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Trailing-Edge - PDP-10 Archives - bb-4157h-bm_fortran20_v10_16mt9 - fortran-compiler/lexica.bli
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!COPYRIGHT (C) DIGITAL EQUIPMENT CORPORATION 1973, 1985
!ALL RIGHTS RESERVED.
!
!THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
!ONLY  IN  ACCORDANCE  WITH  THE  TERMS  OF  SUCH LICENSE AND WITH THE
!INCLUSION OF THE ABOVE COPYRIGHT NOTICE.  THIS SOFTWARE OR ANY  OTHER
!COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY
!OTHER PERSON.  NO TITLE TO AND OWNERSHIP OF THE  SOFTWARE  IS  HEREBY
!TRANSFERRED.
!
!THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT  NOTICE
!AND  SHOULD  NOT  BE  CONSTRUED  AS A COMMITMENT BY DIGITAL EQUIPMENT
!CORPORATION.
!
!DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY  OF  ITS
!SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.

!AUTHOR: D. B. TOLMAN/DCE/SJW/CKS/AHM/PY/PLB/RVM/MEM/AlB

MODULE LEXICAL(RESERVE(0,1,2,3),SREG=#17,FREG=#16,VREG=#15,DREGS=4)=
BEGIN

GLOBAL BIND LEXICV = #10^24 + 0^18 + #2526;	! Version Date:	27-Mar-85

%(

***** Begin Revision History *****

2	-----	-----	KLUDGE UP THE CLASSIFIER SO IT WILL HANDLE 
			THE IBM ' RECORD MARKS
			ADD THE NECESSARY THING TO THE CLASSIFIER SO IT
			WILL RECOGNIZE THE PARAMETER STATEMENT

			HAVE THE IDENTIFIER LEXEME RETURN CHECK FOR
			PARAMETER REFERENCES

3	-----	-----	CHANGE ACMEOP SO THAT THE "+" COMPIL CONSTRUCT WILL WORK

4	-----	-----	PUT A CHECK IN THE CLASSIFIER SO THAT "["
			IN AN INCLUDE STATEMENT WILL NOT BLOW EVERYTHING
			UP

5	-----	-----	REMOVE THE INCLUDE CROCK BECAUSE THE FILE SPEC IS NOW IN 'S

			ACMRETNXT WAS CHANGED TO PASS OVER REMARKS BEFORE
			RETURNING

			ZEROCHK WAS CLEARED WHEN A BAD LABEL WAS ENCOUNTERED
			IN ORDER NOT TO GET THE ZERO LABEL MESSAGE

			INTERR WAS UPDATED TO THE E61<0,0> EXTERNAL FORM IN ASHELP

6	-----	-----	CHARPOS WAS NOT BEING ADJUSTED PROPERLY AFTER THE
			REL-OP LOOKAHEAD FOLLOWING <CONST>.<LETTER>
			ACMEXDBCHK  MACRO

7	-----	-----	UPLOW WAS SETTING CODE TO UPPER RATHER THAN
			DOING A SETCODE. THUS C AND D WERE NOT BEING
			RECOGNIZED IN COL 1

8	-----	-----	GOTINT - CHECK FOR INTEGER OVERFLOW

9	-----	-----	8 WAS NICE BUT THE CALL TO FATLEX DESTROYED
			THE CONTENTS OF NAME

			ALSO ADD CODE TO ACMBILDDBLINT SO THAT IT
			WILL INCREMENT DECEXP IF IT IS IGNORING
			INTEGRAL DIGITS OF A REAL NUMBER SO THAT
			THE EXPONENT WILL BE CORRECT

10	-----	-----	FIX STSSCAN AND STCSCAN SO THAT IF THEY
			ARE ENTERED WITH AN EOS THAT WHEN THEY FAIL 
			THEY WILL SET LEXLINE PROPERLY

11	-----	-----	HARD TO BELIEVE AT THIS LATE DATE BUT HOLLERITHS
			IN EVEN MULTIPLES OF 5 CHARACTERS ARE MESSING UP
			IN THE LAST WORD
			ACMCHECKLET  AND  ACMHOLEND

12	-----	-----	CHANGE CONTROL-Z CHECK TO USE FLAGS2  RATHER
			THAN DOING A DEVCHR

13	-----	-----	FIX ACMILABILL TO SET CHAR TO SMALCODE BECAUSE
			IN ONE INSTANCE IT IS ENTERED WITH CODE CONTAINING
			A BIGCODE
14	342	17876	FIX THINGS UP FOR LONG UNCLASSIFIABLE STMNTS, (DCE)
15	365	18857	FIX FORM FEEDS BETWEEN PROGRAMS (EAT ONE), (DCE)
16	366	18210	FIX MISC. BUGS IN SCANNING CONSTANTS SUCH AS
			X=.123EQ.A  AND   X=1.1HABC, (DCE)

***** Begin Version 5A *****

17	547	21820	(QAR863) FIX TAB7S AND TAB11S SO INITIAL TAB
			  IN COLUMN 6 GOES TO COL 7 IF AN INITIAL LINE
			  OR COL 6 IF A CONTINUATION LINE, (SJW)
18	561	10429	ALLOW CONTINUATION LINES AFTER FORM FEEDS
			USED SOLELY TO SEPARATE PAGES., (DCE)
19	573	-----	REQUIRE DBUGIT.REQ, (SJW)

***** Begin Version 5B *****

20	642	11409	FIX 561 SO THAT PAGE HEADING OUTPUT ONLY WHEN
			NOT ATTEMPTING TO CLASSIFY STATEMENT, (DCE)
21	667	25664	MAKE INCLAS A GLOBAL (FOR LINESEQNO), (DCE)
22	670	25571	CHANGE CONTINUATION LINE PROCESSING SO THAT
			THE LABEL FIELD CAN ONLY CONSIST OF BLANK CHARS., (DCE)
23	675	26049	RUBOUT CHAR (#177) IN SOURCE CAN GIVE INTERNAL
			ERRORS IN ROUTINE LEXICA, (DCE)
24	713	26658	COMMENT LINES TERMINATED WITH <CR><CR><LF> MAY
			GIVE PROBLEMS IF BUFFER SPLITS <CR> AND <LF>, (DCE)
25	717	26560	GIVE REASONABLE ERROR FOR DUPLICATE 
			PARAMETER STATEMENT., (DCE)
26	742	-----	ADD V6 STOP/PAUSE PROCESSING FOR DIGIT
			STRING INSTEAD OF OCTAL STRING, (DCE)

***** Begin Version 6 *****

30	1107	TFV	10-Jul-81	------
	Prohibit 0H hollerith constants and '' character constants.
	New errors are E158 (IVH) for invalid hollerith constant 0H and
	E159 (IVC) for invalid character constant ''.

34	1126	AHM	22-Sep-81	Q20-01654
	Remove last vestige of CALL DEFINE FILE support.

36	1141	EGM	27-Oct-81	10-31686
	Produce fatal diagnostic when octal constant contains more than
	24 significant digits.

***** Begin Version 6A *****

1162	PY	29-Jun-82	------
	Call WRITECRLF to type a CRLF when control-Z is typed at
	a terminal.

***** Begin Version 7 *****

27	1214	CKS	20-May-81	------
	Add state to classifier for IF (...) THEN

28	1213	TFV	20-May-81	------
	Fix access to TYPTABle. Entries are now two words long. Second word is
	the character count for character data.  IDATTRIBUT(PARAMT) and IDCHLEN
	fields of symbol table entries are defined here and in FIRST.BLI.

29      1221   	CKS	4-Jun-81
	Fix literal string parser to store characters of the literal starting
	at LITC1 (byte ptr to first char of literal) instead of using hardwired
	constant of 3.  Unfortunately LEXICA cannot be compiled with FIRST, so
	we can't use LITC1 (or even structure BASE), so change the hardwired
	constant to LTLSIZ (copied from FIRST).  The definitions of LTLSIZ in
	FIRST and LEXICA must agree.

31	1244	CKS	31-Jul-81
	Add CONCAT lexeme (//).

32	1245	TFV	3-Aug-81	------
	Fix LITDEF and ENDOFLIT to handle both character and HOLLERITH data.

33	1247	CKS	6-Aug-81
	Modify classifier to recognize substring assignment statements.

35	1271	CKS	9-Oct-81
	Modify classifier to treat "DO 10 ," as a DO statement.

37	1465	CKS	14-Jan-82
	Add global state GSTKSCAN to scan "LETTERS=".  It's used to parse
	IO statement keyword lists in contexts where you can see either
	a keyword or an expression.  Also, LEXICA won't compile, so try
	to squeeze under the 2**15 punt limit by removing the ACTnnn symbol
	names.  It is no longer possible to automatically generate the 
	CASE statement.

1505	AHM	13-Mar-82
	Make state ACMENDID (end of identifier) set the psect index of
	the symbol  table  entry it  creates  to PSDATA  in  order  to
	relocate those references by .DATA.

1526	AHM	8-Apr-82
	Set IDPSCHARS to .DATA. as well for CHARACTER variables.

1527	CKS	29-Apr-82
	Remove edit 717.  Its purpose is to prevent the substitution of
	constants for parameter variables on the left hand side of a parameter
	definition.  It regognizes this case by checking the upcoming lexeme
	to see if it is "=".  This check is no longer possible when the right
	hand side is parsed as a general expression because LEXL and LSAVE are
	not always set up correctly.

1530	TFV	4-May-82
	Fix ACMENTLITLEX and ACMLITEDCHK.  The CORMAN calls for literals
	must request  at  least  FLSIZ words.   This  causes  CORMAN  to
	allocate memory at JOBFF and prevents SAVSPACE from reusing  the
	space.  Add binds for CHARSPERWORD (also defined in TABLES)  and
	FLSIZ (also defined in FIRST).

1551	AHM	3-Jun-82
	Change the  value used  for PSDATA  in ACMENDID  since it  was
	changed in FIRST.

1565	PLB	21-Jun-82
	Use OUTTYX macro from LEXAID for instead of OUTSTR
	as part of TOPS-20 nativization.

1573	CKS	1-Jul-82
	Change classifier to recognize DO statements without a statement
	label (of the form "DO I = 1,10").  Add classifier states to detect
	DO WHILE statement.

1633	TFV	1-Sep-82
	Count number of source lines for /STATISTICS

1640	RVM	7-Oct-82	Q10-00144
	Fix bug that caused the ISN of the line being compiled to be off
	when the line is the last line of an INCLUDE file or the "main"
	input file.  The last line in a file is marked with EOF, rather
	than EOS.  This prevented the lexical action ACMLEXFOS from setting
	the line number correctly, since ACMLEXFOS only reset the line
	number if the line ended with EOS.  This error caused error messages
	to contain the wrong line number and to appear late in the listing.

1653	CDM	21-Oct-82
	In INITLZSTMNT,  check /NOERROR  flag  before typing  queued  up
	error messages to TTY.

***** End V7 Development *****

2035	TFV	16-Feb-84
	Fix edit 1640.  A file missing the CRLF on the last line  causes
	an ICE.  LEXICA was not  setting LASTLINE properly when EOF  was
	detected.


***** Begin Version 10 *****

2222	RVM	29-Sep-83
	Keep LEXICA from setting the PSECT fields everytime it sees an
	identifier.

2225	TFV	4-Oct-83
	Fix lexical processing  of octal constants.   Count the  leading
	zeros.  Up to 12 digits is  OCTAL, 13 to 24 digits is  DOUBLOCT,
	more than 24 is an error.

2241	TFV	7-Dec-83
	Implement  FORTRAN-77  continuation  line  processing.    Blank,
	comment, debug, and remark lines  may appear between an  initial
	line and its continuation lines and between continuation  lines.
	Also rework  the lexical  debugging trace  facility to  generate
	symbolic output.  To  use this facility,  DRIVER, INOUT,  LEXICA
	and LEXSUP  must be  compiled  with DBUGIT=1  (this bind  is  in
	DBUGIT.REQ), Specifying the /BUGOUT  switch outputs the data  to
	the listing file.  See  LEXSUP for a  description of the  BUGOUT
	values.  Also change the classifier and lexeme scanner to detect
	END  statements  properly.   The  standard  says  that  a   line
	consisting of  END must  be the  end statement  for the  program
	unit.  Continuation is not allowed.  Finally, remove dead macros
	and aliases.

2260	AlB	4-Jan-84
	Addition of checks for the Compatibility Flagger.
	Macros:
		ACMAYBDOUB, ACMCHECKLET, ACMCOMNT,  ACMDEBUG,  ACMENTREMARK,
		ACMGETOPR,  ACMGOTOCT,   ACMHOLEND, ACMMULTST, ACMNOTDOUB,
		ACMOPCHK,   ACMSINGLEX

2273	AlB	20-Jan-84
	The rework of LEXICA for the comment lines disturbed the processing
	of the ACMENTREMARK macro. In the new form, that macro is called
	when a comment line is recognized, not just when the "!" is seen
	on a line.  This edit adds code to handle the various 'funny character
	in column 1' flagger warnings.
	Macro:
		ACMCOMNT	ACMENTREMARK

2327	RVM	23-Mar-84
	Use SETPSECTS to set the psect fields for new identifiers.

2370	MEM     6-JUN-84
	Keywords will now be stored in KEYBUFFER so STA1 can recognize keywords
	past the sixth character. KEYLENGTH will contain the number of
	characters in KEYBUFFER.

2412	TFV	1-Jul-84
	Split LEXICA into  two modules.   The classifier is  in the  new
	module LEXCLA.   The lexeme  scanner is  in LEXICA.   LEXCLA  is
	called  to  initialize  each  program  unit,  to  classify  each
	statement, to classify the consequent statement of a logical IF,
	and to do the standard end of program and missing end of program
	actions.

2420	TFV	9-Jul-84
	Compact the  split  LEXICA,  LEXCLA modules.   Remove  the  dead
	states and macros from each.   Redo the PLITS of smalstates  and
	bigstates.  Change the lexical tracing routines for debugging so
	they typeout the  correct names.  Also  fix flagger warnings  so
	that each gets printed once instead of twice.  Finally, fix  the
	line numbers for the warnings, they were wrong and could ICE the
	compiler.

2455	MEM	30-Aug-84
	Replace all occurrences of VAX with VMS.

2474	TFV	21-Sep-84,	AlB	30-Oct-84
	Fix continuation processing to handle unlimited numbers of blank
	and comment  lines between  continuation lines.   The lines  are
	recorded in  a linked  list  of four  word entries,  defined  in
	LEXAID.BLI.  If there are too many blank and comment lines,  the
	buffer will get an overflow.   When this happens, the buffer  is
	compacted using the information in the linked list.  The info is
	also used  to speed  up continuation  processing in  the  lexeme
	scan.

	Make SPURFF and SPURCR be global routines so that they can be used
	by LEXCLA.

2475	MEM	5-Nov-84
	Fix bug where "-n where n was a double precision constant was
	incorrectly negated as if it were single precision.

2477	AlB	13-Nov-84
	Fix ACMENTREMARK to correctly test for column 1, and to use the
	global ANSIPLIT for its error message prefix.

2500	AlB	14-Nov-84
	Change the list of entries for source lines from a linked list
	in dynamic memory to a fixed-length list in static memory.

2501	AlB	20-Nov-84
	Special handling of errors found in comment lines.  Since these
	errors can be detected while scanning unprinted comment lines, they
	cannot go through the normal error queueing process.

2505	AlB	28-Nov-84
	Fix some printing problems: Blank lines that were surrounded by
	comment lines were not being printed, and BACKLINE was printing
	extra stuff.

	The SAVLINE routine in LEXSUP became so trivial that the call to
	it was replaced by in-line code.

2506	AlB	30-Nov-84
	Under certain conditions, comment lines were not printed because
	LASTCODELINE had moved too far down the linked list.  Now when
	a continuation line is detected, we back up to the first unprinted
	line before printing out comments.

2514	AlB	24-Jan-85
	Patches for QARs 853012 and 853013.

	Source lines with spaces (not tab) in the label field were being
	treated as code lines, even if they had no code.  This tended to
	confuse the comment/continuation code.

	Continuation lines in source statements which do not start with tab
	were causing preceding comments not to be printed.  Created new
	routine CONTPRINT, which is what was the guts of ACMCONTDIG.  This
	routine is now called from ACMGOBAKNXT and ACMCONTDIG in both
	LEXICA and LEXCLA.

2526	AlB	27-Mar-85
	Macro ACMLT modified to correctly handle a look-ahead problem
	which was causing some continued lines to either be printed twice,
	or to be printed as a blank line.  This would also cause garbage
	in the listing if that line contained an error.

***** End V10 Development *****

***** End Revision History *****

)%
REQUIRE  DBUGIT.REQ;	! Bind for debugging trace in LEXCLA
REQUIRE  IOFLG.BLI;	! FLGREG bits
REQUIRE  LEXNAM.BLI;	! Lexeme names and binds
REQUIRE  LEXAID.BLI;	! Character code classifications

FORWARD
	LEXICA(1);

EXTERNAL
%2477%	ANSIPLIT,	! ' Extension to Fortran-77:'
	BACKLINE,
	BACKPRINT,
	BACKTYPE,
	BACKUP,
	BAKSAV,
	BAKSAVE,
	BLDMSG,
	CALLST,
%2412%	CHARCOUNT,	! Used to hold length of character constant
	CHAROUT,
%2412%	CHARTMP,	! Storage for register CHAR upon exit
%1213%	CHLEN,		! Character count for character data
%2260%	CFLEXB,		! Put out compatibility warning
%2420%	CFLINB,		! Put out compatibility warning
%2412%	CLASERR,	! If 1 indicates to STSKIP that an illegal character
%2412%			! was detected in classification and that STSKIP
%2412%			! should also detect it and report it
	CLASHASH,
%2412%	CLASLINE,	! Line number of beginning of classification
%2412%	CLASPOS,	! Character position of beginning of classification
%2412%	CNT,
	CODETAB,
%2412%	CODETMP,	! Storage for register CODE upon exit
%2412%	COLONCOUNT,	! Number of zero-level colons skipped over by STTERM
	CORMAN,
	DECEXP,
	DECREMENT,
%2412%	DOCHAR,		! Character after DO in classifier
	DOTOPTAB,
	DSCASGNMT,
	DSCDO,
	DSCDOUB,
	DSCEND,
	DSCIFARITH,
	DSCIFBLOCK,
	DSCIFLOGIC,
	DSCPARAMT,
	DSCSFAY,
	DSCSUBASSIGN,
%1573%	DSCWHILE,
	E64,
%2260%	E222,
%2260%	E225,
%2260%	E235,
%2260%	E242,
%2260%	E243,
%2260%	E253,
%2260%	E265,
%2260%	E266,
%2260%	E278,
%2260%	E287,
	ENDOFLIT,
	ENTRY,
	ERRFLAG,
	ERRLINK,
	ERRMSG,
	FATLERR,
	FATLEX,
	FLAGS2,
	FLTGEN,
	FMTEND,		! Address of end of format area + 1
	FMTLET,		! Letter lexeme codes table based upon the letter
  	FMTLEX,		! Non-letter lexeme code table based upon bigstate
			! character codes
	FMTOVER,	! Routine which adds more space to the format area
	FMTPTR,		! Pointer to format storage area
	FNDFF,
%2412%	FOUNDCR,	! Indicates that a <CR> was encountered before the
%2412%			! line terminator which terminated the remark state
%2412%			! if set to 1.
	GCONTAB,
	GDOUBLPREC,
	GDUBOCT,
	GETBUF,
%717%	GIDTAB,
	GINTEGER,
	GLOGI,
	GOCTAL,
	GREAL,
	HEADING,
%2412%	HIAC,
%2412%	HOLCONST,	! Holds the constant for skipping holeriths
%2412%	IDENTF,
%2412%	INCLAS,
	INCREM,
%2370%	KEYBUFFER,      ! contains keywords found in LEXICA
%2370%	KEYLENGTH,	! contains the number of characters in KEYBUFFER
	LABREF,
%717%	LEXL,
%2412%	LGIFCLAS,	! If 1 then classifying the object of a logical if
%1633%	LINCNT,		! Number of source lines in program
	LINEOUT,
	LINESEQNO,
%2412%	LOAC,
	LOOK4CHAR,
	LOOK4LABEL,
	LITDEF,
	MSGNOTYPD,
%2412%	MSNGTIC,	! This flag is set if there is what appears to be an
%2412%			! unterminated lit string.  The classifier will then
%2412%			! let unmatched parens go by so that it can classify
%2412%			! I/O statements with the damn ibm ' record mark in
%2412%			! them.
	NAME,
%2474%	NEWCELL,	! Get linked list entry for source line
	NEWENTRY,
%717%	NAMREF,
	NUMFATL,
	NUMWARN,
	OVERFLOW,
	OVRESTORE,
	PAGE,
%717%	PARAST,
%2412%	PAREN,		! Count of parens for classification and skipping
%2412%	POINTER,
	PRINT,
%2327%	SETPSECTS,	! Set the IDPSECT and IDPSCHARS for a variable
	SHIFTPOOL,
%2412%	SIIGN,
	STALABL,
%2412%	STATESTACK,	! Area for state call stack
	STMNDESC,	! Statement description block pointer
%2412%	STSTKPTR,	! Current state stack pointer
%1213%	SYMTYPE,
	TBLSEARCH,
%2412%	TEMP,		! Temporary storage within macros
	TRACE,
	TRACLEX,
%2241%	TRACPUSH,	! Debugging trace of internal calls in LEXICA
%2241%	TRACPOP,	! Debugging trace of internal returns in LEXICA
%717%	TYPTAB,
%2412%	VALUE,		! Value to be returned after skipping to next signif
%2412%			! char
	WARNERR,
	WARNLEX,
	WARNOPT,
%1162%	WRITECRLF,
%2412%	XORCHAR,	! Set true if first letter after '.' is X
%2412%			!  (to catch .XOR.) 
%2412%	ZEROCHK;	! Set to 1 if a digit was encountered in the label 
%2412%			! field used to check for "0" label

%2474%	OWN
%2474%	SAVEPTR;	! Save CURPTR during action

	! Binds that must  agree with FIRST  and TABLES.  (LEXICA  won't
	! compile with FIRST, so they can't be REQUIREd.)

