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fortran-compiler/inout.bli
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!THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY ONLY BE USED
! OR COPIED IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE.
!COPYRIGHT (C) 1973,1981 BY DIGITAL EQUIPMENT CORPORATION
!AUTHOR: F.J. INFANTE, D. B. TOLMAN/MD/SJW/DCE/EGM
MODULE INOUT(RESERVE(0,1,2,3),SREG=#17,FREG=#16,VREG=#15,DREGS=4,GLOROUTINES)=
BEGIN
GLOBAL BIND INOUTV = 6^24 + 0^18 + 52; ! Version Date: 30-Jul-81
%(
***** Begin Revision History *****
29 ----- ----- ADD HEADCHK TO CHECK FOR HEADINGS WHEN OUTPUTING
INFORMATION AT THE END OF PROGRAM AND FOR MACRO LISTNG
30 ----- ----- OUTPUT CRLF FOR ERROR MESSAGES AFTER PHASE 1
BEFORE THE MESSAGE
31 ----- ----- ROUTINE ERROR - DELETE ALL MESSAGES THAT ARE
NOT USED ( LEAVING 4 )
CHANGE THEM TO ?FTN FORMAT
CHANGE ALL CALLS TO NEW NUMBERS
32 ----- ----- SET ERRFLAG IN FATLERR WHEN THE MESSAGE
IS NOT PUT IN THE QUEUE. BACKTYPE DOES THIS
BUT SOMETIMES IT DOESNT GET CALLED, MAKING
FOR SOME APPARRENT INCONSISTANCY
CHANGE OUTUUO TO USE SKIP MACRO
33 ----- ----- CHANGE RELOUT TO USE OUUOBIN FOR MORE MODULARITY
34 ----- ----- PUT FTTENEX I/O IN
35 ----- ----- FIXUP SOUTPUT A BIT
36 335 17377 FIX FATLERR SO THAT IT PRESERVES NAME
AS SET BY LEXICAL., (MD)
37 467 VER5 REQUIRE FTTENX.REQ, (SJW)
***** Begin Version 5A *****
40 573 ----- REQUIRE DBUGIT.REQ, (SJW)
***** Begin Version 5B *****
41 657 11554 FIX /OPT/DEB FOR -20 TO GET LISTING FILE, (DCE)
42 723 ----- ADD /NOWARN: SELECTIVITY IN FATLER HANDLING, (DCE)
43 741 ----- ADD E145 WARNING MSG HANDLING, (DCE)
44 752 13736 Discard .REL file if fatal errors., (EGM)
45 766 ----- ADD E147 WARNING MSG HANDLING, (DCE)
***** Begin Version 6 *****
46 1013 ----- If end-of-line is unexpected, get error msg right.
47 1043 EGM 19-Jan-81 20-15466
Add mnuemonic CAO (Consec. arit ops illegal) for NOWARN selectivity
50 1061 DCE 9-Apr-81 -----
Add PSR (Pound Sign in Random access illegal) for NOWARN selectivity
51 1066 EGM 12-May-81 Q10-05202
Handle LINE:xxxx in error messages with just one special character (?E).
And do not print the error line number if less than 1.
52 1115 EGM 30-Jul-81 --------
Rewrite /NOWARN selectivity test for simplification of error addition.
***** End Revision History *****
)%
EXTERNAL ENTRY;
REQUIRE FTTENX.REQ;
REQUIRE DBUGIT.REQ;
REQUIRE LEXAID.BLI;
REQUIRE IOFLG.BLI;
BIND BMODE= #14,AMODE= 0,
BINARYOUTP= 1^18+1^BMODE,
ASCIIOUTP= 1^18+1^AMODE,
ASCIIINP= 1^19+1^AMODE;
EXTERNAL FLGWRD;
MACRO ADVANCEN= 30,6$,
BACKSPACEN= 24,6$,
FULL= 0,36$;
EXTERNAL JOBREL,JOBSA,JOBFF;
EXTERNAL CCLSW,INDEX;
EXTERNAL JOBFFSAVE;
MACRO SKIP(OP)=
BEGIN
VREG_1;
OP;
VREG_0;
.VREG
END$,
NOSKIP(OP)=
BEGIN
VREG_0;
OP;
VREG_1;
.VREG
END$;
MACHOP IDIVI = #231, MOVEI = #201, ROTC = #245;
EXTERNAL ERRLINK,SAVSPACE;
FORWARD STRNGOUT,LINEOUT,CHAROUT,FATLERR,WARNERR,CLOSUP,SOUTPUT;
EXTERNAL NAME,CORMAN,MSGNOTYPD,ERRMSG,NUMFATL,NUMWARN,WARNOPT;
EXTERNAL NOCR,PAGE;
EXTERNAL BASENO,HEADPTR,BACKTYPE;
FORWARD BLDMSG;
%(-----------------------------------------------------------------------------------------------------------------
ROUTINE ERROR(N,CHNL)= TYPE ERROR NUMBER N USING CHNL TO SPECIFY WHICH FIELD,
DEVICE, FILE, OR PROJECT PROGRAMMER NUMBER TO TYPE.
