/*	@(#)scan.c	2.1		*/


# include "mfile1"
# include "messages.h"
# include <ctype.h>
	/* temporarily */

# ifndef ASMBUF
# define ASMBUF 50
# endif
char asmbuf[ASMBUF];
char *asmp;
int asm_esc = 0; /* asm escaped used in file */
	/* lexical actions */

# define A_ERR 0		/* illegal character */
# define A_LET 1		/* saw a letter */
# define A_DIG 2		/* saw a digit */
# define A_1C 3			/* return a single character */
# define A_STR 4		/* string */
# define A_CC 5			/* character constant */
# define A_BCD 6		/* GCOS BCD constant */
# define A_SL 7			/* saw a / */
# define A_DOT 8		/* saw a . */
# define A_PL 9		/* + */
# define A_MI 10		/* - */
# define A_EQ 11		/* = */
# define A_NOT 12		/* ! */
# define A_LT 13		/* < */
# define A_GT 14		/* > */
# define A_AND 16		/* & */
# define A_OR 17		/* | */
# define A_WS 18		/* whitespace (not \n) */
# define A_NL 19		/* \n */

	/* character classes */

# define LEXLET 01
# define LEXDIG 02
# define LEXOCT 04
# define LEXHEX 010
# define LEXWS 020
# define LEXDOT 040

	/* reserved word actions */

# define AR_TY 0		/* type word */
# define AR_RW 1		/* simple reserved word */
# define AR_CL 2		/* storage class word */
# define AR_S 3		/* struct */
# define AR_U 4		/* union */
# define AR_E 5		/* enum */
# define AR_A 6		/* asm */

	/* text buffer */
# define LXTSZ 100
char yytext[LXTSZ];
char * lxgcp;

unsigned caloff();
	/* ARGSUSED */
mainp1( argc, argv ) int argc; char *argv[]; {  /* control multiple files */

	register i;
	register char *cp;
	extern int idebug, bdebug, tdebug, edebug, ddebug, xdebug;
	extern unsigned int offsz;
	char *release = "PCC/PCCrx vax uts5.X";

	offsz = caloff();
	for( i=1; i<argc; ++i ){
		if( *(cp=argv[i]) == '-' && *++cp == 'X' ){
			while( *++cp ){
				switch( *cp ){

				case 'r':
					fprintf( stderr, "Release: %s\n",
						release );
					break;

				case 'd':
					++ddebug;
					break;
				case 'i':
					++idebug;
					break;
				case 'b':
					++bdebug;
					break;
				case 't':
					++tdebug;
					break;
				case 'e':
					++edebug;
					break;
				case 'x':
					++xdebug;
					break;
					}
				}
			}
		}

# ifdef ONEPASS
	p2init( argc, argv );
# endif

	for( i=0; i<SYMTSZ; ++i ) stab[i].stype = TNULL;

	lxinit();
	tinit();
	mkdope();

	lineno = 1;

	/* dimension table initialization */

	dimtab[NULL] = 0;
	dimtab[CHAR] = SZCHAR;
	dimtab[INT] = SZINT;
	dimtab[FLOAT] = SZFLOAT;
	dimtab[DOUBLE] = SZDOUBLE;
	dimtab[LONG] = SZLONG;
	dimtab[SHORT] = SZSHORT;
	dimtab[UCHAR] = SZCHAR;
	dimtab[USHORT] = SZSHORT;
	dimtab[UNSIGNED] = SZINT;
	dimtab[ULONG] = SZLONG;
	/* starts past any of the above */
	curdim = 16;
	reached = 1;
	reachflg = 0;

	yyparse();
	yyaccpt();

	ejobcode( nerrors ? 1 : 0 );
	return(nerrors?1:0);

	}

# ifdef ibm

# define CSMASK 0377
# define CSSZ 256

# else

# define CSMASK 0177
# define CSSZ 128

# endif

short lxmask[CSSZ+1];

lxenter( s, m ) register char *s; register short m; {
	/* enter a mask into lxmask */
	register c;

	while( c= *s++ ) lxmask[c+1] |= m;

	}


# define lxget(c,m) (lxgcp=yytext,lxmore(c,m))

lxmore( c, m )  register c, m; {
	register char *cp;

