Difference between revisions of "RQDFRTVFD"
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Revision as of 20:06, 19 August 2022
Contents
Introduction
There are two programs DSMFD and DSPINFO COMPILE instructions are included as comments in the programs source code.
DSMFD Driver
To use DSPINFO do:-
CALL DSMFD ('urlib' 'urdspf')
It will present a list of Display Records to you that you can select to see how the display file looks on the screen.
Replace urlib with your library name. Replace urdspf with your display file name.
DSPINFO Svc Pgm
This service program uses the QDFRTVFD API to pass back the Display file Fields and Constants via a MODS. The amount of info returned is very rudimentary compared with what could be returned.
usage
parm sent
$FilQul = $Fil + $lib;
parms returned #GotFlds -- Number of fields and constants #FldDtaDS -- MODS with field/constant info
- IN10 = RTVFLDS ($FilQul : #GotFlds : FldDtaDS);
D FldDtaDS DS occurs(1000)
D #FmtNam 10A
D #FldNam 10A
D #FldLen 5I 0
D #FldPlen 5I 0
D #FldDec 1
D #FldIO 1
D #FldAtr 1
D #FldDTUS 1
D #FldEdt 20A
D #FldRow 10I 0
D #FldCol 10I 0
D #FldCom 1000A varying
I based my DSM logic on this Dynamic screen example with FTP Thanks to Scott Klement
I based my code for the QDFRTVFD API on the example from Scott Klement. Thank you Scott. My code looks very different to Scotts work. But without Scotts example I would not have got anywhere.
The key to understanding the API is that on any one iteration though the data structures ONLY ONE FIELDS INFORMATION AT A TIME is retrieved.
The DSPINFO program is not complete. But it does get enough info to show a layout. Much remains to be done; a partial list is, WINDOWS, SUBFILES, REFERENCES,ATTRIBUTES etc etc etc. I am now amazed and humbled by the work of the IBM programmers that set up such a thing as an external display file.
I found IBM documentation both detailed and frustrating in particular how to set the pointers to the next iteration of a DS. And there is a very devious bit on the indexes WDFWRRDX WDFWNMEI you must use these and never assume the fields follow some sequence.
I am having trouble with the retrieval of attributes (file , record and field) I get a weird result with edit codes.
- FLDEDT = '�£ ��¥¥^:�¥¥^:�¥¥ ' for 1 61TIME EDTWRD(' : : ')
EVAL #FldEdt :x
00000 03B14003 03B2B2B0 7A03B2B2 B07A03B2 - .£ ..¥¥^:.¥¥^:.¥ 00010 B2404040 ........ ........ ........ - ¥ ............
I found the IBM code for the API in QSYSINC too arcane to use as is. However it was a good start and after removing the comments and renaming fields to match the IBM docs of QDFRTVFD I used the result. I also reformatted some of the DS to use the OVERLAY notation. Also there are many fields missing in the QSYSINC of the type like WDFFRC
==== example of missing field ===
Row-Column Table (QDFFRCTB) Row-column table, one table per screen size. Offset Bit Type Variable Name Dec Hex 0 0 CHAR(1) WDFFFRRO 1 1 CHAR(1) WDFFFRCO 2 2 CHAR(1) WDFFTORO 3 3 CHAR(1) WDFFTOCO 4 4 CHAR(1) WDFFRBIT 4 4 0 BIT(1) WDFFMDF 4 4 1 BIT(1) WDFFFRC1 4 4 2 BIT(1) WDFFTRAT 4 4 3 BIT(1) WDFFR1C1 4 4 4 BIT(1) WDFFR2C1 4 4 5 BIT(3) * 5 5 CHAR(1) * 6 6 CHAR(*) WDFFRC
DISPINFO
*-------------------------------------------------------------------
* = Service program... DspFInfo=
* = Description....... Retrieve display file information routines=
*-------------------------------------------------------------------
* CRTSQLRPGI OBJ(urlib/DSPFINFO)
* SRCFILE(urlib/ursrcfile)
* SRCMBR(DSPFINFO)
* OBJTYPE(*MODULE) REPLACE(*yes)
*
* CRTSRVPGM SRVPGM(urlib/DSPFINFO)
* MODULE(urlib/DSPFINFO)
* EXPORT(*ALL)
*
*
H NoMain
*-------------------------------------------------------------------
* - RtvDspFDesc - Retrieve display file description (QDFRTVFD API)-
*-------------------------------------------------------------------
D RtvDspFDesc PR ExtPgm( 'QDFRTVFD' )
D 8
D 10I 0 Const
D 8 Const
D 20 Const
D 272
D RtvFlds PR N
D QDspFil 20A Value
D QNumFlds 10I 0
D QFlddta Like(FldDtaDS)
D FldDtaDS DS Based (p_FldDtaDS) occurs(1000)
D #FmtNam 10A
D #FldNam 10A
D #FldLen 5I 0
D #FldPlen 5I 0
D #FldDec 1
D #FldIO 1
D #FldAtr 1
D #FldDTUS 1
D #FldEdt 20A
D #FldRow 10I 0
D #FldCol 10I 0
D #FldCom 1000A varying
*---------------------------------------------------------------*
* Retrieve Display File Fields *
*---------------------------------------------------------------*
P RtvFlds B Export
D RtvFlds PI Like(LglTyp)
D QDspFil Like( QNamTyp ) Value
D Numflds 10I 0
D FldDta Like(FldDtaDS)
*-------------------------------------------------------------------
* - Base -
*-------------------------------------------------------------------
D QDFFBASE DS Based( p_QDFFBASE) qualified
D WDFFINFO 5I 0 Overlay( QDFFBASE : 9 )
D WDFFRCS 5I 0 Overlay( QDFFBASE : 11 )
D WDFFSCR 5I 0 Overlay( QDFFBASE : 14 )
D WDFFSCRS 1A Overlay( QDFFBASE : 20 )
* p_QDFFSCRA = %addr( QDFFBASE.WDFFSCRS) first
* p_QDFFSCRA = P_QDFFSCRA + %size(QDFFSCRA) * n next
DQDFFSCRA DS Based( p_QDFFSCRA ) qualified
D WDFFSCIA 1 1
D WDFRVED2 2 5
DQDFFSSEQ DS Based( p_QDFFSSEQ ) qualified
D WDFFFSST 1 256
D WDFFFSSC 257 260U 0
D WDFFFSSN 261 270
D WDFFFSSL 271 280
D WDFBITS00 281 282
D WDFRVED4 283 308
*-------------------------------------------------------------------
* - File Header -
* p_QDFFINFO = p_QDFFBASE + QDFFBASE.WDFFINFO
*-------------------------------------------------------------------
D QDFFINFO DS Based( p_QDFFINFO) qualified
D WDFFDFLO 10I 0 Overlay( QDFFINFO : 1 )
D WDFFWUOF 10I 0 Overlay( QDFFINFO : 5 )
D WDFFFMWU 10I 0 Overlay( QDFFINFO : 9 )
D WDFFXDOF 5I 0 Overlay( QDFFINFO : 35)
D ZDFF 1 50A
*-------------------------------------------------------------------
* - File Where Used -
* p_QDFWFLEI = p_QDFFINFO + QDFFINFO.WDFFWUOF
*-------------------------------------------------------------------
D QDFWFLEI DS Based( p_QDFWFLEI) qualified
D WDFWXLEN 5I 0 Overlay( QDFWFLEI : 1 )
D WDFWXOKW 5I 0 Overlay( QDFWFLEI : 3 )
D WDFWWULN 10I 0 Overlay( QDFWFLEI : 5 )
D WDFWNTBO 10I 0 Overlay( QDFWFLEI : 9 )
D WDFFWXIN 5I 0 Overlay( QDFWFLEI : 12)
// pointer
D WDFWINDX 1A Overlay( QDFWFLEI : 19)
*-------------------------------------------------------------------
* - File Dev Dept -
* p_QDFFDPDD = p_QDFFINFO + QDFFINFO.WDFFXDOF
*-------------------------------------------------------------------
D QDFFDPDD DS Based( p_QDFFDPDD) qualified
D WDFFFKWD 5I 0 Overlay( QDFFDPDD : 9 )
D WDFFSHB1 5I 0 Overlay( QDFFDPDD : 13)
D WDFFSHRA 5I 0 Overlay( QDFFDPDD : 16)
D WDFFCKY1 5I 0 Overlay( QDFFDPDD : 17)
D WDFFCKY2 5I 0 Overlay( QDFFDPDD : 18)
D WDFFCKY3 5I 0 Overlay( QDFFDPDD : 19)
D WDFFMKWD 5I 0 Overlay( QDFFDPDD : 20)
D WDFFMKW2 5I 0 Overlay( QDFFDPDD : 21)
D WDFFXDOC 5I 0 Overlay( QDFFDPDD : 25)
*-------------------------------------------------------------------
* - Name Table-
* p_QDFFNTBL = p_QDFWFLEI + QDFWFLEI.WDFWNTBO
*-------------------------------------------------------------------
D QDFFNTBL DS Based( p_QDFFNTBL) qualified
D WDFFNMS 10I 0 Overlay( QDFFNTBL : 1 )
// pointer to array char(10)
D WDFFNMES 1A
// Field Name
D QDFFNTB DS Based( p_QDFFNTB ) qualified
D WDFFNAM 10A
*-------------------------------------------------------------------
* - Record Where Used -
* p_QDFWRCDI = p_QDFWFLEI + QDFWFLEI.WDFWXLEN first
*-------------------------------------------------------------------
D QDFWRCDI DS Based( p_QDFWRCDI ) qualified
D WDFWRLEN 5I 0 Overlay( QDFWRCDI : 1 )
D WDFWROKW 5I 0 Overlay( QDFWRCDI : 3 )
D WDFWNXTR 10I 0 Overlay( QDFWRCDI : 5 )
D WDFWRIN 5I 0 Overlay( QDFWRCDI : 9 )
// pointer to indicator table
D WDFWINDR 1A Overlay( QDFWRCDI : 13)
*-------------------------------------------------------------------
* - Record Format Table-
* p_QDFARFTE = p_QDFFINFO + QDFFINFO.WDFFDFLO first
* p_QDFARFTE = p_QDFARFTE + %Len( QDFARFTE ) next
* alt p_QDFARFTE = p_QDFFINFO + QDFFINFO.WDFFDFLO +
* (%size(QDFARFTE) * x)
*-------------------------------------------------------------------
D QDFARFTE DS Based ( p_QDFARFTE ) qualified
D WDFARFNM 10 Overlay( QDFARFTE : 1 )
D WDFARCND 5I 0 Overlay( QDFARFTE : 11 )
D WDFARFOF 10I 0 Overlay( QDFARFTE : 13 )
DQDFFSEQT DS Based ( p_QDFFSEQT ) qualified
D WDFFFSEQ 1 13
D WDFVED17 14 16
*-------------------------------------------------------------------
* - Record Header -
* p_QDFFRINF = p_QDFFINFO + QDFARFTE.WDFARFOF
*-------------------------------------------------------------------
D QDFFRINF DS Based ( p_QDFFRINF ) qualified
D WDFFRDDO 10I 0 Overlay( QDFFRINF : 1 )
D WDFFOFIT 10I 0 Overlay( QDFFRINF : 5 )
D WDFFSTBO 10I 0 Overlay( QDFFRINF : 9 )
D WDFFRFLG1 1A Overlay( QDFFRINF : 13 )
D WDFFRFLG2 1A Overlay( QDFFRINF : 14 )
D WDFFFLD 5I 0 Overlay( QDFFRINF : 17 )
D WDFFINDO 5I 0 Overlay( QDFFRINF : 23 )
D WDFFRAOF 5I 0 Overlay( QDFFRINF : 29 )
*-------------------------------------------------------------------
* Display-Record-Level Device-Dependent
* p_QDFFXRDP = p_QDFFRINF + QDFFRDPD.WDFFXRDO
DQDFFXRDP DS Based (p_QDFFXRDP ) qualified
D WDFFFOTO 1 4B 0
D WDFFNRCO 5 8B 0
D WDFVED33 9 12
D WDFFSEGS 13 14B 0
D WDFVED34 15 16
D WDFHCTLO 17 18B 0
D WDFVED35 19 24
D
DQDFFSFCR DS Based (p_QDFFSFCR ) qualified
D WDFFSFLG 1 34
D WDFFSFEN 35 35
D WDFFSFDR 36 36
D WDFBITS19 37 37
D WDFBITS20 38 38
D WDFFSFPQ 39 40B 0
D WDFFSFVL 41 42B 0
D WDFFSFVO 43 44B 0
D WDFFSFFI 45 46B 0
D WDFFFSFL01 47 48B 0
D WDFFFSFO 49 50B 0
D WDFXTOFF 51 52B 0
D WDFBITS21 53 53
D WDFVED37 54 54
D WDFFSFPM 55 55
D
DQDFSFSRU DS Based (p_QDFSFSRU ) qualified
D WDFVED39 1 1
D WDFFSFSR 2 2
DQDFSFERU DS Based (p_QDFSFERU ) qualified
D WDFVED40 1 1
D WDFFSFER 2 2
DQDFSFH2U DS Based (p_QDFSFH2U ) qualified
D WDFFSFH1 1 2B 0
D WDFFSFH2 3 4B 0
D
DQDFCREXT DS Based (p_QDFCREXT ) qualified
D WDFCRLLO 1 2B 0
D WDFIZSFO 3 4B 0
D WDFELOFF 5 6B 0
D WDFELCH1 7 7
D WDFELCH2 8 8
D WDFVED42 9 16
*-------------------------------------------------------------------
* - Record Device-Dependent (QDFFRDPD)
* p_QDFFRDPD = p_QDFFRINF + WDFFRAOF
*-------------------------------------------------------------------
D QDFFRDPD DS Based (p_QDFFRDPD ) qualified
D WDFFDRCO 10I 0 Overlay( QDFFRDPD : 1 )
D WDFFINCP 5I 0 Overlay( QDFFRDPD : 5 )
D WDFFIBF 5I 0 Overlay( QDFFRDPD : 7 )
D WDFFOIS 5I 0 Overlay( QDFFRDPD : 9 )
D WDFACKYS 4A Overlay( QDFFRDPD : 13 )
D WDFFPUTK 2A Overlay( QDFFRDPD : 17 )
D WDFFGETK 2A Overlay( QDFFRDPD : 19 )
D WDFFERRM 5I 0 Overlay( QDFFRDPD : 21 )
D WDFFBITS 1A Overlay( QDFFRDPD : 23 )
D WDFFBITF 1A Overlay( QDFFRDPD : 24 )
D WDFFCGRI 5I 0 Overlay( QDFFRDPD : 25 )
D WDFFHFLG 2A Overlay( QDFFRDPD : 27 )
D WDFFXRDO 5I 0 Overlay( QDFFRDPD : 29 )
D WDFFRDOC 5I 0 Overlay( QDFFRDPD : 33 )
*-------------------------------------------------------------------
* - Row Column Table -
* p_QDFFRCTB = p_QDFFRINF + WDFFDRCO
* SizeIndex = 0 to WDFFSCR -1
*-------------------------------------------------------------------
D QDFFRCTB DS Based ( p_QDFFRCTB) qualified
D WDFFFRRO 1A Overlay( QDFFRCTB : 1 )
D WDFFFRCO 1A Overlay( QDFFRCTB : 2 )
D WDFFTORO 1A Overlay( QDFFRCTB : 3 )
D WDFFTOCO 1A Overlay( QDFFRCTB : 4 )
D WDFFRBIT 1A Overlay( QDFFRCTB : 5 )
D WDFFRC 1A Overlay( QDFFRCTB : 7 )
*-------------------------------------------------------------------
* - Row Column Table Entries -
* p_QDFFRCTE = %addr(QDFFRCTB.WDFFRC) first
* p_QDFFRCTE = p_QDFFRCTE + %size(QDFFRCTE) next
D QDFFRCTE DS Based ( p_QDFFRCTE) qualified
D WDFFSROW 1 1A
D WDFFSCOL 2 2A
*-------------------------------------------------------------------
* - Field Where Used -
* p_QDFWFLDI = p_QDFWRCDI + QDFWRCDI.WDFWRLEN first
* p_QDFWFLDI = p_QDFWFLDI + WDFWFLDL next
*-------------------------------------------------------------------
D QDFWFLDI DS Based ( p_QDFWFLDI ) qualified
D WDFWFLDL 5I 0 Overlay( QDFWFLDI : 1 )
D WDFWFOKW 5I 0 Overlay( QDFWFLDI : 3 )
D WDFWRRDX 5I 0 Overlay( QDFWFLDI : 5 )
// index into Field Name Table p_QDFFNTBL
D WDFWNMEI 10I 0 Overlay( QDFWFLDI : 7 )
D WDFWLFLD 5I 0 Overlay( QDFWFLDI : 11 )
D WDFWFFLG 1A Overlay( QDFWFLDI : 13 )
*-------------------------------------------------------------------
* - Field Index -
* QDFFRINF is at variable WDFFOFIT in QDFFRINF.
