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INFOR$–Internal Format Table Interface Routines Field Descriptions The fields in Figure 12–1 represent the following: FQL Length (in characters) of file qualifier or zero FNL Length (in characters) of file name or zero FCL Length (in characters) of F-cycle or zero RKL Length (in characters) of read key or zero WKL Length (in characters) of write key or zero IQF Implied qualifier flag ENL Length (in characters) of element name or zero EVL Length (in characters) of element version or zero ECL Length (in characters) of element cycle or zero CFN File continuation field number or zero ECC Element cycle signal character BEC Binary element cycle FQUAL Fieldata file qualifier FNAME Fieldata file name FCYC Fieldata F-cycle RKEY Fieldata read key WKEY Fieldata write key ENAME Fieldata element name EVER Fieldata element version ECYC Fieldata element cycle SELT does not clear ELT$. The calling program should test which field lengths of the first two words are nonzero. This determines which Fieldata fields contain meaningful information. If a Fieldata field is defined, the information it contains is left-justified and space-filled to one or two words. If the field selected by SELT$ contains a leading period, then the CFN field is set. The CFN field contains the number of the last field that did not contain a leading period. For example @PROCESSOR F.E1,E2,.E3 12–10 7833 1733–004
INFOR$–Internal Format Table Interface Routines The element E3 is assumed to be in the same file as element E2. If the SELT$ routine is called to transfer the third field into the ELT$ table, then CFN is set to 2. Because there is no file name and no leading period in the second field, it is assumed that E2 is in file TPF$. Since TPF$ is an assumed file and not explicitly included on the processor call line, the field FNL is set to zero. In the following example: @PROCESSOR F.E1,.E2,.E3 field two contains a leading period. The element E3 is still assumed to be in the same file as E2. By the same convention, element E2 is assumed to be in the same file as element E1. In this case, when SELT$ is called to transfer the third field of the processor call line, CFN is set to 1, FNL is set to 1, and the field FNAME in ELT$ is set to the Fieldata character string F. A leading asterisk sets the implied qualifier flag (IQF) to nonzero and the file qualifier length (FQL) to zero. SELT$ handles element cycles from the processor call line as follows: • If the element cycle field is not specified, the element cycle signal character (ECC) equals a Fieldata minus sign (-), and the Binary Element Cycle (BEC) equals zero. • When the element cycle field is specified, the numeric portion of the cycle is converted to binary and the result is placed in BEC. • If the cycle is neither numeric nor signed numeric or is greater than 63, the field ECC contains the Fieldata image E, which indicates an error. Normally, ECC contains 0, Fieldata +, or Fieldata - when the first character of the cycle is numeric, +, or -, respectively. No-find Return When a no-find return occurs, register A0 contains the address of the control word in the INFOR table that stopped the search. If this word is zero, the rest of the INFOR table is empty. 12.3.4. DUSE$–Assign a USE Name to the File in ELT$ The DUSE$ routine dynamically attaches an internal name to the file currently in the ELT$ table. The DUSE$ routine is called by the MASM procedure I$NFOR. This procedure can be used to generate the calling sequence for the relocatable version of the DUSE$ routine, the common bank version of the routine, or the common bank version of the routine using the Auto Switch calling sequence. Section 3 describes the advantages and disadvantages of using the different types of calls. Calling Format I$NFOR[,t] ‘DUSE$’[,use-name] [packet] return 7833 1733–004 12–11
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OS 2200 System Service Routines Lib
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OS 2200 System Service Routines Lib
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Contents 4.2.5. Error Status Codes
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Contents 14.1.4. Reusable Processor
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Contents Section 19. SAR$ ATREAD ..
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Contents Section 23. SIR$-Symbolic
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Contents Appendix J. Obsolete Entry
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Figures xiv 7833 1733-004
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Tables 20-1. SAR$: PLUS COM Buffer
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Introduction 1.2. Notation Conventi
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Introduction Numbers are represente
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Introduction If you install SYSLIB
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System Standard Procedures and Defi
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SYSLIB Access Methods All the SYSLI
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SYSLIB Access Methods This type of
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SYSLIB Access Methods 3-6 7833 1733
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AEDIT$-ASCII Image Composition Edit
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BSP$-Program File Basic Service Pac
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CABSAD$, CRELAD$-Addressing Routine
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Page 116 and 117: CABSAD$, CRELAD$-Addressing Routine
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Page 120 and 121: CONWRD$-Condition Word Routine Para
Page 122 and 123: CONWRD$-Condition Word Routine 7-4
Page 124 and 125: EDIT$-Fieldata Image Composition Ed
Page 134 and 135: FDASC$-Fieldata/ASCII Data Conversi
Page 136 and 137: FDASC$-Fieldata/ASCII Data Conversi
Page 138 and 139: GETPSF$-Get a Scratch File Routine
Page 144 and 145: ID$-Identification Line Routine Exe
Page 146 and 147: ID$-Identification Line Routine Bit
Page 148 and 149: ID$-Identification Line Routine Err
Page 150 and 151: ID$-Identification Line Routine 11.
Page 152 and 153: ID$-Identification Line Routine Bit
Page 154 and 155: ID$-Identification Line Routine 11.