BIND
%1221%	LTLSIZ = 4,	! Size   of   literal   table   entry    header.
			! Characters  of  the   literal  string   follow
			! immediately.
%1530%	CHARSPERWORD = 5,	! Number of characters in one word
%1530%	FLSIZ = 16;	! Number of FREELISTs for CORMAN/SAVSPACE calls
!-----------------------------------------------------------------------
!	NOW THE ACTION NAME BINDS AND ACTION MACRO NAME ASSOCATIONS
!
!	There must  be  an equal  number  of action  references  in  the
!	"LEXICAL" case statement.  The action macro ACMxxx must occur in
!	the correct  position to  match the  action number  ACTxxx.   Be
!	careful to avoid skews.   The ACTxxx names  must also appear  in
!	the ACTIONPLIT in LEXSUP.BLI in the proper position.
!-----------------------------------------------------------------------
!	ACTION	ACTION
!	NAME	NUMBER

BIND
	ACTEOB	= 0,
	ACTANY	= 1,
	ACTTAB	= 2,
	ACTHOLCONDONE = 3,
	ACTFMTHOLPKUP = 4,
	ACTHOLCON = 5,
	ACTREMEND = 6,
	ACTGOBAKNOW = 7,
	ACTLT = 8,
	ACTFMTHOLCK = 9,
	ACTGOBAKNXT = 10,
	ACTEXPLT = 11,
	ACTLEXFOS = 12,
	ACTRETNOW = 13,
%2241%	ACTCONTLT = 14,		! Continuation - line terminator,
	ACTCALCONT = 15,
	ACTCONTDIG = 16,
	ACTCLABSKP = 17,
	ACTENTREMARK = 18,
	ACTMULTST = 19,
	ACTINTERR = 20,
	ACTNOCONT = 21,
	ACTCITCONT = 22,
%2474%	ACTCALCLT = 23,
	ACTENTCLABSKP = 24,
	ACTCBUGCHK = 25,
	ACTUPLOW = 26,
	ACTCONSTSKP = 27,
	ACTSKNAME = 28,
	ACTSKLPAREN = 29,
	ACTSKRPAREN = 30,
	ACTSKCOMMA = 31,
	ACTGETLIT = 32,
	ACTENDLIT = 33,
	ACTBAKTOTERM = 34,
	ACTSKCONBLD = 35,
	ACTSKPHOLX = 36,
	ACTSKPHOL = 37,
	ACTHOLTAB = 38,
	ACTENTERM = 39,
	ACTUNMATEOS = 40,
	ACTFMTQT1 = 41,
	ACTSKILL = 42,
	ACTCLASLT = 43,
	ACTBADCHAR = 44,
	ACTSINGLEX = 45,
	ACTDOUBLEX = 46,
	ACTNOTDOUB = 47,
	ACTMAYBDOUB = 48,
	ACTENTIDENT = 49,
	ACTPKUPID = 50,
	ACTENDID = 51,
	ACTENTDOT = 52,
	ACTTRYREAL = 53,
	ACTMISOPER = 54,
	ACTGETOPER = 55,
	ACTOPCHK = 56,
	ACTMISOP1 = 57,
	ACTENTGETCONST = 58,
	ACTGOTINT = 59,
	ACTCHECKLET = 60,
	ACTBILDDBLINT = 61,
	ACTREALCON = 62,
	ACTENTRLBLDD = 63,
	ACTGOTREAL = 64,
	ACTEXDBCHK = 65,
	ACTGOTOP = 66,
	ACTCHKPLMI = 67,
	ACTNOEXP = 68,
	ACTINTEXP1 = 69,
	ACTFMTQT = 70,
	ACTGOTIEXP = 71,
	ACTHOLCHAR = 72,
	ACTHOLEND = 73,
	ACTENTLITLEX = 74,
	ACTLITEDCHK = 75,
	ACTTIC2CHK = 76,
	ACTENTOCTQ = 77,
	ACTNOOCT = 78,
	ACTCHKOCPM = 79,
	ACTOCTQ1 = 80,
	ACTGOTOCT = 81,
	ACTNOTIC = 82,
	ACTSCANCHAR = 83,
	ACTSTRCHK = 84,
	ACTSTOPLIT = 85,
	ACTFLEX1 = 86,
	ACTFMTEOS = 87,
	ACTFMTCHAR = 88,
	ACTRIS	= 89,
	ACTSTOPINT = 90,
	ACTGOT6INT = 91,
	ACT6DIGIT  = 92,
	ACTSKCOLON = 93,
	ACTKEYCHK = 94,
	ACTKEY1CHK = 95,
%2241%	ACTCONTBLANK = 96;	! Continuation processing blank line action
!-----------------------------------------------------------------------
!	NOW ONE CAN DEFINE THE ACTIONS AND STATES
!
!	THE INDIVIDUAL ACTIONS ARE DEFINED AS MACROS.  THEIR NAMES  MUST
!	APPEAR IN THE  PRECEEDING TABLE,  BOUND TO AN  ACTION (OR  CASE)
!	NUMBER. ALL  REFERENCES TO  ACTIONS ARE  MADE THROUGH  THE  NAME
!	"ACTxxxx", WHICH  IS BOUND  TO THE  ACTION NUMBER.   THE  ACTUAL
!	ACTION MACRO DEFINITION NAME  IS NEVER REFERENCED EXCEPT  DURING
!	THE DEFINITION OF THE "LEXICAL" CASE STATEMENT.
!
!	THE INDIVIDUAL  STATES ARE  DEFINED IN  TERMS OF  A NAME  AND  A
!	SERIES OF BINDS OF INPUT  CODE TO THE DESIRED ACTION  (ACTxxxx).
!	THE STATE NAME IS NOT ACTUALLY DEFINED UNTIL LATER IN THIS  CODE
!	AFTER THE ACTUAL  STATE TABLE PLITS  HAVE BEEN DEFINED,  HOWEVER
!	THE STATE NAMES MAY  STILL BE REFERENCED  IN THE ACTION  MACROS,
!	SINCE THEIR REFERENCE IS NOT UNTIL EVEN LATER.
!
!	IN ORDER TO DEFINE A STATE TABLES VALUES, ONE PRODUCES A  SERIES
!	OF BINDS, 11  FOR THE SMALL  STATES AND 32  FOR THE BIG  STATES.
!	THE FORMAT IS CHARACTER  CODE (SUCH AS  "ILL"), SUFFIXED BY  THE
!	INDEX OF  BIGSTATE OR  SMALSTATE  TO WHICH  THIS NAME  IS  BOUND
!	FOLLOWING THE STATE TABLE PLITS, FURTHER  SUFFIXED BY A B (  FOR
!	BIGSTATE ) OR S (FOR  SMALSTATE).  FOR EXAMPLE IF THE  STATENAME
!	"STxxxx" IS BOUND  TO BIGSTATE[5],  THEN THE  DEFINITION OF  THE
!	RESULTING ACTION OF  SOME CHARACTER  CODE INPUT  SUCH AS  "ILL",
!	WOULD BE OF THE FORM:
!		BIND ILL5B = ACTXXX;
!
!	ALL PROCESSING DONE BY  "LEXICA" IS DEFINED  IN THIS SECTION  IN
!	TERMS OF STATES AND ACTION MACROS.
!
!	ALL STATES WHICH ARE LEXICA ENTRY STATES, I.E.  SPECIFIED BY THE
!	CALLER UPON  CALLING, MUST  BE BIGSTATES.   ALL RETURNS  TO  THE
!	LEXICAL CALLER  MUST  CLASSIFY THE  NEXT  SIGNIFICANT  CHARACTER
!	IN TERMS OF BIG CODES BEFORE RETURNING.
!
!-----------------------------------------------------------------------
!-----------------------------------------------------------------------
!                            UTILITY MACROS
!-----------------------------------------------------------------------

MACRO LINESEQBIT = @@CURPTR$;

MACRO SMALCODES(I) = .CODETAB[I]<LEFT>$;

MACRO BIGCODES(I) = .CODETAB[I]<RIGHT>$;

MACRO CODETYPE = @@STATE$;	! CODETYPE REFERENCE TO STATE TABLES

BIND	B = 1,	!BIGCODES CODE
	S = 0;  !SMALCODES CODE

	% DETERMINE CODETYPE OF CURRENT STATE AND SET CODE ACCORDINGLY %
	MACRO	

SETCODE	=
	IF CODETYPE  EQL  S
	THEN  CODE _ SMALCODE 
	ELSE  CODE _ BIGCODE ;
$;

	% LEAVE TO BIG OR SMAL CHAR ACCORDING TO THE CURRENT STATE %
	MACRO 

LEAVENXT	=
	IF  CODETYPE  EQL  S
	THEN	LEAVE SMALCHAR
	ELSE	LEAVE BIGCHAR
$;

	%SAVE REGISTERS AND RETURN IMMEDIATELY %
	MACRO 

RETURNOW ( VAL ) =
	CHARTMP _ .CHAR;

%2241%	! If debugging, output value returned to listing
%2241%	IF DBUGIT
%2241%	THEN TRACLEX(VAL);

	RETURN  VAL
$;

	% SKIP TO NEXT SIGNIFICANT CHARACTER AND THEN RETURN %
	MACRO 

RETURNXT ( VAL ) =
	VALUE _ VAL;
	STATE _ STRETNX ;
	LEAVE SMALCHAR
$;

	% CALL NXTSTATE AND RETURN TO RETURNTO WHEN FINISHED%
	MACRO
CALLR ( NXTSTATE, RETURNTO )   =

%2241%	! If debugging, output nesting level, next state, and return state
%2241%	IF DBUGIT
%2420%	THEN TRACPUSH(NXTSTATE, RETURNTO, 0);

	STATESTACK [ .STSTKPTR ] _ RETURNTO;
	STSTKPTR _ .STSTKPTR + 1;
	STATE _ NXTSTATE
$;

	%PUSH RETURN STATE ON THE STACK  %
	MACRO 

CALL ( NXTSTATE )  =

%2241%	! If debugging, output nesting level, next state, and return state
%2241%	IF DBUGIT
%2420%	THEN TRACPUSH(NXTSTATE, .STATE, 0);

	STATESTACK [ .STSTKPTR ] _ .STATE;
	STSTKPTR _ .STSTKPTR + 1;
	STATE _ NXTSTATE
$;

	% RETURN TO THE CALLING STATE WITH CURRENT CHARACTER %
	MACRO
ACMGOBAKNOW  =
	GOBACK;
	SETCODE
	LEAVE NEWSTATE
$;

	% RETURN TO THE CALLING STATE WITH THE NEXT CHARACTER %
	MACRO
ACMGOBAKNXT  =
%2514%	CONTPRINT();		! Print any intervening lines
%2514%	HASCODE(LINLCURR) = 1;	! This line has some code
%2514%	LASTCODELINE = .LINLCURR;
	GOBACK;
	LEAVENXT
$;

	% RETURN TO CALLING STATE  %
	MACRO  

GOBACK  =
	STATE _ .STATESTACK [ STSTKPTR _ .STSTKPTR -1 ];

%2241%	! If debugging, output nesting level, and return state
%2241%	IF DBUGIT
%2420%	THEN TRACPOP(.STATE, 0);

$;

%2260%	! If doing compatibility flagging, put out 'Symbolic relational'
%2260%	! flagger warning
%2260%	MACRO FLAGRELOP(RELOP)=
%2260%		IF FLAGEITHER THEN CFLEXB(PLIT ASCIZ RELOP,E278<0,0>)$;


	% THIS ACTION WILL SKIP OVER NULLS,  CHECK TO SEE IF ^Z IS AN END
	  OF FILE, AND CHECK FOR END OF STATEMENT BUFFER CONDITIONS 
	  (#177) AND THEN CONTINUE WITH CURRENT STATE.
	%
	MACRO 

ACMEOB  =
	
	IF .CHAR EQL 0	! ITS A NULL
	THEN	(
		  DO CHAR _ SCANI (CURPTR )
		  UNTIL  .CHAR NEQ 0;
		  SETCODE
		  LEAVE %TO% NEWSTATE
		);
	IF .CHAR EQL  "?Z"
	THEN
	BEGIN

		IF .FLAGS2<TTYINPUT>	!IS INPUT DEVICE A TTY ?
		THEN	( %EOF%
			  % JUST DELETE THE ^Z SO WE NEVER SEE IT AGAIN
				MOVE TO THE END OF THE BUFFER, AND 
				DRIVE ON - EVERYTHING SHOULD WORK OUT %
!**;[1162] Macro: ACMEOB , @ line 1073, PY, 29-Jun-82
%1162%		  WRITECRLF();	!Write a CRLF after ^Z on TTY
					! (The -10 does it for free)
			  .CURPTR _ 0;
			  CURPTR _ (@CURPOOLEND)<36,7>;
			  CHAR _ SCANI(CURPTR);
			  SETCODE;
			  LEAVE NEWACTION
			)
		ELSE
			( % JUST ^Z %
			  CODE _ ILL;
			  LEAVE NEWSTATE 
			)
	END
	ELSE
		%END OF BUFFER%
		( IF CURWORD  NEQ  .CURPOOLEND
		  THEN %NOT REALLY END OF BUFFER %
			( CODE _ ILL;
			  LEAVE NEWSTATE
			)
		  ELSE
			%END OF BUFFER %
			( IF (CHAR _ GETBUF())  NEQ  OVRFLO
			  THEN
			  BEGIN

%2035%				! If this is the EOF, set LASTLINE for
%2035%				! possible error printout

%2035%			  	IF .CHAR EQL EOF	
%2035%			  	THEN LASTLINE = .LEXLINE;

			  	SETCODE
				LEAVE NEWSTATE
			  END
			  ELSE
				%TIME TO SHIFT POOL UP AND MAKE ROOM FOR MORE INPUT%
				( SHIFTPOOL();
				  % NOW BRING IN THE RING BUFFER %
				  IF ( CHAR _ OVRESTORE())  EQL  OVRFLO
				  THEN  % REAL OVERFLOW %
				  CHAR _ OVERFLOW (.INCLAS,CLASERR);
				  % OK PROCEED WITH THE CHARACTER NORMALLY%
				  SETCODE
				  LEAVE NEWSTATE
				)
			)
		)
	
$;

	MACRO
ACMINTERR = INTERR ('LEXICAL'); LEAVENXT   $;

	% IGNORE THE TAB AND ADJUST CHARPOS %
	MACRO  

ACMTAB =
	CHARPOS _ .CHARPOS AND NOT 7;
	LEAVENXT
	
$;

	% JUST IGNORE IT  %
	MACRO	

ACMANY	=
	LEAVENXT
$;

	% TRANSLATE TO UPPER CASE %
	MACRO
ACMUPLOW  =
	CHAR _ .CHAR - #40;
	SETCODE;
	LEAVE NEWSTATE
$;

	% ENTER THE REMARK STATE %
	MACRO

ACMENTREMARK   =

%2273%	IF FLAGEITHER		! Doing Compatibility flagging
%2420%	THEN
%2273%		IF FLAGANSI AND .CHAR EQL "!"
%2273%		THEN
%2477%			IF .CHARPOS EQL 71	! Test for column 1
%2273%			THEN	! ANSI doesn't like "!" in column 1
%2501%				ERRCOMNT(LINLCURR) = ERRCMT1
%2273%			ELSE	! It is "!" in other than column 1
%2501%				ERRCOMNT(LINLCURR) = ERRCMT4
%2455%		ELSE	! VMS and/or ANSI
%2273%			! It is either "!" anywhere, or something in column 1
%2273%			IF .CHAR NEQ "C" AND .CHAR NEQ "!" AND .CHAR NEQ "*"
%2501%			THEN
%2501%				IF FLAGANSI
%2501%				THEN
%2501%					IF FLAGVMS
%2501%					THEN ERRCOMNT(LINLCURR) = ERRCMT3 !Both
%2501%					ELSE ERRCOMNT(LINLCURR) = ERRCMT1 !ANSI
%2501%				ELSE
%2501%					ERRCOMNT(LINLCURR) = ERRCMT2;	  !VMS
%2241%	CALL(STREMARK);
	LEAVE SMALCHAR
$;

	% END OF A STATEMENT ON MULTIPLE STATEMENT LINE %
	MACRO

ACMMULTST   =

BEGIN
%2455%	IF FLAGEITHER THEN CFLEXB(E253<0,0>);	! Incompatible with VMS and ANSI

	CHAR _ EOS;
	CODE _ FOS;
	LEAVE NEWSTATE
END $;


	MACRO
EXTRACRCHK  =
	ISCAN ( CHAR, CURPTR );
	IF ( CODE _ SMALCODE ) NEQ  LT
	THEN	IF CHKXCR()  NEQ  LT
%713%		THEN	( IF CODETYPE EQL B THEN CODE _ BIGCODE;
			  LEAVE NEWSTATE
			);
$;


	% HANDLE PRINTING LINE TERMINATORS %
	MACRO  

ACMLT =

%2474%	IF .LINLLAST NEQ 0
%2474%	THEN
%2474%	BEGIN	! This line is on linked list
%2474%		IF .LINLCURR NEQ .LINLLAST
%2474%		THEN
%2474%		BEGIN	! Next line is on linked list
%2474%			IF .LINLCURR NEQ .LASTCODELINE
%2474%			THEN
%2474%			BEGIN	! Next codeline is in linked list

%2474%			    DO
%2474%			    BEGIN
%2474%				PRINT(.LINLCURR);	! Print the line
%2474%				SKIPDL();		! Skip to next one
%2474%			    END
%2474%			    UNTIL .HASCODE(LINLCURR) OR .NOCONTINUE(LINLCURR);

%2474%			    IF .NOCONTINUE(LINLCURR)
%2474%			    THEN
%2474%			    BEGIN	! No continuation

%2474%				CHARPOS _ 72;

%2474%				IF .CHAR NEQ EOF  THEN  CHAR _ EOS;
%2474%				CODE _ FOS ;

%2474%				LEAVE NEWSTATE  ;

%2474%			    END;	! No continuation

%2474%			    ! Reprocess this line from the continuation state

%2526%			    LINLCURR = .LINLCURR - LINLSENT;
%2526%			    LINELINE = .LINENUM(LINLCURR);
%2474%			    ENTCALCONT;	! Continuation processing

%2474%			END	! Next codeline is in linked list
%2474%			ELSE
%2474%			BEGIN	! Last codeline
		
%2474%				PRINT(.LINLCURR);	! Print this line
%2474%				SKIPDL();		! Step to next line
%2474%				IF .NOCONTINUE(LINLCURR)
%2474%				THEN
%2474%				BEGIN	! No continuation

					CHARPOS = 72;
					IF .CHAR NEQ EOF  THEN  CHAR _ EOS;
					CODE _ FOS;

					LEAVE NEWSTATE;
%2474%				END		! No continuation
%2474%				ELSE
%2474%				BEGIN	! Continuation
%2474%					CHARPOS = 72;
%2474%					CALL(STCONTINUE);	! Process new line
%2474%					LEAVE SMALCHAR;	!  from continuation state
%2474%				END;	! Continuation
%2474%			END;	! Last codeline
%2474%		END;	! Next line is on linked list
%2474%	END;	! This line is on linked list

%2474%	! No more entries on linked list

	IF .CHAR EQL CR
	THEN    ( EXTRACRCHK )
	ELSE	IF .FOUNDCR	! CR WAS FOUND IN REMARK PROCESSING 
		THEN  FOUNDCR _ 0
		ELSE  NOCR _ 1;

%2474%	LASTBP(LINLCURR) = .CURPTR;
%2474%	PRINT(.LINLCURR);

	% CONTINUATION PROCESSING  %
	ENTCALCONT;
$;
!-----------------------------------------------------------------------
!                       CONTINUATION PROCESSING
!-----------------------------------------------------------------------

% SMALL STATE DEFINITION	STCALCONT	NUMBER (#) 2S   %
% CALCULATE THE NEXT LINE (OR LIN SEQ NO.) AND BEGIN PROCESSING THE NEXT
  CONTINUATION FIELD.   RETURN  TO  THE CALLING  STATE  WITH  THE  FIRST
  CHARACTER OF THE STATEMENT FIELD IF IT'S A CONTINUATION OR WITH EOS IF
  IT'S NOT %

BIND
	ILL2S	=	ACTCALCONT,
	TAB2S	=	ACTCALCONT,
%2474%	LT2S	=	ACTCALCONT,
	BLANK2S	=	ACTCALCONT,
	SPEC2S	=	ACTCALCONT,
	DIGIT2S	=	ACTCALCONT,
	UPPER2S	=	ACTCALCONT,
	LOWER2S	=	ACTCALCONT,
	FOS2S	=	ACTCALCONT,
	EOB2S	=	ACTEOB,
	REMARK2S =	ACTCALCONT;

	% ENTER THE CONTINUATION PROCESSING AFTER COMPUTING LINE NUMBERS  %
	MACRO  

ENTCALCONT  =
	CHARPOS _ 72;
	LINEPTR _ .CURPTR;	! RECORD THE BEGINNING OF THE LINE
	CALL ( STCALCONT );
	LEAVE SMALCHAR;			! WITH THE NEXT CHARACTER
	
$;

%2241%	! Handle line terminators in continuation processing
%2241%	MACRO  

ACMCONTLT =

%2241%	! written by TFV on 15-Oct-83

	! Ignore form feeds here - otherwise they will  prevent
	! continuation lines afterwards

%2474%	IF .LINLLAST NEQ 0
%2474%	THEN
%2474%	BEGIN	! This line is in linked list
%2474%		IF .LINLCURR NEQ .LINLLAST
%2474%		THEN
%2474%		BEGIN	! Next line is on linked list
%2474%			SKIPDL();			! Step to next line
%2474%			CHARPOS = 72;
%2474%			STATE = STCALCONT;		! Continue continuation
%2474%			LEAVE SMALCHAR;
%2474%		END;	! Next line is on linked list
%2474%	END;	! This line is in linked list

	! No more entries on linked list

%2474%	IF NOT SPURCR()
	THEN
	BEGIN	! Line terminator

			IF .FOUNDCR	! CR was found in remark processing 
			THEN  FOUNDCR _ 0
			ELSE  NOCR _ 1;

%2474%			LASTBP(LINLCURR) = .CURPTR;

		CHARPOS = 72;		! Setup pointers for next line
		LINEPTR = .CURPTR;
		STATE = STCALCONT;	! Continue continuation processing
		LEAVE SMALCHAR

	END	! Line terminator
	ELSE
	BEGIN	! Extraneous CR, set BIGCODE if necessary
		IF CODETYPE EQL  B
		THEN CODE _ BIGCODE;
		LEAVE  NEWSTATE
	END;
$;

%2474%	! Handle line terminators in start of continuation processing.
%2474%	! This is invoked for lines containing just a line terminator.

