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AUTO (AU) and AUTO.ARRAY (AUA) Syntax $ Numeric Setup Data arrays and signed numeric data items will be corrupted if they are passed in an external Automatic Entry to a host with a different character set; that is, between EBCDIC (MCP environment) and ASCII (UNIX or OS 2200 environments). $ For an external Automatic Entry to an OLTP View Ispec using OLTP, an AUTO.ARRAY of a numeric Setup Data array moves the individual numeric array elements to the corresponding element in the OLTP View Ispec buffer. $ You cannot use Usage Inquiry data items in conjunction with the AUTO; command for OLTP. $ External Automatic Entries are not supported in LDA Run Time. Hankaku-Katakana values If you move a mixed alphanumeric and Hankaku-Katakana value into an EDIT; W data item, the value is moved character by character, and is truncated to the length of the data item. However, if you move a mixed alphanumeric and Hankaku-Katakana value into an EDIT; A data item, the value is moved byte by byte and is truncated to the length of the data item. If the truncation occurs after the first byte of a double-byte Hankaku-Katakana character, this will result in an invalid character. Note: EDIT; W data items are not implemented in LDA. Numeric Setup Data arrays Numeric Setup Data arrays are stored in COMP (BCD, for MCP based LINC Systems) data format. This is different from the way in which alphanumeric Setup Data arrays are stored (alphanumeric values). Calculate the required size for the receiving item to store an incoming numeric array as follows: 1. Allow one byte for every two numeric digits. 2. Plus one half byte for each array element, rounded up to the nearest byte. For example: An array with ten elements, each three digits in length, would be calculated as follows: ((10 * 3) / 2 + (0.5 * 10)) = 20. Notes: $ Numeric Setup Data arrays will be corrupted if passed in an external Automatic Entry to a host with a different character set, that is, between EBCDIC (MCP based LINC Systems) and ASCII (UNIX or OS 2200 based LINC Systems). $ Signed numeric items will be corrupted if passed in an external Automatic Entry to a host with a different character set, that is, between EBCDIC (MCP based LINC Systems) and ASCII (UNIX or OS 2200 based LINC Systems). 1-24 v
Example DD DDDDDD DDDDDD DDDDD4 DD DDDD DDDD DDD4 data item 1 This item may be a literal or a data item. data item 2 Thisitemmayonlybeadataitem(notaliteral). data item 3 A Setup or Global Setup Data array. data item 4 An alphanumeric data item in the receiving Ispec. AUTO (AU) and AUTO.ARRAY (AUA) The following example shows Report logic that reads a customer’s bank balance and creates an automatic interest entry. It also makes an Automatic Entry in an external database, under a given condition. v 1-25
Page 1: LINC Programming Reference Manual M
Page 4 and 5: The names, places, and/or events us
Page 6 and 7: Contents Syntax :::::::::::::::::::
Page 8 and 9: Contents DETACH (DET, DTH) ::::::::
Page 10 and 11: Contents Examples :::::::::::::::::
Page 12 and 13: Contents Examples :::::::::::::::::
Page 14 and 15: Contents Example ::::::::::::::::::
Page 16 and 17: Contents GLB.DESTNOFORM :::::::::::
Page 18 and 19: Contents GLB.SYSGENTIME :::::::::::
Page 21 and 22: About This Document Purpose Scope A
Page 23 and 24: LINC Generate Reference Manual: Pai
Page 25 and 26: Section 1 LINC Logic Commands Overv
Page 27 and 28: Conventions for Syntax Diagrams AS;
Page 29 and 30: profile keys Conventions for Syntax
Page 31 and 32: ABORT $ If a specified Ispec is rec
Page 33 and 34: ACCEPT (AX) Syntax ACCEPT (AX) The
Page 35 and 36: ACCESS.EXT (AEXT) Syntax Note: This
Page 37 and 38: Examples For example, for an Ispec
Page 39 and 40: ADD (AD) Syntax Examples Reference
Page 41 and 42: ADVANCE (AV) ADVANCE (AV) The ADVAN
Page 43 and 44: ATTACH (ATT) and ATTACH&SPACE (ATS)
Page 45 and 46: ATTRIBUTE (ATTR) ATTRIBUTE (ATTR) U
Page 47: AUTO (AU) and AUTO.ARRAY (AUA) AUTO
Page 51 and 52: AUTO; CONTRA Syntax Examples Refere
Page 53 and 54: AUTO.ENTRY (AE) AUTO.ENTRY (AE) The
Page 55 and 56: References ‘‘AUTO; CO
Page 57 and 58: AUTO; WRITE and AUTO; WRITE&CLEAR A
Page 59 and 60: Procedure To send an OLTP transacti
Page 61 and 62: Settings of GLB.STATUS and GLB.HUBS
Page 63 and 64: GLB.STATUS is BUSY AUTO; WRITE and
Page 65 and 66: GLB.HUBSTATUS Meaning AUTO; WRITE a
Page 67 and 68: References AUTO; WRITE and AUTO; WR
Page 69 and 70: Reference "Using the Copy.From Faci
Page 71 and 72: BEGIN.LOOP (BG) ‘‘END’’,
Page 73 and 74: Syntax Examples References DD DBD
Page 75 and 76: CALL CALL The CALL; command enables
Page 77 and 78: eport CALL Indicates that a Report
Page 79 and 80: LDA Syntax Caution If the EXTERNAL;
Page 81 and 82: Introduction CALL For MCP based tar
Page 83 and 84: Examples Value Execution spaces Suc
Page 85 and 86: CASE (CS) Syntax CASE (CS) The CASE
Page 87 and 88: Examples References CASE (CS) In th
Page 89 and 90: COMPUTE (COMP) and COMPUTE.FROM (CM
Page 91 and 92: References COMPUTE (COMP) and COMPU
Page 93 and 94: CRITICAL.POINT (CP) CRITICAL.POINT
Page 95 and 96: Storage of Recovery Data Syntax CRI
Page 97 and 98: References C
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DATE.CONVERT (DC) The DATE.CONVERT;
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DATE.CONVERT (DC) $ If the year is
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Data Item Formats DATE.CONVERT (DC)
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Simple Form DATE.CONVERT (DC) In th
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DETACH (DET, DTH) DETACH (DET, DTH)
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Reference DETACH (DET, DTH) In the
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continued Variant Summary of Functi
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DETERMINE; (DT) Commands Under cert
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With EXTRACTED.AS; DETERMINE; ACTUA
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Example EAS is a valid abbreviation
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DETERMINE; BACK Syntax References D
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References DETERMINE; EVERY This pr
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References ‘‘GLB.STATUS (GS)’
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Examples DETERMINE; GROUP high-orde
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DETERMINE; LAST Syntax Examples DET
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DETERMINE; TOTAL Syntax Examples DE
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DISCOUNT.CASH (DCF) Syntax DISCOUNT
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DIVIDE (DV) Syntax DIVIDE (DV) The
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DO.WHEN (DW) Syntax DO.WHEN (DW) Th
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Examples References DO.WHEN (DW) In
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References ‘‘DO.WHEN (DW)’’
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END.EXIT (EE) Syntax Examples Refer
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END.USE (EU) Syntax Reference END.U
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EXTRACT (EX) EXTRACT (EX) The EXTRA
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EXTRACT (EX) $ As logic associated
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EXTRACT (EX) These files do not exi
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Examples There are restrictions on
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References EXTRACT (EX) The file wi
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Syntax Truncation of Data FLAG (FL,
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FLAG.ARRAY (FLA) Syntax FLAG.ARRAY
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GET.LENGTH; (GL) Syntax Examples GE
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GLB.STATUS (GS) Syntax GLB.STATUS (
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INITIALIZE (INIT) Syntax INITIALIZE
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INSERT (INS) Syntax Example INSERT
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Reference
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Syntax Example References Caution K
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LEFT.ALIGN (LA) Syntax LEFT.ALIGN (
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Example 2 continued LEFT.ALIGN (LA)
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LOAD LOAD The LOAD; command applies
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LOOK.UP; (LU;) Commands LOOK.UP; (L
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LOOK.UP; Commands for UNIX ORACLE L
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‘‘GLB.STATUS’’. ‘‘GLB.S
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References LOOK.UP; EVERY RANGE 1-9
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LOOK.UP; GROUP Syntax LOOK.UP; GROU
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LOWER.CASE (LC) Syntax Reference LO
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Syntax MATCH; Command DD DD DBD
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Example 2 References MATCH In this
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OLTP MESSAGE (ME) Use of this comma
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Examples References MESSAGE (ME) In
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Syntax Examples DDDD DDDDD DDDD
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Syntax DBD DBDDDDDDDDDDDDDDDDDD
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MOVE.ARRAY (MVA) Syntax MOVE.ARRAY
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MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
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MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
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MOVE.DATE (MD) Syntax References MO
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MULTI Syntax References MULTI Note:
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ON.CHANGE (OCH) ON.CHANGE (OCH) The
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References continued ON.CHANGE (OCH
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Syntax Number MCP based COBOL Defin
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PAGE (PG) Syntax Example PAGE (PG)
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PERFORM.FRAME.LOGIC (PFL) Syntax PE
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Syntax Examples References DDD DD
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RECALL (RC) The RECALL; command can
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References ‘‘GLB.ERROR’’. R
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RESTART (RT) Syntax Examples There
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ROC.MODE (ROC) Syntax ROC.MODE (ROC
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RUN If the AT device type is not us
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Syntax DD DDD DDD DDDBDDDDDDDDDD
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SECURE SECURE SECURE; is not a full
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SEND.MESSAGE (SEND.STATUS; SM; SMSG
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SEND.PRINT (SEND, SP) Syntax SEND.P
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SENDLIST.DYNAMIC (SLDYN) SENDLIST.D
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Syntax Columns Commonly the downloa
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SENDLIST.STATIC (SLSTA) SENDLIST.ST
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This form indicates that the list b
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Example Reference SERIAL An Event D
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database SET.DB An alphanumeric dat
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References ‘‘GLB.APPNAME’’,
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Syntax On entry to the SET.TITLE; c
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Examples References SET.TITLE (SETT
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SLEEP (SLP) Use of this command wit
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SORT (SO) SORT (SO) The SORT; comma
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Examples SORT (SO) The first ASCEND