RETURNS TO JOB STARTING ADDRESS (.JOBSA) SO THAT
ANOTHER COMMAND STRING MAY BE TYPED. CALLED BY I/O ROUTINES TO
TYPE FATAL I/O ERRORS ONLY.
GLOBAL ROUTINE GETBUF= RETURNS NEXT CHARACTER FROM SOURCE IN VREG AND AS ITS VALUE,
IF AND END OF FILE OCCURS THEN IT RETURNS EOF AS ITS VALUE
IF ANY OTHER ERROR CONDITION OCCURS THE ERROR ROUTINE IS CALLED
TO TYPE OUT THE APPROPRIATE ERROR MESSAGE.
GLOBAL ROUTINE LSTOUT= OUTPUTS THE CONTENTS OF REGISTER C AS THE NEXT LISTING CHARACTER.
THE ERROR ROUTINE IS CALLED IF AN ERROR OCCURS.
GLOBAL ROUTINE RELOUT= OUTPUTS THE CONTENTS OF REGISTER C AS THE NEXT WORD OF THE
OBJECT FILE. THE ERROR ROUTINE IS CALLED IF AN ERROR OCCURS.
-----------------------------------------------------------------------------------------------------------------)%
MACRO NXT(C) = REPLACEI ( HEADPTR, C ) $;
GLOBAL ROUTINE
DIGITS(NUM)=
BEGIN
LOCAL N;
GLOBAL NUMODIG; !USED TO COUNT UP THE DIGITS IF THE CALLER ZEROS IT
N_.NUM MOD @BASENO;
IF (NUM_.NUM/@BASENO) NEQ 0 THEN DIGITS(@NUM);
NUMODIG _ .NUMODIG + 1; !COUNT UP THE NUMBER OF DIGITS
NXT ( .N + "0" );
.VREG
END;
GLOBAL ROUTINE
STRNG6 ( ST ) =
BEGIN
REGISTER T[2];
T[0] _ .ST;
VREG_0; !COUNT THE LETTERS
DO (MOVEI(T[1],0);ROTC(T[0],6);MOVEI(T[1]," ",T[1]);NXT( .T[1] ); VREG_.VREG+1) UNTIL .T[0] EQL 0;
.VREG
END;
GLOBAL ROUTINE
STRNG7 ( ST ) =
BEGIN
REGISTER T[2];
T[0] _ .ST;
DO (MOVEI(T[1],0);ROTC(T[0],7);NXT( .T[1] )) UNTIL .T[0] EQL 0;
.VREG
END;
GLOBAL ROUTINE
HEADCHK =
BEGIN % WHEN CALLED WILL CHECK TO SEE IF THE END OF PAGE HAS
BEEN REACHED AND IF SO PUT OUT A HEADING %
EXTERNAL PAGELINE,HEADING;
IF NOT .FLGREG<LISTING> THEN RETURN;
IF .PAGELINE LEQ 0
THEN HEADING();
PAGELINE _ .PAGELINE -1;
END; %HEADCHK%
GLOBAL ROUTINE
HEADING =
BEGIN
% PUT THE ROUTINE NAME AND PAGE NUMBER IN THE HEADING AND PRINT IT %
EXTERNAL FNDFF,HEADSTR,HEADPTR,BASENO,PAGEPTR,PROGNAME;
% PUT BLANKS IN WHERE THE NAME WILL GO %
HEADSTR[0] _ ' ';
HEADSTR[1]<29,7> _ " ";
HEADPTR _ HEADSTR<36,7>;
STRNG6( .PROGNAME );
HEADPTR _ .PAGEPTR;
IF .FNDFF EQL 0
THEN CHAROUT ( FF ) ! OUTPUT FF IF USER DIDN'T PUT ONE IN
ELSE ( FNDFF _ 0; PAGE<LEFT> _ .PAGE<LEFT> + 1; PAGE<RIGHT> _ 0); ! RESET PAGE
BASENO _ 10;
DIGITS ( .PAGE<LEFT> );
IF .PAGE<RIGHT> NEQ 0
THEN ( NXT("-"); DIGITS( .PAGE<RIGHT> ) );
NXT("?0");
PAGE _ .PAGE + 1;
PAGELINE _ LINESPERPAGE - 3;
STRNGOUT ( HEADSTR<ADRS> ); STRNGOUT( PLIT'?M?J?M?J?M?J?0');
END; % HEADING %
GLOBAL ROUTINE
FATLERR (ENT2,ENT1,LINE,ERRNUM ) =
% THIS ROUTINE WILL QUEUE OR PRINT THE ERROR MESSAGE DEPENDING ON THE
CURRENT LINE NUMBER AND THE ONE ASSOCIATED WITH THE MESSAGE. IF THE TWO
NUMBERS ARE NOT EQUAL THEN THE MESSAGE IS PRINTED BECAUSE IT RELATES
TO SOME PREVIOUSLY UNPRINTED LINE. IF THEY ARE EQUAL THEN IT RELATES
TO THE CURRENT AND UNPRINTED LINE AND SO WILL BE QUEUED UNTIL THE LINE
IS PRINTED. %
% PARAMETERS:
ENT1 - FIRST MESSAGE PARAMETER( 7BIT,6BIT , OR NUMBER)
ENT2 - SECOND MESSAGE PARAMETER
THE PARAMETER INDICATOR IN THE MESSAGE SKELETON
SPECIFIES THE TYPE OF PARAMETER.