%2474%	MACRO  

ACMCALCLT =

%2474%	! written by TFV on 21-Sep-84
%2474%	! Dismembered by AlB on 19-Oct-84	(No longer used)
	INTERR('CALCLT');
	CHARPOS = 72;
	IF .CHAR NEQ EOF  THEN  CHAR = EOS;
	CODE = FOS ;
	LEAVE NEWSTATE  ;
$;

	! CALCULATE LINE NUMBER (  OR LINE SEQUENCE  NO) AND THEN  BEGIN
	! CONTINUATION PROCESSING.  RETURN TO THE CALLER WITH THE  FIRST
	! CHARACTER OF THE STATEMENT FIELD IF ITS A CONTINUATION LINE OR
	! EOS IF ITS NOT.
	MACRO 

ACMCALCONT   =

		LASTLINE _ .LINELINE;	! SAVE LINE NUMBER
		% CHECK FOR LINE SEQ NO. AND SET LINELINE  %
		IF LINESEQBIT   % TEST LINE SEQ BIT  %
		THEN	( LINELINE _ LINESEQNO( CURPTR<ADRS> );	! DECODE NUMBER
			  LINEPTR _ .CURPTR; ! ADJUST BEGINNING PTR
			  ISCAN ( CHAR , CURPTR )
			)
		ELSE	% NO LINE SEQ NO %
			LINELINE _ .LINELINE + 1
		;
		
%2241%		CODE _ BIGCODE;		! Code is BIGCODE for CHAR
%2474%		NEWCELL();		! Get entry for new line
		CONTPTR _ .LINEPTR;	! SET CONTINUATION BACKUP PTR
%2474%		CONTLCUR = .LINLCURR;	! Linked list backup entry
		STATE  _ STCONTINUE;	! ENTER CONTINUATION PROCESSING
		LEAVE NEWSTATE;		! WITH CURRENT CHARACTER

	
$;
!-----------------------------------------------------------------------
!                      CONTINUATION LINE CHECKING
!-----------------------------------------------------------------------

% BIG STATE DEFINITION	STCONTINUE	NUMBER (#) 2B  %
% CONTINUATION LINE CHECK, FIRST CHARACTER OF THE LINE %

BIND
![670] CHANGE CONTINUATION LINE PROCESSING SO THAT THE
![670] LABEL FIELD MUST CONSIST OF ONLY BLANK CHARACTERS AS PER THE
![670] ANSI 1977 STANDARD.
%670%	ILL2B	=	ACTNOCONT,
	TAB2B	=	ACTCITCONT,
%2241%	LT2B	=	ACTCONTLT,	! Blank lines are legal
	BLANK2B	=	ACTENTCLABSKP,
%670%	SPEC2B	=	ACTNOCONT,
%670%	DIGIT2B	=	ACTNOCONT,
%670%	UPPER2B=	ACTNOCONT,
	LOWER2B	=	ACTUPLOW,
	FOS2B	=	ACTNOCONT,
	EOB2B	=	ACTEOB,
%2241%	REMARK2B =	ACTENTREMARK,	! Remark lines are legal
%670%	EQUAL2B	=	ACTNOCONT,
%670%	LPAREN2B =	ACTNOCONT,
%670%	RPAREN2B =	ACTNOCONT,
%670%	COLON2B	=	ACTNOCONT,
%670%	COMMA2B	=	ACTNOCONT,
%2241%	DOLLAR2B =	ACTENTREMARK,	! Comment lines are legal
%2241%	ASTERISK2B =	ACTENTREMARK,	! Comment lines are legal
%2241%	SLASH2B	=	ACTENTREMARK,	! Comment lines are legal
%670%	PLUS2B	=	ACTNOCONT,
%670%	MINUS2B	=	ACTNOCONT,
%670%	ANDSGN2B =	ACTNOCONT,
%670%	LITSGN2B =	ACTNOCONT,
%670%	OCTSGN2B =	ACTNOCONT,
%670%	NEQSGN2B =	ACTNOCONT,
%670%	DOT2B	=	ACTNOCONT,
%670%	SEMICOL2B =	ACTNOCONT,
%670%	LTSGN2B	=	ACTNOCONT,
%670%	GTSGN2B	=	ACTNOCONT,
%2241%	COMNTSGN2B =	ACTENTREMARK,	! Comment lines are legal
	DEBUGSGN2B =	ACTCBUGCHK,
%670%	UPAROW2B =	ACTNOCONT;

% SMALL STATE DEFINITION	STCLABSKP	NUMBER (#) 3S  %
% CONTINUATION LINE CHECK,  SKIP THE LABEL FIELD  %

BIND
%670%	ILL3S	=	ACTNOCONT,
	TAB3S	=	ACTCITCONT,
%2241%	LT3S	=	ACTCONTLT,	! Blank lines are legal
	BLANK3S	=	ACTCLABSKP,
%670%	SPEC3S	=	ACTNOCONT,
%670%	DIGIT3S	=	ACTNOCONT,
%670%	UPPER3S	=	ACTNOCONT,
%670%	LOWER3S	=	ACTNOCONT,
	FOS3S	=	ACTNOCONT,
	EOB3S	=	ACTEOB,
%2241%	REMARK3S =	ACTENTREMARK;	! Remark lines are legal

% SMALL STATE DEFINITION	STCNTCONT	NUMBER (#) 4S  %
% CONTINUATION FIELD, CONTINUATION CHECK, NO INITIAL TAB %
BIND
	ILL4S	=	ACTNOCONT,
	TAB4S	=	ACTCITCONT,
%2241%	LT4S	=	ACTCONTLT,	! Blank lines are legal
%2241%	BLANK4S	=	ACTCONTBLANK,	! Test for initial line vs. blank line
	SPEC4S	=	ACTGOBAKNXT,
	DIGIT4S	=	ACTCONTDIG,
	UPPER4S	=	ACTGOBAKNXT,
	LOWER4S	=	ACTGOBAKNXT,
	FOS4S	=	ACTNOCONT,
	EOB4S	=	ACTEOB,
%2241%	REMARK4S =	ACTENTREMARK;	! Remark lines are legal

% SMALL STATE DEFINITION	STCITCONT	NUMBER (#) 5S  %
% CONTINUATION FIELD, CONTINUATION LINE CHECK, INITIAL TAB %

BIND
	ILL5S	=	ACTNOCONT,
%2241%	TAB5S	=	ACTCONTBLANK,	! Test for initial line vs. blank line
%2241%	LT5S	=	ACTCONTLT,	! Blank lines are legal
%2241%	BLANK5S	=	ACTCONTBLANK,	! Test for initial line vs. blank line
	SPEC5S	=	ACTNOCONT,
	DIGIT5S	=	ACTCONTDIG,
	UPPER5S	=	ACTNOCONT,
	LOWER5S	=	ACTNOCONT,
	FOS5S	=	ACTNOCONT,
	EOB5S	=	ACTEOB,
%2241%	REMARK5S =	ACTENTREMARK;	! Remark lines are legal


% SMALL STATE DEFINITION	STCONTBLANK	NUMBER (#) 35S  %
% CONTINUATION LINE, NO CONTINUATION CHARACTER, CHECK FOR BLANK LINE 
  OTHERWISE IT IS AN INITIAL LINE.  NOTE THAT A LINE CONTAINING ONLY
  WHITESPACE AND A REMARK IS CONSIDERED TO BE A BLANK LINE.
%

%2241%	! created by TFV on 15-Oct-83

BIND
	ILL35S	=	ACTNOCONT,
	TAB35S	=	ACTCONTBLANK,
	LT35S	=	ACTCONTLT,
	BLANK35S =	ACTCONTBLANK,
	SPEC35S	=	ACTNOCONT,
	DIGIT35S =	ACTNOCONT,
	UPPER35S =	ACTNOCONT,
	LOWER35S =	ACTNOCONT,
	FOS35S	=	ACTNOCONT,
	EOB35S	=	ACTEOB,
	REMARK35S =	ACTENTREMARK;
!----------------------------------------------------------------------
!               CONTINUATION LINE LABEL FIELD PROCESSING
!----------------------------------------------------------------------

	% ENTER STATE WHICH SKIPS THE CONTINUATION LABEL FIELD %
	MACRO
ACMENTCLABSKP  =
	STATE _ STCLABSKP;
	LEAVE SMALCHAR
$;

	% DEBUG LINE IN CONTINUATION LOOKAHEAD %
	MACRO
ACMCBUGCHK  =
%2260%	IF FLAGANSI
%2501%	THEN ERRCOMNT(LINLCURR) = ERRCMT5;

	% CHECK THE INCLUDE SWITCH  %
	IF .FLGREG<INCLUDE>  
	THEN
	BEGIN	%ITS NOT A COMMENT PROCESS IT%
		STATE _ STCLABSKP;
		LEAVE SMALCHAR
	END
	ELSE
	BEGIN	! It's a comment 
%2241%		! Treat it as a remark to allow for further continuation lines
%2241%		CALL(STREMARK);
%2241%		LEAVE SMALCHAR
	END	! It's a comment 
$;

%2241%	! Check for blank line in continuation processing - line must be
%2241%	! all whitespace with a possible remark
%2241%	MACRO

ACMCONTBLANK =
%2241%	STATE = STCONTBLANK;
%2241%	LEAVE SMALCHAR;

$;

	% SKIP THE LABEL FIELD %
	MACRO
ACMCLABSKP  =
	IF .CHARPOS NEQ  67  % POSITION 5%
	THEN LEAVE SMALCHAR
	ELSE
	BEGIN	% END OF THE LABEL FIELD %
		STATE _ STCNTCONT;	! NO INITIAL TAB CONTINUATION CHECK
		LEAVE SMALCHAR
	END
$;

	%ENTER THE CONTINUATION LINE INITIAL TAB, CONTINUATION FIELD CHECK%
	MACRO
ACMCITCONT  =
	STATE _ STCITCONT;
	LEAVE SMALCHAR
$;

	% DIGIT IN CONTINUATION FIELD OR FOLLOWING INITIAL TAB %
	MACRO
ACMCONTDIG   =
	IF .CHAR  NEQ  "0"
	THEN
	BEGIN	% 1 THRU 9 ARE CONTINUATION INDICATORS %
%2514%		CONTPRINT();		! Print any intervening lines
%2505%		HASCODE(LINLCURR) = 1;	! This line has code
%2474%		LASTCODELINE = .LINLCURR;	! Latest non-comment line

		CHARPOS _ 66;	! IN CASE OF INITIAL TAB
		GOBACK;
		LEAVENXT
	END
	ELSE
	BEGIN	% A 0 IMPLIES NO CONTINUATION%
		ACTION _ ACTNOCONT;
		LEAVE NEWACTION
	END
$;

	%  BACKUP  %
	MACRO  

ACMNOCONT  =
%2505%	IF .LASTCODELINE NEQ 0
%2474%	THEN
%2474%	BEGIN	! Back over any comment lines
%2474%		LINLCURR = .LASTCODELINE;	! Previous non-comment line
%2474%		LASTLINE = LEXLINE = .LINENUM(LINLCURR);! Where we want to be
%2474%		IF .LINLCURR NEQ .LINLLAST
%2474%		THEN SKIPDL()			! Be at beginning of next line
%2474%		ELSE CURPTR = .CONTPTR;
%2474%	END	! Back over any comment lines
%2474%	ELSE CURPTR = .CONTPTR;

	CHARPOS _ 72;

	IF .CHAR NEQ EOF  THEN  CHAR _ EOS;
	CODE _ FOS ;
	
	% RETURN TO CALLER  %
	GOBACK;
	LEAVE NEWSTATE  ;
	
$;
!-----------------------------------------------------------------------
!                      REMARKS OR PAST COLUMN 72
!-----------------------------------------------------------------------

% SMALL STATE DEFINITION	STREMARK	NUMBER (#) 0S  %
!
! PROCESSES REMARKS FOLLOWING A "!" IN THE STATEMENT FIELD OR PAST 
! CHARACTER POSITION 72
!

BIND
	ILL0S	=	ACTANY,
	TAB0S	=	ACTANY,
	LT0S	=	ACTREMEND,
	BLANK0S	=	ACTANY,
	SPEC0S	=	ACTANY,
	DIGIT0S	=	ACTANY,
	UPPER0S	=	ACTANY,
	LOWER0S	=	ACTANY,
	FOS0S	=	ACTREMEND,
	EOB0S	=	ACTEOB,
	REMARK0S =	ACTANY;

	% LINE TERMINATION PROCESSING FOR REMARK STATE  %
	MACRO	

ACMREMEND	=
	IF .CHAR EQL CR
	THEN	( EXTRACRCHK;
		  FOUNDCR _ 1
		);
	% RETURN TO CALLING STATE %
	GOBACK;
	LEAVE NEWSTATE
	
$;
!-----------------------------------------------------------------------
!                          STATEMENT SKIPPING
!-----------------------------------------------------------------------

% BIG STATE DEFINITION	STSKIP	NUMBER (#) 1B  %

BIND
	ILL1B	=	ACTSKILL,
	TAB1B	=	ACTTAB,
	LT1B	=	ACTLT,
	BLANK1B	=	ACTANY,
	SPEC1B	=	ACTANY,
	DIGIT1B	=	ACTENTERM,
	UPPER1B	=	ACTENTERM,
	LOWER1B	=	ACTENTERM,
	FOS1B	=	ACTUNMATEOS,
	EOB1B	=	ACTEOB,
	REMARK1B =	ACTENTREMARK,
	EQUAL1B	=	ACTANY,
	LPAREN1B =	ACTENTERM,
	RPAREN1B =	ACTSKILL,
	COLON1B	=	ACTANY,
	COMMA1B	=	ACTANY,
	DOLLAR1B =	ACTANY,
	ASTERISK1B =	ACTANY,
	SLASH1B	=	ACTANY,
	PLUS1B	=	ACTANY,
	MINUS1B	=	ACTANY,
	ANDSGN1B =	ACTANY,
	LITSGN1B =	ACTENTERM,
	OCTSGN1B =	ACTANY,
	NEQSGN1B =	ACTANY,
	DOT1B	=	ACTANY,
	SEMICOL1B =	ACTMULTST,
	LTSGN1B	=	ACTANY,
	GTSGN1B	=	ACTANY,
	COMNTSGN1B =	ACTENTERM,
	DEBUGSGN1B =	ACTENTERM,
	UPAROW1B =	ACTANY;


	% REPORT ILLEGAL CHARACTER IF .CLASERR %
	MACRO
ACMSKILL  =
	IF .CLASERR
	THEN
	BEGIN
		IF .CODE EQL  RPAREN 
		THEN	FATLERR(.ISN,E9<0,0>)	! UNMATCHED )
		ELSE	( FATLERR (.CHAR,.LINELINE,E8<0,0>);
			REPLACEN(CURPTR,"??"));
		CLASERR _ 0;
	END;
	LEAVE BIGCHAR
$;

	% CALL STTERM TO SKIP SOME LEXICAL CONSTRUCT  %
	MACRO
ACMENTERM   =
	CALL ( STTERM );
	PAREN _ 0;	! THIS MUST BE SET BECAUSE THE CLASSIFIER ENTERS AT THE 1 LEVEL
	LEAVE NEWSTATE
$;

	% CHECK FOR UNMATCHED PARENS %
	MACRO
ACMUNMATEOS  =
	 IF .CLASERR NEQ 0  AND  .PAREN NEQ 0
	THEN
	BEGIN	% UNMATCHED LEFT PAREN DETECTED IN THE CLASSIFIER %
		FATLERR(.ISN,E9<0,0>);
	END;
	CLASERR _ 0;
	GOBACK;		! WITH EOS OR EOF
	LEAVE NEWSTATE
$;
!-----------------------------------------------------------------------
!                       SKIP LEXICAL CONSTRUCTS
!-----------------------------------------------------------------------
!	STATES WHICH SKIP OVER LEXEMES.  THEY ARE USED BY THE CLASSIFIER
!	AND STSKIP TO PASS OVER THE STATEMENT
!----------------------------------------------------------------------

% BIG STATE DEFINITION	STTERM	NUMBER (#) 3B  %
% SKIPS OVER LEXICAL CONSTRUCTS - %

BIND
	ILL3B	=	ACTGOBAKNOW,
	TAB3B	=	ACTTAB,
	LT3B	=	ACTEXPLT,
	BLANK3B	=	ACTANY,
	SPEC3B	=	ACTANY,
	DIGIT3B	=	ACTCONSTSKP,
	UPPER3B	=	ACTSKNAME,
	LOWER3B	=	ACTSKNAME,
	FOS3B	=	ACTGOBAKNOW,
	EOB3B	=	ACTEOB,
	REMARK3B =	ACTENTREMARK,
	EQUAL3B	=	ACTANY,
	LPAREN3B =	ACTSKLPAREN,
	RPAREN3B =	ACTSKRPAREN,
	COLON3B	=	ACTSKCOLON,
	COMMA3B	=	ACTSKCOMMA,
	DOLLAR3B =	ACTANY,
	ASTERISK3B =	ACTANY,
	SLASH3B	=	ACTANY,
	PLUS3B	=	ACTANY,
	MINUS3B	=	ACTANY,
	ANDSGN3B =	ACTANY,
	LITSGN3B =	ACTGETLIT,
	OCTSGN3B =	ACTANY,
	NEQSGN3B =	ACTANY,
	DOT3B	=	ACTANY,
	SEMICOL3B =	ACTMULTST,
	LTSGN3B	=	ACTANY,
	GTSGN3B	=	ACTANY,
	COMNTSGN3B =	ACTSKNAME,
	DEBUGSGN3B =	ACTSKNAME,
	UPAROW3B =	ACTANY;

% SMALL STATE DEFINITION	STGETLIT	NUMBER (#) 6S  %
% PICKS UP ' LITERALS  %

BIND
	ILL6S	=	ACTANY,
	TAB6S	=	ACTTAB,
	LT6S	=	ACTEXPLT,
	BLANK6S =	ACTANY,
	SPEC6S	=	ACTENDLIT,
	DIGIT6S =	ACTANY,
	UPPER6S =	ACTANY,
	LOWER6S =	ACTANY,
	FOS6S	=	ACTGOBAKNOW,
	EOB6S	=	ACTEOB,
	REMARK6S =	ACTANY;

% SMALL STATE DEFINITION	STSKNAME	NUMBER (#) 7S  %
% SKIPS IDENTIFIERS  %

BIND
	ILL7S	=	ACTGOBAKNOW,
	TAB7S	=	ACTTAB,
	LT7S	=	ACTEXPLT,
	BLANK7S =	ACTANY,
	SPEC7S	=	ACTBAKTOTERM,
	DIGIT7S =	ACTANY,
	UPPER7S =	ACTANY,
	LOWER7S =	ACTANY,
	FOS7S	=	ACTGOBAKNOW,
	EOB7S	=	ACTEOB,
	REMARK7S =	ACTENTREMARK;

% SMALL STATE DEFINITION	STCONSTSKP	NUMBER (#) 8S  %
%  SKIPS CONSTANTS FOLLOWED BY H ( HOLERITH ) OR X FOR FORMATS %

BIND
	ILL8S	=	ACTGOBAKNOW,
	TAB8S	=	ACTTAB,
	LT8S	=	ACTEXPLT,
	BLANK8S =	ACTANY,
	SPEC8S	=	ACTBAKTOTERM,
	DIGIT8S =	ACTSKCONBLD,
	UPPER8S =	ACTSKPHOLX,
	LOWER8S =	ACTUPLOW,
	FOS8S	=	ACTGOBAKNOW,
	EOB8S	=	ACTEOB,
	REMARK8S =	ACTENTREMARK;

% SMALL STATE DEFINITION	STSKPHOL	NUMBER (#) 9S  %

BIND
	ILL9S	=	ACTSKPHOL,
	TAB9S	=	ACTHOLTAB,
	LT9S	=	ACTEXPLT,
	BLANK9S =	ACTSKPHOL,
	SPEC9S	=	ACTSKPHOL,
	DIGIT9S =	ACTSKPHOL,
	UPPER9S =	ACTSKPHOL,
	LOWER9S =	ACTSKPHOL,
	FOS9S	=	ACTGOBAKNOW,
	EOB9S	=	ACTEOB,
	REMARK9S =	ACTSKPHOL;



	% DETERMINE WHETHER CLASSIFICATION OR SKIPPING ANY HANDLE
	  LINE TERMINATORS ACCORDINGLY  %
	MACRO
ACMEXPLT  =

	IF .INCLAS  NEQ  0
	THEN	ACTION _ ACTCLASLT	! CLASSIFICATION SO NO PRINTING

	ELSE	ACTION _ ACTLT;		! SKIPPING SO PRINT LINE

	LEAVE NEWACTION
$;

	% ENTER THE CONSTANT PICKUP STATE %
	MACRO
ACMCONSTSKP  =
	STATE _ STCONSTSKP;
	HOLCONST _ .CHAR - "0";
	LEAVE SMALCHAR
$;

	% ENTER THE NAME SKIPPING STATE %
	MACRO
ACMSKNAME    =
	CODE _ SMALCODE;
	STATE _ STSKNAME;
	LEAVE NEWSTATE
$;

	% LEFT PAREN ENCOUNTERED  %
	MACRO
ACMSKLPAREN  =
	PAREN _ .PAREN +1;
	LEAVE BIGCHAR
$;

	% RIGHT PAREN ENCOUNTERED %
	MACRO
ACMSKRPAREN  =
	IF ( PAREN _ .PAREN - 1 ) GTR 0
	THEN
	BEGIN	% SKIP OVER NESTED PARENS AND CONTINUE %
		LEAVE BIGCHAR
	END
	ELSE
	BEGIN	
		GOBACK;
		IF .PAREN  LSS 0
		THEN		! UNMATCHED ")", RETURN IT TO CALLER
		BEGIN
			IF CODETYPE EQL S  THEN  CODE _ SMALCODE;
			LEAVE NEWSTATE
		END
		ELSE	(LEAVENXT);	! END OF NEST, SKIP IT AND RETURN
	END
$;


%1247%	% SKIP COLON, COUNTING IT IF AT PAREN LEVEL 1 %
	MACRO
ACMSKCOLON =
	IF .PAREN EQL 1
	THEN COLONCOUNT _ .COLONCOUNT + 1;
	LEAVE BIGCHAR
$;