Page 156 and 157: ID$-Identification Line Routine err
Page 158 and 159: INFOR$-Internal Format Table Interf
Page 170 and 171: MFDSP$-Master File Directory Servic
Page 182 and 183: PREPRM, PREPRO, PREPF$, and POSTPR$
Page 196 and 197: ROR, ROR$-Relocatable Output Routin
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Page 206 and 207: SAR$-Symbolic Access Routines FILE_
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SAR$-Symbolic Access Routines 16-14
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SAR$ READ 17.1.1.1. Required Inform
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SAR$ READ REQUEST_TYPE PLUS Attribu
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SAR$ READ READ_ADDRESS_WORD_OFFSET
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SAR$ READ CHARACTER_CODE PLUS Attri
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SAR$ READ CONTROL_RECORD_WORD_LENGT
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SAR$ READ The default buffer and ta
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SAR$ READ 17.1.3.2. SAR_READ Proced
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SAR$ READ 17.1.3.4. Example The fol
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SAR$ READ Table 17-3. SAR$: READ Pr
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SAR$ READ 17.2. READ Function/MASM
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SAR$ READ SR$REQTYPE The requested
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SAR$ READ SR$CALLST The status code
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SAR$ READ SR$SDFICW The image contr
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SAR$ READ 17.2.3.1. Open-Input Proc
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SAR$ READ 17.2.3.3. Close-Input Pro
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SAR$ READ Table 17-6. SAR$: READ Pr
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SAR$ READ 17.3.3. ASCII/ISO with Em
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SAR$ WRITE The calling program must
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SAR$ WRITE 18.1.1.2. Optional Infor
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SAR$ WRITE OUTPUT_IMAGE_CHARACTER_T
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SAR$ WRITE LINE_NUMBER_INTEGER_PART
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SAR$ WRITE IMAGE_BYTE_LENGTH PLUS A
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SAR$ WRITE The default buffer and t
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SAR$ WRITE 18.1.3.2. SAR_WRITE Proc
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SAR$ WRITE S'Print_heading' Insert
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SAR$ WRITE 18.1.3.5. Example The fo
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SAR$ WRITE Table 18-3. SAR$: WRITE
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SAR$ WRITE Empty symbiont output fi
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SAR$ WRITE SW$OUTRECT The type of r
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SAR$ WRITE SW$ELTCDT For SDF elemen
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SAR$ WRITE 18.2.1.4. WRITE Packet D
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SAR$ WRITE • Optional parameters
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SAR$ WRITE Initial Condition The ca
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SAR$ WRITE Table 18-6. SAR$: WRITE
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SAR$ WRITE 18-36 7833 1733-004
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SAR$ ATREAD 19.1.1.1. Required Info
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SAR$ ATREAD Other character set typ
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SAR$ ATREAD OUTPUT_IMAGE_BYTE_LENGT
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SAR$ ATREAD 19.1.3. ATREAD Procedur
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SAR$ ATREAD • Attributes The addr
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SAR$ ATREAD Table 19-3. SAR$: ATREA
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SAR$ ATREAD SA$OTEXTB The address o
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SAR$ ATREAD 19.2.1.3. Information R
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SAR$ ATREAD 19.2.1.5. ATREAD Packet
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SAR$ ATREAD • Optional parameters
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SAR$ ATREAD S$ARATREAD does not spa
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SAR$ ATREAD Table 19-6. SAR$: ATREA
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SAR$ COM OUTPUT_TEXT_BUFFER_ADDRESS
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SAR$ COM INPUT_SELECT_LIST_ADDRESS
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SAR$ COM 20.1.1.3. Information Retu
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SAR$ COM 20.1.3. SAR$ COM Procedure
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SAR$ COM Table 20-3. SAR$: COM Proc
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SAR$ COM 20.2.1.2. Optional Informa
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SAR$ COM SC$RUNIDW1 The first four
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SAR$ COM Example $ASCII $INCLUDE
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SAR$ COM • Optional parameters (d
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SAR$ COM Table 20-5. SAR$: COM Proc
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SDFI, SDFO-System Data Format I/O R
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SFDT$-System Standard Format Date a
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SIR$-Symbolic Input/Output Routine
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Program Trace Routine • The follo
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Program Trace Routine Tracing can b
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Program Trace Routine In each of th
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Program Trace Routine In demand mod
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Program Trace Routine CAPTUR Enters
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Program Trace Routine T L B S E N D
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Program Trace Routine LINE Adjusts
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Program Trace Routine SET L N Print
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Program Trace Routine 24.5. Control
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Program Trace Routine 24-20 7833 17
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SOR-Symbolic Output Routine SOR ins
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SOR-Symbolic Output Routine 25.3. O
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SOR-Symbolic Output Routine 25.5. E
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Using SYSLIB A-2 7833 1733-004
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Diagnostic Messages x FILE NOT AVAI
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Diagnostic Messages SIR EDIT ERR c
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Diagnostic Messages B-6 7833 1733-0
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SYSLIB Restrictions C-2 7833 1733-0
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SYSLIB Elements Table D-1. SYSLIB E
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SYSLIB Elements Table D-1. SYSLIB E
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SYSLIB Elements D-6 7833 1733-004
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SYSLIB Common Bank Entry Points Tab
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SYSLIB Common Bank Entry Points Tab
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SYSLIB Common Bank Entry Points E-6
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Interface to Selected Extended Mode
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INFOR Information A field in the pr
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INFOR Information Word 0 Bits 0-9 T
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INFOR Information Bits 18-23 File C
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INFOR Information G.4. INFOR Table
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INFOR Information G-10 7833 1733-00
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ASCII-like Character Sets Table H-1
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ASCII-like Character Sets H-4 7833
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Extended Mode Interface to SYSLIB I
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Extended Mode Interface to SYSLIB T
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Extended Mode Interface to SYSLIB b
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Extended Mode Interface to SYSLIB P
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Obsolete Entry Points, PROCs, and R
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Related Product Information OS 1100
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Glossary Exec The kernel of the OS
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Glossary Problem list entry (PLE) A
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Index Fieldata characters, 8-1 floa
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Index read call, 21-8 SDFO close ca
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