	*(cp = lxgcp) = c;
	while( c=getchar(), lxmask[c+1]&m ){
		if( cp < &yytext[LXTSZ-1] ){
			*++cp = c;
			}
		}
	ungetc(c,stdin);
	*(lxgcp = cp+1) = '\0';
	}

struct lxdope {
	short lxch;	/* the character */
	short lxact;	/* the action to be performed */
	short lxtok;	/* the token number to be returned */
	short lxval;	/* the value to be returned */
	} lxdope[] = {

	'$',	A_ERR,	0,	0,	/* illegal characters go here... */
	'_',	A_LET,	0,	0,	/* letters point here */
	'0',	A_DIG,	0,	0,	/* digits point here */
	' ',	A_WS,	0,	0,	/* whitespace goes here */
	'\n',	A_NL,	0,	0,
	'"',	A_STR,	0,	0,	/* character string */
	'\'',	A_CC,	0,	0,	/* character constant */
	'`',	A_BCD,	0,	0,	/* GCOS BCD constant */
	'(',	A_1C,	LP,	0,
	')',	A_1C,	RP,	0,
	'{',	A_1C,	LC,	0,
	'}',	A_1C,	RC,	0,
	'[',	A_1C,	LB,	0,
	']',	A_1C,	RB,	0,
	'*',	A_1C,	MUL,	MUL,
	'?',	A_1C,	QUEST,	0,
	':',	A_1C,	COLON,	0,
	'+',	A_PL,	PLUS,	PLUS,
	'-',	A_MI,	MINUS,	MINUS,
	'/',	A_SL,	DIVOP,	DIV,
	'%',	A_1C,	DIVOP,	MOD,
	'&',	A_AND,	AND,	AND,
	'|',	A_OR,	OR,	OR,
	'^',	A_1C,	ER,	ER,
	'!',	A_NOT,	UNOP,	NOT,
	'~',	A_1C,	UNOP,	COMPL,
	',',	A_1C,	CM,	CM,
	';',	A_1C,	SM,	0,
	'.',	A_DOT,	STROP,	DOT,
	'<',	A_LT,	RELOP,	LT,
	'>',	A_GT,	RELOP,	GT,
	'=',	A_EQ,	ASSIGN,	ASSIGN,
	-1,	A_1C,	0,	0,
	};

struct lxdope *lxcp[CSSZ+1];

lxinit(){
	register struct lxdope *p;
	register i;
	register char *cp;
	/* set up character classes */

	lxenter( "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_", LEXLET );
	lxenter( "0123456789", LEXDIG );
	lxenter( "0123456789abcdefABCDEF", LEXHEX );
		/* \013 should become \v someday; \013 is OK for ASCII and EBCDIC */
	lxenter( " \t\r\b\f\013", LEXWS );
	lxenter( "01234567", LEXOCT );
	lxmask['.'+1] |= LEXDOT;

	/* make lxcp point to appropriate lxdope entry for each character */

	/* initialize error entries */

	for( i= 0; i<=CSSZ; ++i ) lxcp[i] = lxdope;

	/* make unique entries */

	for( p=lxdope; ; ++p ) {
		lxcp[p->lxch+1] = p;
		if( p->lxch < 0 ) break;
		}

	/* handle letters, digits, and whitespace */
	/* by convention, first, second, and third places */

	cp = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ";
	while( *cp ) lxcp[*cp++ + 1] = &lxdope[1];
	cp = "123456789";
	while( *cp ) lxcp[*cp++ + 1] = &lxdope[2];
	cp = "\t\b\r\f\013";
	while( *cp ) lxcp[*cp++ + 1] = &lxdope[3];

	/* first line might have title */
	lxtitle();

	}

int lxmatch;  /* character to be matched in char or string constant */

lxstr(ct){
	/* match a string or character constant, up to lxmatch */

	register c;
	register val;
	register i;

	i=0;
	while( (c=getchar()) != lxmatch ){
		switch( c ) {

		case EOF:
			/* "unexpected EOF" */
			UERROR( MESSAGE( 113 ) );
			break;

		case '\n':
			/* "newline in string or char constant" */
			UERROR( MESSAGE( 78 ) );
			++lineno;
			break;

		case '\\':
			switch( c = getchar() ){

			case '\n':
				++lineno;
				continue;

			default:
				val = c;
				goto mkcc;

			case 'n':
				val = '\n';
				goto mkcc;

			case 'r':
				val = '\r';
				goto mkcc;

			case 'b':
				val = '\b';
				goto mkcc;

			case 't':
				val = '\t';
				goto mkcc;

			case 'f':
				val = '\f';
				goto mkcc;

			case 'v':
				val = '\013';
				goto mkcc;

			case '0':
			case '1':
			case '2':
			case '3':
			case '4':
			case '5':
			case '6':
			case '7':
				val = c-'0';
				c=getchar();  /* try for 2 */
				if( lxmask[c+1] & LEXOCT ){
					val = (val<<3) | (c-'0');
					c = getchar();  /* try for 3 */
					if( lxmask[c+1] & LEXOCT ){
						val = (val<<3) | (c-'0');
						}
					else ungetc( c ,stdin);
					}
				else ungetc( c ,stdin);

				goto mkcc1;