	% SKIP COMMA IF IN NESTED PAREN  %
	MACRO
ACMSKCOMMA  =
	IF .PAREN  NEQ  0
	THEN	LEAVE BIGCHAR	! SKIP IT
	ELSE
	BEGIN	% RETURN IT TO CALLER %
		GOBACK;
		LEAVE NEWSTATE
	END
$;

	% ENTER LITERAL PICKUP STATE %
	MACRO
ACMGETLIT  =
	MSNGTIC _ 1;	!SET MISSING TIC FLAG
	STATE _ STGETLIT;
	LEAVE SMALCHAR
$;

	% RETURN TO STTERM WITH THE NEXT CHARACTER %
	MACRO
ACMENDLIT   =
	% IF THIS CHARACTER IS ' %
	IF .CHAR  NEQ "'"
	THEN	LEAVE SMALCHAR;	! SKIP CHARACTER
	% ELSE SKIP THE ' AND RETURN TO STTERM %
	MSNGTIC _ 0;
	STATE _ STTERM;
	LEAVE BIGCHAR
$;

	% RETURN TO STTERM WITH CURRENT CHARACTER %
	MACRO
ACMBAKTOTERM  =
	CODE _ BIGCODE;
	STATE _ STTERM;
	LEAVE NEWSTATE
$;

	% BUILD THE CONSTANT  %
	MACRO
ACMSKCONBLD  =
	HOLCONST _ .HOLCONST*10  +  ( .CHAR - "0"  );
	LEAVE SMALCHAR
$;

	% CHECK FOR HOLERITH OR X FOLLOWING THE CONSTANT  %
	MACRO
ACMSKPHOLX  =
	STATE _ STTERM;
	IF .CHAR  EQL  "X"
	THEN
	BEGIN	% SKIP THE X %
		LEAVE BIGCHAR
	END;

	IF .CHAR EQL  "H" AND .HOLCONST  GTR  0
	THEN
	BEGIN	% HOLERITH %
		STATE _ STSKPHOL;
		LEAVE SMALCHAR
	END;

	% ELSE JUST SKIP THE CONSTANT %
	LEAVE NEWSTATE

$;

	% SKIP .HOLCONST CHARACTERS OF HOLERITH STRING %
	MACRO
ACMSKPHOL  =
	IF (HOLCONST _ .HOLCONST - 1 )  NEQ 0
	THEN	LEAVE SMALCHAR	! SKIP IT
	ELSE
	BEGIN
		% HOLERITH HAS BEEN PASSED OVER %
		STATE _ STTERM;
		LEAVE BIGCHAR
	END
$;

	% ADJUST FOR TABS IN HOLERITH %
	MACRO
ACMHOLTAB  =
	CHARPOS _ .CHARPOS AND NOT 7;
	CODE _ BLANK;	! SEMANTICLY EQUIVALENT TO BLANK
	LEAVE NEWSTATE
$;


	% LINE TERMINATORS DURING CLASSIFICATION LOOKAHEAD SHOULD BE
	  DETECTED BUT NOT CAUSE PRINTING  %
	MACRO
ACMCLASLT  =

%2474%	IF .LINLLAST NEQ 0
%2474%	THEN
%2474%	BEGIN	! This line is in linked list
%2505%		LASTBP(LINLCURR) = .CURPTR;

%2474%		IF .LINLCURR NEQ .LINLLAST
%2474%		THEN
%2474%		BEGIN	! Next line is in linked list
%2474%			IF .LINLCURR NEQ .LASTCODELINE
%2474%			THEN
%2474%			BEGIN	! Next codeline is in linked list

%2474%			    DO SKIPDL()	! Get to next line
%2474%			    UNTIL .HASCODE(LINLCURR) OR .NOCONTINUE(LINLCURR);

%2474%			    IF .NOCONTINUE(LINLCURR)
%2474%			    THEN
%2474%			    BEGIN	! No continuation

%2474%				CHARPOS _ 72;

%2474%				IF .CHAR NEQ EOF  THEN  CHAR _ EOS;
%2474%				CODE _ FOS ;

%2474%				LEAVE NEWSTATE  ;

%2474%			    END;	! No continuation

%2474%			    ! Reprocess this line
%2474%			    CALL(STCONTINUE);
%2474%			    LEAVE SMALCHAR;

%2474%			END	! Next codeline is in linked list
%2474%			ELSE
%2474%			BEGIN	! No more code lines in linked list
%2474%				SKIPDL();	! Get to next line
%2474%				IF .NOCONTINUE(LINLCURR)
%2474%				THEN
%2474%				BEGIN	! No continuation
%2474%					CHARPOS = 72;
%2474%					IF .CHAR NEQ EOF THEN CHAR = EOS;
%2474%					CODE = FOS;
%2474%					LEAVE NEWSTATE;
%2474%				END;	! No continuation

%2474%				! Reprocess this line
%2474%				CALL(STCONTINUE);
%2474%				LEAVE SMALCHAR;
%2474%			END;	! No more code lines in linked list
%2474%		END;	! Next line is on linked list
%2474%	END;	! This line is in linked list

%2474%	! No more entries on linked list

	IF .CHAR  EQL  CR
	THEN
	BEGIN	% IGNORE THE CR %
		ISCAN (CHAR, CURPTR );
		LEAVE NEWSTATE
	END
	ELSE
	BEGIN	% CHECK FOR CONTINUATION BUT NO PRINTING %
%2505%		IF .INCLAS  EQL  0
%2505%		THEN IF .BACKLINE EQL 0
%2505%		THEN  BACKLINE = .LINLCURR;
		ENTCALCONT
	END;
$;
!----------------------------------------------------------------------
!              RETURN AFTER SKIPPING TO SIGNIFICANT CHAR
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STRETNX	NUMBER (#) 1S  %
% RETURN AFTER POSITIONING TO THE NEXT SIGNIFICANT CHARACTER %

BIND
	ILL1S	=	ACTRETNOW,
	TAB1S	=	ACTTAB,
	LT1S	=	ACTLT,
	BLANK1S	=	ACTANY,
	SPEC1S	=	ACTRETNOW,
	DIGIT1S	=	ACTRETNOW,
	UPPER1S	=	ACTRETNOW,
	LOWER1S	=	ACTRETNOW,
	FOS1S	=	ACTRETNOW,
	EOB1S	=	ACTEOB,
	REMARK1S =	ACTENTREMARK;

	MACRO 

ACMRETNOW =
			RETURNOW (.VALUE)
$;
!----------------------------------------------------------------------
!                         CHARACTER LOOKAHEAD
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STCSCAN	NUMBER (#) 26S  %
% LOOK AT THE NEXT CHARACTER AND SEE IF IT MATCHES THE CHARACTER
	 IN LOOK4CHAR  %

BIND
	ILL26S	=	ACTSCANCHAR,
	TAB26S	=	ACTINTERR,
	LT26S	=	ACTINTERR,
	BLANK26S =	ACTINTERR,
	SPEC26S	=	ACTSCANCHAR,
	DIGIT26S =	ACTSCANCHAR,
	UPPER26S =	ACTSCANCHAR,
	LOWER26S =	ACTUPLOW,
	FOS26S	=	ACTSCANCHAR,
	EOB26S	=	ACTINTERR,
	REMARK26S =	ACTINTERR;

	% SEE IF THE CHARACTER MATCHES %
	MACRO
ACMSCANCHAR  =

	IF .LOOK4CHAR  EQL  "?D"
	THEN
	BEGIN	% ANY DIGIT IS A MATCH %
		IF .CODE EQL  DIGIT
		THEN	( RETURNXT( .CHAR ) )
	END
	ELSE
		IF .LOOK4CHAR  EQL  "?L"
		THEN
		BEGIN	% ANY LETTER IS A MATCH %
			IF .CODE EQL UPPER
			THEN	( RETURNXT ( .CHAR ) )
		END
		ELSE
			IF .CHAR  EQL  .LOOK4CHAR
			THEN	( RETURNXT ( 1 ) );
	% NO MATCH %
	%FIX UP LEXLINE IF NECESSARY%
	IF .CHAR EQL EOS
	THEN	IF ..CURPTR NEQ ";"
		THEN	LEXLINE _ .LASTLINE;
	RETURNOW ( 0 )
$;
!----------------------------------------------------------------------
!                           STRING LOOKAHEAD
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STSSCAN	NUMBER (#) 27S  %
% TRY AND MATCH THE STRING POINTED TO BY LOOK4CHAR  %

BIND
	ILL27S	=	ACTSTRCHK,
	TAB27S	=	ACTTAB,
	LT27S	=	ACTCLASLT,
	BLANK27S =	ACTANY,
	SPEC27S	=	ACTSTRCHK,
	DIGIT27S =	ACTSTRCHK,
	UPPER27S =	ACTSTRCHK,
	LOWER27S =	ACTUPLOW,
	FOS27S	=	ACTSTRCHK,
	EOB27S	=	ACTEOB,
	REMARK27S =	ACTENTREMARK;

	MACRO
ACMSTRCHK  =
	REGISTER R;

	% SAVE POSITION IF FIRST ENTRY %
	IF .LOOK4CHAR  NEQ  0
	THEN
	BEGIN
		POINTER _ .LOOK4CHAR;
		LOOK4CHAR _ 0;
		ISCAN ( R,POINTER );
		IF .CHAR NEQ  .R
		THEN	(	%FIX UP LEXLINE IF NECESSARY%
				IF .CHAR EQL EOS
				THEN	IF ..CURPTR NEQ ";"
					THEN	LEXLINE _ .LASTLINE;
				 RETURNOW(0) 
			)
		ELSE	( BAKSAVE();  LEAVE SMALCHAR  )	! GOT ONE
	END;

	% CHECK THE STRING  %
	ISCAN ( R, POINTER );
	IF .CHAR  EQL  .R
	THEN	LEAVE SMALCHAR;	! GOT ONE

	IF .R  EQL  0
	THEN
	BEGIN	% ITS A MATCH %
		IF .BACKLINE  NEQ  0  THEN  BACKPRINT();

		RETURNOW ( 1 )
	END
	ELSE
	BEGIN	% BACKUP %
		BACKUP();
		ISCAN(CHAR,CURPTR);
		CHARPOS_.CHARPOS-1;
		RETURNOW( 0 )
	END
$;
!----------------------------------------------------------------------
!                          KEYWORD LOOKAHEAD
!----------------------------------------------------------------------

% [1465] New %

% SMALL STATE DEFINITION	STKEYSCAN NUMBER (#) 33S    %
% CHECK FOR A KEYWORD "LETTERS=" 
  ONLY RETURNS FIRST 6 LETTERS   %

BIND
	ILL33S	=	ACTKEYCHK,
	TAB33S	=	ACTTAB,
	LT33S	=	ACTCLASLT,
	BLANK33S =	ACTANY,
	SPEC33S	=	ACTKEYCHK,
	DIGIT33S =	ACTKEYCHK,
	UPPER33S =	ACTKEYCHK,
	LOWER33S =	ACTUPLOW,
	FOS33S	=	ACTKEYCHK,
	EOB33S	=	ACTEOB,
	REMARK33S =	ACTENTREMARK;


% SMALL STATE DEFINITION	STKEY1CHK NUMBER (#) 34S    %
% HAVE SEEN INITIAL LETTER OF KEYWORD.  BYTE POINTERS AND EVERYTHING
  ARE ALL SET UP.  READ LETTERS UP TO "=" AND STORE IN SIXBIT KEYWORD %

BIND
	ILL34S	=	ACTKEY1CHK,
	TAB34S	=	ACTTAB,
	LT34S	=	ACTCLASLT,
	BLANK34S =	ACTANY,
	SPEC34S	=	ACTKEY1CHK,
	DIGIT34S =	ACTKEY1CHK,
	UPPER34S =	ACTKEY1CHK,
	LOWER34S =	ACTUPLOW,
	FOS34S	=	ACTKEY1CHK,
	EOB34S	=	ACTEOB,
	REMARK34S =	ACTENTREMARK;

%2370%	BIND
%2370%		MAXNWD    = 4,	 	! KEYBUFFER has 4 words
%2370%		MAXLENGTH = MAXNWD*5-1; ! therefore it can only store up to 
					! 20-1 (or 19) asciz characters
					! last character in 20 character string
					! must be left null

	MACRO
ACMKEYCHK =
	REGISTER R;


	IF .CODE EQL UPPER		! If first char is a letter
	THEN
	BEGIN	! letter
%2370%		INCR WORD FROM 0 TO MAXNWD-1
%2370%		DO KEYBUFFER[.WORD] = 0; ! Clear keyword buffer
%2370%		KEYLENGTH = 1;
		
			
%2370%		POINTER = KEYBUFFER<36,7>;! Set up pointer to result buffer
%2370%		REPLACEI (POINTER, .CHAR); ! Store asciz character
		BAKSAVE();		! Set backup pointer
		STATE = STKEY1CHK;	! New state for rest of chars
		LEAVE SMALCHAR;		! Go read next char
	END	! letter
	ELSE
	BEGIN	! not letter
		IF .CHAR EQL EOS	! Fix up LEXLINE if necessary
		THEN IF ..CURPTR NEQ ";"
		     THEN LEXLINE = .LASTLINE;
		RETURNOW(0)		! Return failure
	END;	! not letter
$;

	MACRO
ACMKEY1CHK =

	IF .CODE EQL UPPER
	THEN
	BEGIN	! Another letter
%2370%		IF (KEYLENGTH = .KEYLENGTH + 1)  LEQ MAXLENGTH
%2370%		THEN REPLACEI (POINTER, .CHAR);   ! store this one
		LEAVE SMALCHAR;		! and go get next one
	END;	! Another letter

	IF .CHAR EQL "="
	THEN
	BEGIN	! Match
		IF .BACKLINE NEQ 0 THEN BACKPRINT(); ! Let output catch up
%2370%		RETURNXT (.KEYBUFFER)	! Return the keyword
	END	! Match
	ELSE
	BEGIN	! No match
		BACKUP();		! Back up to where we were before
		ISCAN(CHAR,CURPTR);	! Get first char again
		CHARPOS = .CHARPOS - 1;	! Count first char
		RETURNOW (0);		! Return failure
	END;	! No match
$;
!----------------------------------------------------------------------
!                  OBJECT OF STOP OR PAUSE STATEMENTS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STOPOBJ	NUMBER (#) 28S  %
% LOOK FOR AN DECIMAL STRING OR A 'LITERAL-STRING' FOLLOWING A STOP OR PAUSE STATEMENT %

BIND
	ILL28S	=	ACTSTOPLIT,
	TAB28S	=	ACTINTERR,
	LT28S	=	ACTINTERR,
	BLANK28S =	ACTINTERR,
	SPEC28S =	ACTSTOPLIT,
%742%	DIGIT28S =	ACTSTOPINT,
	UPPER28S =	ACTSTOPLIT,
	LOWER28S =	ACTSTOPLIT,
	FOS28S	=	ACTSTOPLIT,
	EOB28S	=	ACTINTERR,
	REMARK28S =	ACTINTERR;

	% SEE IF ITS A LITERAL STRING %
	MACRO
ACMSTOPLIT  =
	IF .CHAR EQL  "'"
	THEN ( ACTION _ ACTENTLITLEX;  LEAVE NEWACTION )
	ELSE	(RETURNOW ( 0 ))
$;

	MACRO
ACMSTOPINT =

	% PICK UP A SIX DIGIT INTEGER FOR STOP/PAUSE STATEMENT
	THIS IS THE INITIALIZATION ROUTINE FOR THE NUMBER %

	BIND NDIGITS = 6;	! MAX OF SIX CHARACTERS (STANDARD SAYS 5)

%1245%	! Get string as HOLLCONST
%1245%	VALUE<RIGHT> _ LITDEF(NDIGITS,HOLLDEF); !WANT A STRING REPRESENTATION
	VALUE<LEFT> _ LITSTRING;
	POINTER _ (@VALUE + LTLSIZ)<36,7>;
	SUM _ 0;
	ACTION _ ACT6DIGIT;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STSIXDIGIT NUMBER (#) 32S  %
% PICK UP A SIX DIGIT INTEGER FOR STOP/PAUSE STATEMENT %

BIND
	ILL32S	=	ACTBADCHAR,
	TAB32S	=	ACTTAB,
	LT32S	=	ACTLT,
	BLANK32S=	ACTANY,
	SPEC32S	=	ACTGOT6INT,
	DIGIT32S=	ACT6DIGIT,
	UPPER32S=	ACTGOT6INT,
	LOWER32S=	ACTGOT6INT,
	FOS32S	=	ACTGOT6INT,
	EOB32S	=	ACTEOB,
	REMARK32S=	ACTENTREMARK;

	MACRO
ACM6DIGIT =

	%COLLECT UP TO 6 DIGITS FOR STOP/PAUSE STATEMENT%

	STATE _ STSIXDIGIT;
	ACTION _ ACT6DIGIT;
	IF .SUM EQL 6 THEN FATLEX( PLIT'6-digit number?0', PLIT'larger number?0', E0<0,0> );

	REPLACEI(POINTER,.CHAR);
	SUM_.SUM+1;

	LEAVE SMALCHAR
$;

	MACRO
ACMGOT6INT =

	STATE _ STRETNX;
	LEAVE NEWSTATE
$;
!----------------------------------------------------------------------
!                           LEXICAL ANALYZER
!----------------------------------------------------------------------

% BIG STATE DEFINITION	STLEXEME	NUMBER (#) 0B  %
% THIS IS THE ENTRANCE TO THE LEXICAL ANALYZER  %

BIND
	ILL0B	=	ACTBADCHAR,
	TAB0B	=	ACTINTERR,
	LT0B	=	ACTINTERR,
	BLANK0B	=	ACTINTERR,
	SPEC0B	=	ACTINTERR,
	DIGIT0B	=	ACTENTGETCONST,
	UPPER0B	=	ACTENTIDENT,
	LOWER0B	=	ACTUPLOW,
	FOS0B	=	ACTLEXFOS,
![675] IN STLEXEME NUMBER 0B, CHANGE TO CATCH A RUBOUT IN SOURCE.
%675%	EOB0B	=	ACTRIS,
	REMARK0B =	ACTINTERR,
	EQUAL0B	=	ACTDOUBLEX,
	LPAREN0B =	ACTSINGLEX,
	RPAREN0B =	ACTSINGLEX,
	COLON0B	=	ACTSINGLEX,
	COMMA0B	=	ACTSINGLEX,
	DOLLAR0B =	ACTSINGLEX,
	ASTERISK0B =	ACTDOUBLEX,
%1244%	SLASH0B	=	ACTDOUBLEX,
	PLUS0B	=	ACTSINGLEX,
	MINUS0B	=	ACTSINGLEX,
	ANDSGN0B =	ACTSINGLEX,
	LITSGN0B =	ACTENTLITLEX,
	OCTSGN0B =	ACTENTOCTQ,
	NEQSGN0B =	ACTSINGLEX,
	DOT0B	=	ACTENTDOT,
	SEMICOL0B =	ACTMULTST,
	LTSGN0B =	ACTDOUBLEX,
	GTSGN0B =	ACTDOUBLEX,
	COMNTSGN0B =	ACTENTIDENT,
	DEBUGSGN0B =	ACTENTIDENT,
	UPAROW0B =	ACTSINGLEX;

	MACRO  
ACMLEXFOS =
%1640%	IF ..CURPTR NEQ ";" AND (.CHAR EQL EOS  OR  .CHAR EQL EOF)
	THEN  LEXLINE _ .LASTLINE;	! PROPERLY SET LEXEME LINE NUMBER
					! FOR STATEMENTS TERMINATED BY END OF LINE

	 RETURNOW (EOSLEX^18)  
$;
![675] ADD MACRO ROUTINE TO CHECK FOR A RUBOUT CHARACTER IN THE
![675] SOURCE PROGRAM - THIS IS NECESSARY SINCE THE RUBOUT
![675] CHARACTER (#177) IS ALSO USED INTERNALLY AS AN END OF
![675] BUFFER CHARACTER.
%675%	MACRO
ACMRIS	=
%675%	IF CURWORD NEQ .CURPOOLEND AND .CHAR EQL #177
%675%		THEN ACTION _ ACTBADCHAR
%675%		ELSE ACTION _ ACTINTERR;
%675%	LEAVE NEWACTION
$;%675%

	% ILLEGAL CHARACTER, SKIP STATEMENT AND RETURN EOSLEX %
	MACRO
ACMBADCHAR  =
	IF .BACKLINE  NEQ  0
	THEN  BACKPRINT();	! THERE WAS A LOOKAHEAD THAT PASSED A LINE TERMINATOR

	FATLERR ( .CHAR, .LINELINE, E8<0,0> );
	REPLACEN ( CURPTR,  "??" );
	VALUE _ EOSLEX^18;
	CALLR(STSKIP,STRETNX);
	LEAVE BIGCHAR
$;

	% SINGLE CHARACTER LEXEME %
	MACRO
ACMSINGLEX  =
	% MOST CODES ARE IDENTICAL TO THE LEXEME CODE %

%2241%	REGISTER VAL;

%2241%	VAL =
%2241%		IF (VAL = .CODE) LEQ EQUAL
%2241%		THEN .VAL^18		! includes ():,/+-& and dollar
%2241%		ELSE IF .VAL EQL NEQSGN
%2260%			THEN	! # is .NE.
%2260%			BEGIN
%2260%				FLAGRELOP('#'); ! Compatibility flagging
%2260%				DOTNE
%2260%			END
%2260%			ELSE	! ^
%2260%			BEGIN
%2260%				IF FLAGEITHER THEN CFLEXB(E235<0,0>);
%2260%				POWER^18
%2260%			END;

%2241%	RETURNXT(.VAL)
$;

	% CHECK FOR TWO CHARACTER LEXEMES,  IE.  <=, >=  , **, ETC.  %
	MACRO
ACMDOUBLEX   =
	VALUE _ .CODE;
	STATE _ STDOUBLEX;
	LEAVE BIGCHAR
$;