*-------------------------------------------------------------------
D QDFFFITB DS Based ( p_QDFFFITB ) qualified
D WDFFFOFS 10I 0 Overlay( QDFFFITB : 1 )
D WDFFSELI 5I 0 Overlay( QDFFFITB : 5 )
D WDFFDLEN 5I 0 Overlay( QDFFFITB : 7 )
*-------------------------------------------------------------------
*-------------------------------------------------------------------
* - Constant Field Header -
* p_QDFFFCON = WDFFFTBE
*-------------------------------------------------------------------
D QDFFFCON DS Based ( p_QDFFFCON ) qualified
D WDFFFAOC 5I 0 Overlay( QDFFFCON : 3 )
*-------------------------------------------------------------------
* - Named Field Header -
* p_QDFFFNAM = WDFFFTBE
*-------------------------------------------------------------------
D QDFFFNAM DS Based ( p_QDFFFNAM ) qualified
D WDFFINPO 5I 0 Overlay( QDFFFNAM : 1 )
D WDFFOUTO 5I 0 Overlay( QDFFFNAM : 3 )
D WDFFPLEN 5I 0 Overlay( QDFFFNAM : 5 )
D WDFFDEC 1A Overlay( QDFFFNAM : 7 )
D WDFFKBDT 1A Overlay( QDFFFNAM : 8 )
D WDFFFAOF 5I 0 Overlay( QDFFFNAM : 11 )
*-------------------------------------------------------------------
* - Field Header
* p_QDFFFINF = p_QDFFRINF + WDFFFOFS
*-------------------------------------------------------------------
D QDFFFINF DS Based ( p_QDFFFINF ) qualified
D WDFFFLEN 1A Overlay( QDFFFINF : 1 )
D WDFFFIOA 1A Overlay( QDFFFINF : 3 )
D WDFFBFLG 1A Overlay( QDFFFINF : 4 )
D WDFFFBIT 1A Overlay( QDFFFINF : 5 )
// pointer to QDFFFCON or QDFFFNAM
D WDFFFTBE 1A Overlay( QDFFFINF : 7 )
*-------------------------------------------------------------------
* - Field Dev Dept
* p_QDFFFDPD = p_QDFFFINF + WDFFFAOF named
* p_QDFFFDPD = p_QDFFFINF + WDFFFAOC constant
*-------------------------------------------------------------------
D QDFFFDPD DS Based ( p_QDFFFDPD ) qualified
D WDFFFLGS 1A Overlay( QDFFFDPD : 1 )
D WDFFSA 1A Overlay( QDFFFDPD : 2 )
D WDFFXFDO 5I 0 Overlay( QDFFFDPD : 3 )
D WDFFFDOC 5I 0 Overlay( QDFFFDPD : 5 )
// pointer
D WDFFFICE 1A Overlay( QDFFFDPD : 7 )
*-------------------------------------------------------------------
* - Input-Capable Display Field-Level Device-Dep
* p_QDFFFDIC = WDFFFICE
*-------------------------------------------------------------------
D QDFFFDIC DS Based ( p_QDFFFDIC ) qualified
D WDFFFWFW 2A Overlay( QDFFFDIC : 1 )
D WDFFSSKW 1A Overlay( QDFFFDIC : 3 )
D WDFFCHKB 1A Overlay( QDFFFDIC : 4 )
*-------------------------------------------------------------------
* - Field-Dependent Extension -
* p_QDFFXFDP = p_QDFFFINF + WDFFXFDO
*-------------------------------------------------------------------
D QDFFXFDP DS Based ( p_QDFFXFDP ) qualified
D WDFFKFLG 2A Overlay( QDFFXFDP : 1 )
D WDFFFLDINX 5I 0 Overlay( QDFFXFDP : 3 )
D WDFFXLFLGS 1A Overlay( QDFFXFDP : 4 )
// this is a BIN 16
D WDFF_UCS2_ 2A Overlay( QDFFXFDP : 6 )
*-------------------------------------------------------------------
* - Keyword Category Displacement
* file p_QDFFCOSA = p_QDFFINFO + WDFFXDOC
* record p_QDFFCOSA = p_QDFFRINF + WDFFRDOC
* field p_QDFFCOSA = p_QDFFFINF + WDFFFDOC
*-------------------------------------------------------------------
D QDFFCOSA DS Based ( p_QDFFCOSA ) qualified
D WDFFCCT 5I 0 Overlay( QDFFCOSA : 1 )
// pointer
D WDFFCCOS 1A Overlay( QDFFCOSA : 3 )
*-------------------------------------------------------------------
* - Keyword Category Displacement String Entry
* p_QDFFCCOA = %addr(WDFFCCOS)
*-------------------------------------------------------------------
D QDFFCCOA DS Based ( p_QDFFCCOA ) qualified
D WDFFCAID 1A Overlay( QDFFCCOA : 1 )
D WDFFCAOF 5I 0 Overlay( QDFFCCOA : 2 )
*-------------------------------------------------------------------
* - Subfile Control Record-
*-------------------------------------------------------------------
DQDFFSFHR DS Based (p_QDFFSFHR ) qualified
D WDFFSFSZ 1 2B 0
D WDFFSFPG 3 4B 0
D WDFVED38 5 6
D WDFFFSFT 7 8B 0
D WDFSFR1U 9 10
D WDFFSFR1 9 10B 0
D WDFVED3900 9 9
D WDFFSFSR00 10 10
D WDFSFR2U 11 12
D WDFFSFR2 11 12B 0
D WDFVED4000 11 11
D WDFFSFER00 12 12
D WDFSFLNU 13 16
D WDFFSFLN 13 16
D WDFFSFH100 13 14B 0
D WDFFSFH200 15 16B 0
D WDFFFSFF 17 18B 0
D WDFVED41 19 24
DQDFKFILK DS Based (p_QDFKFILK ) qualified
D WDFFKFIL 5I 0 Overlay( QDFKFILK : 1 )
D WDFKFILE 1A Overlay( QDFKFILK : 3 )
DQDFKFLPM DS Based (p_QDFKFLPM ) qualified
D WDFKFLID 1 Overlay( QDFKFLPM : 1 )
D WDFKFLST 5I 0 Overlay( QDFKFLPM : 2 )
D WDFKFLRS 5I 0 Overlay( QDFKFLPM : 4 )
D WDFFKFLP 5I 0 Overlay( QDFKFLPM : 6 )
D WDFKFLEX 1A Overlay( QDFKFLPM : 8 )
DQDFKFLPP DS Based (p_QDFKFLPP ) qualified
D WDFKFLLN 5I 0 Overlay( QDFKFLPP : 1 )
D WDFKFLNM 1A Overlay( QDFKFLPP : 3 )
DQDFKFLSZ DS Based (p_QDFKFLSZ ) qualified
D WDFKFLML 1 2B 0
D WDFVED57 3 6
DQDFKICVP DS Based (p_QDFKICVP ) qualified
D WDFKICVN 1 2B 0
D WDFKICVK 3 4B 0
D WDFKICVT 5 6B 0
DQDFKHARD DS Based (p_QDFKHARD ) qualified
D WDFKHRFM 1 10
D WDFKHFIL 11 20
D WDFKHLIB 21 30
DQDFKHXPS DS Based (p_QDFKHXPS ) qualified
D WDFKHXHG 1 10
D WDFKHXHL 11 20
D WDFKHXML 21 22B 0
DQDFKHDOC DS Based (p_QDFKHDOC ) qualified
D WDFKHDLA 1 10
D WDFKHDDO 11 22
D WDFKHDFL 23 24B 0
DQDFKSIDX DS Based (p_QDFKSIDX ) qualified
D WDFKSIOB 1 10
D WDFKSILB 11 20
DQDFKFALX DS Based (p_QDFKFALX ) qualified
D WDFFKALT 1 2B 0
DQDFKFALK DS Based (p_QDFKFALK ) qualified
D WDFKANME 1 10
D WDFKAINX 11 12B 0
DQDFKESFL DS Based (p_QDFKESFL ) qualified
D WDFKESCR 1 10
DQDFKBODR DS Based (p_QDFKBODR ) qualified
D WDFKCLOR 1 1
D WDFKDATR 2 2
D WDFKCHRS 3 10
DQDFKCKKW DS Based (p_QDFKCKKW ) qualified
D WDFFKCKS 1 2B 0
D WDFKCKCM 3 3
DQDFKCKKE DS Based (p_QDFKCKKE ) qualified
D WDFKCKID 1 1
D WDFKCKIN 2 3B 0
D WDFKCKRS 4 5B 0
D WDFKCKMA 6 9
DQDFKOVRR DS Based (p_QDFKOVRR ) qualified
D WDFFKOLS 1 2B 0
DQDFKOVRE DS Based (p_QDFKOVRE ) qualified
D WDFKOLAD 1 1
D WDFKOLAN 2 3B 0
DQDFKOVRP DS Based (p_QDFKOVRP ) qualified
D WDFKOLID 1 1
D WDFKOLIN 2 3B 0
DQDFKOLER DS Based (p_QDFKOLER ) qualified
D WDFFKOLE 1 2B 0
DQDFKOLCL DS Based (p_QDFKOLCL ) qualified
D WDFFKOLC 1 2B 0
D WDFKOLCN 3 4B 0
DQDFKMSRL DS Based (p_QDFKMSRL ) qualified
D WDFFKMSS 5I 0 Overlay( QDFKMSRL : 1 )
D WDFKMSKW 1A Overlay( QDFKMSRL : 3 )
DQDFKMSAP DS Based (p_QDFKMSAP ) qualified
D WDFKMSAD 1 1
D WDFKMSAN 2 3B 0
DQDFKMSCP DS Based (p_QDFKMSCP ) qualified
D WDFKMSID 1 1
D WDFKMSIN 2 3B 0
DQDFKMSK1 DS Based (p_QDFKMSK1 ) qualified
D WDFKMSLC 1 2B 0
D WDFVED58 3 3
D WDFKMSRW 4 5B 0
D WDFKMSCL 6 7B 0
D WDFKMSFA 8 11B 0
D WDFKMSFB 12 15B 0
DQDFKMSK2 DS Based (p_QDFKMSK2 ) qualified
D WDFKMSLN 1 2B 0
DQDFKMSK3 DS Based (p_QDFKMSK3 ) qualified
D WDFKMSDM 1 2B 0
DQDFMSCLN DS Based (p_QDFMSCLN ) qualified
D WDFSCROU 1 2
D WDFMSCRO 1 2B 0
D WDFKRCLR 1 2B 0
D WDFSCFOU 3 4
D WDFMSCFO 3 4B 0
D WDFKRCLC 3 4B 0
D WDFSCLOU 5 6
D WDFMSCLO 5 6B 0
D WDFKCLWR 5 6B 0
D WDFRCLWC 7 8B 0
D WDFCTYPE 9 9
D WDFBITS32 10 10
DQDFMBDSP DS Based (p_QDFMBDSP ) qualified
D WDFBDRCN 1 10
D WDFBDCFO 11 12B 0
D WDFBDPIO 13 14B 0
DQDFK0BPR DS Based (p_QDFK0BPR ) qualified
D WDF0BPCT 1 2B 0
DQDF0BXWP DS Based (p_QDF0BXWP ) qualified
D WDF0BPID 1 1
D WDF0BPIN 2 3B 0
D WDF0BPLN 4 5B 0
DQDFBGATR DS Based (p_QDFBGATR ) qualified
D WDF0BCLR 1 1
D WDFVED59 2 2
D WDFK0BLT 3 3
D WDFVED60 4 4