				}
		default:
			val =c;
		mkcc:
			val = CCTRANS(val);
		mkcc1:
			if( lxmatch == '\'' ){
				val = CHARCAST(val);  /* it is, after all, a "character" constant */
				makecc( val, i );
				}
			else { /* stash the byte into the string */
				if( strflg ) {
					if( ct==0 || i<ct ) putbyte( val );
					/* "non-null byte ignored in string initializer" */
					else if( i == ct ) WERROR( MESSAGE( 81 ) );
					}
				else bycode( val, i );
				}
			++i;
			continue;
			}
		break;
		}
	/* end of string or  char constant */

	if( lxmatch == '"' ){
		if( strflg ){ /* end the string */
			if( ct==0 || i<ct ) putbyte( 0 );  /* the null at the end */
			}
		else {  /* the initializer gets a null byte */
			bycode( 0, i++ );
			bycode( -1, i );
			dimtab[curdim] = i;  /* in case of later sizeof ... */
			}
		}
	else { /* end the character constant */
		/* "empty character constant" */
		if( i == 0 ) UERROR( MESSAGE( 36 ) );
		if( i>(SZINT/SZCHAR) || ( (pflag||hflag)&&i>1) )
			/* "too many characters in character constant" */
			UERROR( MESSAGE( 107 ) );
		}
	}

lxcom(){
	register c;
	/* saw a /*: process a comment */

	for(;;){

		switch( c = getchar() ){

		case EOF:
			/* "unexpected EOF"  */
			UERROR( MESSAGE( 113 ) );
			return;

		case '\n':
			++lineno;

		default:
			continue;

		case '*':
			if( (c = getchar()) == '/' ) return;
			else ungetc( c ,stdin);
			continue;

# ifdef LINT
		case 'V':
			lxget( c, LEXLET|LEXDIG );
			{
				extern int vaflag;
				int i;
				i = yytext[7]?yytext[7]-'0':0;
				yytext[7] = '\0';
				if( strcmp( yytext, "VARARGS" ) ) continue;
				vaflag = i;
				continue;
				}
		case 'L':
			lxget( c, LEXLET );
			if( strcmp( yytext, "LINTLIBRARY" ) ) continue;
			{
				extern int libflag, vflag;
				libflag = 1;
				vflag = 0;
				}
			continue;

		case 'A':
			lxget( c, LEXLET );
			if( strcmp( yytext, "ARGSUSED" ) ) continue;
			{
				extern int argflag, vflag;
				argflag = 1;
				vflag = 0;
				}
			continue;

		case 'N':
			lxget( c, LEXLET );
			if( strcmp( yytext, "NOTREACHED" ) ) continue;
			reached = 0;
			{
			 /* 6/18/80 */
				extern int reachflg;
				reachflg = 1;
			}
			continue;
# endif
			}
		}
	}

yylex(){
	for(;;){

		register lxchar;
		register struct lxdope *p;
		register struct symtab *sp;
		int id;

		switch( (p=lxcp[(lxchar=getchar())+1])->lxact ){

		onechar:
			ungetc( lxchar ,stdin);

		case A_1C:
			/* eat up a single character, and return an opcode */

			yylval.intval = p->lxval;
			return( p->lxtok );

		case A_ERR:
			/* "illegal character: %03o (octal)" */
			UERROR( MESSAGE( 51 ), lxchar );
			break;

		case A_LET:
			/* collect an identifier, check for reserved word, and return */
			lxget( lxchar, LEXLET|LEXDIG );
			if( (lxchar=lxres()) > 0 ) return( lxchar ); /* reserved word */
			if( lxchar== 0 ) continue;
			id = lookup( yytext,
				/* tag name for struct/union/enum */
				(stwart&TAGNAME)? STAG:
				/* member name for struct/union */
				(stwart&(INSTRUCT|INUNION|FUNNYNAME))?SMOS:0 );
			sp = &stab[id];
			if( sp->sclass == TYPEDEF && !stwart ){
				stwart = instruct;
				yylval.nodep = mkty( sp->stype, sp->dimoff, sp->sizoff );
				return( TYPE );
				}
			stwart = (stwart&SEENAME) ? instruct : 0;
			yylval.intval = id;
			return( NAME );

		case A_DIG:
			/* collect a digit string, then look at last one... */
			{
			CONSZ maxint;

			lastcon = 0;
			lxget( lxchar, LEXDIG );
			switch( lxchar=getchar() ){

			case 'x':
			case 'X':
				/* "illegal hex constant"  */
				if( yytext[0] != '0' || yytext[1] ) UERROR( MESSAGE( 59 ) );
				lxmore( lxchar, LEXHEX );
				/* convert the value */
				{
					register char *cp;
					for( cp = yytext+2; *cp; ++cp ){
						/* this code won't work for all wild character sets,
						   but seems ok for ascii and ebcdic */
						lastcon <<= 4;
						if( isdigit( *cp ) ) lastcon += *cp-'0';
						else if( isupper( *cp ) ) lastcon += *cp - 'A'+ 10;
						else lastcon += *cp - 'a'+ 10;
						}
					}

			hexlong:
				/* criterion for longness for hex and octal
					constants is that it
				   does not fit within an int */
				maxint = ~( ~0L << SZINT );
				if( (SZINT != SZLONG) && (lastcon > maxint || lastcon < 0) )
					yylval.intval = 1;
				else
					yylval.intval = 0;

				goto islong;

			case '.':
				lxmore( lxchar, LEXDIG );

			getfp:
				if( (lxchar=getchar()) == 'e' || lxchar == 'E' ){ /* exponent */

			case 'e':
			case 'E':
					if( (lxchar=getchar()) == '+' || lxchar == '-' ){
						*lxgcp++ = 'e';
						}
					else {
						ungetc(lxchar,stdin);
						lxchar = 'e';
						}
					lxmore( lxchar, LEXDIG );
					/* now have the whole thing... */
					}
				else {  /* no exponent */
					ungetc( lxchar ,stdin);
					}
				return( isitfloat( yytext ) );

			default:
				ungetc( lxchar ,stdin);
				if( yytext[0] == '0' ){
					/* convert in octal */
					register char *cp;
					for( cp = yytext+1; *cp; ++cp ){
						if( *cp > '7' )
							/* bad octal digit */
							WERROR( MESSAGE( 124 ), *cp );
						lastcon <<= 3;
						lastcon += *cp - '0';
						}
					goto hexlong;
					}
				else {
					/* convert in decimal */
					register char *cp;
					for( cp = yytext; *cp; ++cp ){ /*don't let lastcon overflow needlessly */
						lastcon *= (CONSZ)10;
						lastcon += (CONSZ)(*cp - '0');
						}
					}

				/* decide if it is long or not (decimal case) */

				/* if it fits in SZINT-1 bits it is int; otherwise long */
				/* if there is an l or L following, all bets are off... */
				maxint = ~( ~0L << (SZINT-1) );
				if( (SZINT != SZLONG) && (lastcon > maxint || lastcon < 0) )
					yylval.intval = 1;
				else
					yylval.intval = 0;


			islong:
				/* finally, look for trailing L or l */
				if( (lxchar = getchar()) != 'L' && lxchar != 'l' )
					ungetc( lxchar ,stdin);
				else
					yylval.intval = 1;

				if( (SZINT != SZLONG) && !yylval.intval )
					lastcon = (int)lastcon;
				return( ICON );
				}
			} /* end of case A_DIG */

		case A_DOT:
			/* look for a dot: if followed by a digit, floating point */
			lxchar = getchar();
			if( lxmask[lxchar+1] & LEXDIG ){
				ungetc(lxchar,stdin);
				lxget( '.', LEXDIG );
				goto getfp;
				}
			stwart = FUNNYNAME;
			goto onechar;

		case A_STR:
			/* string constant */
			lxmatch = '"';
			return( STRING );

		case A_CC:
			/* character constant */
			lxmatch = '\'';
			lastcon = 0;
			lxstr(0);
			yylval.intval = 0;
			return( ICON );

