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AEDIT$–ASCII Image Composition Editing Package 4.2.2.1. Calling Procedures for the Floating-Point Editing Routines Table 4–3 describes the floating-point editing routines and the procedures used to call them. Table 4–3. AEDIT$F: Floating-Point ASCII Editing Routines PROC Call Generated Instructions A$EFLF1 x*/6+y,p LA A1,p LA,U A0,x*/6+y LMJ X11,AEFLF1$ A$EFLF2 x*/6+y,p DL A1,p LA,U A0,x*/6+y LMJ X11,AEFLF2$ A$EFLG1 x*/6+y,p LA A1,p LA,U A0,x*/6+y LMJ X11,AEFLG1$ A$EFLG2 x*/6+y,p DL A1,p LA,U A0,x*/6+y LMJ X11,AEFLG2$ A$EFLS1 x*/6+y,p LA A1,p LA,U A0,x*/6+y LMJ X11,AEFLS1$ A$EFLS2 x*/6+y,p DL A1,p LA,U A0,x*/6+y LMJ X11,AEFLS2$ Description Single-precision fixed decimal format. The floating-point number p is edited to fixed decimal format with y digits following the decimal point, right-justified, in a field of size x. Double-precision fixed decimal format. The floating-point number p is edited to fixed decimal format with y digits following the decimal point, right-justified, in a field of size x. Single-precision generalized format. Same as scientific format except that an attempt is made to move the decimal point in such a way as to reduce the exponent to zero. If this can be done, the exponent is set to blanks. Otherwise scientific format is used. Double-precision generalized format. See AEFLG1$ and AEFLS2$. Single-precision scientific format. The floating-point number p is edited to scientific format with y significant digits in a field size of x. The exponent is two digits long. Double-precision scientific format. The floating-point number p is edited to scientific format with y significant digits in a field size of x. The exponent is three digits long. 4–16 7833 1733–004
4.2.2.2. Example AEDIT$–ASCII Image Composition Editing Package The following example shows a MASM program that generates an ASCII string containing floating-point numbers with the common bank version of AEDIT$. $ASCII $INCLUDE ‘MAXR$’ $(2) PACKET A$EDITPKT 20,LINE ‘FPS’,0 ‘SPC’,’E’ . AEDIT$ packet LINE $RES 20 . Image buffer DIVIDEND + 1.0 . Floating-point 1.0 DEC1 + 1 . Integer 1 DIVISOR + 32.0 . Floating-point 32.0 DEC32 + 32 . Integer 32 QUOTIENT + 0 . Quotient location STRING ‘ divided by ‘ $(1) START A$EDIT,’CB’ PACKET . Enter ASCII edit mode A$EDECV,’CB’ DEC1 . Edit ASCII ‘1’ A$ECOPY,’CB’ 12,STRING . Copy 12 characters A$EDECV,’CB’ DEC32 . Edit ASCII ‘32’ A$ECHAR,’CB’ ‘
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OS 2200 System Service Routines Lib
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OS 2200 System Service Routines Lib
Page 6 and 7: Contents 4.2.5. Error Status Codes
Page 8 and 9: Contents 14.1.4. Reusable Processor
Page 10 and 11: Contents Section 19. SAR$ ATREAD ..
Page 12 and 13: Contents Section 23. SIR$-Symbolic
Page 14 and 15: Contents Appendix J. Obsolete Entry
Page 16 and 17: Figures xiv 7833 1733-004
Page 18 and 19: Tables 20-1. SAR$: PLUS COM Buffer
Page 20 and 21: Introduction 1.2. Notation Conventi
Page 22 and 23: Introduction Numbers are represente
Page 24 and 25: Introduction If you install SYSLIB
Page 26 and 27: System Standard Procedures and Defi
Page 36 and 37: SYSLIB Access Methods All the SYSLI
Page 38 and 39: SYSLIB Access Methods This type of
Page 40 and 41: SYSLIB Access Methods 3-6 7833 1733
Page 42 and 43: AEDIT$-ASCII Image Composition Edit
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CABSAD$, CRELAD$-Addressing Routine
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CONWRD$-Condition Word Routine Para
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CONWRD$-Condition Word Routine 7-4
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EDIT$-Fieldata Image Composition Ed
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FDASC$-Fieldata/ASCII Data Conversi
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FDASC$-Fieldata/ASCII Data Conversi
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GETPSF$-Get a Scratch File Routine
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ID$-Identification Line Routine Exe
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ID$-Identification Line Routine Bit
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ID$-Identification Line Routine Err
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ID$-Identification Line Routine 11.
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ID$-Identification Line Routine Bit
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ID$-Identification Line Routine 11.
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ID$-Identification Line Routine err
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INFOR$-Internal Format Table Interf
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MFDSP$-Master File Directory Servic
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PREPRM, PREPRO, PREPF$, and POSTPR$
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ROR, ROR$-Relocatable Output Routin
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SAR$-Symbolic Access Routines 16.1.
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SAR$-Symbolic Access Routines FILE_
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SAR$-Symbolic Access Routines NEXT_
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SAR$-Symbolic Access Routines FIP$A
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SAR$-Symbolic Access Routines FIP$H
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SAR$-Symbolic Access Routines 16.2.
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SAR$-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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