DQDFBKPRM DS Based (p_QDFBKPRM ) qualified
D WDFBKNAM 1 8
DQDFKMRPR DS Based (p_QDFKMRPR ) qualified
D WDFFKRPS 1 2B 0
DQDFKMRWP DS Based (p_QDFKMRWP ) qualified
D WDFKMPID 1 1
D WDFKMPIN 2 3B 0
D WDFKMPLN 4 5B 0
DQDFKHSTR DS Based (p_QDFKHSTR ) qualified
D WDFWDFKH 1 2B 0
DQDFKHPRM DS Based (p_QDFKHPRM ) qualified
D WDFKHOFS 1 2B 0
D WDFBITS33 3 4
D WDFKHSRO 5 6B 0
D WDFKHCRD 7 8B 0
D WDFKHCBY 9 10B 0
D WDFKHARO 11 12B 0
D WDFKHCEX 13 14B 0
D WDFVED62 15 17
DQDFKHNMS DS Based (p_QDFKHNMS ) qualified
D WDFKHRCD 1 10
D WDFKHFLE 11 20
D WDFKHRLB 21 30
DQDFKHPS DS Based (p_QDFKHPS ) qualified
D WDFKHPNN 1 10
D WDFKHPLB 11 20
D WDFKHMLN 21 22B 0
DQDFKHRDC DS Based (p_QDFKHRDC ) qualified
D WDFKHRLA 1 10
D WDFKHRDO 11 22
D WDFKHRFL 23 24B 0
DQDFKHARA DS Based (p_QDFKHARA ) qualified
D WDFKHFRO 1 1
D WDFKHFCO 2 2
D WDFKHTRO 3 3
D WDFKHTCO 4 4
DQDFKHARX DS Based (p_QDFKHARX ) qualified
D WDFBITS34 1 1
D WDFHFLDI 2 3B 0
D WDFHCHID 4 5
DQDFKHSEQ DS Based (p_QDFKHSEQ ) qualified
D WDFKHSGN 1 10
D WDFFKHSS 11 12B 0
D WDFKHSIF 13 14B 0
D WDFKHSIL 15 16B 0
D WDFKHSIN 17 18B 0
D WDFKHSIP 19 20B 0
DQDFKPRTR DS Based (p_QDFKPRTR ) qualified
D WDFKRLRS 1 2B 0
D WDFFKRLP 3 4B 0
DQDFKPPRM DS Based (p_QDFKPPRM ) qualified
D WDFKPLEN 1 2B 0
DQDFKBRDR DS Based (p_QDFKBRDR ) qualified
D WDFKCOLR 1 1
D WDFKDSPA 2 2
D WDFKCHAR 3 10
DQDFKLINU DS Based (p_QDFKLINU ) qualified
D WDFFKLIN 1 2B 0
D WDFFKPOS 3 4B 0
D WDFKLINW 5 6B 0
D WDFKPOSW 7 8B 0
D WDFVED66 9 10
DQDFKWDTA DS Based (p_QDFKWDTA ) qualified
D WDFBITS35 1 2
D WDFWNAMU 3 12
D WDFKWNAM 3 12
D WDFFKLIN00 3 4B 0
D WDFFKPOS00 5 6B 0
D WDFKLINW00 7 8B 0
D WDFKPOSW00 9 10B 0
D WDFVED6600 11 12
DQDFOLORU DS Based (p_QDFOLORU ) qualified
D WDFVED68 1 1
D WDFCOLOR 2 2
DQDFDSPAU DS Based (p_QDFDSPAU ) qualified
D WDFVED69 1 1
D WDFTDSPA 2 2
DQDFLIGNU DS Based (p_QDFLIGNU ) qualified
D WDFVED70 1 1
D WDFALIGN 2 2
DQDFDWTTL DS Based (p_QDFDWTTL ) qualified
D WDFDWOVL 1 5
D WDFBITS36 6 6
D WDFLRPFU 7 8
D WDFCLRPF 7 8B 0
D WDFVED6800 7 7
D WDFCOLOR00 8 8
D WDFSPPFU 9 10
D WDFDSPPF 9 10B 0
D WDFVED6900 9 9
D WDFTDSPA00 10 10
D WDFALGNU 11 12
D WDFTALGN 11 12B 0
D WDFVED7000 11 11
D WDFALIGN00 12 12
D WDFTTXTO 13 14B 0
D WDFTTXTL 15 16B 0
D WDFVED71 17 26
DQDFKMB DS Based (p_QDFKMB ) qualified
D WDFBITS37 1 1
D WDFFIRST 2 2
D WDFECOND 3 3
D WDFMBAID 4 4
DQDFKSCSF DS Based (p_QDFKSCSF ) qualified
D WDFFKSCS 1 2B 0
DQDFKSCCP DS Based (p_QDFKSCCP ) qualified
D WDFKSCID 1 1
D WDFKSCIN 2 3B 0
DQDFKSCSM DS Based (p_QDFKSCSM ) qualified
D WDFKSCRS 1 2B 0
D WDFKSCTY 3 3
D WDFKSCLN 4 5B 0
DQDFKSCSI DS Based (p_QDFKSCSI ) qualified
D WDFKSCMI 1 7
D WDFKSCMF 8 17
D WDFKSCML 18 27
D WDFKSCDL 28 29B 0
D WDFKSCMO 30 31B 0
DQDFKSFLM DS Based (p_QDFKSFLM ) qualified
D WDFKMORE 1 12
D WDFKBOTT 13 24
DQDFKSFLS DS Based (p_QDFKSFLS ) qualified
D WDFNDSPM 1 1
D WDFLMORE 2 13
D WDFLBOTT 14 25
DQDFSRRRN DS Based (p_QDFSRRRN ) qualified
D WDFCSRNO 1 2B 0
DQDFKMODE DS Based (p_QDFKMODE ) qualified
D WDFSCMDO 1 2B 0
DQDFKSASA DS Based (p_QDFKSASA ) qualified
D WDFFKSAS 1 2B 0
DQDFKSAPM DS Based (p_QDFKSAPM ) qualified
D WDFKSAIA 1 1
D WDFKSAII 2 3B 0
D WDFKSAOA 4 4
DQDFKFFWR DS Based (p_QDFKFFWR ) qualified
D WDFFKFWS 1 2B 0
DQDFKCHKP DS Based (p_QDFKCHKP ) qualified
D WDFKFWID 1 1
D WDFKFWIN 2 3B 0
D WDFKFWOV 4 5
DQDFKMFDK DS Based (p_QDFKMFDK ) qualified
D WDFFKMFS 1 2B 0
D WDFKMFNO 3 4B 0
D WDFKMFEN 5 5A
* p_QDFKMFDP = %ADDR(QDFKMFDK.WDFKMFEN)
DQDFKMFDP DS Based (p_QDFKMFDP ) qualified
D WDFKMFID 1 1
D WDFKMFIN 2 3B 0
D WDFKMFEX 4 4A
* Response Indicator Structure (QDFKMFRS)
* p_QDFKMFRS = %ADDR(QDFKMFDP.WDFKMFEX)
DQDFKMFRS DS Based (p_QDFKMFRS ) qualified
D WDFKMFRP 1 2B 0
D WDFKMFEE 3 3A
* ERRMSG and ERRMSGID Keyword Structure (QDFKMFEM)
* p_QDFKMFEM = %ADDR(QDFKMFRS.WDFKMFEE)
DQDFKMFEM DS Based (p_QDFKMFEM ) qualified
D WDFKMFTP 1 1
D WDFKMFEL 2 3B 0
D WDFKMFTX 4 4A
DQDFKMFSI DS Based (p_QDFKMFSI ) qualified
D WDFKMFMI 1 7
D WDFKMFMF 8 17
D WDFKMFML 18 27
D WDFKMFDL 28 29B 0
D WDFKMFMO 30 31B 0
DQDFKMFMV DS Based (p_QDFKMFMV ) qualified
D WDFKMFMM 1 1
D WDFKMFMP 2 4
D WDFKMFFL 5 6B 0
D WDFKMFFV 7 16
D WDFKMFLV 17 26
DQDFKMFM3 DS Based (p_QDFKMFM3 ) qualified
D WDFFKMF1 1 3
D WDFFKMF2 4 7
DQDFKMFM4 DS Based (p_QDFKMFM4 ) qualified
D WDFKMFD4 1 1
DQDFKDFLD DS Based (p_QDFKDFLD ) qualified
D WDFKDFLO 1 2B 0
DQDFK_DATTIMFmat DS Based (p_QDFK_DATTIMFmat) qualified
D WDFK_DATTIM 1 2B 0
DQDFK_DATTIM_Sep DS Based (p_QDFK_DATTIM_Sep ) qualified
D WDFK_DATTIMSep 1 1A
DQDFK_DATEP DS Based (p_QDFK_DATEP) qualified
* 0 BIT(1) WDFK_DATE_SYS If on, the *SYS parameter is specified on th
* 1 BIT(1) WDFK_DATE_YY If on, the *YY parameter is specified on the
* 2 BIT(1) WDFK_DATE_EDTCDEY If on, the EDTCDE(Y) keyword was specifi
D WDFK_DATE 1 1A
* Length of this structure is
* is WDFK_MAPVAL_C * WDFK_MAPVAL_L
* p_QDFK_MAPVAL = %ADDR(QDFKMFDP.WDFKMFEX)
* Number of MAPVAL keyword parameters.
* Length of each MAPVAL keyword parameter.
* MAPVAL parameter
DQDFK_MAPVAL DS Based (p_QDFK_MAPVAL) qualified
D WDFK_MAPVAL_C 1 2B 0
D WDFK_MAPVAL_L 3 4B 0
D WDFK_MAPVAL 1 1A
DQDFKDTFT DS Based (p_QDFKDTFT ) qualified
D WDFKDTFT00 1 2B 0
DQDFKDTSP DS Based (p_QDFKDTSP ) qualified
D WDFKDTSP00 1 1
DQDFKDATP DS Based (p_QDFKDATP ) qualified
D WDFBITS56 1 1
DQDFKMPVL DS Based (p_QDFKMPVL ) qualified
D WDFPVLCT 1 2B 0
D WDFPVLLN 3 4B 0
DQDFKDFT DS Based (p_QDFKDFT ) qualified
D WDFFKDFS 5I 0 Overlay( QDFKDFT : 1 )
D WDFKDFPE 1A Overlay( QDFKDFT : 3 )
DQDFKDFPM DS Based (p_QDFKDFPM ) qualified
D WDFKDFID 1 1
D WDFKDFTY 2 2
D WDFKDFIN 3 4B 0
D WDFKDFLN 5 6B 0
DQDFKDFMM DS Based (p_QDFKDFMM ) qualified
D WDFKDFMI 1 7
D WDFKDFMF 8 17
D WDFKDFML 18 27
DQDFFHTML00 DS Based (p_QDFFHTML00 ) qualified
D WDFBITS57 1 1
D WDFFHLEN 2 3B 0
D WDFFHOFF 4 5B 0
D WDFLTEXT 6 6
DQDFKEDTR DS Based (p_QDFKEDTR ) qualified
D WDFFKEDS 1 2B 0
D WDFKEDKW 3 3A
D xDFKEDID 4 4
D xDFKEDSY 5 5
D xDFKEDML 6 7B 0
D xDFVED73 8 8
D xDFKEDMS 9 9A
D xDFKEDMSx 10 24A
DQDFKEDTP DS Based (p_QDFKEDTP ) qualified
D WDFKEDID 1 1
D WDFKEDSY 2 2
D WDFKEDML 3 4B 0
D WDFVED73 5 5
D WDFKEDMS 6 6A
D WDFKEDMSx 6 40A
DQDFKEDTMSK DS Based (p_QDFKEDTMSK) qualified
D WDFKEDMNUM 5I 0 Overlay( QDFKEDTMSK : 1)
D WDFKEDMSEG 1A Overlay( QDFKEDTMSK : 3)
DQDFKEDTSEG DS Based (p_QDFKEDTSEG) qualified
D WDFKEDMPOS 5I 0 Overlay( QDFKEDTSEG : 1)
D WDFKEDMLEN 5I 0 Overlay( QDFKEDTSEG : 3)
DQDFKVAKW DS Based (p_QDFKVAKW ) qualified
D WDFFKVAL 1 2B 0
DQDFKVARL DS Based (p_QDFKVARL ) qualified
D WDFBITS38 1 1
D WDFBITS39 2 2
D WDFVED76 3 3
D WDFKVATP 4 4
D WDFFKLAP 5 6B 0
D WDFKLATP 7 8B 0
DQDFKCKMI DS Based (p_QDFKCKMI ) qualified
D WDFKCKMD 1 7
D WDFKCKMF 8 17
D WDFKCKML 18 27
D WDFKCKDL 28 29B 0
D WDFFKCKB 30 31B 0
DQDFKFCPR DS Based (p_QDFKFCPR ) qualified
D WDFFKFCS 1 2B 0
DQDFKFC DS Based (p_QDFKFC ) qualified
D WDFKFCID 1 1
D WDFKFCIN 2 3B 0
D WDFKFCLN 4 5B 0
DQDFKCHC DS Based (p_QDFKCHC ) qualified
D WDFCHCCT 1 2B 0
D WDFCHCFN 3 12
D WDFKCHCR 13 14B 0
D WDFKCHCC 15 16B 0
D WDFCHAR1 17 17
D WDFCHAR2 18 18
D WDFVED77 19 19
DQDFDREXP DS Based (p_QDFDREXP ) qualified
D WDFXPLEN 1 2B 0
D WDFOWCOL 3 4B 0
D WDFUTTER 5 6B 0
D WDFBITS40 7 8
D WDFVED81 9 18
DQDFKCHCE DS Based (p_QDFKCHCE ) qualified
D WDFVED82 1 1