LINE - LINE NUMBER ASSOCIATED WITH THE MESSAGE
ERRNUM - ERROR NUMBER
WARNFATL - IF 1 INDICATES A FATAL ERROR, 0 A WARNING
NOTE THAT ONLY THE LAST THREE PARAMETERS ARE REQUIRED
%
BEGIN
REGISTER T1,
%[1115]% T2, !ANOTHER SCRATCH REGISTER
ENODE;
EXTERNAL SEGINCORE;
OWN ERRNODE [4]; ! TEMPORARY ERRNODE AREA
EXTERNAL WARMSG,WOPTMSG;
%[1115]% EXTERNAL
%[1115]% NWKTB, !NOWARN KEYWORD TABLE (SIXBIT)
%[1115]% NWKTBC, !NOWARN KEYWORD COUNT
%[1115]% NWBITS; !NOWARN OPTIONS SELECTED
%[1115]% LOCAL ERRABREV; !SIXBIT ERROR MNUEMONIC
%DETERMINE IF WARNING OR FATAL ERROR %
IF .ERRNUM<RIGHT> LSS WARMSG<0,0>
THEN
BEGIN %WARNING%
NUMWARN _ .NUMWARN + 1;
IF .ERRNUM<RIGHT> GEQ WOPTMSG<0,0>
THEN WARNOPT _ -1; !WARNING MAY AFFECT OPTIMIZED CODE
%[1115]% !If user specified /NOWARN, may need to
%[1115]% ! suppress printing this message.
%[1115]% IF .FLGREG<NOWARNING> THEN
%[1115]% BEGIN
%[1115]% !Grab first 3 characters of the
%[1115]% ! error message (mnuemonic) and
%[1115]% ! convert them to sixbit.
%[1115]% T1 _ (ERRMSG[.ERRNUM<RIGHT>]-1)<1,7>;
%[1115]% T2 _ (ERRABREV-1)<0,6>;
%[1115]% ERRABREV _ 0;
%[1115]% REPLACEI(T2,SCANI(T1)-" ");
%[1115]% REPLACEI(T2,SCANI(T1)-" ");
%[1115]% REPLACEI(T2,SCANI(T1)-" ");
%[1115]%
%[1115]% !Step through the /NOWARN keyword table
%[1115]% ! starting with keyword 3 (offset 2).
%[1115]% !If the mnuemonic for this warning matchs
%[1115]% ! a keyword, and that keyword was selected
%[1115]% ! via a /NOWARN switch, suppress the warning.
%[1115]% !Also decrement the warn count, since
%[1115]% ! the user does not care about this situation.
%[1115]% INCR T1 FROM 2 TO (NWKTBC-1)<0,0> DO
%[1115]% IF .NWKTB[.T1] EQL .ERRABREV THEN
%[1115]% IF .(NWBITS + .T1/36)<(.T1 MOD 36),1> NEQ 0
%[1115]% THEN
%[1115]% BEGIN
%[1115]% NUMWARN _ .NUMWARN-1;
%[1115]% RETURN -1
%[1115]% END
%[1115]% END
END
ELSE
BEGIN %FATAL%
NUMFATL _ .NUMFATL + 1;
FLGREG<ERRSW> _ -1
END;
IF .LINE EQL .LINELINE AND .SEGINCORE EQL 1 % ALWAYS PRINT MESSAGES FOR LATER PASSES %
THEN % ASSOCIATED WITH CURRENT LINE SO QUEUE IT %
BEGIN
LOCAL SAVNAME; !TO SAVE NAME AS SET BY LEXICAL
SAVNAME_.NAME;
MSGNOTYPD _ 1; ! SET MESSAGE TO BE TYPED FLAG
NAME<LEFT> _ ENODSIZ;
ENODE _ CORMAN(); ! GET A BLOCK OF FREE STORAGE FOR THE NODE
NAME_.SAVNAME; !RESTORE NAME
% ERRLINK<RIGHT> CONTAINS A POINTER TO THE BEGINNING
OF THE LIST AND .ERRLINK<LEFT> A POINTER TO THE END OF THE LIST %
IF .ERRLINK<RIGHT> EQL 0
THEN ( ERRLINK<LEFT> _ .ENODE;
ERRLINK<RIGHT> _ .ENODE
)
ELSE ( ENODLINK(ERRLINK<LEFT>) _ .ENODE;
ERRLINK<LEFT> _ .ENODE
)
END
ELSE % THE MESSAGE WILL BE PRINTED NOW SO JUST BUILD THE BLOCK IN TEMPORARY STORAGE%
ENODE _ ERRNODE ;
%BUILD THE NODE %
EMSGNUM(ENODE) _ .ERRNUM;
ERRTYPD(ENODE) _ 0;
ERRLINE (ENODE) _ .LINE;
ERRENT1(ENODE) _ .ENT1;
ERRENT2(ENODE) _ .ENT2;
IF .LINE NEQ .LINELINE OR .SEGINCORE NEQ 1
THEN % PRINT MESSAGE NOW , IT RELATES TO PREVIOUS LINE %
BEGIN
% BUILD THE MESSAGE %
ENODE _ BLDMSG (ERRNODE);
% PRINT MESSAGE ON LISTING %
IF .FLGREG<LISTING>
THEN
BEGIN
%PUT OUT CRLF IF AFTER PHASE1%
IF .SEGINCORE NEQ 1
THEN ( STRNGOUT(PLIT'?M?J');
PAGELINE _ .PAGELINE - 1
);
![657] NO HEADING IF WE ARE HERE TO PRINT OPTIMIZE SWITCH IGNORED
%[657]% IF .PAGELINE LEQ 0 AND .LINE NEQ -2
THEN HEADING();
PAGELINE _ .PAGELINE -1;
STRNGOUT(.ENODE)
END;
IF NOT .FLGREG<TTYDEV> AND NOT .FLGREG<NOERRORS>
THEN % THE MESSAGE CAN BE OUTPUT TO TTY AS WELL AS THE LISTING %
BEGIN
IF NOT .ERRFLAG AND .SEGINCORE EQL 1
![657] BE CAREFUL IF NO LINES HAVE BEEN SCANNED YET!
%[657]% AND .LINE NEQ -2
THEN (%THIS IS THE FIRST ERROR IN THIS
STATEMENT SO TYPE ALL LINES TO THIS POINT%
BACKTYPE(LINESONLY)
);
% OUTPUT THE MESSAGE TO TTY %
OUTTYX (ENODE)
END;
%NOTE THAT A MESSAGE IS GOING OUT THAT WILL
NOT SHOW UP IN THE QUEUE %
ERRFLAG _ -1;
END;
RETURN -1
END; % ROUTINE FATLERR %
GLOBAL ROUTINE
WARNERR ( ENT2,ENT1,LINE,ERRNUM ) =
% PROCESS WARNING ERROR MESSAGE REQUESTS %
BEGIN
FATLERR (.ENT2,.ENT1,.LINE,.ERRNUM )
END;
EXTERNAL LEXLINE;
GLOBAL ROUTINE
FATLEX ( ENT2, ENT1, ERRNUM ) =
BEGIN
% FOR ERRORS ASSOCIATED WITH LEXEMES %
RETURN FATLERR( .ENT2,.ENT1,.LEXLINE,.ERRNUM )
END;
GLOBAL ROUTINE
WARNLEX ( ENT2,ENT1,ERRNUM ) =
BEGIN
% FOR WARNING ERRORS ASSOCIATIED WITH LEXEMES %
RETURN FATLERR ( .ENT2, .ENT1, .LEXLINE, .ERRNUM )
END;
GLOBAL ROUTINE
BLDMSG(ENODE)=
BEGIN !BUILDS MSG POINTED TO BY EPTR AND RETURNS A POINTER TO IT
EXTERNAL WARMSG;
REGISTER T[3];
MACRO T1=T[0]$, T2=T[1]$, T3=T[2]$, C=T[2]$;
LABEL PARAM;
LOCAL N,EPTR;
OWN TTYMSG[20];
BIND TTYPTR= TTYMSG;
EPTR _ ERRMSG[C_.EMSGNUM(ENODE)]<36,7>; ! FORM THE BYTE POINTER
TTYPTR _ (TTYMSG+1)<8,7>;
N _ 0;
IF .C LSS WARMSG<0,0>
THEN TTYMSG[1] _ '%FTN'
ELSE TTYMSG[1] _ '??FTN'; !FATAL
WHILE 1 DO
PARAM: IF (C_SCANI(EPTR)) LSS " " THEN CASE .C OF SET
%0:% EXITLOOP; !UNDEFINED CHARACTERS IN LAST WORD OF PLIT ARE NULLS
%"?A":% BEGIN !INSERT THE RIGHTMOST FIVE DECIMAL DIGITS SUPPLIED BY THE NEXT PARAMETER
T1_.(.ENODE<RIGHT>)[N_.N+1];T2_T3_0;
DECR J FROM 4 TO 0 DO
BEGIN
MACHOP IDIVI=#231,ADDI=#271,LSHC=#246;
IDIVI(T1,10); !REMAINDER IN T2
ADDI(T2,"0"); !ASCII-DIGIT_REMAINDER+"0"
LSHC(T2,-7); !T3<29,7>_ASCII-DIGIT
END;
T1_T3<36,7>;
DECR J FROM 4 TO 0 DO COPYII (T1,TTYPTR ) ;
END;
