' | '\\' | '-' | '+' | '=' | '{' | '}' | '[' | ']' | '|' | ':' | ';' | '\'' | '"' | '<' | '>' | ',' | '.' | '?' | '/' | '~' | '`' | '_' | INTL ) ;

  Visual notation:

  

• INTL Top

   

  Text notation:

  INTL : . ;

  Visual notation:

  

• A Top

   

  Text notation:

  A : ('a'|'A') ;

  Visual notation:

  

• B Top

   

  Text notation:

  B : ('b'|'B') ;

  Visual notation:

  

• C Top

   

  Text notation:

  C : ('c'|'C') ;

  Visual notation:

  

• D Top

   

  Text notation:

  D : ('d'|'D') ;

  Visual notation:

  

• E Top

   

  Text notation:

  E : ('e'|'E') ;

  Visual notation:

  

• F Top

   

  Text notation:

  F : ('f'|'F') ;

  Visual notation:

  

• G Top

   

  Text notation:

  G : ('g'|'G') ;

  Visual notation:

  

• H Top

   

  Text notation:

  H : ('h'|'H') ;

  Visual notation:

  

• I Top

   

  Text notation:

  I : ('i'|'I') ;

  Visual notation:

  

• J Top

   

  Text notation:

  J : ('j'|'J') ;

  Visual notation:

  

• K Top

   

  Text notation:

  K : ('k'|'K') ;

  Visual notation:

  

• L Top

   

  Text notation:

  L : ('l'|'L') ;

  Visual notation:

  

• M Top

   

  Text notation:

  M : ('m'|'M') ;

  Visual notation:

  

• N Top

   

  Text notation:

  N : ('n'|'N') ;

  Visual notation:

  

• O Top

   

  Text notation:

  O : ('o'|'O') ;

  Visual notation:

  

• P Top

   

  Text notation:

  P : ('p'|'P') ;

  Visual notation:

  

• Q Top

   

  Text notation:

  Q : ('q'|'Q') ;

  Visual notation:

  

• R Top

   

  Text notation:

  R : ('r'|'R') ;

  Visual notation:

  

• S Top

   

  Text notation:

  S : ('s'|'S') ;

  Visual notation:

  

• T Top

   

  Text notation:

  T : ('t'|'T') ;

  Visual notation:

  

• U Top

   

  Text notation:

  U : ('u'|'U') ;

  Visual notation:

  

• V Top

   

  Text notation:

  V : ('v'|'V') ;

  Visual notation:

  

• W Top

   

  Text notation:

  W : ('w'|'W') ;

  Visual notation:

  

• X Top

   

  Text notation:

  X : ('x'|'X') ;

  Visual notation:

  

• Y Top

   

  Text notation:

  Y : ('y'|'Y') ;

  Visual notation:

  

• Z Top

   

  Text notation:

  Z : ('z'|'Z') ;

  Visual notation: