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LEFT.ALIGN (LA) continued NUMIN Value NUMIN DECIMALS; ALPHOUT (LENGTH; 9) -0.12 3 -,120bbbb Example 4 (RZ and a Decimal Character) The following command is included in logic: Results for whole number values are as for Example 1. Results for other non-zero values are as for Example 3. Results for zero values are shown in the following table. NUMIN Value NUMIN DECIMALS; ALPHOUT (LENGTH; 9) 0 None 0bbbbbbbb 0 2 ,00bbbbbb 0 4 ,0000bbbb 0 8+ ,00000000 1-150 v
LOAD LOAD The LOAD; command applies to the Fast Database Load feature on OS 2200 based hosts only. When you create a Report to run a Fast Load, use the LOAD; command to define how the format of your external input file relates to the Ispec into which you are loading your data. The Ispec item name is validated to ensure that it is an I/O or Output item. There is no validation on the edit type of the input. Loading will occur unless it is rejected by the RDMUTL utility. Considerations for Using the LOAD; Command The following restrictions should be noted in regard to your LOAD; data items: $ You must include a LOAD; command for each field of your input file, and associate it with the appropriate data item in your target Ispec. For fields that are not to be loaded, code the LOAD; command with the length but no data item, which specifies that the field is a filler. $ LOAD; commands must be in the sequence of the fields on your input file. Each data item in your Ispec can be loaded only from a single field defined with the LOAD; command. Checks are performed to ensure that no duplicates exist. $ The data item can be a System Data item such as GLB-DTIME, MAINT, or ACTMTH. GLB-DTIME should be unique across all records in your Ispec. $ The current or a future load may fail, or a future reorganization may fail if you load a field into records that may not be unique. If the definition does not include a field to be loaded into GLB-DTIME, then the load process will append a unique GLB-DTIME field to each record of the input file. This will involve preprocessing the file, and appending values to the end of each record from where GLB-DTIME will be loaded. $ Not every data item in your Ispec needs to be related to the input file. If your input contains fields that are not be loaded, you should write a space/zero as the first two bytes of the record when creating the input file. When you define the Fast Load options for your Report, set the Space/Zero leads each Record field to Y. If you want to assign a constant value to a field, you must do this at the time of creating the input file. This load process cannot assign constant values other than spaces or zeros to fields. $ The loading of numerics is right-aligned. Consult your Relational Data Management System (RDMS 2200) Administration Guide for a description of how to prepare a file for loading, and the particular requirements of the file, especially where numeric fields are to be loaded. $ When an alphanumeric item is longer than the data item into which it is being loaded, the value of the item will be truncated from the right. $ When a numeric item is longer than the data item into which it is being loaded, no truncation occurs. This is because RDMSLOAD accepts a wide variety of lengths for numeric fields. You must ensure that your numerics fit the size specified in the definition of the Ispec being loaded. v 1-151
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LINC Programming Reference Manual M
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The names, places, and/or events us
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Contents Syntax :::::::::::::::::::
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Contents DETACH (DET, DTH) ::::::::
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Contents Examples :::::::::::::::::
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Contents Examples :::::::::::::::::
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Contents Example ::::::::::::::::::
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Contents GLB.DESTNOFORM :::::::::::
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Contents GLB.SYSGENTIME :::::::::::
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About This Document Purpose Scope A
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LINC Generate Reference Manual: Pai
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Section 1 LINC Logic Commands Overv
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Conventions for Syntax Diagrams AS;
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profile keys Conventions for Syntax
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ABORT $ If a specified Ispec is rec
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ACCEPT (AX) Syntax ACCEPT (AX) The
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ACCESS.EXT (AEXT) Syntax Note: This
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Examples For example, for an Ispec
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ADD (AD) Syntax Examples Reference
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ADVANCE (AV) ADVANCE (AV) The ADVAN
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ATTACH (ATT) and ATTACH&SPACE (ATS)
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ATTRIBUTE (ATTR) ATTRIBUTE (ATTR) U
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AUTO (AU) and AUTO.ARRAY (AUA) AUTO
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Example DD DDDDDD DDDDDD DDD
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AUTO; CONTRA Syntax Examples Refere
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AUTO.ENTRY (AE) AUTO.ENTRY (AE) The
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References ‘‘AUTO; CO
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AUTO; WRITE and AUTO; WRITE&CLEAR A
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Procedure To send an OLTP transacti
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Settings of GLB.STATUS and GLB.HUBS
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GLB.STATUS is BUSY AUTO; WRITE and
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GLB.HUBSTATUS Meaning AUTO; WRITE a
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References AUTO; WRITE and AUTO; WR
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Reference "Using the Copy.From Faci
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BEGIN.LOOP (BG) ‘‘END’’,
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Syntax Examples References DD DBD
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CALL CALL The CALL; command enables
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eport CALL Indicates that a Report
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LDA Syntax Caution If the EXTERNAL;
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Introduction CALL For MCP based tar
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Examples Value Execution spaces Suc
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CASE (CS) Syntax CASE (CS) The CASE
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Examples References CASE (CS) In th
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COMPUTE (COMP) and COMPUTE.FROM (CM
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References COMPUTE (COMP) and COMPU
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CRITICAL.POINT (CP) CRITICAL.POINT
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Storage of Recovery Data Syntax CRI
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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
Page 123 and 124: References ‘‘GLB.STATUS (GS)’
Page 125 and 126: Examples DETERMINE; GROUP high-orde
Page 127 and 128: DETERMINE; LAST Syntax Examples DET
Page 129 and 130: DETERMINE; TOTAL Syntax Examples DE
Page 131 and 132: DISCOUNT.CASH (DCF) Syntax DISCOUNT
Page 133 and 134: DIVIDE (DV) Syntax DIVIDE (DV) The
Page 135 and 136: DO.WHEN (DW) Syntax DO.WHEN (DW) Th
Page 137 and 138: Examples References DO.WHEN (DW) In
Page 139 and 140: References ‘‘DO.WHEN (DW)’’
Page 141 and 142: END.EXIT (EE) Syntax Examples Refer
Page 143 and 144: END.USE (EU) Syntax Reference END.U
Page 145 and 146: EXTRACT (EX) EXTRACT (EX) The EXTRA
Page 147 and 148: EXTRACT (EX) $ As logic associated
Page 149 and 150: EXTRACT (EX) These files do not exi
Page 151 and 152: Examples There are restrictions on
Page 153 and 154: References EXTRACT (EX) The file wi
Page 155 and 156: Syntax Truncation of Data FLAG (FL,
Page 157 and 158: FLAG.ARRAY (FLA) Syntax FLAG.ARRAY
Page 159 and 160: GET.LENGTH; (GL) Syntax Examples GE
Page 161 and 162: GLB.STATUS (GS) Syntax GLB.STATUS (
Page 163 and 164: INITIALIZE (INIT) Syntax INITIALIZE
Page 165 and 166: INSERT (INS) Syntax Example INSERT
Page 167 and 168: Reference
Page 169 and 170: Syntax Example References Caution K
Page 171 and 172: LEFT.ALIGN (LA) Syntax LEFT.ALIGN (
Page 173: Example 2 continued LEFT.ALIGN (LA)
Page 177 and 178: LOOK.UP; (LU;) Commands LOOK.UP; (L
Page 179 and 180: LOOK.UP; Commands for UNIX ORACLE L
Page 181 and 182: ‘‘GLB.STATUS’’. ‘‘GLB.S
Page 183 and 184: References LOOK.UP; EVERY RANGE 1-9
Page 185 and 186: LOOK.UP; GROUP Syntax LOOK.UP; GROU
Page 187 and 188: LOWER.CASE (LC) Syntax Reference LO
Page 189 and 190: Syntax MATCH; Command DD DD DBD
Page 191 and 192: Example 2 References MATCH In this
Page 193 and 194: OLTP MESSAGE (ME) Use of this comma
Page 195 and 196: Examples References MESSAGE (ME) In
Page 197 and 198: Syntax Examples DDDD DDDDD DDDD
Page 199 and 200: Syntax DBD DBDDDDDDDDDDDDDDDDDD
Page 201 and 202: MOVE.ARRAY (MVA) Syntax MOVE.ARRAY
Page 203 and 204: MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
Page 205 and 206: MOVE.AUTO (MA), MOVE.AUTO.ARRAY (MA
Page 207 and 208: MOVE.DATE (MD) Syntax References MO
Page 209 and 210: MULTI Syntax References MULTI Note:
Page 211 and 212: ON.CHANGE (OCH) ON.CHANGE (OCH) The
Page 213 and 214: References continued ON.CHANGE (OCH
Page 215 and 216: Syntax Number MCP based COBOL Defin
Page 217 and 218: PAGE (PG) Syntax Example PAGE (PG)
Page 219 and 220: PERFORM.FRAME.LOGIC (PFL) Syntax PE
Page 221 and 222: Syntax Examples References DDD DD
Page 223 and 224: 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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