%"?B":% BEGIN !INSERT THE ASCII STRING POINTED TO BY THE NEXT PARAMETER
% CHECK TO SEE IF ITS A CHARACTER OR BYTE POINTER%
IF (T2 _ ( T1 _ .(.ENODE<RIGHT>)[N_.N+1]) AND NOT #377) EQL 0
THEN
BEGIN % ITS A CHARACTER %
%[1013]% BIND EOSLEX = 5;
EXTERNAL LEXNAME;
IF .T1 LSS #200
THEN
BEGIN
REPLACEI(TTYPTR,.T1); ! ITS ONLY A CHARACTER
LEAVE PARAM
END
ELSE T1 _ .LEXNAME[EOSLEX];
END;
T1 _ (.T1)<36,7>;
UNTIL(C_SCANI(T1)) EQL 0 DO REPLACEI(TTYPTR,.C)
END;
%"?C":% BEGIN !INSERT THE SIXBIT NAME POINTED TO BY THE NEXT PARAMETER
T1_(.(.ENODE<RIGHT>)[N_.N+1])<36,6>;
DECR X FROM 5 TO 0 DO (C _ SCANI(T1)+" "; REPLACEI(TTYPTR,.C))
END;
%"?D":% BEGIN ! INSERT THE SIXBIT NAME IN THE NEXT PARAMETER
T1 _ (.ENODE<RIGHT>)[N_.N+1]<36,6>;
DECR X FROM 5 TO 0 DO (C _ SCANI(T1)+" "; REPLACEI(TTYPTR,.C))
END;
%[1066]% %"?E"% BEGIN ! INSERT "Line:nnnnn" if required
%[1066]% IF (T2_.(.ENODE<RIGHT>)[N_.N+1]) GTR 0 THEN
%[1066]% BEGIN
%[1066]% T1 _ (PLIT' Line:')<36,7>;
%[1066]% UNTIL (C_SCANI(T1)) EQL 0 DO
%[1066]% REPLACEI(TTYPTR,.C);
%[1066]% T1_.T2;T2_T3_0;
%[1066]% DECR J FROM 4 TO 0 DO
%[1066]% BEGIN
%[1066]% MACHOP IDIVI=#231,ADDI=#271,LSHC=#246;
%[1066]% IDIVI(T1,10); !REMAINDER IN T2
%[1066]% ADDI(T2,"0"); !MAKE IT ASCII
%[1066]% LSHC(T2,-7) !T3<29,7>_ASCII-DIGIT
%[1066]% END;
%[1066]% T1_T3<36,7>;
%[1066]% DECR J FROM 4 TO 0 DO COPYII (T1,TTYPTR )
%[1066]% END;
END
TES ELSE REPLACEI(TTYPTR,.C);
REPLACEI(TTYPTR,CR);
REPLACEI(TTYPTR,LF);
REPLACEI(TTYPTR,0);
RETURN (TTYMSG+1)<ADRS>
END; !OF BLDMSG
GLOBAL ROUTINE ERROR (N,CHNL) =
BEGIN
IF NOT FTTENEX THEN
BEGIN
REGISTER T1=1,T2=2,C=3;
BIND DEVMODE=PLIT(PLIT('BINARY OUTPUT'),PLIT('ASCII OUTPUT'),PLIT('ASCII INPUT'))-1;
BIND FIELD=PLIT(PLIT('OBJECT'),PLIT('LISTING'),PLIT('SOURCE'))-1;
%ERROR% BIND ERRORS=PLIT(
!%0% PLIT('I/O#0 1 FILE 2 COULD NOT BE FOUND'),
!%1% PLIT('I/O#1 3 UFD DOES NOT EXITS'),
!%2% PLIT('I/O#2 PROTECTION FAILUTE OR DIRECTORY FULL ON 1 DEVICE 4'),
!%3% PLIT('I/O#3 1 FILE 2 IS BEING MODIFIED'),
!%4% PLIT('I/O#4 ENTER FOLLOWS LOOKUP OF 1 FILE 2'),
!%5% PLIT('I/O#5 LOOKUP FOLLOWS ENTER OF 1 FILE 2'),
!%6% PLIT('I/O#6 DEVICE ERROR, DATA ERROR, OR DATA INCONSISTENCY IN 1 UFD'),
!%7% PLIT('I/O#7 DSK ERROR NUMBER SEVEN'),
!%8% PLIT('I/O#8 DSK ERROR NUMBER TEN'), %OCTAL DISK ERRORS %
!%9% PLIT('I/O#9 DSK ERROR NUMBER ELEVEN'),
!%10% PLIT('I/O#10 DSK ERROR NUMBER TWELVE'),
!%11% PLIT('I/O#11 DSK ERROR NUMBER THIRTEEN'),
!%12% PLIT('I/O#12 1 FILE STRUCTURE 4 HAS NO ROOM OR HAS EXCEEDED ITS QUOTA'),
!%13% PLIT('I/O#13 1 DEVICE 4 IS WRITE LOCKED'),
!%14% PLIT('I/O#14 NOT ENOUGH TABLE SPACE IN MONITOR FREE CORE FOR 1 DEVICE 4'),
!%15% PLIT('I/O#15 1 FILE 2 ONLY PARTIALLY ALLOCATED'),
!%16% PLIT('I/O#16 1 FILE 2 BLOCK NOT FREE ON ALLOCATED POSITION'),
!%17% PLIT('I/O#17 1 DEVICE 4 NOT AVAILABLE'),
%0% PLIT('?FTNDWL 1 DEVICE 4 WRITE LOCKED'),
%1% PLIT('?FTNHDE HARDWARE DEVICE ERROR ON 1 DEVICE 4'),
%2% PLIT('?FTNCPE CHECKSUM OR PARITY ERROR IN 1 FILE 2'),
%3% PLIT('?FTNQEX BLOCK TOO LARGE OR QUOTA EXCEEDED FOR 1 FILE 2'),
!%22% PLIT('I/O#22 NOT ENOUGH ROOM IN CORE FOR COMMAND STRING'),
!%23% PLIT('I/O#23 WILD CHARACTERS IN OUTPUT SPECIFICATION ARE NOT SUPPORTED'),
!%24% PLIT('I/O#24 SUBFILE OUTPUT IS NOT SUPPORTED'),
!%25% PLIT('I/O#25 1 DEVICE 4 CANNOT DO 5'),
!%26% PLIT('I/O#26 NON-EXISTANT INPUT FILE'),
!%27% PLIT('I/O#27 WILD CARD FEATURE FOR DECTAPE NOT SUPPORTED'),
!%28% PLIT('I/O#28 ONLY TWO OUTPUT FILES ARE SUPPORTED'),
!%29% PLIT('I/O#29 1 DEVICE 4 ALREADY IN USE OR DOESN''T EXIST'),
!%30% PLIT('I/O#30 WILD EXTENSIONS IN OUTPUT SPECIFICATION ARE NOT SUPPORTED'),
!%31% PLIT('COR#31 NOT ENOUGH CORE FOR EXPANSION, COMPILATION TERMINATED')
);
MACHOP CLOSE=#070,JRST=#254;
%(-----------------------------------------------------------------------------------------------------------------
COPY THE "N"TH PLIT OF THE ERRORS PLIT INTO LINE BUFFER T, TRANSLATING
THE DIGITS 1-5 INTO THE APPROPRIATE INFORMATION. USE THE CHANNEL
NUMBER TO INDICATE IN WHICH FIELD oF THE COMMAND STRING THE
ERROR OCCURRED AND TO PICK UP THE APPROPRIATE DEVICE, FILENAME,
ETC. FOR THIS CHANNEL.
-----------------------------------------------------------------------------------------------------------------)%
LOCAL P1,P2,T[20]% 100 CHARACTER LINE %;
P1_(@(ERRORS+.N)-1)<1,7>;P2_T[0]<36,7>;
INCR I FROM 1 TO @P1*5 DO !P1 POINTS INITIALLY TO THE PLIT WORD COUNT
SELECT C_SCANI(P1) OF NSET
0: EXITLOOP; !UNDEFINED CHARACTERS IN LAST WORD OF PLIT ARE SET TO ZERO
"#": (DO REPLACEI(P2,.C) UNTIL ( C_SCANI(P1)) EQL " ";REPLACEI(P2," "));
"1": BEGIN
%SOURCE,%
%LISTING OR% T1_(@(FIELD+.CHNL))<36,7>;
%OBJECT% UNTIL (C_SCANI (T1)) EQL 0 DO REPLACEI(P2,.C)
END;
"2": BEGIN
T1_(FILENAME(.CHNL))<36,6>;T2_6;
%FILENAME.EXTENSION% UNTIL (T2_.T2-1) LSS 0 DO IF (C_SCANI(T1)) NEQ 0 THEN REPLACEI(P2,.C+" ");
REPLACEI(P2,".");T2_3;
UNTIL (T2_.T2-1) LSS 0 DO IF (C_SCANI(T1)) NEQ 0 THEN REPLACEI(P2,.C+" ")
END;
"3": BEGIN
T1_(DIRECTORY(.CHNL))<36,3>;
REPLACEI(P2,"[");T2_6;
UNTIL (T2_.T2-1) LSS 0
%[PROJECT,PROGRAMMER]% DO (REPLACEI(P2,SCANI(T1)+"0"));
REPLACEI(P2,",");T2_6;
UNTIL (T2_.T2-1) LSS 0
DO (REPLACEI(P2,SCANI(T1)+"0"));
REPLACEI(P2,"]")
END;
"4": BEGIN
T1_(DEVICE(.CHNL))<36,6>;T2_6;
UNTIL (T2_.T2-1) LSS 0