% BIG STATE DEFINITION	STDOUBLEX	NUMBER (#) 4B  %
% WE HAVE /, *, =, <, OR >   -   SEE IF ITS A TWO CHARACTER LEXEME %

BIND
	ILL4B	=	ACTBADCHAR,
	TAB4B	=	ACTTAB,
	LT4B	=	ACTLT,
	BLANK4B =	ACTANY,
	SPEC4B	=	ACTNOTDOUB,
	DIGIT4B =	ACTNOTDOUB,
	UPPER4B =	ACTNOTDOUB,
	LOWER4B =	ACTNOTDOUB,
	FOS4B	=	ACTNOTDOUB,
	EOB4B	=	ACTEOB,
	REMARK4B =	ACTENTREMARK,
	EQUAL4B =	ACTMAYBDOUB,
	LPAREN4B =	ACTNOTDOUB,
	RPAREN4B =	ACTNOTDOUB,
	COLON4B =	ACTNOTDOUB,
	COMMA4B =	ACTNOTDOUB,
	DOLLAR4B =	ACTNOTDOUB,
	ASTERISK4B =	ACTMAYBDOUB,
%1244%	SLASH4B =	ACTMAYBDOUB,
	PLUS4B =	ACTNOTDOUB,
	MINUS4B =	ACTNOTDOUB,
	ANDSGN4B =	ACTNOTDOUB,
	LITSGN4B =	ACTNOTDOUB,
	OCTSGN4B =	ACTNOTDOUB,
	NEQSGN4B =	ACTNOTDOUB,
	DOT4B	=	ACTNOTDOUB,
	SEMICOL4B =	ACTNOTDOUB,
	LTSGN4B =	ACTMAYBDOUB,
	GTSGN4B =	ACTMAYBDOUB,
	COMNTSGN4B =	ACTNOTDOUB,
	DEBUGSGN4B =	ACTNOTDOUB,
	UPAROW4B =	ACTNOTDOUB;

	% ITS NOT A DOUBLE CHARACTER LEXEME  %
	MACRO
ACMNOTDOUB =

%2241%	REGISTER VAL;

%2241%	VAL =
%2241%		IF (VAL = .VALUE) LEQ EQUAL
%2241%		THEN .VAL^18		! includes: =,*,/
%2241%		ELSE IF .VAL EQL LTSGN
%2260%			THEN	! < is .LT.
%2260%			BEGIN
%2260%				FLAGRELOP('<'); ! Compatibility flagging
%2260%				VREG = DOTLT
%2260%			END
%2260%			ELSE	! > is .GT.
%2260%			BEGIN
%2260%				FLAGRELOP('>'); ! Compatibility flagging
%2260%				VREG = DOTGT
%2260%			END;

%2241%	RETURNOW(.VAL)

$;

	% MIGHT HAVE A DOUBLE CHARACTER LEXEME  %
	% HERE FROM STDOUBLEX ON /, *, =, <, >
	  WITH VALUE = BIGCODE OF FIRST CHARACTER
	       CODE = BIGCODE OF SECOND CHARACTER
	       CHAR = SECOND CHARACTER
	  THIS STATE ISN'T ENTERED IF FIRST OR SECOND CHAR IS PLUS, BUT
	  THE CASE STATEMENTS MUST CONTAIN PLUS ANYWAY SINCE IT'S BETWEEN
	  SLASH AND ASTERISK.						%

	MACRO
ACMMAYBDOUB  =

%2241%	REGISTER VAL;

	ACTION _ ACTNOTDOUB;

%1244%	CASE  .VALUE-SLASH  OF
	SET

%1244%	% SLASH %
%1244%	BEGIN
%1244%		IF .CHAR NEQ "/"
%1244%		THEN LEAVE NEWACTION; 		! JUST /
%1244%		VAL _ CONCAT^18		! //
%1244%	END;

%1244%	% PLUS %
%1244%	LEAVE NEWACTION;

	% ASTERISK %
	BEGIN
		IF .CHAR  NEQ  "*"
		THEN	LEAVE NEWACTION;	! JUST *
		VAL = POWER^18
	END;
	%=%
	BEGIN
		CASE .CODE-SLASH  OF
		SET
%1244%		%/% (LEAVE NEWACTION);	! JUST =
%1244%		%+% (LEAVE NEWACTION);	! JUST =
		%*% (LEAVE  NEWACTION);	! JUST =
%2260%		%=% (FLAGRELOP('==');	! == is compatibility flagged
%2260%		    VAL = DOTEQ);
%2260%		%<% (FLAGRELOP('=<');	! =< is compatibility flagged
%2260%		    VAL = DOTLE);
%2260%		%>% (FLAGRELOP('=>');	! => is compatibility flagged
%2260%		    VAL = DOTGE);
		TES
	END;

	%<%
	BEGIN
		IF .CHAR  NEQ  "="
		THEN	LEAVE NEWACTION;
%2260%		FLAGRELOP('<=');	! Compatibility flagger
		VAL _ DOTLE
	END;

	%>%
	BEGIN
		IF .CHAR  NEQ  "="
		THEN	LEAVE NEWACTION;
%2260%		FLAGRELOP('>=');	! Compatibility flagger
		VAL _ DOTGE
	END;

	TES;

	RETURNXT(.VAL)
$;
!----------------------------------------------------------------------
!                             IDENTIFIERS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STIDENT	NUMBER (#) 10S  %
% SCAN IDENTIFIERS AND PUT IN THE SYMBOL TABLE IN 6-BIT %

BIND
	ILL10S	=	ACTBADCHAR,
	TAB10S	=	ACTTAB,
	LT10S	=	ACTLT,
	BLANK10S =	ACTANY,
	SPEC10S	=	ACTENDID,
	DIGIT10S =	ACTPKUPID,
	UPPER10S =	ACTPKUPID,
	LOWER10S =	ACTUPLOW,
	FOS10S	=	ACTENDID,
	EOB10S	=	ACTEOB,
	REMARK10S =	ACTENTREMARK;

	% WE HAVE THE FIRST CHARACTER OF AN IDENTIFIER  %
	MACRO
ACMENTIDENT  =

%1213%	SYMTYPE _ .TYPTAB[ 2 * (.CHAR - "A") ]<RIGHT>;

%1213%	IF .SYMTYPE EQL #15		! Is it CHARACTER data?
%1213%	THEN CHLEN _ .TYPTAB[ 2 * (.CHAR - "A") + 1 ];	! Character count

	CNT _ 5;	! Identifier count
	IDENTF _ .CHAR - " ";	! FIRST CHARACTER
	STATE _ STIDENT;
	LEAVE SMALCHAR
$;

	% PICKUP EACH CHARACTER OF THE IDENTIFIED AND CONVERT TO 6-BIT %
	MACRO
ACMPKUPID   =
	
	IF ( CNT _ .CNT - 1 )  GEQ  0
	THEN
	BEGIN	% SAVE THE CHARACTER %
		REGISTER R;  MACHOP  ADDI = #271, LSH = #242;

		R _ .IDENTF;
		LSH ( R,6 );
		ADDI ( R, -" ", CHAR );
		IDENTF _ .R;
		LEAVE SMALCHAR
	END;

	% ELSE WE HAVE MORE THAN 6 CHARACTER %
	IF .CNT  NEQ  -1
	THEN LEAVE SMALCHAR;	!IGNORE THE CHARACTER
	% OUTPUT THE MESSAGE IF ITS NOT CALL DEFINEFILE %
!%1126%	IF .STMNROUTINE ( @STMNDESC) EQL  CALLST<0,0>  AND  .IDENTF  EQL  SIXBIT'DEFINE'
!%1126%	THEN	LEAVE SMALCHAR;	! NO MESSAGE
	WARNLEX (.IDENTF,   E76<0,0>);
	LEAVE SMALCHAR
$;

	% END OF THE IDENTIFIER  -   ENTER IT INTO THE SYMBOL TABLE %
	MACRO
ACMENDID   =

%1213%	REGISTER IDPTR;		! Pointer to identifier symbol table entry

![1213]		IDATTRIBUT(PARAMT) and IDCHLEN are defined in FIRST.BLI which
![1213]		can't be compiled with LEXICA.  Beware of skews.

	IF .CNT  GTR  0
	THEN	ENTRY _ .IDENTF^(.CNT*6)
	ELSE	ENTRY _ .IDENTF;
	NAME _ .GIDTAB ;
%1213%	IDPTR _ TBLSEARCH();	! Get pointer to symbol table entry

%1213%	! Put character count in symbol table entry in IDPTR[IDCHLEN]

%1213%	IF .SYMTYPE EQL #15	! Is it character data?
%1213%	THEN	IF .(@IDPTR + 6)<0,36> EQL 0	! test if we already have character count
%1213%		THEN (@IDPTR + 6)<0,36> _ .CHLEN;	! Set IDPTR[IDCHLEN]

%2327%	! If neither psect field is set, then set the psect fields

%2222%	IF .(.IDPTR+8)<34,2> EQL 0	  !IF .IDPTR[IDPSECT] EQL PSOOPS
%2222%	THEN IF .(.IDPTR+8)<32,2> EQL 0	  !THEN IF .IDPTR[IDPSCHARS] EQL PSOOPS
%2327%	THEN SETPSECTS(.IDPTR);

!	 CHECK HERE FOR PARAMETER VARIABLE REFERENCES

	IF .(@IDPTR + 1 )<32,1>  	! [IDATTRIBUT(PARAMT)]
	THEN	IDPTR _ NAMREF( 5%PARAREF%, .IDPTR<RIGHT> )
					%NAMREF WILL RETURN THE CONSTLEX%
	ELSE	IDPTR<LEFT> _ IDENTIFIER;
	RETURNOW (.IDPTR)
$;
!----------------------------------------------------------------------
!                            DOTTED OPERATORS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STDOT	NUMBER (#) 11S  %
% WE HAVE AN INITIAL "."  -  IS IT AN OPERATOR OR A CONSTANT  ?  %

BIND
	ILL11S	=	ACTBADCHAR,
	TAB11S	=	ACTTAB,
	LT11S	=	ACTLT,
	BLANK11S =	ACTANY,
	SPEC11S	=	ACTMISOPER,
	DIGIT11S =	ACTTRYREAL,
	UPPER11S =	ACTGETOPER,
	LOWER11S =	ACTUPLOW,
	FOS11S	=	ACTMISOPER,
	EOB11S	=	ACTEOB,
	REMARK11S =	ACTENTREMARK;


	% FOUND AN INITIAL "."   %
	MACRO
ACMENTDOT  =
	STATE _ STDOT;
	LEAVE SMALCHAR
$;

	% "." FOLLOWED BY A DIGIT MUST BE A REAL CONSTANT %
	MACRO
ACMTRYREAL   =

	DECEXP _ 0;
	INCREM _ -1;
	HIAC _ 0;
	LOAC _ 0;
	NAME _ .GCONTAB ;
	SYMTYPE _ GREAL<0,0>;
	CALLR ( STBLDDBLINT, STREALCON1 );
	LEAVE NEWSTATE
$;

	% UNRECOGNIZED DOTTED OPERATOR %
	MACRO
ACMMISOPER  =
	FATLEX ( PLIT'DOTTED OPERATOR?0', .CHAR,    E0<0,0> );
	VALUE _ EOSLEX^18;
	CALLR ( STSKIP, STRETNX );
	LEAVE BIGCHAR
$;

	% WE HAVE A "." FOLLOWED BY A LETTER - SEE IF IT COULD BE AN OPERATOR %
	MACRO
ACMGETOPER  =

%2260%	XORCHAR=(.CHAR EQL "X");	! To trap the .XOR.
	STATE _ STSCANOP;
	IF ( POINTER _ @DOTOPTAB[.CHAR-"A" ] )  NEQ  0
	THEN   LEAVE SMALCHAR;	! WE HAVE A POSSIBLE OPERATOR
	% ELSE WHO KNOWS WHAT IT IS %
	ACTION _ ACTMISOPER;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STSCANOP	NUMBER (#) 12S  %
% THIS STATE WILL DETERMINE WHETHER OR NOT WE HAVE FOUND A DOTTED OPERATOR

	SO FAR A "." AND THE FIRST LETTER OF A VALID OPERATOR HAVE
	BEEN FOUND.  POINTER CONTAINS A BYTE POINTER TO A CHARACTER
	STRING WHICH MAY LEGALLY COMPLETE THIS OPERATOR.  THIS IS
	IN TABLE LEGALOP.  THE ALGORITHM IS - IF ALL CHARACTERS IN
	THE STRING ARE MATCHED AND THE NEXT CHARACTER IS  ".", THEN
	THE WORD FOLLOWING THE CHARACTER STRING CONTAINS THE
	APPROPRIATE LEXEME CODE, WHICH IS RETURNED.  IF A CHARACTER
	DOES NOT MATCH THEN TRY THE PARALLEL CHARACTER IN THE NEXT
	POSSIBLE STRING, WHICH IS TWO WORDS FURTHER IN THE TABLE.
	EVENTUALLY , IF NO COMPLETE MATCHES ARE MADE A 0 WORD WILL
	BE REACHED SIGNALING NO MATCH.  THE WORD FOLLOWING THIS
	THEN BEGINS A LITERAL OF WHAT ONE WAS LOOKING FOR, WHICH
	CAN BE SHOVED OUT WITH ERROR 0.
%

BIND
	ILL12S	=	ACTBADCHAR,
	TAB12S	=	ACTTAB,
	LT12S	=	ACTLT,
	BLANK12S =	ACTANY,
	SPEC12S	=	ACTOPCHK,
	DIGIT12S =	ACTMISOP1,
	UPPER12S =	ACTOPCHK,
	LOWER12S =	ACTUPLOW,
	FOS12S	=	ACTMISOP1,
	EOB12S	=	ACTEOB,
	REMARK12S =	ACTENTREMARK;


	% COMPARE THE INPUT STREAM AGAINST THE LEGAL OPERATOR STRINGS %
	MACRO
ACMOPCHK   =
	REGISTER
		R,
%2241%		VAL;
	
	ISCAN ( R, POINTER );
	WHILE 1 DO
	BEGIN	% LOOP THROUGH POSSIBLE OPERATOR STRINGS %
		IF .R  EQL  .CHAR
		THEN	LEAVE SMALCHAR;	! FINE - GET THE NEXT CHARACTER
	
		IF .R  EQL  0  AND  .CHAR  EQL  "."
		THEN
		BEGIN	% A STRING HAS BEEN MATCHED %
			VAL _ @(@POINTER+1);
			IF .VAL  LSS  0
			THEN
			BEGIN	% LOGICAL CONSTANT %
				NAME _ .GCONTAB ;
				SYMTYPE _ GLOGI<0,0>;
				ENTRY[0] _ 0;
%2241%				ENTRY[1] _ .VAL + 1;
%2241%				VAL = TBLSEARCH();
%2241%				VAL<LEFT> = CONSTLEX
			END
%2260%			ELSE
%2260%			IF .XORCHAR AND FLAGANSI
%2260%			THEN	! .XOR. operator is compatibility flagged
%2260%			BEGIN
%2260%				WARNLEX(E287<0,0>);
%2260%				VAL=@(@POINTER+1)	! Restore the lexeme value
%2260%			END;

%2241%			RETURNXT(.VAL)	! RETURN THE LEXEME CODE
		END;

		% LETS SEE IF THERE IS ANOTHER POSSIBILITY %
		IF ( @(POINTER_@POINTER+2) )  EQL  0 OR .R EQL 0
					% THE .R CHECK IS THERE SO .NET. WILL NOT BE ACCEPTED %
		THEN
		BEGIN	% NOTHING LEFT TO TRY %
			ACTION _ ACTMISOP1;
			LEAVE NEWACTION
		END;

		% THERE IS ANOTHER POSSIBILITY SO LETS TRY IT %
		R _ ..POINTER;

	END %LOOP%
$;

	% WE DIDN'T FIND THE OPERATOR , BUT HAD SOME IDEA OF WHAT WE WERE
	  LOOKING FOR %
	MACRO
ACMMISOP1  =
	% GET THE EXPECTED LITERAL  %
	UNTIL  @@POINTER  EQL  0
	DO  POINTER _ .POINTER + 1;

	FATLEX ( .POINTER<RIGHT>+1 , .CHAR,    E0<0,0> );
	CALLR ( STSKIP, STRETNX);
	VALUE _ EOSLEX^18;
	LEAVE BIGCHAR
$;
!----------------------------------------------------------------------
!                              CONSTANTS
!----------------------------------------------------------------------

% BIG STATE DEFINITION	STGETCONST	NUMBER (#) 5B  %
% RETURN HERE FROM
  BLDDBLINT, WHICH JUST PICKED UP AN INTEGER  %

BIND
	ILL5B	=	ACTBADCHAR,
	TAB5B	=	ACTTAB,
	LT5B	=	ACTLT,
	BLANK5B =	ACTANY,
	SPEC5B	=	ACTGOTINT,
	DIGIT5B =	ACTINTERR,
	UPPER5B =	ACTCHECKLET,
	LOWER5B =	ACTUPLOW,
	FOS5B	=	ACTGOTINT,
	EOB5B	=	ACTEOB,
	REMARK5B =	ACTENTREMARK,
	EQUAL5B =	ACTGOTINT,
	LPAREN5B =	ACTGOTINT,
	RPAREN5B =	ACTGOTINT,
	COLON5B =	ACTGOTINT,
	COMMA5B =	ACTGOTINT,
	DOLLAR5B =	ACTGOTINT,
	ASTERISK5B =	ACTGOTINT,
	SLASH5B =	ACTGOTINT,
	PLUS5B =	ACTGOTINT,
	MINUS5B =	ACTGOTINT,
	ANDSGN5B =	ACTGOTINT,
	LITSGN5B =	ACTGOTINT,
	OCTSGN5B =	ACTGOTINT,
	NEQSGN5B =	ACTGOTINT,
	DOT5B	=	ACTREALCON,
	SEMICOL5B =	ACTMULTST,
	LTSGN5B =	ACTGOTINT,
	GTSGN5B =	ACTGOTINT,
	COMNTSGN5B =	ACTCHECKLET,
	DEBUGSGN5B =	ACTCHECKLET,
	UPAROW5B =	ACTGOTINT;

BIND SUM=HOLCONST;

	% WE HAVE A DIGIT FROM LEXEME AND THUS AN INTEGER TO PICK UP %
	MACRO
ACMENTGETCONST   =
	DECEXP _ 0;
	INCREM _ 0;
	HIAC _ 0;
	LOAC _ 0;
	NAME _ .GCONTAB ;

	CALLR ( STBLDDBLINT,  STGETCONST );
	LEAVE NEWSTATE	! GO  BUILD THE INTEGER
$;

	% WE HAVE AN INTEGER  %
	MACRO
ACMGOTINT  =

%2241%	REGISTER VAL;

	%CHECK FOR OVERFLOW%
	IF .LOAC<35,1> OR .HIAC NEQ 0
	THEN	( FATLEX(E64<0,0>); NAME _ .GCONTAB );

	ENTRY[1] _ .LOAC;
	ENTRY[0] _ 0;
	% CHECK TO SEE IF WE ARE LOOKING FOR A LABEL %
	IF .LOOK4LABEL  NEQ  0
	THEN
	BEGIN	% THIS IS A LABEL %
%2241%		VAL = LABREF();		! LABEL IS IN ENTRY[1]
%2241%		VAL<LEFT> _ LABELEX
	END
	ELSE
	BEGIN	% INTEGER %
		SYMTYPE _ GINTEGER<0,0>;
%2241%		VAL = TBLSEARCH();
%2241%		VAL<LEFT> _ CONSTLEX
	END;
%2241%	RETURNOW(.VAL)
$;

	% THERE IS A LETTER FOLLOWING AN INTEGER
	  IS IT A HOLERITH OR EXPONENT OR WHAT  %
	MACRO
ACMCHECKLET   =

	% FIRST CHECK FOR LABELS %

	IF .STATE NEQ STREALCON1
	THEN BEGIN

	IF .LOOK4LABEL  NEQ  0
	THEN
	BEGIN	% WE REALLY WANT A LABEL %
		ACTION _ ACTGOTINT;
		LEAVE NEWACTION
	END;

	IF .CHAR  EQL  "H"
	THEN
	BEGIN	% HOLERITH %
		% THE NUMBER OF CHARACTERS IS IN LOAC %

%1107%	! Prohibit 0H - bad hollerith constant

%1107%	IF .LOAC EQL 0 THEN FATLEX(  E158<0,0> );

		% MAKE AN ENTRY IN THE LITERAL TABLE %

%1245%		! Get string as HOLLCONST
%1245%		VALUE<RIGHT> _ LITDEF(.LOAC,HOLLDEF);
		VALUE <LEFT> _ LITSTRING;
		POINTER _ (@VALUE+LTLSIZ)<36,7> ;	! POINTER TO BEGINNING OF LITERAL STORAGE
%2260%		IF ( SUM = 5-( .LOAC MOD 5)) EQL 5	! For blank fill at end
%2260%		THEN SUM = 0
%2260%		ELSE	! Padding required to get to word boundary
%2455%			IF FLAGVMS THEN WARNLEX(E242<0,0>);
	
		STATE _ STHOLEX;
		LEAVE SMALCHAR

	END
	END;

	% LOOK FOR EXPONENT %

	SIIGN _ 0;
!REMOVE	STATE _ STINTEXPONENT;

	IF .CHAR  EQL  "D"
	THEN
	BEGIN	% DOUBLEPRECISION %
		SYMTYPE _ GDOUBLPREC<0,0>;
		STATE_STINTEXPONENT;
		LEAVE SMALCHAR
	END;
	IF .CHAR  EQL  "E"
	THEN
	BEGIN	% REAL EXPONENT %
		SYMTYPE _ GREAL<0,0>;
		STATE_STINTEXPONENT;
		LEAVE SMALCHAR
	END;

	% JUST INTEGER %
	IF .STATE EQL STREALCON1 THEN ACTION_ACTGOTREAL ELSE
	ACTION _ ACTGOTINT;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STBLDDBLINT	NUMBER (#)  13S  %
% BUILD A DOUBLE PRECISION CONSTANT IN HIAC AND LOAC %

BIND
	ILL13S	=	ACTGOBAKNOW,
	TAB13S	=	ACTTAB,
	LT13S	=	ACTLT,
	BLANK13S =	ACTANY,
	SPEC13S	=	ACTGOBAKNOW,
	DIGIT13S =	ACTBILDDBLINT,
	UPPER13S =	ACTGOBAKNOW,
	LOWER13S =	ACTGOBAKNOW,
	FOS13S	=	ACTGOBAKNOW,
	EOB13S	=	ACTEOB,
	REMARK13S =	ACTENTREMARK;

%2241%	! Build a  constant  as  a  double integer  number.   If  it  is
%2241%	! followed by Dnn it is actually double precision, and will need
%2241%	! all the mantissa bits.

	MACRO
ACMBILDDBLINT=
BEGIN
	REGISTER R[2];

%2241%	MACHOP
%2241%		DADD = #114,
%2241%		DMOVE = #120,
%2241%		DMOVEM = #124,
%2241%		ASHC = #244;

%2241%	DMOVE(R[0],HIAC);			! Fetch both words into regs

	IF (.R[0] AND #760000000000) EQL 0
	THEN
	BEGIN	! No overflow
		DECEXP = .DECEXP + .INCREM;	! Keep track of decimal point
%2241%		ASHC(R[0],3);			! Multiply (HIAC,LOAC) by 8
%2241%		DADD(R[0],HIAC);		! Add in (HIAC,LOAC)
%2241%		DADD(R[0],HIAC);		! Add in (HIAC,LOAC)
%2241%		HIAC = 0;
%2241%		LOAC = .CHAR - "0";		! Convert digit to number
%2241%		DADD(R[0],HIAC);		! Add it in
%2241%		DMOVEM(R[0],HIAC);		! Move result to (HIAC,LOAC)
	END	! No overflow
	ELSE
	BEGIN	! Overflow
		! ADJUST EXPONENT FOR IGNORED LEAST SIGNIFIGANT DIGITS
		IF .INCREM  EQL   0
		THEN	DECEXP _ .DECEXP + 1
	END;

	LEAVE SMALCHAR
END;
$;

% SMALL STATE DEFINITION	STREALCON	NUMBER (#) 14S  %
%  WE HAVE  <INTEGER> "."  
  WE ARE NOW LOOKING AT WHATEVER FOLLOWS THE "."
%

BIND
	ILL14S	=	ACTBADCHAR,
	TAB14S	=	ACTTAB,
	LT14S	=	ACTLT,
	BLANK14S =	ACTANY,
	SPEC14S	=	ACTGOTREAL,
	DIGIT14S =	ACTENTRLBLDD,
	UPPER14S =	ACTEXDBCHK,
	LOWER14S =	ACTUPLOW,
	FOS14S	=	ACTGOTREAL,
	EOB14S	=	ACTEOB,
	REMARK14S =	ACTENTREMARK;


	MACRO
ACMREALCON   =
	 SYMTYPE _ GREAL<0,0>;
	STATE _ STREALCON;
	LEAVE SMALCHAR
$;

	% BUILD THE FRACTIONAL PORTION OF A CONSTANT  %
	MACRO
ACMENTRLBLDD  =
	INCREM _ -1;
	CALLR ( STBLDDBLINT,  STREALCON1 );
	LEAVE NEWSTATE
$;

	% WE HAVE A REAL OR DOUBLE PRECISION CONSTANT  %
	MACRO
ACMGOTREAL  =
	FLTGEN();
	ENTRY[0] _ .HIAC;
	ENTRY[1] _ .LOAC;
	RETURNOW (( CONSTLEX^18 + TBLSEARCH()  ))
$;

	% WE HAVE <INTEGER> "."  <LETTER>
	  AND UNFORTUNATELY MUST CHECK WHETHER IT IS AN EXPONENT OR
	  A RELATIONAL/LOGICAL OPERATOR  %
	MACRO
ACMEXDBCHK   =

	SIIGN _ 0;

	IF .CHAR  EQL  "D"
	THEN
	BEGIN	% DOUBLE PRECISION %
		SYMTYPE _ GDOUBLPREC<0,0>;
		STATE _ STINTEXPONENT;
		LEAVE SMALCHAR
	END;

	IF .CHAR  EQL  "E"
	THEN
	BEGIN	% POSSIBLE EXPONENT OR RELATIONAL OPERATOR %
		% IF THEREIS ANOTHER LETTER FOLLOWING IT WE
		  WILL ASSUME THAT IT IS AN OPERATOR  %
		BAKSAV();	! SAVE CURRENT POSITION
		STATE _ STOPCHK;
		LEAVE SMALCHAR
	END;

	% ELSE EVERYTHING ELSE IS AN OPERATOR %
	DECREMENT ( CURPTR<ADRS> );
	CHARPOS _ .CHARPOS + 1;	!BACKUP THE CHARACTER POSITION COUNTER
	CHAR _ ".";
	CODE _ DOT;
	ACTION _ ACTGOTINT;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STREALCON1	NUMBER (#) 15S  %
% WE HAVE [<INTEGER>] "."  < INTEGER >   -  SO LOOK FOR EXPONENT %

BIND
	ILL15S	=	ACTBADCHAR,
	TAB15S	=	ACTTAB,
	LT15S	=	ACTLT,
	BLANK15S =	ACTANY,
	SPEC15S	=	ACTGOTREAL,
	DIGIT15S =	ACTINTERR,
	UPPER15S =	ACTCHECKLET,
	LOWER15S =	ACTUPLOW,
	FOS15S	=	ACTGOTREAL,
	EOB15S	=	ACTEOB,
	REMARK15S =	ACTENTREMARK;


% SMALL STATE DEFINITION	STOPCHK	NUMBER (#) 16S  %
% WE HAVE <INTEGER> "." "E"  -   ? IS IT AN EXPONENT OR OERATOR %

BIND
	ILL16S	=	ACTBADCHAR,
	TAB16S	=	ACTTAB,
	LT16S	=	ACTCLASLT,
	BLANK16S =	ACTANY,
	SPEC16S	=	ACTCHKPLMI,
	DIGIT16S =	ACTINTEXP1,
	UPPER16S =	ACTGOTOP,
	LOWER16S =	ACTGOTOP,
	FOS16S	=	ACTNOEXP,
	EOB16S	=	ACTEOB,
	REMARK16S =	ACTENTREMARK;


	% ITS AN OPERATOR %
	MACRO
ACMGOTOP   =
	% SO BACK UP  %
	BACKUP();
	CHAR _ ".";
	CODE _ DOT;
	ACTION _ ACTGOTINT;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STINTEXPONENT	NUMBER (#) 17S  %
% LOOK FOR SIGN OF EXPONENT FOLLOWING  D OR E  %

BIND
	ILL17S	=	ACTBADCHAR,
	TAB17S	=	ACTTAB,
	LT17S	=	ACTLT,
	BLANK17S =	ACTANY,
	SPEC17S	=	ACTCHKPLMI,
	DIGIT17S =	ACTINTEXP1,
	UPPER17S =	ACTNOEXP,
	LOWER17S =	ACTNOEXP,
	FOS17S	=	ACTNOEXP,
	EOB17S	=	ACTEOB,
	REMARK17S =	ACTENTREMARK;


	% SET SIIGN IF ITS PLUS OF MINUS,  OTHERWISE ITS NO EXPONENT %
	MACRO
ACMCHKPLMI   =
	% CHECK TO SEE IF SOME LINES WERE LOOKED AHEAD OVER  %
	IF  .BACKLINE  NEQ  0  THEN  BACKPRINT();
	
	STATE _ STINTEXP0;
	IF .CHAR  EQL  "-"
	THEN	( SIIGN _ -1;  LEAVE SMALCHAR);	! GO GET EXPONENT
	IF .CHAR  EQL  "+"  THEN  LEAVE SMALCHAR;

	% ELSE NO EXPONENT %
	ACTION _ ACTNOEXP;
	LEAVE NEWACTION
$;

	% NO EXPONENT AFTER E OR D  %
	MACRO
ACMNOEXP    =

	% CHECK FOR BACK PRINT  %
	IF .BACKLINE  NEQ  0  THEN  BACKPRINT();

	FATLEX(  E95<0,0>);
	NAME _ .GCONTAB;
	ACTION  _ ACTGOTREAL;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STINTEXP0	NUMBER (#) 18S  %
% SIGN OF EXPONENT HAS BEEN FOUND - LETS NOT HAVE ANY MORE SIGNS %

BIND
	ILL18S	=	ACTBADCHAR,
	TAB18S	=	ACTTAB,
	LT18S	=	ACTLT,
	BLANK18S =	ACTANY,
	SPEC18S	=	ACTNOEXP,
	DIGIT18S =	ACTINTEXP1,
	UPPER18S =	ACTNOEXP,
	LOWER18S =	ACTNOEXP,
	FOS18S	=	ACTNOEXP,
	EOB18S	=	ACTEOB,
	REMARK18S =	ACTENTREMARK;


% SMALL STATE DEFINITION	STINTEXP1	NUMBER (#) 19S  %
% LOOK FOR DIGITS OF THE EXPONENT AFTER THE FIRST  %

BIND
	ILL19S	=	ACTBADCHAR,
	TAB19S	=	ACTTAB,
	LT19S	=	ACTLT,
	BLANK19S =	ACTANY,
	SPEC19S	=	ACTGOTIEXP,
	DIGIT19S =	ACTSKCONBLD,
	UPPER19S =	ACTGOTIEXP,
	LOWER19S =	ACTGOTIEXP,
	FOS19S	=	ACTGOTIEXP,
	EOB19S	=	ACTEOB,
	REMARK19S =	ACTENTREMARK;


	% WE HAVE  1ST DIGIT OF EXPONENT  %
	MACRO
ACMINTEXP1   =
	IF  .BACKLINE  NEQ  0  THEN  BACKPRINT();

	SUM _ .CHAR - "0";
	STATE _ STINTEXP1;
	LEAVE SMALCHAR
$;

	% WE HAVE AN EXPONENT  %
	MACRO
ACMGOTIEXP   =
	IF .SIIGN  NEQ  0
	THEN  SUM _ -.SUM;
	DECEXP _ .DECEXP + .SUM;
	ACTION _ ACTGOTREAL;
	LEAVE NEWACTION
$;
!----------------------------------------------------------------------
!                           HOLERITH CONSTANTS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STHOLEX	NUMBER (#) 20S  %
% PICK UP A HOLERITH STRING  - LOAC CONTAINS THE NUMBER OF CARACTERS %

BIND
	ILL20S	=	ACTHOLCHAR,
	TAB20S	=	ACTHOLTAB,
	LT20S	=	ACTLT,
	BLANK20S =	ACTHOLCHAR,
	SPEC20S	=	ACTHOLCHAR,
	DIGIT20S =	ACTHOLCHAR,
	UPPER20S =	ACTHOLCHAR,
	LOWER20S =	ACTHOLCHAR,
	FOS20S	=	ACTHOLEND,
	EOB20S	=	ACTEOB,
	REMARK20S =	ACTHOLCHAR;


	% FORM THE HOLERITH STRING  %
	MACRO
ACMHOLCHAR  =
	IF .LOAC   EQL  0
	THEN	( ACTION _ ACTHOLEND;  LEAVE NEWACTION  )

	ELSE
	BEGIN	% STORE THE CHARACTERS  %
		LOAC _ .LOAC -1;
		REPLACEI ( POINTER, .CHAR  );
		LEAVE SMALCHAR
	END
$;

	% END OF THE HOLERITH STRING  %
	MACRO
ACMHOLEND  =
%2260%	IF FLAGANSI THEN WARNLEX(E243<0,0>); ! "ANSI: Hollerith constant"

	LOAC _ .LOAC + .SUM;	! SUM IS # CHARS TO BLANK FILL
	WHILE  .LOAC  NEQ  0
	DO
	BEGIN	% BLANK FILL IF EOS WAS REACHED AND TO WORD BONDRY %
		REPLACEI ( POINTER, " " );
		LOAC _ .LOAC-1
	END;
	(.POINTER<RIGHT>+1)<0,36> _ 0;	! NULL WORD ON THE END

	STATE _ STRETNX;
	LEAVE NEWSTATE
$;
!----------------------------------------------------------------------
!                           LITERAL STRINGS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STLITLEX	NUMBER (#) 21S  %
%  PICK UP A LITERAL STRING  %

BIND
	ILL21S	=	ACTLITEDCHK,
	TAB21S	=	ACTHOLTAB,
	LT21S	=	ACTLT,
	BLANK21S =	ACTLITEDCHK,
	SPEC21S	=	ACTLITEDCHK,
	DIGIT21S =	ACTLITEDCHK,
	UPPER21S =	ACTLITEDCHK,
	LOWER21S =	ACTLITEDCHK,
	FOS21S	=	ACTNOTIC,
	EOB21S	=	ACTEOB,
	REMARK21S =	ACTLITEDCHK;

BIND  LSTADDR = SUM;

	!***************************************************************
	! The size of  the literal  is not  yet known.  Build a  literal
	! table entry of a  reasonable size and see  if it fits.  If  so
	! any space left over  will be returned.  If  not a larger  area
	! will be  requested.  This  is accomplished  by adding  to  the
	! block through another call to CORMAN.  CORMAN assumes that all
	! blocks larger than FLSIZ words will be taken from free storage
	! and that successive requests will add to the original request.
	!***************************************************************

	MACRO
ACMENTLITLEX   =

	% MAKE FIRST ENTRY  %
	
%1245%	CHARCOUNT _ 0;			! Length of character constant

%1245%	! Get string as HOLLCONST

%1530%	VALUE<RIGHT> = LITDEF(CHARSPERWORD * FLSIZ, CHARDEF);
	VALUE<LEFT> _ LITSTRING;
	POINTER _ (@VALUE + LTLSIZ)<36,7>;	! FORM STARTING BYTE POINTER
	LSTADDR _ .VALUE<RIGHT> + LTLSIZ + FLSIZ - 1;	! ADDRESS OF LAST WORD IN ENTRY
	STATE _ STLITLEX;
	LEAVE SMALCHAR
$;

	% LOOKING FOR CLOSING '  %
	MACRO
ACMLITEDCHK   =
	
	% MAKE SURE THAT THERE IS SPACE LEFT  %
	IF .LSTADDR<RIGHT>  EQL  .POINTER<RIGHT>
	THEN
	BEGIN	% NEED MORE SPACE %
%1530%		NAME<LEFT> = FLSIZ;	! Must be at least FLSIZ words
		CORMAN();
%5130%		LSTADDR = .LSTADDR + FLSIZ;
	END;

	IF .CHAR  EQL  "'"
	THEN
	BEGIN	% THIS MAY BE THE END OF THE LITERAL  %
		STATE _ STLITEND
	END
	ELSE
	BEGIN	% STORE THE CHARACTER %
		REPLACEI ( POINTER, .CHAR  );

%1245%	CHARCOUNT _ .CHARCOUNT + 1;	! Increment length

	END;
	LEAVE SMALCHAR
$;

	% MISSING TERMINAL  "'"   %
	MACRO
ACMNOTIC  =
	FATLEX (   E72<0,0> );
	RETURNOW (EOSLEX^18)
$;


% SMALL STATE DEFINITION	STLITEND	NUMBER (#) 22S  %
% LOOKING FOR SECOND '  %

BIND
	ILL22S	=	ACTTIC2CHK,
	TAB22S	=	ACTTIC2CHK,
	LT22S	=	ACTLT,
	BLANK22S =	ACTTIC2CHK,
	SPEC22S	=	ACTTIC2CHK,
	DIGIT22S =	ACTTIC2CHK,
	UPPER22S =	ACTTIC2CHK,
	LOWER22S =	ACTTIC2CHK,
	FOS22S	=	ACTTIC2CHK,
	EOB22S	=	ACTEOB,
	REMARK22S =	ACTTIC2CHK;


	% CHECK FOR SUCCESSIVE 'S  %
	MACRO
ACMTIC2CHK  =
	IF .CHAR  EQL  "'"
	THEN
	BEGIN	% GOT ONE  %
		REPLACEI( POINTER, .CHAR );	! SPACE CHECK ALREADY MADE
%1245%		CHARCOUNT _ .CHARCOUNT + 1;	! Increment length
		STATE _ STLITLEX;
		LEAVE SMALCHAR
	END
	ELSE
	BEGIN	% END OF THE LINE FOR THE LITERAL %

%1245%		IF .CHARCOUNT EQL 0 THEN FATLEX( E159<0,0> );	! Illegal character constant '' found - complain

		% BLANK FILL %
		UNTIL  .POINTER<30,6>  EQL  1
		DO	REPLACEI( POINTER, " " );

%1245%		ENDOFLIT( .POINTER<RIGHT>,.VALUE<RIGHT>,.LSTADDR<RIGHT>,.CHARCOUNT );
		% CLEAN UP AND SAVE SPACE  %

		STATE _ STRETNX;
		LEAVE  NEWSTATE
	END
$;
!----------------------------------------------------------------------
!                           OCTAL CONSTANTS
!----------------------------------------------------------------------

% SMALL STATE DEFINITION	STOCTQ	NUMBER (#) 23S  %
% LOOK FOR SIGN OF OCTAL  %

BIND
	ILL23S	=	ACTBADCHAR,
	TAB23S	=	ACTTAB,
	LT23S	=	ACTLT,
	BLANK23S =	ACTANY,
	SPEC23S	=	ACTCHKOCPM,
	DIGIT23S =	ACTOCTQ1,
	UPPER23S =	ACTNOOCT,
	LOWER23S =	ACTNOOCT,
	FOS23S	=	ACTNOOCT,
	EOB23S	=	ACTEOB,
	REMARK23S =	ACTENTREMARK;

	% LOOKING FOR OCTAL CONSTANT %

	MACRO
ACMENTOCTQ   =
	HIAC _ 0;
	LOAC _ 0;
	SIIGN _ 0;
%2225%	CHARCOUNT = 0;		! Used to count the number of octal digits
	STATE _ STOCTQ;
	LEAVE SMALCHAR
$;

	% NO DIGITS IN OCTAL CONSTANT  %
	MACRO
ACMNOOCT  =
	FATLEX ( PLIT'OCTAL DIGIT?0', .CHAR,     E0<0,0> );
	CALLR  ( STSKIP, STRETNX );
	VALUE _ EOSLEX^18;
	LEAVE NEWSTATE
$;

	% SEE IF WE HAVE A SIGN  %
	MACRO
ACMCHKOCPM   =
	STATE _ STOCTQ0;
	IF .CHAR  EQL  "-"
	THEN	( SIIGN _ -1;  LEAVE  SMALCHAR  );
	IF .CHAR  EQL  "+"  THEN  LEAVE SMALCHAR;
	ACTION _ ACTNOOCT;
	LEAVE NEWACTION
$;

% SMALL STATE DEFINITION	STOCTQ0	NUMBER (#) 24S  %
% AFTER THE SIGN BUT BEFORE ANY DIGITS %

BIND
	ILL24S	=	ACTBADCHAR,
	TAB24S	=	ACTTAB,
	LT24S	=	ACTLT,
	BLANK24S =	ACTANY,
	SPEC24S	=	ACTNOOCT,
	DIGIT24S =	ACTOCTQ1,
	UPPER24S =	ACTNOOCT,
	LOWER24S =	ACTNOOCT,
	FOS24S	=	ACTNOOCT,
	EOB24S	=	ACTEOB,
	REMARK24S =	ACTENTREMARK;


% SMALL STATE DEFINITION	STOCTQ1	NUMBER (#) 25S  %
%  LOOK FOR DIGITS AFTER THE FIRST  %

BIND
	ILL25S	=	ACTBADCHAR,
	TAB25S	=	ACTTAB,
	LT25S	=	ACTLT,
	BLANK25S =	ACTANY,
	SPEC25S	=	ACTGOTOCT,
	DIGIT25S =	ACTOCTQ1,
	UPPER25S =	ACTGOTOCT,
	LOWER25S =	ACTGOTOCT,
	FOS25S	=	ACTGOTOCT,
	EOB25S	=	ACTEOB,
	REMARK25S =	ACTENTREMARK;


	% PICK UP THOSE OCTAL DIGITS  %
	MACRO
ACMOCTQ1  =
	MACHOP  LSHC = #246;
	REGISTER  T[2];
	STATE _ STOCTQ1;
	T[0] _ .HIAC;  T[1] _ .LOAC;
	IF .CHAR  GEQ "8"
	THEN
	BEGIN	% BAD DIGIT %
		FATLEX ( PLIT'OCTAL DIGIT?0', .CHAR,   E0<0,0> );
		CHAR _ "0"
	END;

%2225%	CHARCOUNT = .CHARCOUNT + 1;	! Count the digit
	LSHC(T[0],3);			! Build the number
	T[1] _ .T[1] + ( .CHAR - "0" );
	HIAC _ .T[0];
	LOAC _ .T[1];

	LEAVE SMALCHAR
$;

	MACRO
ACMGOTOCT  =
%2260%	IF FLAGEITHER THEN CFLEXB(E266<0,0>); ! Compatibility flagger

%2225%	! Check for too many digits and complain

%2225%	IF .CHARCOUNT GTR 24
%2225%	THEN FATLEX( PLIT'a maximum of 24?0',PLIT'too many digits?0',E0<0,0>);

	IF .SIIGN  NEQ  0
	THEN
%2475%	BEGIN
%2475%		HIAC = -.HIAC - 1;
%2475%		IF (LOAC = -.LOAC) EQL 0
%2475%		THEN HIAC = .HIAC + 1
%2475%	END;
	% NEGATIVES ARE KEPT IN DOUBLE PRECISION %

%2225%	! Set the datatype based on number of digits

%2225%	SYMTYPE = (IF .CHARCOUNT LEQ 12 THEN GOCTAL<0,0> ELSE GDUBOCT<0,0>);

	ENTRY[0] _ .HIAC;
	ENTRY[1] _ .LOAC;
	NAME _ .GCONTAB ;
	RETURNOW ( CONSTLEX^18 +  TBLSEARCH() )
$;
!----------------------------------------------------------------------
!                  FORMAT STATEMENT LEXICAL ANALYZER
!----------------------------------------------------------------------
!
!	The lexical analyzer for  FORMATS returns constants, literals  (
!	"'" and holerith  ), and single  character lexemes.  The  actual
!	lexeme number for any given  lexeme is obtained from two  tables
!	in FORMAT.BLI.  For letters  the code comes from  FMTLET[.CHAR],
!	for the other single  letter lexemes the  code is obtained  from
!	the table FMTLEX[.CODE] (i.e. the lexical character code is  the
!	index).   The  constant  lexeme  number  is  FMTLEX[DIGIT],  the
!	literal lexeme code ( or holerith ) is FMTLEX[LITSGN].
!
!----------------------------------------------------------------------

% BIG STATE DEFINITION	STFMTLEX	NUMBER (#) 6B  %

BIND
	ILL6B	=	ACTFLEX1,
	TAB6B	=	ACTINTERR,
	LT6B	=	ACTINTERR,
	BLANK6B =	ACTINTERR,
	SPEC6B	=	ACTFLEX1,
	DIGIT6B =	ACTFMTHOLCK,
	UPPER6B =	ACTFMTCHAR,
	LOWER6B =	ACTUPLOW,
	FOS6B	=	ACTFMTEOS,
	EOB6B	=	ACTEOB,
	REMARK6B =	ACTINTERR,
	EQUAL6B =	ACTFLEX1,
	LPAREN6B =	ACTFLEX1,
	RPAREN6B =	ACTFLEX1,
	COLON6B =	ACTFLEX1,
	COMMA6B =	ACTFLEX1,
	DOLLAR6B =	ACTFLEX1,
	ASTERISK6B =	ACTFLEX1,
	SLASH6B =	ACTFLEX1,
	PLUS6B =	ACTFLEX1,
	MINUS6B =	ACTFLEX1,
	ANDSGN6B =	ACTFLEX1,
	LITSGN6B =	ACTFMTQT,
	OCTSGN6B =	ACTFLEX1,
	NEQSGN6B =	ACTFLEX1,
	DOT6B	=	ACTFLEX1,
	SEMICOL6B =	ACTMULTST,
	LTSGN6B =	ACTFLEX1,
	GTSGN6B =	ACTFLEX1,
	COMNTSGN6B =	ACTFMTCHAR,
	DEBUGSGN6B =	ACTFMTCHAR,
	UPAROW6B =	ACTFLEX1;

	% STORE THE CHARACTER IN THE FORMAT NODE AND CHECK TO SEE
	  IF YOU HAVE RUN OUT OF SPACE  %
	MACRO
SVFMTCHAR  =
	REPLACEI ( FMTPTR, .CHAR );
	IF .FMTPTR<RIGHT>  EQL  .FMTEND  THEN  FMTOVER(.CHAR)
$;

	% SINGLE CHARACTER NON-LETTER LEXEMES %
	MACRO
ACMFLEX1  =

	% NOW STORE THE CHARACTER IN THE FORMAT NODE %
	SVFMTCHAR;
	RETURNXT( .FMTLEX[ .CODE ]<RIGHT> )
$;

	% EOS ENCOUNTERED %
	MACRO
ACMFMTEOS  =
	IF ..CURPTR  NEQ  ";" AND .CHAR  EQL  EOS
	THEN  LEXLINE _ .LASTLINE;	!ADJUST LEXEME ERROR LINE NUMBER
	RETURNOW ( .FMTLEX[ FOS ]<RIGHT> )
$;

	% ITS A LETTER %
	MACRO
ACMFMTCHAR  =
	SVFMTCHAR;
	RETURNXT ( .FMTLET [ .CHAR - "A" +1 ]<LEFT> )
$;

% SMALL STATE DEFINITION	STFMTQT	NUMBER (#) 29S  %
% PICK UP QUOTED LITERAL STRINGS IN FORMAT STATEMENTS %

BIND
	ILL29S	=	ACTFMTQT1,
	TAB29S	=	ACTHOLTAB,
	LT29S	=	ACTLT,
	BLANK29S =	ACTFMTQT1,
	SPEC29S	=	ACTFMTQT1,
	DIGIT29S =	ACTFMTQT1,
	UPPER29S =	ACTFMTQT1,
	LOWER29S =	ACTFMTQT1,
	FOS29S =	ACTFMTQT1,
	EOB29S	=	ACTEOB,
	REMARK29S =	ACTFMTQT1;

	% WE HAVE THE FIRST ' - SEE IF YOU CAN FIND ANOTHER  %
	MACRO
ACMFMTQT  =
	SVFMTCHAR;
	STATE _ STFMTQT;
	LEAVE SMALCHAR
$;

	% LOOKING FOR THAT SECOND '  %
	MACRO
ACMFMTQT1  =
	 IF .CODE EQL  FOS  
	THEN
	BEGIN	% NEVER GOING TO FIND IT NOW  %
		FATLEX(E72<0,0>);
		RETURNOW(.FMTLEX[FOS]<RIGHT>)
	END
	ELSE
	BEGIN
		SVFMTCHAR;
		IF .CHAR  EQL "'"
		THEN (RETURNXT( .FMTLEX[ LITSGN ]<RIGHT> ))
		ELSE	LEAVE SMALCHAR
	END
$;

% SMALL STATE DEFINITION	STFHOLCON	NUMBER (#) 30S  %
% WE ARE HERE TO PICK UP A CONSTANT AND SAVE IT INCASE THERE IS A 
	HOLLERITH FOLLOWING  %

BIND
	ILL30S	=	ACTHOLCONDONE,
	TAB30S	=	ACTTAB,
	LT30S	=	ACTLT,
	BLANK30S =	ACTANY,
	SPEC30S	=	ACTHOLCONDONE,
	DIGIT30S =	ACTHOLCON,
	UPPER30S =	ACTHOLCONDONE,
	LOWER30S =	ACTUPLOW,
	FOS30S	=	ACTHOLCONDONE,
	EOB30S	=	ACTEOB,
	REMARK30S =	ACTENTREMARK;


	% WE HAVE A DIGIT %
	MACRO
ACMFMTHOLCK  =
	% INITIALIZE THE CONSTANT PICKUP %
	STATE _ STFHOLCON;
	HOLCONST _ 0;
	ACTION _ ACTHOLCON;
	LEAVE NEWACTION
$;

	% ADD UP THOSE DIGITS  %
	MACRO
ACMHOLCON  =
	HOLCONST _ .HOLCONST*10 + .CHAR - "0";
	SVFMTCHAR;
	LEAVE SMALCHAR
$;


	% NO MORE DIGITS TO BE FOUND %
	MACRO
ACMHOLCONDONE  =
	IF .CHAR   NEQ  "H"
	THEN	( RETURNOW( .FMTLEX[DIGIT]<RIGHT> ))	! YOU FOUND A CONSTANT
	ELSE
	BEGIN	% ITS A HOLERITH %
		STATE _ STFHOLPKUP;
		ACTION _ ACTFMTHOLPKUP;
		LEAVE NEWACTION
	END
$;

% SMALL STATE DEFINITION	STFHOLPKUP	NUMBER (#) 31S  %
% GET THE HOLERITH STRING  %

BIND
	ILL31S	=	ACTFMTHOLPKUP,
	TAB31S	=	ACTHOLTAB,
	LT31S	=	ACTLT,
	BLANK31S =	ACTFMTHOLPKUP,
	SPEC31S	=	ACTFMTHOLPKUP,
	DIGIT31S =	ACTFMTHOLPKUP,
	UPPER31S =	ACTFMTHOLPKUP,
	LOWER31S =	ACTFMTHOLPKUP,
	FOS31S	=	ACTFMTHOLPKUP,
	EOB31S	=	ACTEOB,
	REMARK31S =	ACTFMTHOLPKUP;


	% GET THOSE ELUSIVE CHARACTERS %
	MACRO
ACMFMTHOLPKUP  =
	% NOTE THAT THE INITIAL "H" PASSES THROUGH HERE TOOOOO %
	IF .CODE EQL  FOS  
	THEN	( RETURNOW ( .FMTLEX[LITSGN]<RIGHT> ));
	SVFMTCHAR;
	IF .HOLCONST EQL  0
	THEN
	BEGIN
		RETURNXT( .FMTLEX[ LITSGN ]<RIGHT> )
	END
	ELSE
	BEGIN	% GO ON TO THE NEXT ONE %
		HOLCONST _ .HOLCONST - 1;
		LEAVE SMALCHAR
	END
$;
!----------------------------------------------------------------------
!                      STATE TABLE SKELETON PLITS
!----------------------------------------------------------------------
!
! TABLE SIZE AND PACKING DEFINITIONS

GLOBAL BIND
	STPACK = 4,  		! 4 STATE TABLE ENTRIES PER WORD
	STBITS  =  36/STPACK;	! NUMBER OF BITS PER ENTRY

SWITCHES  NOLIST;

GLOBAL BIND SMALSTATE = UPLIT( LSMALSTATE GLOBALLY NAMES

	S,
	 ILL0S^27 + ILL1S^18 + ILL2S^9 + ILL3S,
	 TAB0S^27 + TAB1S^18 + TAB2S^9 + TAB3S,
	 LT0S^27 + LT1S^18 + LT2S^9 + LT3S,
	 BLANK0S^27 + BLANK1S^18 + BLANK2S^9 + BLANK3S,
	 SPEC0S^27 + SPEC1S^18 + SPEC2S^9 + SPEC3S,
	 DIGIT0S^27 + DIGIT1S^18 + DIGIT2S^9 + DIGIT3S,
	 UPPER0S^27 + UPPER1S^18 + UPPER2S^9 + UPPER3S,
	 LOWER0S^27 + LOWER1S^18 + LOWER2S^9 + LOWER3S,
	 FOS0S^27 + FOS1S^18 + FOS2S^9 + FOS3S,
	 EOB0S^27 + EOB1S^18 + EOB2S^9 + EOB3S,
	 REMARK0S^27 + REMARK1S^18 + REMARK2S^9 + REMARK3S,
	S,
	 ILL4S^27 + ILL5S^18 + ILL6S^9 + ILL7S,
	 TAB4S^27 + TAB5S^18 + TAB6S^9 + TAB7S,
	 LT4S^27 + LT5S^18 + LT6S^9 + LT7S,
	 BLANK4S^27 + BLANK5S^18 + BLANK6S^9 + BLANK7S,
	 SPEC4S^27 + SPEC5S^18 + SPEC6S^9 + SPEC7S,
	 DIGIT4S^27 + DIGIT5S^18 + DIGIT6S^9 + DIGIT7S,
	 UPPER4S^27 + UPPER5S^18 + UPPER6S^9 + UPPER7S,
	 LOWER4S^27 + LOWER5S^18 + LOWER6S^9 + LOWER7S,
	 FOS4S^27 + FOS5S^18 + FOS6S^9 + FOS7S,
	 EOB4S^27 + EOB5S^18 + EOB6S^9 + EOB7S,
	 REMARK4S^27 + REMARK5S^18 + REMARK6S^9 + REMARK7S,
	S,
	 ILL8S^27 + ILL9S^18 + ILL10S^9 + ILL11S,
	 TAB8S^27 + TAB9S^18 + TAB10S^9 + TAB11S,
	 LT8S^27 + LT9S^18 + LT10S^9 + LT11S,
	 BLANK8S^27 + BLANK9S^18 + BLANK10S^9 + BLANK11S,
	 SPEC8S^27 + SPEC9S^18 + SPEC10S^9 + SPEC11S,
	 DIGIT8S^27 + DIGIT9S^18 + DIGIT10S^9 + DIGIT11S,
	 UPPER8S^27 + UPPER9S^18 + UPPER10S^9 + UPPER11S,
	 LOWER8S^27 + LOWER9S^18 + LOWER10S^9 + LOWER11S,
	 FOS8S^27 + FOS9S^18 + FOS10S^9 + FOS11S,
	 EOB8S^27 + EOB9S^18 + EOB10S^9 + EOB11S,
	 REMARK8S^27 + REMARK9S^18 + REMARK10S^9 + REMARK11S,
	S,
	 ILL12S^27 + ILL13S^18 + ILL14S^9 + ILL15S,
	 TAB12S^27 + TAB13S^18 + TAB14S^9 + TAB15S,
	 LT12S^27 + LT13S^18 + LT14S^9 + LT15S,
	 BLANK12S^27 + BLANK13S^18 + BLANK14S^9 + BLANK15S,
	 SPEC12S^27 + SPEC13S^18 + SPEC14S^9 + SPEC15S,
	 DIGIT12S^27 + DIGIT13S^18 + DIGIT14S^9 + DIGIT15S,
	 UPPER12S^27 + UPPER13S^18 + UPPER14S^9 + UPPER15S,
	 LOWER12S^27 + LOWER13S^18 + LOWER14S^9 + LOWER15S,
	 FOS12S^27 + FOS13S^18 + FOS14S^9 + FOS15S,
	 EOB12S^27 + EOB13S^18 + EOB14S^9 + EOB15S,
	 REMARK12S^27 + REMARK13S^18 + REMARK14S^9 + REMARK15S,
	S,
	 ILL16S^27 + ILL17S^18 + ILL18S^9 + ILL19S,
	 TAB16S^27 + TAB17S^18 + TAB18S^9 + TAB19S,
	 LT16S^27 + LT17S^18 + LT18S^9 + LT19S,
	 BLANK16S^27 + BLANK17S^18 + BLANK18S^9 + BLANK19S,
	 SPEC16S^27 + SPEC17S^18 + SPEC18S^9 + SPEC19S,
	 DIGIT16S^27 + DIGIT17S^18 + DIGIT18S^9 + DIGIT19S,
	 UPPER16S^27 + UPPER17S^18 + UPPER18S^9 + UPPER19S,
	 LOWER16S^27 + LOWER17S^18 + LOWER18S^9 + LOWER19S,
	 FOS16S^27 + FOS17S^18 + FOS18S^9 + FOS19S,
	 EOB16S^27 + EOB17S^18 + EOB18S^9 + EOB19S,
	 REMARK16S^27 + REMARK17S^18 + REMARK18S^9 + REMARK19S,
	S,
	 ILL20S^27 + ILL21S^18 + ILL22S^9 + ILL23S,
	 TAB20S^27 + TAB21S^18 + TAB22S^9 + TAB23S,
	 LT20S^27 + LT21S^18 + LT22S^9 + LT23S,
	 BLANK20S^27 + BLANK21S^18 + BLANK22S^9 + BLANK23S,
	 SPEC20S^27 + SPEC21S^18 + SPEC22S^9 + SPEC23S,
	 DIGIT20S^27 + DIGIT21S^18 + DIGIT22S^9 + DIGIT23S,
	 UPPER20S^27 + UPPER21S^18 + UPPER22S^9 + UPPER23S,
	 LOWER20S^27 + LOWER21S^18 + LOWER22S^9 + LOWER23S,
	 FOS20S^27 + FOS21S^18 + FOS22S^9 + FOS23S,
	 EOB20S^27 + EOB21S^18 + EOB22S^9 + EOB23S,
	 REMARK20S^27 + REMARK21S^18 + REMARK22S^9 + REMARK23S,
	S,
	 ILL24S^27 + ILL25S^18 + ILL26S^9 + ILL27S,
	 TAB24S^27 + TAB25S^18 + TAB26S^9 + TAB27S,
	 LT24S^27 + LT25S^18 + LT26S^9 + LT27S,
	 BLANK24S^27 + BLANK25S^18 + BLANK26S^9 + BLANK27S,
	 SPEC24S^27 + SPEC25S^18 + SPEC26S^9 + SPEC27S,
	 DIGIT24S^27 + DIGIT25S^18 + DIGIT26S^9 + DIGIT27S,
	 UPPER24S^27 + UPPER25S^18 + UPPER26S^9 + UPPER27S,
	 LOWER24S^27 + LOWER25S^18 + LOWER26S^9 + LOWER27S,
	 FOS24S^27 + FOS25S^18 + FOS26S^9 + FOS27S,
	 EOB24S^27 + EOB25S^18 + EOB26S^9 + EOB27S,
	 REMARK24S^27 + REMARK25S^18 + REMARK26S^9 + REMARK27S,
	S,
	 ILL28S^27 + ILL29S^18 + ILL30S^9 + ILL31S,
	 TAB28S^27 + TAB29S^18 + TAB30S^9 + TAB31S,
	 LT28S^27 + LT29S^18 + LT30S^9 + LT31S,
	 BLANK28S^27 + BLANK29S^18 + BLANK30S^9 + BLANK31S,
	 SPEC28S^27 + SPEC29S^18 + SPEC30S^9 + SPEC31S,
	 DIGIT28S^27 + DIGIT29S^18 + DIGIT30S^9 + DIGIT31S,
	 UPPER28S^27 + UPPER29S^18 + UPPER30S^9 + UPPER31S,
	 LOWER28S^27 + LOWER29S^18 + LOWER30S^9 + LOWER31S,
	 FOS28S^27 + FOS29S^18 + FOS30S^9 + FOS31S,
	 EOB28S^27 + EOB29S^18 + EOB30S^9 + EOB31S,
	 REMARK28S^27 + REMARK29S^18 + REMARK30S^9 + REMARK31S,
	S,
	 ILL32S^27 + ILL33S^18 + ILL34S^9 + ILL35S,
	 TAB32S^27 + TAB33S^18 + TAB34S^9 + TAB35S,
	 LT32S^27 + LT33S^18 + LT34S^9 + LT35S,
	 BLANK32S^27 + BLANK33S^18 + BLANK34S^9 + BLANK35S,
	 SPEC32S^27 + SPEC33S^18 + SPEC34S^9 + SPEC35S,
	 DIGIT32S^27 + DIGIT33S^18 + DIGIT34S^9 + DIGIT35S,
	 UPPER32S^27 + UPPER33S^18 + UPPER34S^9 + UPPER35S,
	 LOWER32S^27 + LOWER33S^18 + LOWER34S^9 + LOWER35S,
	 FOS32S^27 + FOS33S^18 + FOS34S^9 + FOS35S,
	 EOB32S^27 + EOB33S^18 + EOB34S^9 + EOB35S,
	 REMARK32S^27 + REMARK33S^18 + REMARK34S^9 + REMARK35S
	);

BIND BIGSTATE = UPLIT( LBIGSTATE GLOBALLY NAMES

	B,
	 ILL0B^27 + ILL1B^18 + ILL2B^9 + ILL3B,
	 TAB0B^27 + TAB1B^18 + TAB2B^9 + TAB3B,
	 LT0B^27 + LT1B^18 + LT2B^9 + LT3B,
	 BLANK0B^27 + BLANK1B^18 + BLANK2B^9 + BLANK3B,
	 SPEC0B^27 + SPEC1B^18 + SPEC2B^9 + SPEC3B,
	 DIGIT0B^27 + DIGIT1B^18 + DIGIT2B^9 + DIGIT3B,
	 UPPER0B^27 + UPPER1B^18 + UPPER2B^9 + UPPER3B,
	 LOWER0B^27 + LOWER1B^18 + LOWER2B^9 + LOWER3B,
	 FOS0B^27 + FOS1B^18 + FOS2B^9 + FOS3B,
	 EOB0B^27 + EOB1B^18 + EOB2B^9 + EOB3B,
	 REMARK0B^27 + REMARK1B^18 + REMARK2B^9 + REMARK3B,
	 ANDSGN0B^27 + ANDSGN1B^18 + ANDSGN2B^9 + ANDSGN3B,
	 LPAREN0B^27 + LPAREN1B^18 + LPAREN2B^9 + LPAREN3B,
	 RPAREN0B^27 + RPAREN1B^18 + RPAREN2B^9 + RPAREN3B,
	 COLON0B^27 + COLON1B^18 + COLON2B^9 + COLON3B,
	 COMMA0B^27 + COMMA1B^18 + COMMA2B^9 + COMMA3B,
	 DOLLAR0B^27 + DOLLAR1B^18 + DOLLAR2B^9 + DOLLAR3B,
	 MINUS0B^27 + MINUS1B^18 + MINUS2B^9 + MINUS3B,
	 SLASH0B^27 + SLASH1B^18 + SLASH2B^9 + SLASH3B,
	 PLUS0B^27 + PLUS1B^18 + PLUS2B^9 + PLUS3B,
	 ASTERISK0B^27 + ASTERISK1B^18 + ASTERISK2B^9 + ASTERISK3B,
	 EQUAL0B^27 + EQUAL1B^18 + EQUAL2B^9 + EQUAL3B,
	 LTSGN0B^27 + LTSGN1B^18 + LTSGN2B^9 + LTSGN3B,
	 GTSGN0B^27 + GTSGN1B^18 + GTSGN2B^9 + GTSGN3B,
	 NEQSGN0B^27 + NEQSGN1B^18 + NEQSGN2B^9 + NEQSGN3B,
	 DOT0B^27 + DOT1B^18 + DOT2B^9 + DOT3B,
	 SEMICOL0B^27 + SEMICOL1B^18 + SEMICOL2B^9 + SEMICOL3B,
	 LITSGN0B^27 + LITSGN1B^18 + LITSGN2B^9 + LITSGN3B,
	 OCTSGN0B^27 + OCTSGN1B^18 + OCTSGN2B^9 + OCTSGN3B,
	 COMNTSGN0B^27 + COMNTSGN1B^18 + COMNTSGN2B^9 + COMNTSGN3B,
	 DEBUGSGN0B^27 + DEBUGSGN1B^18 + DEBUGSGN2B^9 + DEBUGSGN3B,
	 UPAROW0B^27 + UPAROW1B^18 + UPAROW2B^9 + UPAROW3B,
	B,
	 ILL4B^27 + ILL5B^18 + ILL6B^9 %+ ILL7B%,
	 TAB4B^27 + TAB5B^18 + TAB6B^9 %+ TAB7B%,
	 LT4B^27 + LT5B^18 + LT6B^9 %+ LT7B%,
	 BLANK4B^27 + BLANK5B^18 + BLANK6B^9 %+ BLANK7B%,
	 SPEC4B^27 + SPEC5B^18 + SPEC6B^9 %+ SPEC7B%,
	 DIGIT4B^27 + DIGIT5B^18 + DIGIT6B^9 %+ DIGIT7B%,
	 UPPER4B^27 + UPPER5B^18 + UPPER6B^9 %+ UPPER7B%,
	 LOWER4B^27 + LOWER5B^18 + LOWER6B^9 %+ LOWER7B%,
	 FOS4B^27 + FOS5B^18 + FOS6B^9 %+ FOS7B%,
	 EOB4B^27 + EOB5B^18 + EOB6B^9 %+ EOB7B%,
	 REMARK4B^27 + REMARK5B^18 + REMARK6B^9 %+ REMARK7B%,
	 ANDSGN4B^27 + ANDSGN5B^18 + ANDSGN6B^9 %+ ANDSGN7B%,
	 LPAREN4B^27 + LPAREN5B^18 + LPAREN6B^9 %+ LPAREN7B%,
	 RPAREN4B^27 + RPAREN5B^18 + RPAREN6B^9 %+ RPAREN7B%,
	 COLON4B^27 + COLON5B^18 + COLON6B^9 %+ COLON7B%,
	 COMMA4B^27 + COMMA5B^18 + COMMA6B^9 %+ COMMA7B%,
	 DOLLAR4B^27 + DOLLAR5B^18 + DOLLAR6B^9 %+ DOLLAR7B%,
	 MINUS4B^27 + MINUS5B^18 + MINUS6B^9 %+ MINUS7B%,
	 SLASH4B^27 + SLASH5B^18 + SLASH6B^9 %+ SLASH7B%,
	 PLUS4B^27 + PLUS5B^18 + PLUS6B^9 %+ PLUS7B%,
	 ASTERISK4B^27 + ASTERISK5B^18 + ASTERISK6B^9 %+ ASTERISK7B%,
	 EQUAL4B^27 + EQUAL5B^18 + EQUAL6B^9 %+ EQUAL7B%,
	 LTSGN4B^27 + LTSGN5B^18 + LTSGN6B^9 %+ LTSGN7B%,
	 GTSGN4B^27 + GTSGN5B^18 + GTSGN6B^9 %+ GTSGN7B%,
	 NEQSGN4B^27 + NEQSGN5B^18 + NEQSGN6B^9 %+ NEQSGN7B%,
	 DOT4B^27 + DOT5B^18 + DOT6B^9 %+ DOT7B%,
	 SEMICOL4B^27 + SEMICOL5B^18 + SEMICOL6B^9 %+ SEMICOL7B%,
	 LITSGN4B^27 + LITSGN5B^18 + LITSGN6B^9 %+ LITSGN7B%,
	 OCTSGN4B^27 + OCTSGN5B^18 + OCTSGN6B^9 %+ OCTSGN7B%,
	 COMNTSGN4B^27 + COMNTSGN5B^18 + COMNTSGN6B^9 %+ COMNTSGN7B%,
	 DEBUGSGN4B^27 + DEBUGSGN5B^18 + DEBUGSGN6B^9 %+ DEBUGSGN7B%,
	 UPAROW4B^27 + UPAROW5B^18 + UPAROW6B^9 %+ UPAROW7B%
	);

SWITCHES  LIST ;
GLOBAL ROUTINE LEXICA(STATEE)=
BEGIN
	
	REGISTER STATE;
	REGISTER
		CODE=1,
		ACTION=2,
		CHAR=3;

	MACRO
		SMALCODE = .CODETAB<LEFT,CHAR>$,
		BIGCODE = .CODETAB<RIGHT,CHAR>$;

!---------------------------------------------------------------------------
!            STATE TABLE STRUCTURE DEFINITIONS AND MAPPINGS
!---------------------------------------------------------------------------

!	DEFINITION OF THE STRUCTURE OF THE SMALL STATE TABLES

STRUCTURE SMAL [I] = [((I/STPACK)+1)*(LASTSMALCODE+1) ]
	( ( .SMAL + (.I/STPACK)*(LASTSMALCODE+1) )
	  < (STPACK-((.I MOD STPACK)+1))*STBITS + (36 MOD STBITS),STBITS,CODE>
	);

!	 DEFINITION OF THE STRUCTURE OF THE BIG STATE TABLES

STRUCTURE BIG [I] = [((I/STPACK)+1)*(LASTBIGCODE+1) ]
	( ( .BIG + (.I/STPACK)*(LASTBIGCODE+1)  )
	  < (STPACK-((.I MOD STPACK)+1))*STBITS + (36 MOD STBITS),STBITS,CODE>
	);

MAP BIG BIGSTATE;
MAP SMAL SMALSTATE;


!---------------------------------------------------------------------------
!	ASSOCIATE STATE NAMES  TO THE STARTING  POSITION OF THEIR  STATE
!	TABLES.  THIS FILE MUST  FOLLOW THE PLITS  WHICH DEFINE THE  BIG
!	AND SMALL STATE TABLES
!---------------------------------------------------------------------------
!
! BINDS OF THE BIG STATES TO BIGSTATE[I]

BIND
	STLEXEME = BIGSTATE[0],
	STSKIP = BIGSTATE[1],
	STCONTINUE = BIGSTATE[2],
	STTERM = BIGSTATE[3],
	STDOUBLEX = BIGSTATE[4],
	STGETCONST = BIGSTATE[5],
	STFMTLEX = BIGSTATE[6];

!---------------------------------------------------------------------------
! BINDS OF THE SMALL STATE NAMES TO SMALSTATE[I]
!---------------------------------------------------------------------------

BIND
	STREMARK= SMALSTATE[0],
	STRETNX = SMALSTATE[1],
	STCALCONT = SMALSTATE[2],
	STCLABSKP = SMALSTATE[3],
	STCNTCONT = SMALSTATE[4],
	STCITCONT = SMALSTATE [5],
	STGETLIT = SMALSTATE[6],
	STSKNAME = SMALSTATE[7],
	STCONSTSKP = SMALSTATE[8],
	STSKPHOL = SMALSTATE[9],
	STIDENT = SMALSTATE[10],
	STDOT = SMALSTATE[11],
	STSCANOP = SMALSTATE[12],
	STBLDDBLINT = SMALSTATE[13],
	STREALCON = SMALSTATE[14],
	STREALCON1 = SMALSTATE[15],
	STOPCHK = SMALSTATE[16],
	STINTEXPONENT = SMALSTATE[17],
	STINTEXP0 = SMALSTATE[18],
	STINTEXP1 = SMALSTATE[19],
	STHOLEX = SMALSTATE[20],
	STLITLEX = SMALSTATE[21],
	STLITEND = SMALSTATE[22],
	STOCTQ = SMALSTATE[23],
	STOCTQ0 = SMALSTATE[24],
	STOCTQ1 = SMALSTATE[25],
	STCSCAN = SMALSTATE[26],
	STSSCAN = SMALSTATE[27],
	STOPOBJ = SMALSTATE[28],
	STFMTQT = SMALSTATE[29],
	STFHOLCON = SMALSTATE[30],
	STFHOLPKUP = SMALSTATE[31],
%742%	STSIXDIGIT = SMALSTATE[32],
%1465%	STKEYSCAN = SMALSTATE[33],
%1465%	STKEY1CHK = SMALSTATE[34],
%2241%	STCONTBLANK = SMALSTATE[35];

!---------------------------------------------------------------------------
!	ALL GLOBAL STATE NAMES ARE DEFINED HERE IN THE FOLLOWING FORMAT:
!		BIND  DUM# = PLIT( EXTNAME  GLOBALLY NAMES INTERNAL-NAME )
!---------------------------------------------------------------------------

BIND  DUM0 = PLIT(

	GSTLEXEME GLOBALLY NAMES STLEXEME ,
	GSTCSCAN GLOBALLY NAMES STCSCAN ,
	GSTSSCAN GLOBALLY NAMES STSSCAN ,
	GSTOPOBJ GLOBALLY NAMES STOPOBJ ,
	GSTFMTLEX GLOBALLY NAMES STFMTLEX,
%1465%	GSTKSCAN GLOBALLY NAMES STKEYSCAN
	);
ROUTINE CHKXCR=
BEGIN	% CHANGES ALL EXTRANEOUS CRS TO NULL AND OUTPUTS MESSAGE %
	LOCAL  TMP;
	TMP _ .CURPTR;
	DECREMENT (TMP);	! THE CR WAS THE LAST CHARACTER

	% SKIP ALL NULLS OR CR'S %
	WHILE .CHAR  EQL  CR  OR .CHAR  EQL  0
	DO  ISCAN ( CHAR, CURPTR );

	IF ( CODE _ SMALCODE ) NEQ  LT
	THEN
	BEGIN
		% HANDLE EXTRANEOUS CR'S  %
		% SET ALL CR'S TO NULL %
		   DO (REPLACEN(TMP,0);INCP(TMP))
		   UNTIL  .TMP  EQL  .CURPTR  ;
		  IF .CODE  NEQ  EOB
		  THEN  % OUTPUT EXTRANEOUS CR MESSAGE  %
			% TEMPORARY MESSAGE %
		  BEGIN
			LOCAL SAVNAME;
			SAVNAME _ .NAME;	!NAME MAY BE DESTROYED
			WARNERR ( .LINELINE, E111<0,0>);
			NAME _ .SAVNAME
		  END;
		  % ELSE WE DON'T KNOW WHETHER ITS EXTRANEOUS OR NOT SO ITS CLEARED
		    IN CASE IT IS BUT NO MESSAGE IS OUTPUT IN CASE ITS NOT.  THIS
		    IS AN UNLIKELY CASE SO WE CAN LIVE THROUGH NOT REPORTING THE 
		    EXTRANEOUS  CR
		  %
		  % CONTINUE PROCESSING WITH GIVEN CHAR %
		% THE CODE RETURNED IS SMALL SO IF BIG IS REQUIRED THEN THE CALLER MUST SET IT %
	END;
	
	RETURN .CODE

END;	! of CHKXCR
GLOBAL ROUTINE SPURFF=
	BEGIN !DETECTS FORM FEED WHEN ATTEMPTING TO DETECT CONTINUATION LINE.
		!THIS CONDITION WILL CAUSE PAGE HEADER TO BE PRINTED, BUT
		!WILL NOT PROHIBIT A CONTINUATION LINE AFTER THIS!

		IF .CHAR EQL FF
		THEN
			BEGIN
				LINEPTR_CONTPTR_.CURPTR;
%2474%				CONTLCUR = .LINLCURR;
!%2474%				ISCAN(CHAR,CURPTR);
				FNDFF_1;
![642] ONLY OUTPUT THE PAGE HEADING IF NOT STILL CLASSIFYING THE 
![642] STATEMENT WHICH PRECEDED THE FORM FEED.
%642%				IF .FLGREG<LISTING> THEN
%642%					IF .INCLAS EQL 0 THEN (CHAROUT(FF); HEADING());
				RETURN 1;
			END
		ELSE RETURN 0;
END;	! of SPURFF
GLOBAL ROUTINE SPURCR=
BEGIN	% DETECTS SPURIOUS CR.  RETURNS 1 IF SPUR CR ,OUTPUTS MESSAGE AND 0 IF NO SPURIOUSCR%

	IF .CHAR  EQL  CR
	THEN
	BEGIN
		ISCAN  ( CHAR,CURPTR);
		IF ( CODE _ SMALCODE ) NEQ LT
		THEN	IF CHKXCR()  NEQ  LT
			THEN  RETURN  1;
		FOUNDCR _ 1
	END;
	RETURN 0
END;	! of SPURCR
ROUTINE SKIPDL=

!++
! FUNCTIONAL DESCRIPTION:
!
!	Routine to step to the next line in the source list.
!
!	It is assumed that we are not at the bottom of the list.
!
! FORMAL PARAMETERS:
!
!	None.
!
! IMPLICIT INPUTS:
!
!	None.
!
! IMPLICIT OUTPUTS:
!
!	LINLCURR	- Pointer to current entry in linked list.	
!	CONTPTR 	- Continuation backup pointer.
!	CONTLCUR	- Continuation backup linked list entry
!	CURPTR		- Pointer to current character in POOL.
!	LINELINE	- Line number for current line.
!	LINEPTR		- Pointer to start of current line.
!
! ROUTINE VALUE:
!
!	None.
!
! SIDE EFFECTS:
!
!	None.
!
!--


%2474%	! Written by AlB on 19-Oct-84
%2500%	! Rewritten by AlB on 15-Nov-84

BEGIN

	LINLCURR = .LINLCURR + LINLSENT;	! Step to next
	IF .LINLCURR GEQ LINLEND<0,0>		! Sanity check
	THEN INTERR('SKIPDL');

	LINEPTR = CONTPTR = CURPTR = .FIRSTBP(LINLCURR);
	CONTLCUR = .LINLCURR;
	LINELINE = .LINENUM(LINLCURR);

END;	! of SKIPDL
GLOBAL ROUTINE CONTPRINT=

!++
! FUNCTIONAL DESCRIPTION:
!
!	Print any comment lines that have not previously been printed.
!
!	This routine is called when it is discovered that the current
!	source line is a continuation line.
!
! FORMAL PARAMETERS:
!
!	None
!
! IMPLICIT INPUTS:
!
!	LINLCURR	- Pointer to current entry in linked source list
!	LASTCODELINE	- Pointer to last linked list entry that had code
!
! IMPLICIT OUTPUTS:
!
!	LINEPTR		- Byte pointer to current line
!	LINELINE	- ISN of current line
!
! ROUTINE VALUE:
!
!	None
!
! SIDE EFFECTS:
!
!	Comment lines may be sent to listing file
!
!--


%2514%	! Copied from ACMCONTDIG on 23-Jan-85

BEGIN

	IF .LASTCODELINE NEQ 0
	THEN
	BEGIN	! Print intervening lines
		SAVEPTR = .CURPTR;	! So we don't disturb it
		TEMP = .LASTCODELINE;	! Last non-comment line

		! Back up to first unprinted line
		WHILE .TEMP GEQ LINLLIST<0,0> AND NOT .PRINTED(TEMP)
		DO TEMP = .TEMP - LINLSENT;
		TEMP = .TEMP + LINLSENT;

		! Print up to but not through current line
		WHILE .TEMP LSS .LINLCURR
		DO
		BEGIN
			PRINT(.TEMP);
			TEMP = .TEMP + LINLSENT
		END;

		CURPTR = .SAVEPTR;
		LINEPTR = .FIRSTBP(LINLCURR);
		LINELINE = .LINENUM(LINLCURR)
	END;	! Print intervening lines
END; ! of CONTPRINT
!---------------------------------------------------------------------------
! BEGIN ROUTINE LEXICA
!---------------------------------------------------------------------------

REGISTER
%2241%	NEXT;	! Keep track of finite state machine transitions via LEAVE
		! for debugging trace

BIND
%2241%	NONE = -1,
%2241%	NEWCASE = 0,		! NEWACTION loop
%2241%	NEWSTADT = 1,		! NEWSTATE loop
%2241%	NEWBIG = 2,		! BIGCHAR loop
%2241%	NEWSMALL = 3;		! SMALCAHR loop

LABEL
	NEWSTATE,
	BIGCHAR,
	SMALCHAR,
	NEWACTION;

! STRUCTURE DEFINITION FOR STATE TABLE REFERENCES
STRUCTURE STATEREF[I] =[1]  ( . ( ( ..STATEREF ) + .I )  );

!* REGISTER   ACTION = 2  ;
!* REGISTER	CHAR=3,	CODE=1;

%	THE NEXT CHARACTER IS FETCHED FROM THE INTERNAL STATEMENT
	BUFFER AND PLACED IN "CHAR".  THE CHARACTER CODE IS THEN
	FETCHED FROM THE APPROPRIATE CODE TABLE AND PLACED IN "CODE".
%

MAP STATEREF STATE;

% INITIALIZE STACK POINTER %
STSTKPTR _ 0;

% RESTORE THE LAST CHARACTER TO THE REGISTERS %
CHAR _ .CHARTMP;
STATE _ .STATEE;	! PUT STATE IN A REGITER
SETCODE;
% SET LEXLINE TO THE LINENUMBER WHICH BEGINS THE LEXEME %
LEXLINE _ .LINELINE;

%2241%	IF DBUGIT THEN NEXT = NONE;

WHILE 1 DO
NEWSTATE:
	BEGIN					! Newstate
%2241%		IF DBUGIT
%2241%		THEN IF .NEXT EQL NONE
%2241%		THEN NEXT = NEWSTADT;

SMALCHAR:	BEGIN				! Smalchar
		    WHILE 1 DO
		    BEGIN			! Smalchar loop
BIGCHAR:		BEGIN			! Bigchar
%2241%				IF DBUGIT
%2241%				THEN IF .NEXT EQL NONE
%2241%				THEN NEXT = NEWBIG;

				! set ACTION to .STATE[.CODE]

				NSCAN(ACTION,STATE);

				WHILE 1 DO
NEWACTION:			BEGIN		! Newaction

					IF DBUGIT
					THEN
					BEGIN
%2241%						IF .NEXT EQL NONE
%2241%						THEN NEXT = NEWCASE;

%2420%						TRACE(.NEXT,.STATE,.CHAR,.CODE,.ACTION, 0);
%2241%						NEXT = NONE;
					END;

				CASE .ACTION OF
				SET
					BEGIN ACMEOB END;		! 0
					BEGIN ACMANY END;		! 1
					BEGIN ACMTAB END;		! 2
					BEGIN ACMHOLCONDONE END;	! 3
					BEGIN ACMFMTHOLPKUP END;	! 4
					BEGIN ACMHOLCON END;		! 5
					BEGIN ACMREMEND END;		! 6
					BEGIN ACMGOBAKNOW END;		! 7
					BEGIN ACMLT END;		! 8
					BEGIN ACMFMTHOLCK END;		! 9
					BEGIN ACMGOBAKNXT END;		! 10
					BEGIN ACMEXPLT END;		! 11
					BEGIN ACMLEXFOS END;		! 12
					BEGIN ACMRETNOW END;		! 13
%2241%					BEGIN ACMCONTLT END;		! 14
					BEGIN ACMCALCONT END;		! 15
					BEGIN ACMCONTDIG END;		! 16
					BEGIN ACMCLABSKP END;		! 17
					BEGIN ACMENTREMARK END;		! 18
					BEGIN ACMMULTST END;		! 19
					BEGIN ACMINTERR END;		! 20
					BEGIN ACMNOCONT END;		! 21
					BEGIN ACMCITCONT END;		! 22
%2474%					BEGIN ACMCALCLT END;		! 23
					BEGIN ACMENTCLABSKP END;	! 24
					BEGIN ACMCBUGCHK END;		! 25
					BEGIN ACMUPLOW END;		! 26
					BEGIN ACMCONSTSKP END;		! 27
					BEGIN ACMSKNAME END;		! 28
					BEGIN ACMSKLPAREN END;		! 29
					BEGIN ACMSKRPAREN END;		! 30
					BEGIN ACMSKCOMMA END;		! 31
					BEGIN ACMGETLIT END;		! 32
					BEGIN ACMENDLIT END;		! 33
					BEGIN ACMBAKTOTERM END;		! 34
					BEGIN ACMSKCONBLD END;		! 35
					BEGIN ACMSKPHOLX END;		! 36
					BEGIN ACMSKPHOL END;		! 37
					BEGIN ACMHOLTAB END;		! 38
					BEGIN ACMENTERM END;		! 39
					BEGIN ACMUNMATEOS END;		! 40
					BEGIN ACMFMTQT1 END;		! 41
					BEGIN ACMSKILL END;		! 42
					BEGIN ACMCLASLT END;		! 43
					BEGIN ACMBADCHAR END;		! 44
					BEGIN ACMSINGLEX END;		! 45
					BEGIN ACMDOUBLEX END;		! 46
					BEGIN ACMNOTDOUB END;		! 47
					BEGIN ACMMAYBDOUB END;		! 48
					BEGIN ACMENTIDENT END;		! 49
					BEGIN ACMPKUPID END;		! 50
					BEGIN ACMENDID END;		! 51
					BEGIN ACMENTDOT END;		! 52
					BEGIN ACMTRYREAL END;		! 53
					BEGIN ACMMISOPER END;		! 54
					BEGIN ACMGETOPER END;		! 55
					BEGIN ACMOPCHK END;		! 56
					BEGIN ACMMISOP1 END;		! 57
					BEGIN ACMENTGETCONST END;	! 58
					BEGIN ACMGOTINT END;		! 59
					BEGIN ACMCHECKLET END;		! 60
					BEGIN ACMBILDDBLINT END;	! 61
					BEGIN ACMREALCON END;		! 62
					BEGIN ACMENTRLBLDD END;		! 63
					BEGIN ACMGOTREAL END;		! 64
					BEGIN ACMEXDBCHK END;		! 65
					BEGIN ACMGOTOP END;		! 66
					BEGIN ACMCHKPLMI END;		! 67
					BEGIN ACMNOEXP END;		! 68
					BEGIN ACMINTEXP1 END;		! 69
					BEGIN ACMFMTQT END;		! 70
					BEGIN ACMGOTIEXP END;		! 71
					BEGIN ACMHOLCHAR END;		! 72
					BEGIN ACMHOLEND END;		! 73
					BEGIN ACMENTLITLEX END;		! 74
					BEGIN ACMLITEDCHK END;		! 75
					BEGIN ACMTIC2CHK END;		! 76
					BEGIN ACMENTOCTQ END;		! 77
					BEGIN ACMNOOCT END;		! 78
					BEGIN ACMCHKOCPM END;		! 79
					BEGIN ACMOCTQ1 END;		! 80
					BEGIN ACMGOTOCT END;		! 81
					BEGIN ACMNOTIC END;		! 82
					BEGIN ACMSCANCHAR END;		! 83
					BEGIN ACMSTRCHK END;		! 84
					BEGIN ACMSTOPLIT END;		! 85
					BEGIN ACMFLEX1 END;		! 86
					BEGIN ACMFMTEOS END;		! 87
					BEGIN ACMFMTCHAR END;		! 88
%675%					BEGIN ACMRIS END;		! 89
%742%					BEGIN ACMSTOPINT END;		! 90
%742%					BEGIN ACMGOT6INT END;		! 91
%742%					BEGIN ACM6DIGIT END;		! 92
%1247%					BEGIN ACMSKCOLON END;		! 93
%1465%					BEGIN ACMKEYCHK END;		! 94
%1465%					BEGIN ACMKEY1CHK END;		! 95
%2241%					BEGIN ACMCONTBLANK END;		! 96

	!---------------------------------------------------------------
	! BEWARE OF SKEWS!  CASE STATEMENT MACROS MUST MATCH ACTION NAME
	! BINDS.
	!---------------------------------------------------------------

				TES;

				END		! Newaction
			END;			! Bigchar

			% GET NEXT CHARACTER AND CLASIFY FOR BIG STATE%
			IF .CHARPOS EQL 0	% CHARACTER POSITION 72 %
			THEN (  LEAVE SMALCHAR );   % ENTER REMARK PROCESSING STATE %
			CHARPOS _ .CHARPOS - 1;
			ISCAN ( CHAR, CURPTR );
			CODE _ BIGCODE;

		END				! Smalchar loop
	END;					! Smalchar

%2241%	IF DBUGIT
%2241%	THEN IF .NEXT EQL NONE
%2241%	THEN NEXT = NEWSMALL;

	% GET NEXT CHARACTER AND CLASIFY FOR SMALL STATE %
	IF .CHARPOS EQL 0	% CHARACTER POSITION 72 %
	THEN IF .STATE  NEQ  STREMARK
%2241%	THEN (CALL(STREMARK));   % ENTER REMARK PROCESSING STATE %

	CHARPOS _ .CHARPOS - 1   ;
	ISCAN ( CHAR, CURPTR );
	CODE _ SMALCODE;

END						! Newstate

END;	! of LEXICA

END
ELUDOM