D WDFKCLEN 2 3B 0
D WDFBITS41 4 4
D WDFWDFKC 5 6
D WDFINX26 7 8B 0
D WDFCTXTO 9 10B 0
D WDFCTXTL 11 12B 0
D WDFCMSGO 13 14B 0
D WDFCACCO 15 16B 0
D WDFPRCDU 17 18
D WDFCPRCD 17 18B 0
D WDFBCAID 17 17
D WDFCRTNO 19 20B 0
D WDFCRTNL 21 22B 0
D WDFCCTLO 23 24B 0
D WDFCTLIO 25 26B 0
DQDFKCTXT DS Based (p_QDFKCTXT ) qualified
D WDFCMNEM 1 2B 0
DQDFKCACC DS Based (p_QDFKCACC ) qualified
D WDFACCSL 1 2B 0
D WDFCACCL 3 4B 0
D WDFACCFO 5 6B 0
DQDFKCMSG DS Based (p_QDFKCMSG ) qualified
D WDFBITS42 1 1
D WDFID26U 2 8
D WDFMID26 2 8
D WDFKMIDO 2 3B 0
D WDFCMFLU 9 18
D WDFKCMFL 9 18
D WDFCMFLO 9 10B 0
D WDFCMLBU 19 28
D WDFKCMLB 19 28
D WDFCMLBO 19 20B 0
DQDFBSEPS DS Based (p_QDFBSEPS ) qualified
D WDFBITS43 1 1
D WDFBSCOU 2 3
D WDFMBSCO 2 3B 0
D WDFBSCLR 2 2
D WDFBSAOU 4 5
D WDFMBSAO 4 5B 0
D WDFBSATR 4 4
D WDFSCHOU 6 7
D WDFBSCHO 6 7B 0
D WDFBSCHR 6 6
DQDFKCHCX DS Based (p_QDFKCHCX ) qualified
D WDFVED92 1 1
D WDFHCCLR 2 2
D WDFVED93 3 3
D WDFHCATR 4 4
D WDFVED94 5 5
DQDFEFATR DS Based (p_QDFEFATR ) qualified
D WDFBITS44 1 1
D WDFFACLR 2 2
D WDFVED96 3 3
D WDFFAATR 4 4
D WDFVED97 5 5
DQDFFLDCP DS Based (p_QDFFLDCP ) qualified
D WDFLDNUM 1 2B 0
D WDFVED98 3 3
DQDFNTFLD DS Based (p_QDFNTFLD ) qualified
D WDFLDNUM00 1 2B 0
D WDFVED99 3 3
DQDFDTMSK00 DS Based (p_QDFDTMSK00 ) qualified
D WDFDMNUM 1 2B 0
DQDFDTSEG DS Based (p_QDFDTSEG ) qualified
D WDFDMPOS 1 2B 0
D WDFDMLEN 3 4B 0
DQDFKSMSG DS Based (p_QDFKSMSG ) qualified
D WDFBITS45 1 1
D WDFSMIDU 2 8
D WDFKSMID 2 8
D WDFSMIDO 2 3B 0
D WDFSMFLU 9 18
D WDFKSMFL 9 18
D WDFSMFLO 9 10B 0
D WDFSMLBU 19 28
D WDFKSMLB 19 28
D WDFSMLBO 19 20B 0
DQDFKGRPR DS Based (p_QDFKGRPR ) qualified
D WDFKPCNT 1 2B 0
DQDFKGRWP DS Based (p_QDFKGRWP ) qualified
D WDFKGPID 1 1
D WDFKGPIN 2 3B 0
D WDFKGPLN 4 5B 0
DQDFRDATR DS Based (p_QDFRDATR ) qualified
D WDFCLROU 1 2
D WDFGCLRO 1 2B 0
D WDFGCLOR 1 1
D WDFLNTOU 3 4
D WDFGLNTO 3 4B 0
D WDFFKGLT 3 3
D WDFBITS46 5 5
DQDFRDCLR DS Based (p_QDFRDCLR ) qualified
D WDFBITS47 1 1
D WDFSROWU 2 3
D WDFCSROW 2 3B 0
D WDFGCSRO 2 3B 0
D WDFSCOLU 4 5
D WDFCSCOL 4 5B 0
D WDFGCSCO 4 5B 0
D WDFCDEPU 6 7
D WDFGCDEP 6 7B 0
D WDFGCDEO 6 7B 0
D WDFCWIDU 8 9
D WDFGCWID 8 9B 0
D WDFGCWIO 8 9B 0
DQDFRDBOX DS Based (p_QDFRDBOX ) qualified
D WDFBITS48 1 1
D WDFGBTOB 2 2
D WDFBHZOU 3 4
D WDFGBHZO 3 4B 0
D WDFKGHZV 3 4B 0
D WDFBVTOU 5 6
D WDFGBVTO 5 6B 0
D WDFKGVTV 5 6B 0
D WDFBCLOU 7 8
D WDFGBCLO 7 8B 0
D WDFGBCLR 7 7
D WDFBLTOU 9 10
D WDFGBLTO 9 10B 0
D WDFGBLNT 9 9
D WDFBCTLO 11 12B 0
DQDFOXDFM DS Based (p_QDFOXDFM ) qualified
D WDFBITS49 1 1
D WDFSROWU00 2 3
D WDFBSROW 2 3B 0
D WDFGBSRO 2 3B 0
D WDFSCOLU00 4 5
D WDFBSCOL 4 5B 0
D WDFGBSCO 4 5B 0
D WDFBDEPU 6 7
D WDFGBDEP 6 7B 0
D WDFGBDEO 6 7B 0
D WDFBWIDU 8 9
D WDFGBWID 8 9B 0
D WDFGBWIO 8 9B 0
DQDFRDLIN DS Based (p_QDFRDLIN ) qualified
D WDFBITS50 1 1
D WDFLTYPL 2 2
D WDFLINOU 3 4
D WDFGLINO 3 4B 0
D WDFGLINT 3 4B 0
D WDFLRPOU 5 6
D WDFGLRPO 5 6B 0
D WDFGLRPT 5 6B 0
D WDFLCLOU 7 8
D WDFGLCLO 7 8B 0
D WDFGLCLR 7 7
D WDFLLTOU 9 10
D WDFGLLTO 9 10B 0
D WDFGLLNT 9 9
D WDFLCTLO 11 12B 0
DQDFINDFM DS Based (p_QDFINDFM ) qualified
D WDFBITS51 1 1
D WDFSROWU01 2 3
D WDFLSROW 2 3B 0
D WDFGLSRO 2 3B 0
D WDFSCOLU01 4 5
D WDFLSCOL 4 5B 0
D WDFGLSCO 4 5B 0
D WDFLLENU 6 7
D WDFGLLEN 6 7B 0
D WDFGLLNO 6 7B 0
DQDFWITBE DS Based (p_QDFWITBE ) qualified
D WDFWINBR 1 1
D WDFWIOBF 2 2
D WDFWIIBF 3 3
D WDFWITXT 4 5B 0
DQDFWKWDA DS Based (p_QDFWKWDA ) qualified
D WDFWKWDC 1 2B 0
DQDFKWIDU DS Based (p_QDFKWIDU ) qualified
D WDFED117 1 1
D WDFWKWID 2 2
DQDFWATTR DS Based (p_QDFWATTR ) qualified
D WDFKTYPU 1 2
D WDFWKTYP 1 2B 0
D WDFED11700 1 1
D WDFWKWID00 2 2
D WDFWKLEN 3 4B 0
DQDFWATYP DS Based (p_QDFWATYP ) qualified
D WDFWALEN 1 2B 0
D WDFED118 3 3
D WDFWPRMT 4 4
DQDFWBTYP DS Based (p_QDFWBTYP ) qualified
D WDFFWATS 1 2B 0
DQDFWRSTR DS Based (p_QDFWRSTR ) qualified
D WDFBITS53 1 1
D WDFBITS54 2 2
D WDFWRFEI 3 6B 0
D WDFWRLBI 7 10B 0
D WDFWRRFI 11 14B 0
D WDFWRFDI 15 18B 0
D SmlIntTyp S 5I 0
D IntTyp S 10I 0
D ChrTyp S 1
D QNamTyp S 20A
D NamTyp S 10A
D LglTyp S N
D Buftyp S 32000A
*-------------------------------------------------------------------
* - Work fields-
*-------------------------------------------------------------------
D NoAPIError C Const( *Zero )
D QualDspF S 20
D RtvSizeInfo DS
D 4
D RtvSize 10I 0
D Counter S 5I 0
D #NumFlds S 10I 0
D TotFlds S 10I 0
D RecordName S 10A
D FindStr s 32A varying
D x s 10I 0
D c s 10I 0
D f s 10I 0
D k s 10I 0
D
D xx s 10I 0
D xc s 10I 0
D xf s 10I 0
D xk s 10I 0
D
D lx s 10I 0
D lc s 10I 0
D lf s 10I 0
D lk s 10I 0
D
D rx s 10I 0
D rc s 10I 0
D rf s 10I 0
D rk s 10I 0
D
D fx s 10I 0
D fc s 10I 0
D ff s 10I 0
D fk s 10I 0
D
D cx s 10I 0
D cc s 10I 0
D cf s 10I 0
D ck s 10I 0
D
D len s 10I 0
D FldIdx s 10I 0
D SizeIdx s 10I 0
D ScrnSize s 1
D SflCtl s N
D RcvVarLen S Like( IntTyp )
D Idx S Like( IntTyp )
D APIErrDS DS
D ApiErrLen 10I 0 Inz( %Size( APIErrDS ) )
D BytesAvail 10I 0 Inz( *Zero )
D 7 Inz( *Blanks )
D 1 Inz( X'00' )
D 256 Inz( *Blanks )
D CONSTANT C x'01'
D DFT C x'01'
D Bit0 C X'80'
D Bit1 C X'40'
D Bit2 C X'20'
D Bit3 C X'10'
D Bit4 C X'08'
D Bit5 C X'04'
D Bit6 C X'02'
D Bit7 C X'01'
* How to test for bits
* If %Bitand(Hexval:Bit0) = Bit0;
* Dsply 'Bit 0 is *On';
* Else;
* Dsply 'Bit 0 is *Off';
* Endif;
D KwdData s 3564A varying based(p_KwdData)
D temp s like(KwdData)
*%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
D col s 5I 0
D row s 5I 0
D wBinDS DS
D hx1 1 1
D hx2 2 2
D wBin 1 2B 0
C CallP RtvDspFDesc(
C RtvSizeInfo :
C 8 :
C 'DSPF0100' :
C QDspFil :
C APIErrDS
C )
C If BytesAvail > 0
C Return *Off
C EndIf
C eval p_QDFFBASE = %alloc(RtvSize)
*-------------------------------------------------------------------
C Reset APIErrDS
* Retrieve display file description ( QDFRTVFD ) API
C CallP RtvDspFDesc(
C QDFFBASE :
C RtvSize :
C 'DSPF0100' :
C QDspFil :
C APIErrDS
C )
C If BytesAvail > 0
C Return *Off
C EndIf
C
C Eval p_FldDtaDS = %addr(FldDta)
C
C
C Eval NumFlds = 1
C Eval %OCCUR(FldDtaDS) = NumFlds
// file header
C Eval p_QDFFINFO = p_QDFFBASE + QDFFBASE.WDFFINFO
// file where used
C Eval p_QDFWFLEI = p_QDFFINFO + QDFFINFO.WDFFWUOF
// file Dev Dep
C Eval p_QDFFDPDD = p_QDFFINFO + QDFFINFO.WDFFXDOF
// rec where used (first)
C Eval p_QDFWRCDI = p_QDFWFLEI + QDFWFLEI.WDFWXLEN
// name table
C Eval p_QDFFNTBL = p_QDFWFLEI + QDFWFLEI.WDFWNTBO
// File Keywords
C EXSR FileKwds
// process record formats
C for xx = 0 to (QDFFBASE.WDFFRCS - 1)
C if xx <> 0
C Eval p_QDFWRCDI = p_QDFWRCDI + QDFWRCDI.WDFWNXTR
C Endif
// record format
C eval p_QDFARFTE = p_QDFFINFO + QDFFINFO.WDFFDFLO +
C (%size(QDFARFTE) * xx)
C eval RecordName = QDFARFTE.WDFARFNM
C
C if %subst(RecordName:1:1) <> '*'
C EXSR ProcessRecFmt
C endif
C endfor
C
C DeAlloc p_QDFFBASE
C Return *On
*------------------------------------------------
* Process a record format.
*------------------------------------------------
CSR ProcessRecFmt begsr
// record header
C eval p_QDFFRINF = p_QDFFINFO + QDFARFTE.WDFARFOF
// record dev dept
C eval p_QDFFRDPD = p_QDFFRINF + QDFFRINF.WDFFRAOF
* SFLCTL
* 12 C BIN(31) WDFFRFLG Miscellaneous record contents.
* 12 C 0 BIT(1) WDFFUDDS If on, USRDFN keyword is specified.