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START (ST) START (ST) Depending on
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Syntax Caution On OS 2200 based LIN
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STN.INFO (SI) STN.INFO (SI) This co
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SUBTRACT (SB) Syntax Example Refere
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SWITCH.TO (SWT) Host LINC implement
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SWITCH.TO (SWT) $ For an MCP based
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Examples CLEAR; SWITCH.TO (SWT) Thi
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TRACE (TR) Syntax Example TRACE (TR
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WAKE.UP (WU) WAKE.UP (WU) The WAKE.
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Section 2 System Data Items Overvie
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Recovery of System Data Items Recov
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continued System Data Item Applies
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continued System Data Item Applies
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System Data Item Descriptions ACTMT
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GLB.ALT.USER is a synonym for GLB.A
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GLB.BALANCE System Data Item Descri
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System Data Item Descriptions Date
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GLB.CORSTATUS GLB.DATE System Data
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continued System Data Item Descript
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System Data Item Descriptions To se
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continued Value Description Standar
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MESSAGE; or RECALL; Commands System
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GLB.EXTEXT GLB.FILEINFO GLB.FILLER
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GLB.FORMID System Data Item Descrip
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GLB.HIGH System Data Item Descripti
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System Data Item Descriptions For a
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GLB.LINEUP System Data Item Descrip
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GLB.MATCH LENGTH = 1 EDIT = A Value
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System Data Item Descriptions $ Ass
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GLB.ORIGINPTN System Data Item Desc
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GLB.PITCH System Data Item Descript
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System Data Item Descriptions The v
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OS 2200 environment System Data Ite
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GLB.RECOVER System Data Item Descri
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GLB.REPVERSION System Data Item Des
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GLB.SELFDB GLB.SELFENV System Data
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System Data Item Descriptions GLB.S
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GLB.STN In Ispecs Overwriting GLB.S
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System Data Item Descriptions If th
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GLB.SYSGENDATE System Data Item Des
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For 2200 Series System Data Item De
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System Data Item Descriptions Here
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GLB.TODAYS-MONTH A synonym for TODA
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System Data Item Descriptions For a
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GLB.2PC INPUT-DATE System Data Item
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Action Purpose ADD Adds a record to
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The following requirements and rest
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TODAYS-DAY GLB.TODAYS-DATE-NUM is a
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Caution System Data Item Descriptio
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Formulas for the DISCOUNT.CASH; Com
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Appendix B Railroad Diagram Syntax
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Bridges A bridge indicates the maxi
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Glossary B banner A system-generate
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Glossary Data item Part of a LINC S
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Glossary Generate Set A named set o
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Glossary interdatabase access The a
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Glossary LINC Generate (1) The LINC
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Glossary Memo Data Memo-type, optio
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Glossary P pack Painter patch The l
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Glossary R relation name For LINC A
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Glossary SQL format query AnSQLquer
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Glossary Usage Input-Output An Ispe
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Index branching logic commands for,
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Index EE; logic command, 1-117 ELSE
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Index GLB.INPUTDATA, 2-33 GLB.INQ,
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Index J JTO; logic command, 1-142,
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Index ON.CHANGE; logic command, 1-1
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Index GLB.TITLE in, 2-64, 2-65 PRIN
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Index database type, 2-18 UNIX shel
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Addition Deletion Revision Error Pu
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