%DEVICE% DO (IF (C_SCANI(T1)) EQL 0 THEN EXITLOOP ELSE REPLACEI(P2,.C+" "));
REPLACEI(P2,":")
END;
"5": BEGIN
%BINARY OUTPUT,%
%ASCII OUTPUT,OR% T1_(@(DEVMODE+.CHNL))<36,7>;
%ASCII INPUT% UNTIL (C_SCANI(T1)) EQL 0 DO REPLACEI(P2,.C)
END;
OTHERWISE: REPLACEI(P2,.C)
TESN;
REPLACEI(P2,0);
T1_T[0];
OUTTYX(T1);
%[752]% CLOSE(BIN,40); ! DISCARD .REL FILE
%[752]% CLOSE(LST,0);CLOSE(SRC,0);
JRST(0,.JOBSA<0,18>);
.VREG
END
END;
MACRO IOIMPM=17,1$,IODERR=16,1$,IODTER=15,1$,IOBKTL=14,1$,IODEND=13,1$;
FORWARD OUTSTAT;
GLOBAL ROUTINE OUUOLST =
BEGIN
% THE INDIRECT PARAMETER PASSING SIMPLIFIES THE CALL IN ITS LOOP %
IF NOT FTTENEX
THEN
BEGIN
REGISTER T1;
MACHOP OUTUUO = #057,GETSTS = #062;
IF SKIP(OUTUUO ( LST,0))
THEN
BEGIN
GETSTS ( LST,T1 );
OUTSTAT(LST,.T1)
END
END
ELSE
BEGIN
SOUTPUT( LST )
END
END; %OUUOLST%
GLOBAL ROUTINE OUTSTAT(DEV,STAT) =
BEGIN
IF NOT FTTENEX THEN
BEGIN
% THIS ROUTINE WILL CHECK
THE STATUS. IF EVERYTHING IS ALRIGHT IT WILL RETURN %
% THERE ARE ERRORS SO CHECK THE STATUS %
BEGIN
IF .STAT<IOBKTL> THEN ERROR(3,.DEV)
ELSE
IF .STAT<IODTER> THEN ERROR(2,.DEV)
ELSE
IF .STAT<IODERR> THEN ERROR(1,.DEV)
ELSE
IF .STAT<IOIMPM> THEN ERROR(0,.DEV);
END
END
END ; % OUTSTAT %
GLOBAL ROUTINE LINEOUT ( BEGPTR, ENDPTR ) =
BEGIN
% THIS ROUTINE WILL TRANSFER THE ASCII STRING FROM
BEGPTR + 1 TO ENDPTR TO THE LST OUTPUT DEVICE %
MACRO P = 30,6 $;
DECR I FROM (.ENDPTR<RIGHT> - .BEGPTR<RIGHT> ) * 5
+ ((.BEGPTR<P> - .ENDPTR<P>) / 7 ) -1
TO 0 BY 1
DO BEGIN
% CHECK TO SEE IF THE BUFFER IS FULL %
IF (BUFCNT(LST) _ .BUFCNT(LST) -1 ) LEQ 0 THEN OUUOLST() ;
% COPY THE NEXT CHARACTER %
COPYII ( BEGPTR, BUFPNT(LST) );
END;
% DEBUGGING CODE %
IF DBUGIT
THEN
BEGIN % OUTPUT THE BUFFER IMMEDIATELY SO
YOU CAN SEE EXACTLY WHAT IS HAPPENTING
ON THE TTY %
REGISTER T1;
IF ( T1 _ .BUGOUT AND 1 ) NEQ 0
THEN
BEGIN
OUUOLST();
BUFCNT(LST)_.BUFCNT(LST)+1
END;
% NOTE IF A LINE IS TERMINATED BY FF THIS WILL CAUSE
AN EXTRA FF IN LISTING %
END;
END; % LINEOUT %
GLOBAL ROUTINE CHAROUT (CHAR) =
BEGIN
% OUTPUT ONE CHARACTER TO DEVICE LST %
IF (BUFCNT(LST) _ .BUFCNT(LST) -1 ) LEQ 0 THEN OUUOLST();
REPLACEI ( BUFPNT(LST),.CHAR)
;
% DEBUGGING CODE %
IF DBUGIT
THEN
BEGIN % OUTPUT THE BUFFER IMMEDIATELY SO
YOU CAN SEE EXACTLY WHAT IS HAPPENTING
ON THE TTY %
REGISTER T1;
IF ( T1 _ .BUGOUT AND 1 ) NEQ 0
THEN
BEGIN
OUUOLST();
BUFCNT(LST)_.BUFCNT(LST)+1
END;
% NOTE IF A LINE IS TERMINATED BY FF THIS WILL CAUSE
AN EXTRA FF IN LISTING %
END;
END;
GLOBAL ROUTINE STRNGOUT (PTR) =
BEGIN
% THIS ROUTINE WILL OUTPUT A STRING OF CHARACTERS OF THE BYTE
SIZE SPECIFIED IN PTR<P> UNTIL A 0 CHARACTER IS ENCOUNTERED %
MACRO S = 24,6 $;