* 12 C 1 BIT(1) WDFFSFL If on, SFL keyword is specified (next record
* 12 C 2 BIT(1) WDFFSFLC If on, SFLCTL keyword is specified (prev
C eval SflCtl = *off
C if %bitand(QDFFRINF.WDFFRFLG1 : Bit2) = Bit2
C eval p_QDFFSFCR = p_QDFFRINF + QDFFRINF.WDFFRAOF
C eval p_QDFFSFHR = %addr(QDFFSFCR.WDFFSFPM)
C eval SflCtl = *on
C endif
C for SizeIdx = 0 to QDFFBASE.WDFFSCR -1
C eval p_QDFFSCRA = %addr( QDFFBASE.WDFFSCRS) +
C %size(QDFFSCRA) * SizeIdx
// *DS3 = X'03' *DS4 = X'04'
C eval ScrnSize = QDFFSCRA.WDFFSCIA
C endfor
// Row Col table
C eval p_QDFFRCTB = p_QDFFRINF + QDFFRDPD.WDFFDRCO
C
C eval TotFlds = QDFFRINF.WDFFFLD
// Record Keywords
C EXSR RcdKwds
C
C EXSR ProcessRcdFld
CSR endsr
CSR ProcessRcdFld begsr
* - Field Where Used -
C eval p_QDFWFLDI = p_QDFWRCDI + QDFWRCDI.WDFWRLEN
C eval p_QDFFFITB = p_QDFFRINF + QDFFRINF.WDFFOFIT
C +( QDFWFLDI.WDFWRRDX -1) * %len(QDFFFITB)
C for FldIdx = 0 to QDFFRINF.WDFFFLD -1
C Exsr GetFldInfo
C Exsr FieldKwds
* p_QDFWFLDI = p_QDFWFLDI + WDFWFLDL next
C if FldIdx < QDFFRINF.WDFFFLD -1
C eval p_QDFWFLDI = p_QDFWFLDI +
C QDFWFLDI.WDFWFLDL
* Field Indexing Table (QDFFFITB) for next Field
C eval p_QDFFFITB = p_QDFFRINF + QDFFRINF.WDFFOFIT
C +( QDFWFLDI.WDFWRRDX -1) * %len(QDFFFITB)
C endif
C Eval #NumFlds = NumFlds
C Eval NumFlds += 1
C Eval %OCCUR(FldDtaDS) = NumFlds
C Clear #FmtNam
C Clear #FldNam
C Clear #FldDTUS
C Clear #FldEdt
C Clear #FldLen
C Clear #FldPlen
C Clear #FldDec
C Clear #FldAtr
C Clear #FldRow
C Clear #FldCol
C Clear #FldCom
C
C endfor
C
C
C
CSR endsr
CSR GetFldInfo begsr
*
C eval #FmtNam = RecordName
* - Field Header
C eval p_QDFFFINF = p_QDFFRINF + QDFFFITB.WDFFFOFS
C if QDFFFINF.WDFFFIOA = x'01'
C eval p_QDFFFCON = %ADDR(QDFFFINF.WDFFFTBE)
C eval p_QDFFFDPD = p_QDFFFINF + QDFFFCON.WDFFFAOC
C else
* Variable
C eval p_QDFFFNAM = %ADDR(QDFFFINF.WDFFFTBE)
C eval p_QDFFFDPD = p_QDFFFINF + QDFFFNAM.WDFFFAOF
C eval p_QDFFFDIC = %addr(QDFFFDPD.WDFFFICE)
C endif
* Field Extension
C eval p_QDFFXFDP = p_QDFFFINF + QDFFFDPD.WDFFXFDO
* Row Column
C eval p_QDFFRCTB = p_QDFFRINF + QDFFRDPD.WDFFDRCO
C + (QDFWFLDI.WDFWRRDX -1) *2
C eval p_QDFFRCTE = %addr(QDFFRCTB.WDFFRC)
*
C eval hx1 = x'00'
C eval hx2 = QDFFRCTE.WDFFSROW
C eval row = wBin
C eval hx1 = x'00'
C eval hx2 = QDFFRCTE.WDFFSCOL
C eval col = wBin
C eval #FldRow = row
C eval #FldCol = col
* date time flags
C if %bitand(QDFFFINF.WDFFBFLG : Bit0) = Bit0
C eval #FldCom = 'DATE'
C eval #FldDTUS = 'D'
C endif
C if %bitand(QDFFFINF.WDFFBFLG : Bit1) = Bit1
C eval #FldDTUS = 'Y'
C endif
C if %bitand(QDFFFINF.WDFFBFLG : Bit2) = Bit2
C eval #FldDTUS = 'T'
C endif
C if %bitand(QDFFFINF.WDFFFBIT : Bit4) = Bit4
C eval #FldDTUS = 'U'
C endif
C if %bitand(QDFFFINF.WDFFFBIT : Bit5) = Bit5
C eval #FldDTUS = 'S'
C endif
*
* CONSTANTS
C if QDFFFINF.WDFFFIOA = x'01'
C EXSR ProcessCons
C ELSE
* Field Name
C eval p_QDFFNTB = %addr(QDFFNTBL.WDFFNMES) +
C + 10 * (QDFWFLDI.WDFWNMEI -1)
*
* QDFFFINF.WDFFFIOA
*Field attribute.
*X'01' indicates Constant (see structure QDFFFCON, Constant Field Header
*X'02' indicates Output (O),
*X'03' indicates Message (M), h (B),
*X'04' indicates Input (I), (P)
*X'05' indicates Both (B),
*X'06' indicates Hidden (H), and
*X'07' indicates Program to System (P)
C eval #FldIO = QDFFFINF.WDFFFIOA
* WDFFKBDT
* Keyboard shift and data type.
* X'00' indicates Alpha shift/character (A),
* X'01' indicates Alpha only (X),
* X'02' indicates Numeric shift (N),
* X'03' indicates Numeric only (Y),
* X'04' indicates Katakana (K),
* X'05' indicates Digits only (D),
* X'06' indicates Inhibit keyboard (I),
* X'07' indicates Signed numeric/zoned (S),
* X'08' indicates Binary (B), X'09' indicates Packed (P),
* X'0A' indicates Floating (F),
* X'0B' indicates DBCS (J),
* X'0C' indicates Open (O), X'0D' indicates Either (E),
* X'0E' indicates Numeric-only character (M),
* X'0F' indicates Graphic (G),
* X'10' indicates Date (L),
* X'11' indicates Time (T), and
* X'12' indicates Timestamp (Z)
C eval #FldAtr = QDFFFNAM.WDFFKBDT
C eval #FldNam = QDFFNTB.WDFFNAM
C eval #FldCom = *blank
C eval #FldPlen = QDFFFNAM.WDFFPLEN
C eval #FldDec = QDFFFNAM.WDFFDEC
C endif
CSR endsr
*------------------------------------------------
* This loops through all keyword categories
* for a constant field (text on the screen.)
*------------------------------------------------
CSR ProcessCons begsr
C
C*
C if (QDFFFDPD.WDFFFDOC > 0)
C*
C eval p_QDFFCOSA = p_QDFFFINF +
C QDFFFDPD.WDFFFDOC
C*
C for cc = 0 to (QDFFCOSA.WDFFCCT - 1)
C*
C eval p_QDFFCCOA = %addr(QDFFCOSA.WDFFCCOS)
C + (cc * %size(QDFFCCOA))
C if (QDFFCCOA.WDFFCAID = x'22')
C eval p_QDFKMFDK= p_QDFFFINF +
C QDFFCCOA.WDFFCAOF
C exsr ProcessCat22
C endif
C if (QDFFCCOA.WDFFCAID = x'23')
C eval p_QDFKDFT = p_QDFFFINF +
C QDFFCCOA.WDFFCAOF
C exsr ProcessCat23
C endif
C
C if (QDFFCCOA.WDFFCAID = x'24')
C eval p_QDFKEDTR = p_QDFFFINF +
C QDFFCCOA.WDFFCAOF
C exsr ProcessCat24
C endif
C endfor
C
C endif
C
CSR endsr
*------------------------------------------------
* Process File Keywords.
*------------------------------------------------
CSR FileKwds begsr
C
C if (QDFFDPDD.WDFFXDOC > 0)
C*
C eval p_QDFFCOSA = p_QDFFINFO +
C QDFFDPDD.WDFFXDOC
C*
C for lc = 0 to (QDFFCOSA.WDFFCCT - 1)
C*
C eval p_QDFFCCOA = %addr(QDFFCOSA.WDFFCCOS)
C + (lc * %size(QDFFCCOA))
C eval p_QDFKFILK = p_QDFFINFO +
C QDFFCCOA.WDFFCAOF
C for lk = 1 to QDFKFILK.WDFFKFIL
C if (lk=1)
C eval p_QDFKFLPM = %addr(QDFKFILK.WDFKFILE)
C else
C eval p_QDFKFLPM = p_QDFKFLPM +
C %size(QDFKFLPM )
C endif
C
C eval p_QDFKFLPP = %addr(QDFKFLPM.WDFKFLEX)
C for lx = 1 to QDFKFLPM.WDFFKFLP
C
C select
C when QDFKFLPM.WDFKFLID = x'02'
C eval p_QDFKFLSZ = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'04'
C eval p_QDFKICVP = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'05'
C eval p_QDFKHARD = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'06'
C eval p_QDFKHXPS = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'07'
C eval p_QDFKHDOC = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'08'
C eval p_QDFKSIDX = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'0A'
C eval p_QDFKFALX = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'0B'
C eval p_QDFKESFL = %addr(QDFKFLPP.WDFKFLNM)
C when QDFKFLPM.WDFKFLID = x'0C'
C eval p_QDFKBODR = %addr(QDFKFLPP.WDFKFLNM)
C endsl
C eval p_QDFKFLPP =
C p_QDFKFLPP + (QDFKFLPP.WDFKFLLN)
C endfor
C endfor
C
C
C endfor
C
C endif
C
CSR endsr
*------------------------------------------------
* Process Record Keywords.
*------------------------------------------------
CSR RcdKwds begsr
C if (QDFFRDPD.WDFFRDOC > 0)
C*
C eval p_QDFFCOSA = p_QDFFRINF +
C QDFFRDPD.WDFFRDOC
C for rc = 0 to (QDFFCOSA.WDFFCCT - 1)
C*
C eval p_QDFFCCOA = %addr(QDFFCOSA.WDFFCCOS)
C + (rc * %size(QDFFCCOA))
* Miscellaneous record-level keywords (uses (QDFKMSAP))
* no structures for IDs X'01', X'02', X'03', X'04', X'05', X'06', X'07',
* ID Keyword ID Keyword
* X'01' LOCK X'09' RMVWDW
* X'02' ALARM X'0F' DSPMOD
* X'03' BLINK X'10' CSRLOC
* X'04' LOGOUT X'11' INDARA
* X'05' ALWGPH X'13' SETOFF
* X'06' MSGALARM X'15' RTNCSRLOC
* X'07' RETLCKSTS X'16' MNUBARDSP
* X'08' USRRSTDSP
C eval p_QDFKMSRL = p_QDFFRINF +
C QDFFCCOA.WDFFCAOF
* Command Key Keyword Structure (QDFKCKKW) (uses (QDFKCKKE))
* Use structure QDFKCKKE for category 2 keyword IDs X'01' through X'25' an
* Use structure QDFKCKKE for category 2 keyword IDs X'01' through X'25' an
* ID Keyword ID Keyword ID Keyword
* X'01' CA/CF01 X'0E' CA/CF14 X'1A' ROLLDOWN
* X'02' CA/CF02 X'0F' CA/CF15 X'1B' PRINT
* X'03' CA/CF03 X'10' CA/CF16 X'1C' HOME
* X'04' CA/CF04 X'11' CA/CF17 X'1D' CLEAR
* X'05' CA/CF05 X'12' CA/CF18 X'1E' HELP
* X'06' CA/CF06 X'13' CA/CF19 X'20' HLPRTN
* X'07' CA/CF07 X'14' CA/CF20 X'21' VLDCMDKEY
* X'08' CA/CF08 X'15' CA/CF21 X'22' ALTHELP
* X'09' CA/CF09 X'16' CA/CF22 X'23' ALTPAGEUP
* X'0A' CA/CF10 X'17' CA/CF23 X'24' ALTPAGEDWN
* X'0B' CA/CF11 X'18' CA/CF24 X'25' MNUBARSW
* X'0C' CA/CF12 X'19' ROLLUP X'30' MNUCNL
* X'0D' CA/CF13
C eval p_QDFKCKKW = p_QDFFRINF +
C QDFFCCOA.WDFFCAOF
C for rk = 1 to QDFKCKKW.WDFFKCKS
C if (rk=1)
C eval p_QDFKCKKE = %addr(QDFKCKKW.WDFKCKCM)
C else
C eval p_QDFKCKKE = p_QDFKCKKE +
C %size(QDFKCKKE )
C endif
C
C eval p_QDFKFLPP = %addr(QDFKFLPM.WDFKFLEX)
C for rx = 1 to QDFKFLPM.WDFFKFLP
C
C* this is unfinished
C eval p_QDFKFLPP =
C p_QDFKFLPP + (QDFKFLPP.WDFKFLLN)
C endfor
C endfor
C
C
C endfor
C
C endif
C
CSR endsr
*------------------------------------------------
* Process Record Keywords.
*------------------------------------------------
CSR FieldKwds begsr
C*
C if (QDFFFDPD.WDFFFDOC > 0)
C*
C eval p_QDFFCOSA = p_QDFFFINF +
C QDFFFDPD.WDFFFDOC
C*
C for fc = 0 to (QDFFCOSA.WDFFCCT - 1)
C*
C eval p_QDFFCCOA = %addr(QDFFCOSA.WDFFCCOS)
C + (fc * %size(QDFFCCOA))
C if (QDFFCCOA.WDFFCAID = x'23')
C eval p_QDFKDFT = p_QDFFFINF +
C QDFFCCOA.WDFFCAOF
C exsr ProcessCat23
C endif
C
C endfor
C
C endif
C
CSR endsr
*------------------------------------------------
* This loops through all keywords that fall into
* category 22
*------------------------------------------------
CSR ProcessCat22 begsr
C for ck = 1 to QDFKMFDK.WDFFKMFS
C if (ck=1)
C eval p_QDFKMFDP = %ADDR(QDFKMFDK.WDFKMFEN)
C else
C eval p_QDFKMFDP = p_QDFKMFDP +
C %size(QDFKMFDP )
C endif
C select
C when QDFKMFDP.WDFKMFID = x'10'
C eval p_QDFKMFMV = %ADDR(QDFKMFDP.WDFKMFEX)
C when QDFKMFDP.WDFKMFID = x'15'
C eval p_QDFKMFRS = %ADDR(QDFKMFDP.WDFKMFEX)
C eval p_QDFKMFEM = %ADDR(QDFKMFRS.WDFKMFEE)
C when QDFKMFDP.WDFKMFID = x'16'
C eval p_QDFKMFRS = %ADDR(QDFKMFDP.WDFKMFEX)
C eval p_QDFKMFEM = %ADDR(QDFKMFRS.WDFKMFEE)
C eval p_QDFKMFSI = %ADDR(QDFKMFEM.WDFKMFTX)
C when QDFKMFDP.WDFKMFID = x'17'
C eval p_QDFKDFLD = %ADDR(QDFKMFDP.WDFKMFEX)
C when QDFKMFDP.WDFKMFID = x'18'
C eval p_QDFK_DATTIMFmat = %ADDR(QDFKMFDP.WDFKMFEX)
* WDFK_DATTIM
* Format used for a field with the date or time data type.
* X'01' indicates *JOB,
* X'02' indicates *MDY,
* X'03' indicates *DMY,
* X'04' indicates *YMD,
* X'05' indicates *JUL,
* X'06' indicates *ISO,
* X'07' indicates *USA,
* X'08' indicates *EUR,
* X'09' indicates *JIS,
* X'0A' indicates *H
C when QDFKMFDP.WDFKMFID = x'19'
C eval p_QDFK_DATTIM_Sep = %ADDR(QDFKMFDP.WDFKMFEX)
C eval QDFK_DATTIM_Sep.WDFK_DATTIMSep =
C QDFK_DATTIM_Sep.WDFK_DATTIMSep
C
C when QDFKMFDP.WDFKMFID = x'1A'
C eval p_QDFK_DATEP = %ADDR(QDFKMFDP.WDFKMFEX)
C eval QDFK_DATEP.WDFK_DATE = QDFK_DATEP.WDFK_DATE
* 0 BIT(1) WDFK_DATE_SYS If on, the *SYS parameter is specified
* 1 BIT(1) WDFK_DATE_YY If on, the *YY parameter is specified
* 2 BIT(1) WDFK_DATE_EDTCDEY If on, the EDTCDE(Y) keyword was specify
C* If %Bitand(WDFK_DATE:Bit0) = Bit0
C* If %Bitand(WDFK_DATE:Bit1) = Bit1
C* If %Bitand(WDFK_DATE:Bit2) = Bit2
C when QDFKMFDP.WDFKMFID = x'1B'
C eval p_QDFK_MAPVAL = %ADDR(QDFKMFDP.WDFKMFEX)
C endsl
C endfor
C
C
C
CSR endsr
*------------------------------------------------
* This loops through all keywords that fall into
* category 23 (DFT, MSGCON, DFTVAL, HTML)
*------------------------------------------------
CSR ProcessCat23 begsr
C for ck = 1 to QDFKDFT.WDFFKDFS
C if (ck=1)
C eval p_QDFKDFPM = %addr(QDFKDFT.WDFKDFPE)
C else
C eval p_QDFKDFPM = p_QDFKDFPM +
C %size(QDFKDFPM )
C endif
C if (QDFKDFPM.WDFKDFID = DFT)
C eval p_KwdData = p_QDFKDFPM +
C %size(QDFKDFPM ) - 2
C eval Temp = KwdData
C
C eval #FldLen = QDFKDFPM.WDFKDFLN
C eval #FldIO = QDFFFINF.WDFFFIOA
C eval #FldCom = Temp
C
C endif
C
C endfor
CSR endsr
*------------------------------------------------
* This loops through all keywords that fall into
* category 24 (Date, Time)
*------------------------------------------------
CSR ProcessCat24 begsr
C for ck = 1 to QDFKEDTR.WDFFKEDS
C if (ck=1)
C eval p_QDFKEDTP = %addr(QDFKEDTR.WDFKEDKW )
C else
C eval p_QDFKEDTP = p_QDFKEDTP +
C %size(QDFKEDTP )
C endif
C
C
* EDIT Keyword Structure (QDFKEDTP)
* Use this structure for category 24 keywords that
* have keyword IDs of X'01' and X'02'.
* Type Variable Name Field
* CHAR(1) WDFKEDID Keyword ID.
* CHAR(1) WDFKEDSY Zero suppress or fill character for the EDTCDE k
* BIN(15) WDFKEDML Length of the edit mask.
* CHAR(1) * Reserved.
* CHAR(*) WDFKEDMS The edit mask for the EDTCDE and EDTWRD keywords
*
C eval #FldEdt = %subst(QDFKEDTP.WDFKEDMSX : 1
C : QDFKEDTP.WDFKEDML)
C eval #FldLen = QDFKEDTP.WDFKEDML
C eval #FldIO = QDFFFINF.WDFFFIOA
C endfor
CSR endsr
P RtvFlds E
DSMFD
h Option(*NODEBUGIO)
// CRTRPGMOD MODULE(urlib/DSMFD)
// SRCFILE(urlib/ursrcfile)
// SRCMBR(DSMFD) REPLACE(*YES)
// CRTSRVPGM SRVPGM(urlib/DSPFINFO)
// MODULE(urlib /DSPFINFO)
// EXPORT(*ALL)
// CRTPGM PGM(urlib/DSMFD) MODULE(urlib/DSMFD)
// BNDSRVPGM((urlib/DSPFINFO *IMMED) )
// CALL urlib/DSMFD ('*LIBL ' 'CDISPRF ')
D DSMFD PR
D 10
D 10
D DSMFD PI
D $Lib 10
D $Fil 10
D $FilQul S 20
/if defined(QSNAPI_H)
/eof
/endif
/define QSNAPI_H
*-------------------------------------------------------------
* Simple data types
*-------------------------------------------------------------
D Q_Handle_T s 10I 0 based(Template)
D Qsn_Cmd_Buf_T s like(Q_Handle_T) based(Template)
D Qsn_Inp_Buf_T s like(Q_Handle_T) based(Template)
D Qsn_Env_T s like(Q_Handle_T) based(Template)
D QSN_FAIL c -1
*-------------------------------------------------------------
* QsnCrtCmdBuf(): Create command buffer
*-------------------------------------------------------------
D QsnCrtCmdBuf PR 10I 0 extproc('QsnCrtCmdBuf')
D InitSize 10I 0 const
D IncrAmt 10I 0 const options(*omit)
D MaxSize 10I 0 const options(*omit)
D Handle 10I 0 options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnCrtInpBuf(): Create Input Buffer
*-------------------------------------------------------------
D QsnCrtInpBuf PR 10I 0 extproc('QsnCrtInpBuf')
D BufSize 10I 0 const
D IncrAmt 10I 0 const options(*omit)
D MaxSize 10I 0 const options(*omit)
D Handle 10I 0 options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnClrBuf(): Clear/Reset Buffer (any type)
*-------------------------------------------------------------
D QsnClrBuf PR 10I 0 extproc('QsnClrBuf')
D BufHandle 10I 0 const
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnDltBuf(): Delete buffer (any type)
*-------------------------------------------------------------
D QsnDltBuf PR 10I 0 extproc('QsnDltBuf')
D BufHandle 10I 0 const
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnClrScr(): Clear screen
*-------------------------------------------------------------
D QsnClrScr PR 10I 0 extproc('QsnClrScr')
D mode 1A const options(*omit)
D cmdbuf 10I 0 const options(*omit)
D LowEnvHandle 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnWrtDta(): Write data to the display
*-------------------------------------------------------------
D QsnWrtDta PR 10I 0 extproc('QsnWrtDta')
D Data 32767A const options(*varsize)
D DataLen 10I 0 const
D FieldID 10I 0 const options(*omit)
D Row 10I 0 const options(*omit)
D Column 10I 0 const options(*omit)
D StrMonoAttr 1A const options(*omit)
D EndMonoAttr 1A const options(*omit)
D StrColorAttr 1A const options(*omit)
D EndColorAttr 1A const options(*omit)
D CmdBufHandle 10I 0 const options(*omit)
D LowEnvHandle 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnSetFld(): Add a field to the display
*-------------------------------------------------------------
D QsnSetFld PR 10I 0 extproc('QsnSetFld')
D FieldID 10I 0 const options(*omit)
D FieldLen 10I 0 const options(*omit)
D Row 10I 0 const options(*omit)
D Column 10I 0 const options(*omit)
D FFW 2A const options(*omit)
D FCW 2A const dim(32767)
D options(*omit: *varsize)
D NumOfFCW 10I 0 const options(*omit)
D MonoAttr 1A const options(*omit)
D ColorAttr 1A const options(*omit)
D CmdBufHandle 10I 0 const options(*omit)
D LowEnvHandle 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnReadInp(): Read data and wait for AID key
*-------------------------------------------------------------
D QsnReadInp PR 10I 0 extproc('QsnReadInp')
D CC1 1A const
D CC2 1A const
D DataBytes 10I 0 options(*omit)
D InpBufHandle 10I 0 options(*omit)
D CmdBufHandle 10I 0 options(*omit)
D LowEnvHandle 10I 0 options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnPutBuf(): Send command output buffer to terminal
*-------------------------------------------------------------
D QsnPutBuf PR 10I 0 extproc('QsnPutBuf')
D CmdBufHandle 10I 0 const
D LowEnvHandle 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnPutGetBuf(): Send command output buffer to terminal
* then wait for input buffer from terminal
*-------------------------------------------------------------
D QsnPutGetBuf PR 10I 0 extproc('QsnPutGetBuf')
D CmdBufHandle 10I 0 const
D InpBufHandle 10I 0 const
D LowEnvHandle 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnRtvDta(): Get pointer to input data in input buffer
*-------------------------------------------------------------
D QsnRtvDta PR * extproc('QsnRtvDta')
D InpBufHandle 10I 0 const
D PtrToData * const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
* QsnRtvDtaLen(): Get length of input data in input buffer
*-------------------------------------------------------------
D QsnRtvDtaLen PR 10I 0 extproc('QsnRtvDtaLen')
D InpBufHandle 10I 0 const
D DataLen 10I 0 const options(*omit)
D ErrorCode 32767A options(*omit: *varsize)
*-------------------------------------------------------------
*
*-------------------------------------------------------------
D Qsn_Env_Desc_T...
D DS qualified based(Template)
D color_support 1A
D CDRA 1A
D CDRA_3F 1A
D DBCS_support 1A
D coexist 1A
D alt_help 1A
D tgt_dev 10A
D disp_file 20A
D invite_active 1A
D prevent_ovrd 1A
*-------------------------------------------------------------
*
*-------------------------------------------------------------
D Qsn_Env_Rtv_Desc_T...
D DS qualified based(Template)
D bytes_rtn 10I 0
D bytes_avail 10I 0
D color_support 1A
D CDRA 1A
D CDRA_3F 1A
D DBCS_support 1A
D coexist 1A
D alt_help 1A
D tgt_dev 10A
D dsp_file 20A
D invite_active 1A
D prevent_ovrd 1A
*-------------------------------------------------------------
* Constants used for creating/querying the environment
*-------------------------------------------------------------
D QSN_COLOR_NO...
D C '1'
D QSN_COLOR_YES...
D C '2'
D QSN_COLOR_SELECT...
D C '3'
D QSN_CDRA_STD...
D C '1'
D QSN_CDRA_CNVT...
D C '2'
D QSN_DBCS_STD...
D C '1'
D QSN_DBCS_ONLY...
D C '2'
D QSN_DBCS_EITHER...
D C '3'
D QSN_DBCS_MIXED...
D C '4'
D QSN_COEXIST_YES...
D C '1'
D QSN_COEXIST_NO...
D C '2'
D QSN_ALTHELP_NO...
D C '1'
D QSN_TGT_REQ...
D C '*REQUESTER'
D QSN_INVITE_NO...
D C '1'
D QSN_INVITE_YES...
D C '2'
D QSN_PREVENT_OVERRIDE_NO...
D C '1'
D QSN_PREVENT_OVERRIDE_YES...
D C '2'
D QSN_SAME C '0'
D QSN_DSP03 C '3'
D QSN_DSP04 C '4'
*-------------------------------------------------------------
* AID keys (function keys, et al)
*-------------------------------------------------------------
D Qsn_F1 C X'31'
D Qsn_F2 C X'32'
D Qsn_F3 C X'33'
D Qsn_F4 C X'34'
D Qsn_F5 C X'35'
D Qsn_F6 C X'36'
D Qsn_F7 C X'37'
D Qsn_F8 C X'38'
D Qsn_F9 C X'39'
D Qsn_F10 C X'3A'
D Qsn_F11 C X'3B'
D Qsn_F12 C X'3C'
D Qsn_F13 C X'B1'
D Qsn_F14 C X'B2'
D Qsn_F15 C X'B3'
D Qsn_F16 C X'B4'
D Qsn_F17 C X'B5'
D Qsn_F18 C X'B6'
D Qsn_F19 C X'B7'
D Qsn_F20 C X'B8'
D Qsn_F21 C X'B9'
D Qsn_F22 C X'BA'
D Qsn_F23 C X'BB'
D Qsn_F24 C X'BC'
D Qsn_SLP C X'3F'
D Qsn_FET C X'50'
D Qsn_PA1 C X'6C'
D Qsn_PA2 C X'6E'
D Qsn_PA3 C X'6B'
D Qsn_Clear C X'BD'
D Qsn_Enter C X'F1'
D Qsn_Help C X'F3'
D Qsn_RollDown C X'F4'
D Qsn_RollUp C X'F5'
D Qsn_PageUp C X'F4'
D Qsn_PageDown C X'F5'
D Qsn_Print C X'F6'
D Qsn_RecBS C X'F8'
DQsn5250QY C '1'
DQsn5250QN C '2'
DQsn5250QF C '3'
*-------------------------------------------------------------
* Control Characters ( CC1 & CC2 )
*-------------------------------------------------------------
D QSN_CC1_NULL...
D C X'00'
D QSN_CC1_LOCKBD...
D C X'20'
D QSN_CC1_MDTNBY...
D C X'40'
D QSN_CC1_MDTALL...
D C X'60'
D QSN_CC1_CLRMOD...
D C X'80'
D QSN_CC1_MDTNBY_CLRALL...
D C X'A0'
D QSN_CC1_MDTNBY_CLRMOD...
D C X'C0'
D QSN_CC1_MDTALL_CLRALL...
D C X'E0'
D QSN_CC2_NULL...
D C X'00'
D QSN_CC2_NO_IC...
D C X'40'
D QSN_CC2_RST_CSR_BL...
D C X'20'
D QSN_CC2_SET_CSR_BL...
D C X'10'
D QSN_CC2_UNLOCKBD...
D C X'08'
D QSN_CC2_ALARM...
D C X'04'
D QSN_CC2_MSG_OFF...
D C X'02'
D QSN_CC2_MSG_ON...
D C X'01'
*-------------------------------------------------------------
* Screen Attributes
*-------------------------------------------------------------
D QSN_NO_SA...
D C X'00'
D QSN_SA_NORM...
D C X'20'
D QSN_SA_CS...
D C X'30'
D QSN_SA_BL...
D C X'28'
D QSN_SA_UL...
D C X'24'
D QSN_SA_HI...
D C X'22'
D QSN_SA_RI...
D C X'21'
D QSN_SA_ND...
D C X'27'
D QSN_SA_GRN...
D C X'20'
D QSN_SA_GRN_RI...
D C X'21'
D QSN_SA_WHT...