REGISTER T1;
IF .PTR<S> NEQ 7
THEN PTR<LEFT> _ #440700; ! FORM BYTE POINTER
UNTIL ( T1 _ SCANI(PTR) ) EQL 0
DO
BEGIN
IF (BUFCNT(LST) _ .BUFCNT(LST)-1) LEQ 0
THEN OUUOLST ();
REPLACEI (BUFPNT(LST),.T1)
END;
% DEBUGGING CODE %
IF DBUGIT
THEN
BEGIN % OUTPUT THE BUFFER IMMEDIATELY SO
YOU CAN SEE EXACTLY WHAT IS HAPPENTING
ON THE TTY %
REGISTER T1;
IF ( T1 _ .BUGOUT AND 1 ) NEQ 0
THEN
BEGIN
OUUOLST();
BUFCNT(LST)_.BUFCNT(LST)+1
END;
% NOTE IF A LINE IS TERMINATED BY FF THIS WILL CAUSE
AN EXTRA FF IN LISTING %
END;
END; % STRNGOUT %
GLOBAL ROUTINE LSTOUT =
BEGIN
REGISTER C=3;
RETURN CHAROUT(.C)
END;
GLOBAL ROUTINE OUUOBIN =
BEGIN
% THE INDIRECT PARAMETER PASSING SIMPLIFIES THE CALL IN ITS LOOP %
IF NOT FTTENEX
THEN
BEGIN
REGISTER T1;
MACHOP OUTUUO = #057,GETSTS = #062;
IF SKIP(OUTUUO ( BIN,0))
THEN
BEGIN
GETSTS ( BIN,T1 );
OUTSTAT(BIN,.T1)
END
END
ELSE
BEGIN
SOUTPUT( BIN )
END
END;
GLOBAL ROUTINE RELOUT =
BEGIN
REGISTER C=3;
MACHOP OUTUUO=#057;
IF (BUFCNT(BIN)_.BUFCNT(BIN)-1) LEQ 0 THEN OUUOBIN();
REPLACEI(BUFPNT(BIN),.C);
.VREG
END;
GLOBAL ROUTINE
SOUTPUT ( DEV ) =
BEGIN
IF FTTENEX
THEN
BEGIN
LOCAL RSV[3];
REGISTER R1=1,R2=2,R3=3;
MACHOP JSYS = #104;
MACRO SOUT = JSYS(0,#53) $;
RSV[0] _ .R1; RSV[1] _ .R2; RSV[2] _ .R3; !SAVE REGS
R1 _ .XDEVJFN( .DEV ); !JFN
IF .DEV EQL BIN
THEN
BEGIN %SET UP FOR BINARY%
R3 _ - ( .BUFPNT(BIN)<RIGHT> - .BUFFERS(BIN)<RIGHT> + 1 ); !SIZE
BUFPNT(BIN) _ R2 _ (.BUFFERS(BIN)<RIGHT>)<36,36>; !INITIAL POINTER
BUFCNT(BIN) _ XSOUTSIZ; !RESTORE COUNT
END
ELSE
BEGIN %SET UP FOR LISTING%
%NULL FILL%
(.BUFPNT(LST)<RIGHT>)<0,.BUFPNT(LST)<30,6>> _ 0;
R3 _ - ( .BUFPNT(LST)<RIGHT> - .BUFFERS(LST)<RIGHT> + 1 ) * 5 ; !SIZE
BUFPNT(LST) _ R2 _ (.BUFFERS(LST)<RIGHT>)<36,7>; !INITIAL POINTER
BUFCNT(LST) _ XSOUTSIZ * 5 ; !RESTORE COUNT
END;
SOUT;
R1_.RSV[0];R2_.RSV[1];R3_.RSV[2];
END
END;
GLOBAL ROUTINE
CLOSUP =
BEGIN
IF FTTENEX
THEN
BEGIN
REGISTER R1 =1;
MACHOP JSYS = #104, JFCL =#255 ;
MACRO CLOSF = JSYS(0,#22) $;
LOCAL RSAV;
RSAV _ .R1;
IF .FLGREG<LISTING>
THEN
BEGIN
SOUTPUT( LST );
R1 _ .XDEVJFN(LST);
CLOSF;
JFCL (0,0);
END;
IF .FLGREG<OBJECT>
THEN
BEGIN
%[752]% BIND CLOSEABORT = #4000000000; ! CZ%ABT CLOSE ABORT
%[752]% IF .FLGREG<ERRSW> EQL 0 ! FATAL ERRORS?
%[752]% THEN
%[752]% BEGIN ! NONE
%[752]% SOUTPUT (BIN);
%[752]% R1 _ 0 ! NO CLOSF BITS
%[752]% END
%[752]% ELSE ! ERRORS
%[752]% R1 _ CLOSEABORT; ! SET ABORT BIT
%[752]% R1<RIGHT> _ .XDEVJFN(BIN); ! SET JFN
CLOSF;
JFCL(0,0);
END;
IF .FLGREG<ININCLUD>
THEN
BEGIN
R1 _ .XDEVJFN(ICL);
CLOSF;
JFCL(0,0);
END;
R1 _ .XDEVJFN(SRC);
CLOSF;
JFCL(0,0);
R1 _ .RSAV;
END
END;
END ELUDOM