D C X'22'
D QSN_SA_WHT_RI...
D C X'23'
D QSN_SA_GRN_UL...
D C X'24'
D QSN_SA_GRN_UL_RI...
D C X'25'
D QSN_SA_WHT_UL...
D C X'26'
D QSN_SA_RED...
D C X'28'
D QSN_SA_RED_RI...
D C X'29'
D QSN_SA_RED_BL...
D C X'2A'
D QSN_SA_RED_RI_BL...
D C X'2B'
D QSN_SA_RED_UL...
D C X'2C'
D QSN_SA_RED_UL_RI...
D C X'2D'
D QSN_SA_RED_UL_BL...
D C X'2E'
D QSN_SA_ND_2F...
D C X'2F'
D QSN_SA_TRQ_CS...
D C X'30'
D QSN_SA_TRQ_CS_RI...
D C X'31'
D QSN_SA_YLW_CS...
D C X'32'
D QSN_SA_YLW_CS_RI...
D C X'33'
D QSN_SA_TRQ_UL...
D C X'34'
D QSN_SA_TRQ_UL_RI...
D C X'35'
D QSN_SA_YLW_UL...
D C X'36'
D QSN_SA_ND_37...
D C X'37'
D QSN_SA_PNK...
D C X'38'
D QSN_SA_PNK_RI...
D C X'39'
D QSN_SA_BLU...
D C X'3A'
D QSN_SA_BLU_RI...
D C X'3B'
D QSN_SA_PNK_UL...
D C X'3C'
D QSN_SA_PNK_UL_RI...
D C X'3D'
D QSN_SA_BLU_UL...
D C X'3E'
D QSN_SA_ND_3F...
D C X'3F'
*-------------------------------------------------------------
* Ideographic shift-in and shift-out
*-------------------------------------------------------------
D QSN_SO C X'0E'
D QSN_SI C X'0F'
*-------------------------------------------------------------
* Field Format Words
*-------------------------------------------------------------
D QSN_NO_FFW C X'0000'
D QSN_FFW_BYPASS C X'6000'
D QSN_FFW_DUP C X'5000'
D QSN_FFW_MDT C X'4800'
D QSN_FFW_ALPHA_SHIFT...
D C X'4000'
D QSN_FFW_ALPHA_ONLY...
D C X'4100'
D QSN_FFW_NUM_SHIFT...
D C X'4200'
D QSN_FFW_NUM_ONLY...
D C X'4300'
D QSN_FFW_KATA...
D C X'4400'
D QSN_FFW_DIGIT_ONLY...
D C X'4500'
D QSN_FFW_IO...
D C X'4600'
D QSN_FFW_SIGNED_NUMERIC...
D C X'4700'
D QSN_FFW_AUTO_ENTER...
D C X'4080'
D QSN_FFW_FER...
D C X'4040'
D QSN_FFW_AUTO_FER...
D C X'4040'
D QSN_FFW_MONOCASE...
D C X'4020'
D QSN_FFW_AUTO_MONOCASE...
D C X'4020'
D QSN_FFW_ME...
D C X'4008'
D QSN_FFW_NOADJUST...
D C X'4000'
D QSN_FFW_RA_ZERO...
D C X'4005'
D QSN_FFW_RA_BLANK...
D C X'4006'
D QSN_FFW_MF...
D C X'4007'
D QSN_FCW_RESEQ...
D C X'8000'
D QSN_FCW_MSR...
D C X'8101'
D QSN_FCW_SLP...
D C X'8102'
D QSN_FCW_MSR_SLP...
D C X'8103'
D QSN_FCW_SLP_SA...
D C X'8106'
D QSN_FCW_DBCS_ONLY...
D C X'8200'
D QSN_FCW_DBCS_PURE...
D C X'8220'
D QSN_FCW_DBCS_EITHER...
D C X'8240'
D QSN_FCW_DBCS_OPEN...
D C X'8280'
D QSN_FCW_DBCS_OPEN_CO...
D C X'82C0'
D QSN_FCW_TRANSPARENT...
D C X'8400'
D QSN_FCW_FET...
D C X'8501'
D QSN_FCW_CONT_FIRST...
D C X'8601'
D QSN_FCW_CONT_LAST...
D C X'8602'
D QSN_FCW_CONT_MIDDLE...
D C X'8603'
D QSN_FCW_CP...
D C X'8800'
D QSN_FCW_HL...
D C X'8900'
D QSN_FCW_PDS...
D C X'8A00'
D QSN_FCW_MOD11...
D C X'B140'
D QSN_FCW_MOD10...
D C X'B1A0'
D QSN_READ_INP...
D C X'42'
D QSN_READ_MDT...
D C X'52'
D QSN_READ_IMM...
D C X'72'
D QSN_READ_MDT_ALT...
D C X'82'
/if defined(TO_BE_CONVERTED_LATER)
*
* Structure definitions.
*
DQsnEnvExtI DS
* Data structure for QsnCrtEnv API.
D QsnEEDta *
D QsnEEChg * procptr
D QsnEEDlt * procptr
DQsnEnvWM DS
* Data structures for QsnSetEnvWinMod API.
D QsnEWAtrC 1A
D QsnEWULR 10I 0
D QsnEWULC 10I 0
D QsnEWNumR 10I 0
D QsnEWNumC 10I 0
DQsnREnvWM DS
* Data structures for QsnRtvEnvWinMod API.
D QsnREWRet 10I 0
D QsnREWAvl 10I 0
D QsnREWMode 1A
D QsnREWAtr 1A
D QsnREWULR 10I 0
D QsnREWULC 10I 0
D QsnREWNumR 10I 0
D QsnREWNumC 10I 0
DQsnQ5250 DS
* Data structure for QsnQry5250 API.
D QsnQ5Ret 10I 0
D QsnQ5Avl 10I 0
D QsnQ5Stat 1A
D QsnQ5Wkstn 4B 0
D QsnQ5CLvl 3A
D QsnQ5R1 16A
D QsnQ5WType 1A
D QsnQ5MType 4A
D QsnQ5Model 3A
D QsnQ5KbdID 1A
D QsnQ5EKbd 1A
D QsnQ5PcKbd 1A
D QsnQ5SNum 4A
D QsnQ5MaxIn 4B 0
D QsnQ5WSCSp 2A
D QsnQ5R2 1A
D QsnQ5WSCB1 1A
D QsnQ5WSCB2 1A
D QsnQ5WSCB3 1A
D QsnQ5WSCB4 1A
D QsnQ5WSCB5 1A
D QsnQ5R3 5A
D QsnQ5Prt 1A
D QsnQ5R4 1A
D QsnQ5GrdBf 1A
D QsnQ5R5 9A
*Note: this may be expanded in the future
DQsnReadInf DS
* Data structure for QsnRtvReadInf API.
D QsnRIRet 10I 0
D QsnRIAvl 10I 0
D QsnRIR1 8A
D QsnRIDta *
D QsnRIFDta *
D QsnRIDtaL 10I 0
D QsnRIFDtaL 10I 0
D QsnRINumF 10I 0
D ReadLen 10I 0
D QsnRIRow 10I 0
D QsnRICol 10I 0
D QsnRIAID 1A
D QsnRIR2 7A
DQsnFldInf DS
* Data structure for QsnRtvFldInf API.
D QsnFIRet 10I 0
D QsnFIAvl 10I 0
D QsnFIType 1A
D QsnFIRow 10I 0
D QsnFICol 10I 0
D QsnFIFDtaL 10I 0
D QsnFIR1 11A
D QsnFIDta *
DQsnWinExtI DS
* Data structure for QsnCrtWin API
D QsnWEDta *
D QsnWEChg * procptr
D QsnWEDlt * procptr
D QsnWECoord * procptr
D QsnWEDraw * procptr
D QsnWECur * procptr
DQsnWinD DS
* Data structures for QsnCrtWin and QsnChgWin APIs.
D QsnWTopR 10I 0
D QsnWLeftC 10I 0
D QsnWNumR 10I 0
D QsnWNumC 10I 0
D QsnWMinR 10I 0
D QsnWMinC 10I 0
D QsnWMaxR 10I 0
D QsnWMaxC 10I 0
D QsnWFS 1A
D QsnWAtrM1 1A
D QsnWAtrM2 1A
D QsnWAtrM3 1A
D QsnWAtrC1 1A
D QsnWAtrC2 1A
D QsnWAtrC3 1A
D QsnWShowB 1A
D QsnWShowBA 1A
D QsnWShowLA 1A
D QsnWShowRA 1A
D QsnWMsgL 1A
D QsnWULCh 1A
D QsnWTopCh 1A
D QsnWURCh 1A
D QsnWLCh 1A
D QsnWRCh 1A
D QsnWLLCh 1A
D QsnWBotCh 1A
D QsnWLRCh 1A
D QsnWGUI 1A
D QsnWFlg1 1A
D QsnWFlg2 1A
D QsnWR1 1A
D QsnWBdrF 1A
D QsnWTtlF 1A
D QsnWTAtrM 1A
D QsnWTAtrC 1A
D QsnWR2 1A
D QsnWR3 3A
D QsnWTtlO 10I 0
D QsnWTtlL 10I 0
D QsnWR4 10I 0
DQsnRWinD DS
* Data structure for QsnRtvWinD API.
D QsnRWRet 10I 0
D QsnRWAvl 10I 0
D QsnRWTopR 10I 0
D QsnRWLeftC 10I 0
D QsnRWNumR 10I 0
D QsnRWNumC 10I 0
D QsnRWMinR 10I 0
D QsnRWMinC 10I 0
D QsnRWMaxR 10I 0
D QsnRWMaxC 10I 0
D QsnRWFS 1A
D QsnRWAtrM1 1A
D QsnRWAtrM2 1A
D QsnRWAtrM3 1A
D QsnRWAtrC1 1A
D QsnRWAtrC2 1A
D QsnRWAtrC3 1A
D QsnRWShwB 1A
D QsnRWShwBA 1A
D QsnRWShwLA 1A
D QsnRWShwRA 1A
D QsnRWMsgL 1A
D QsnRWULCh 1A
D QsnRWTopCh 1A
D QsnRWURCh 1A
D QsnRWLCh 1A
D QsnRWRCh 1A
D QsnRWLLCh 1A
D QsnRWBotCh 1A
D QsnRWLRCh 1A
D QsnRWGUI 1A
D QsnRWFlg1 1A
D QsnRWFlg2 1A
D QsnRWR1 1A
D QsnRWBdrF 1A
D QsnRWTtlF 1A
D QsnRWTAtrM 1A
D QsnRWTAtrC 1A
D QsnRWR2 1A
D QsnRWR3 3A
D QsnRWTtlO 10I 0
D QsnRWTtlL 10I 0
D QsnRWR4 10I 0
DQsnSsnExtI DS
* Data structure for QsnCrtSsn API
D QsnSEDta *
D QsnSEChg * procptr
D QsnSEDlt * procptr
D QsnSECoord * procptr
D QsnSEDraw * procptr
D QsnSECur * procptr
DQsnSsnD DS
* Data structure for QsnCrtSsn and QsnChgSsn APIs
D QsnSActn * procptr Dim(24)
D QsnSTRow 10I 0
D QsnSLCol 10I 0
D QsnSNRows 10I 0
D QsnSNCols 10I 0
D QsnSRollA 10I 0
D QsnSShftA 10I 0
D QsnSISize 10I 0
D QsnSMSize 10I 0
D QsnSIncr 10I 0
D QsnSIRows 10I 0
D QsnSR1 1A
D QsnSWrap 1A
D QsnSR2 1A
D QsnEBCDIC 1A
D QsnSEcho 1A
D QsnSLDsp 1A
D QsnSCDsp 1A
D QsnSShowC 1A
D QsnSCmdAM 1A
D QsnSCmdAC 1A
D QsnSInLAM 1A
D QsnSInLAC 1A
D QsnSPmtO 10I 0
D QsnSPmtL 10I 0
D QsnSCmdO1 10I 0
D QsnSCmdL1 10I 0
D QsnSCmdO2 10I 0
D QsnSCmdL2 10I 0
D QsnSR4 20A
DQsnRSsnD DS
* Data structure for QsnRtvSsnD APIs
D QsnRSRet 10I 0
D QsnRSAvl 10I 0
D QsnRSR1 8A
D QsnRSActn * procptr Dim(24)
D QsnRSTRow 10I 0
D QsnRSLCol 10I 0
D QsnRSNRows 10I 0
D QsnRSNCols 10I 0
D QsnRSRollA 10I 0
D QsnRSShftA 10I 0
D QsnRSISize 10I 0
D QsnRSMSize 10I 0
D QsnRSIncr 10I 0
D QsnRSIRows 10I 0
D QsnRSR2 1A
D QsnRSWrap 1A
D QsnRSR3 1A
D QsnREBCDIC 1A
D QsnRSEcho 1A
D QsnRSLDsp 1A
D QsnRSCDsp 1A
D QsnRSShowC 1A
D QsnRSCmdAM 1A
D QsnRSCmdAC 1A
D QsnRSInLAM 1A
D QsnRSInLAC 1A
D QsnRSPmtO 10I 0
D QsnRSPmtL 10I 0
D QsnRSCmdO1 10I 0
D QsnRSCmdL1 10I 0
D QsnRSCmdO2 10I 0
D QsnRSCmdL2 10I 0
D QsnRSR5 20A
/endif
d $SelFmts pr
d 10A Dim(100)
d 10I 0
d 100A
d $PutRecords Pr
d $PutRecord Pr
d Record 10A const
d Add 1A const
d ReadScr 1A const
d Lines s 78A dim(24)
d length s 10i 0
d Q s 1 inz('''')
D APIErrorDS DS
D 10I 0 Inz( %Size( APIErrorDS ) )
D BytesAvail 10I 0 Inz( *Zero )
D MsgID 7 Inz( *Blanks )
D 1 Inz( X'00' )
D MsgDta 256 Inz( *Blanks )
*
d InputData ds qualified
d based(p_InputData)
d Row 3U 0
d Col 3U 0
d AID 1A
d Field 500A
*
*
d dataout ds 256 qualified inz
d F3 n overlay(dataout:1)
d Choice 1 overlay(dataout:*next)
**---------------------------------------------------------------
D FldDtaDS DS occurs(1000)
D #FmtNam 10A
D #FldNam 10A
D #FldLen 5I 0
D #FldPlen 5I 0
D #FldDec 1
D #FldIO 1
D #FldAtr 1
D #FldDTUS 1
D #FldEdt 20A
D #FldRow 10I 0
D #FldCol 10I 0
D #FldCom 1000A varying
D SavFmt s 10A
D #FFW s 2A
D #FLEN s 5I 0
d screenatr s 1
d ssize s 4 0
d #GotFlds s 10i 0
D RTVFLDS PR N
D $FilQul 20 Value
D $NumFlds 10I 0
D $FldDtaDS Like(FldDtaDS)
d #Fmts s 10A Dim(100)
d fx s 10I 0
d Ans s 100A
d z s 10I 0
d z1 s 10I 0
d zx s 10I 0
d main PR
/free
*INLR = *ON;
main();
return;
/end-free
//###################################################//
P main b
d main PI
/free
$FilQul = $Fil + $lib;
clear FldDtaDs ;
%occur(FlddtaDS) = 1;
*IN10 = RTVFLDS ($FilQul : #GotFlds : FldDtaDS);
$SelFmts(#Fmts : fx : Ans);
zx = 0;
for z = 1 to 50;
if %subst(Ans : z*2 -1 : 2) <> *blank;
zx += 1;
endif;
endfor;
if zx > 0;
for z = 1 to 50;
if %subst(Ans : z*2 -1 : 2) <> *blank;
z1 += 1;
select;
when z1 = 1 and z1 = zx;
$PutRecord(#Fmts(z) : '0':'1');
when z1 = 1 ;
$PutRecord(#Fmts(z) : '0':'0');
when z1 = zx;
$PutRecord(#Fmts(z) : '1':'1');
other;
$PutRecord(#Fmts(z) : '1':'0');
endsl;
endif;
endfor;
endif;
return;
/end-free
p main e
*--------------------------------------------------------
* $SelFmts( ): Show Screen1 (Remote files via FTP)
*
*--------------------------------------------------------
p $SelFmts B
d $SelFmts PI
d #Fmts 10A Dim(100)
d fx 10I 0
d Ans 100A
d cmdbuf s like(Qsn_Cmd_Buf_T)
d inpbuf s like(Qsn_Inp_Buf_T)
d prompt s 70A varying
d NRF s 50 inz('** No Records Found **')
d skipthis s n
d len s 10I 0
d data s 132A varying
d x s 10I 0
d Row s 3I 0
d Col s 3I 0
d Answer s 500A varying
*
D DS
D SFmts 14 DIM(100)
D SFmtx 10 OVERLAY(Sfmts:5)
d RowFmt ds
d srowfmt 1 14
d srow 1 4
d sfmt 5 14
d srowb 1 4B 0
*
d InputData ds qualified
d based(p_InputData)
d Row 3U 0
d Col 3U 0
d AID 1A
d Field 500A
/free
// ----------------------------------------------
// Create Input/Output buffers and clear them
// ----------------------------------------------
cmdbuf = QsnCrtCmdBuf(100: 50: 0: *OMIT: *OMIT);
inpbuf = QsnCrtInpBuf(200: 50: 0: *OMIT: *OMIT);
QsnClrBuf( cmdbuf : *omit );
QsnClrBuf( inpbuf : *omit );
// ----------------------------------------------
// Add the "Clear Screen" command to the output
// so that the terminal starts with an empty
// screen.
// ----------------------------------------------
QsnClrScr( *omit : cmdbuf : *omit : *omit );
// ----------------------------------------------
// Put a screen title in the output buffer
// ----------------------------------------------
data = 'Select Records Formats to Display .';
QsnWrtDta( data
: %len(data)
: *omit
: 1
: 40 - (%len(data)/2) // center
: QSN_SA_HI
: QSN_SA_HI
: QSN_SA_WHT
: QSN_SA_WHT
: cmdbuf
: *omit
: *omit
);
// ----------------------------------------------
// Put the records on rows 3+ of the output buf
// ----------------------------------------------
row = 3;
col = -9;
fx = 0;
#Fmts = *blank;
// Sort the formats with input fields into screen order
// This is to help alleviate the requirement
// that input fields need to be in the proper order in the buffer
for x = 1 to #Gotflds;
%occur(FlddtaDS) = x;
If #FmtNam <> SavFmt or x = #GotFlds ;
SavFmt = #FmtNam;
fx += 1;
sFmt = #Fmtnam;
sRowb = 0;
if #FldIO = x'02' or #FldIO = x'04' or
#FldIO = x'05' ;
sRowb = #Fldrow;
endif;
sFmts(fx) = srowfmt;
Endif;
If #FmtNam = SavFmt;
If sRowb < #Fldrow and
#FldIO = x'02' or #FldIO = x'04' or #FldIO = x'05';
sRowb = #Fldrow;
sFmts(fx) = srowfmt;
Endif;
Endif;
endfor;
sorta sFmts;
fx = 0 ;
for x = 1 to 100;
If SFmtx(x) <> *blank ;
fx += 1;
#Fmts(fx) = sFmtx(x);
col += 14;
if col >= 69;
col = 5;
row +=1;
Endif;
// temp fix
if row < 24 ;
QsnWrtDta( sFmtx(x)
: 10
: *omit
: row
: col
: QSN_SA_NORM
: QSN_SA_NORM
: QSN_SA_GRN
: QSN_SA_GRN
: cmdbuf
: *omit
: *omit
);
QsnSetFld( *omit
: 2
: row
: col -3
: QSN_FFW_ALPHA_SHIFT
: *omit
: 0
: QSN_SA_UL
: QSN_SA_GRN_UL
: cmdbuf
: *omit
: *omit );
endif;
endif;
endfor;
// ----------------------------------------------
// Let the user know how to exit (color blue)
// ----------------------------------------------
QsnWrtDta( 'F3=Exit'
: %len('F3=Exit')
: *omit
: 23
: 2
: QSN_SA_HI
: QSN_SA_NORM
: QSN_SA_BLU
: QSN_SA_GRN
: cmdbuf
: *omit
: *omit
);
// ----------------------------------------------
// put the "unlock keyboard" command into the
// output buffer
// ----------------------------------------------
QsnReadInp( QSN_CC1_MDTALL_CLRALL
: QSN_CC2_UNLOCKBD
: *omit
: *omit
: cmdbuf
: *omit
: *omit );
// ----------------------------------------------
// send the output buffer to the terminal, and
// wait for input from the user
// ----------------------------------------------
QsnPutGetBuf( cmdbuf: inpbuf: *omit: *omit);
// ----------------------------------------------
// Get a pointer to the input data, and the
// length of the input data.
// ----------------------------------------------
p_InputData = QsnRtvDta( inpbuf: *omit: *omit );
Len = QsnRtvDtaLen(inpbuf: *omit: *omit)
- %size(InputData.ROW)
- %size(InputData.COL)
- %size(InputData.AID);
// ----------------------------------------------
// Copy the answer from the buffer
// ----------------------------------------------
ans = *blank;
if (Len > 0);
Answer = %trimr( %subst( InputData.field: 1: len) );
ans = Answer;
endif;
// ----------------------------------------------
// Clean up the buffers, and return to caller
// ----------------------------------------------
QsnDltBuf(cmdbuf: *omit);
QsnDltBuf(inpbuf: *omit);
%subst(dataout:1:1) = '0';
if (InputData.AID = QSN_F3);
%subst(dataout:1:1) = '1';
endif;
// return Variable
return ;
/end-free
P E
*--------------------------------------------------------
* $PutRecord(): Send a record to Screen
*
*--------------------------------------------------------
p $PutRecord B
d $PutRecord PI
d Record 10A const
d Add 1A const
d ReadScr 1A const
d cmdbuf s like(Qsn_Cmd_Buf_T)
d inpbuf s like(Qsn_Inp_Buf_T)
d prompt s 70A varying
d skipthis s n
d len s 10I 0
d x s 10I 0
d Row s 3U 0
d y s 10I 0
d yx s 10I 0
*
D DS
D SFldss 12 DIM(1000)
D SOcurs 10I 0 OVERLAY(SFldss:9)
d RowCol ds
d sfld 1 12
d srow 1 4
d scol 5 8
d socur 9 12
d srowb 1 4B 0
d scolb 5 8B 0
d socurb 9 12B 0
/free
// ----------------------------------------------
// Create Input/Output buffers and clear them
// ----------------------------------------------
cmdbuf = QsnCrtCmdBuf(100: 50: 0: *OMIT: *OMIT);
inpbuf = QsnCrtInpBuf(200: 50: 0: *OMIT: *OMIT);
QsnClrBuf( cmdbuf : *omit );
QsnClrBuf( inpbuf : *omit );
if add = '0';
// ----------------------------------------------
// Add the "Clear Screen" command to the output
// so that the terminal starts with an empty
// screen.
// ----------------------------------------------
QsnClrScr( *omit : cmdbuf : *omit : *omit );
endif;
exsr ShowFile;
if Readscr = '0';
// ----------------------------------------------
// send the output buffer to the terminal,
// ----------------------------------------------
QsnPutBuf( cmdbuf: *omit: *omit);
else;
// ----------------------------------------------
// put the "unlock keyboard" command into the
// output buffer
// ----------------------------------------------
QsnReadInp( QSN_CC1_MDTALL_CLRALL
: QSN_CC2_UNLOCKBD
: *omit
: *omit
: cmdbuf
: *omit
: *omit );
// ----------------------------------------------
// send the output buffer to the terminal, and
// wait for input from the user
// ----------------------------------------------
QsnPutGetBuf( cmdbuf: inpbuf: *omit: *omit);
// ----------------------------------------------
// Get a pointer to the input data, and the
// length of the input data.
// ----------------------------------------------
p_InputData = QsnRtvDta( inpbuf: *omit: *omit );
Len = QsnRtvDtaLen(inpbuf: *omit: *omit)
- %size(InputData.ROW)
- %size(InputData.COL)
- %size(InputData.AID);
endif;
QsnDltBuf(cmdbuf: *omit);
QsnDltBuf(inpbuf: *omit);
return ;
begsr ShowFile;
// For the record sort the occurances into row col sequence
// then process the occurs in the sorted sequence.
clear SFldss;
yx = 0;
for y = 1 to #Gotflds;
%occur(FlddtaDS) = y;
If #FmtNam = record;
srowb = #FldRow;
scolb = #FldCol;
socurb = y;
yx += 1;
Sfldss(yx) = sfld;
Endif;
endfor;
sorta Sfldss;
for y = 1 to 1000;
if SFldss(y) = *blank;
iter;
endif;
%occur(FlddtaDS) = SOcurs(y);
// ----------------------------------------------
// Put a field in the output buffer
// ----------------------------------------------
// data = 'Select File to download and process.';
// Construct the fields to paint the screen
//
//*Field attribute.
//*X'01' indicates Constant (see structure QDFFFCON,
//*X'02' indicates Output (O),
//*X'03' indicates Message (M), h (B),
//*X'04' indicates Input (I), (P)
//*X'05' indicates Both (B),
//*X'06' indicates Hidden (H), and
//*X'07' indicates Program to System (P)
If #FmtNam = record;
select;
when #FldIO = x'01';
Select;
when #FldDTUS = 'D';
#Fldlen = 8;
#FldCom = 'dd/mm/yy';
when #FldDTUS = 'Y';
#Fldlen = 8;
#FldCom = 'dd/mm/yy';
when #FldDTUS = 'T';
#Fldlen = 8;
#FldCom = 'hh:mm:ss';
when #FldDTUS = 'U';
#Fldlen = 10;
#FldCom = 'User_Name';
when #FldDTUS = 'S';
#Fldlen = 10;
#FldCom = 'Sys_Name';
endsl;
QsnWrtDta( %trim(#FldCom)
: #FldLen
: *omit
: #FldRow
: #FldCol +1
: QSN_SA_HI
: QSN_SA_HI
: QSN_SA_WHT
: QSN_SA_WHT
: cmdbuf
: *omit
: *omit
);
when #FldIO = x'02' or
#FldIO = x'04' or
#FldIO = x'05' ;
//* Keyboard shift and data type.
//* X'00' indicates Alpha shift/character (A),
//* X'01' indicates Alpha only (X),
//* X'02' indicates Numeric shift (N),
//* X'03' indicates Numeric only (Y),
//* X'04' indicates Katakana (K),
//* X'05' indicates Digits only (D),
//* X'06' indicates Inhibit keyboard (I),
//* X'07' indicates Signed numeric/zoned (S),
//* X'08' indicates Binary (B),
//* X'09' indicates Packed (P),
//* X'0A' indicates Floating (F),
//* X'0B' indicates DBCS (J),
//* X'0C' indicates Open (O), X'0D' indicates Either (E),
//* X'0E' indicates Numeric-only character (M),
//* X'0F' indicates Graphic (G),
//* X'10' indicates Date (L),
//* X'11' indicates Time (T), and
//* X'12' indicates Timestamp (Z)
select;
when #FLDIO = x'02';
#FFW = QSN_NO_FFW;
when #Fldatr = x'00';
#FFW = QSN_FFW_ALPHA_SHIFT;
when #Fldatr = x'01';
#FFW = QSN_FFW_ALPHA_ONLY;
when #Fldatr = x'02';
#FFW = QSN_FFW_NUM_SHIFT;
when #Fldatr = x'03';
#FFW = QSN_FFW_NUM_ONLY;
when #Fldatr = x'04';
#FFW = QSN_FFW_KATA;
when #Fldatr = x'05';
#FFW = QSN_FFW_DIGIT_ONLY;
when #Fldatr = x'06';
#FFW = QSN_FFW_IO;
when #Fldatr = x'07';
#FFW = QSN_FFW_SIGNED_NUMERIC;
endsl;
select;
when #FldLen <> 0 ;
#FLen = #FldLen;
when #FldPLen <> 0 ;
#FLen = #FldPLen;
endsl;
QsnSetFld( *omit
: #FLen
: #FldRow
: #FldCol + 1
: #FFW
: *omit
: 0
: QSN_SA_UL
: QSN_SA_GRN_UL
: cmdbuf
: *omit
: *omit );
endsl;
endif;
endfor;
endsr;
/end-free
P E