		case A_BCD:
			{
				register i;
				int j;
				for( i=0; i<LXTSZ; ++i ){
					if( ( j = getchar() ) == '`' ) break;
					if( j == '\n' ){
						/* "newline in BCD constant" */
						UERROR( MESSAGE( 77 ) );
						break;
						}
					yytext[i] = j;
					}
				yytext[i] = '\0';
				/* "BCD constant exceeds 6 characters" */
				if( i>6 ) UERROR( MESSAGE( 10 ) );
# ifdef gcos
				else strtob( yytext, ( unsigned * )&lastcon,( unsigned) i );
				lastcon = ( unsigned ) lastcon >> 6*(6-i);
# else
				/* "gcos BCD constant illegal" */
				UERROR( MESSAGE( 48 ) );
# endif
				yylval.intval = 0;  /* not long */
				return( ICON );
				}

		case A_SL:
			/* / */
			if( (lxchar=getchar()) != '*' ) goto onechar;
			lxcom();
		case A_WS:
			continue;

		case A_NL:
			++lineno;
			lxtitle();
			continue;

		case A_NOT:
			/* ! */
			if( (lxchar=getchar()) != '=' ) goto onechar;
			yylval.intval = NE;
			return( EQUOP );

		case A_MI:
			/* - */
			if( (lxchar=getchar()) == '-' ){
				yylval.intval = DECR;
				return( INCOP );
				}
			if( lxchar != '>' ) goto onechar;
			stwart = FUNNYNAME;
			yylval.intval=STREF;
			return( STROP );

		case A_PL:
			/* + */
			if( (lxchar=getchar()) != '+' ) goto onechar;
			yylval.intval = INCR;
			return( INCOP );

		case A_AND:
			/* & */
			if( (lxchar=getchar()) != '&' ) goto onechar;
			return( yylval.intval = ANDAND );

		case A_OR:
			/* | */
			if( (lxchar=getchar()) != '|' ) goto onechar;
			return( yylval.intval = OROR );

		case A_LT:
			/* < */
			if( (lxchar=getchar()) == '<' ){
				yylval.intval = LS;
				return( SHIFTOP );
				}
			if( lxchar != '=' ) goto onechar;
			yylval.intval = LE;
			return( RELOP );

		case A_GT:
			/* > */
			if( (lxchar=getchar()) == '>' ){
				yylval.intval = RS;
				return(SHIFTOP );
				}
			if( lxchar != '=' ) goto onechar;
			yylval.intval = GE;
			return( RELOP );

		case A_EQ:
			/* = */
			switch( lxchar = getchar() ){

			case '=':
				yylval.intval = EQ;
				return( EQUOP );

			case '+':
				yylval.intval = ASG PLUS;
				break;

			case '-':
				yylval.intval = ASG MINUS;

			warn:
				if( lxmask[ (lxchar=getchar())+1] & (LEXLET|LEXDIG|LEXDOT) ){
					/* "ambiguous assignment: assignment op taken" */
					WERROR( MESSAGE( 12 ) );
					}
				ungetc( lxchar ,stdin);
				break;

			case '*':
				yylval.intval = ASG MUL;
				goto warn;

			case '/':
				yylval.intval = ASG DIV;
				break;

			case '%':
				yylval.intval = ASG MOD;
				break;

			case '&':
				yylval.intval = ASG AND;
				goto warn;

			case '|':
				yylval.intval = ASG OR;
				break;

			case '^':
				yylval.intval = ASG ER;
				break;

			case '<':
				if( (lxchar=getchar()) != '<' ){
					/* "=<%c illegal" */
					UERROR( MESSAGE( 8 ), lxchar );
					}
				yylval.intval = ASG LS;
				break;

			case '>':
				if( (lxchar=getchar()) != '>' ){
					/* "=>%c illegal" */
					UERROR( MESSAGE( 9 ), lxchar );
					}
				yylval.intval = ASG RS;
				break;

			default:
				goto onechar;

				}

			return( ASOP );

		default:
			cerror( "yylex error, character %03o (octal)", lxchar );

			}

		/* ordinarily, repeat here... */
		cerror( "out of switch in yylex" );

		}

	}

struct lxrdope {
	/* dope for reserved, in alphabetical order */

	char *lxrch;	/* name of reserved word */
	short lxract;	/* reserved word action */
	short lxrval;	/* value to be returned */
	} lxrdope[] = {

	"asm",		AR_A,	0,
	"auto",		AR_CL,	AUTO,
	"break",	AR_RW,	BREAK,
	"char",		AR_TY,	CHAR,
	"case",		AR_RW,	CASE,
	"continue",	AR_RW,	CONTINUE,
	"double",	AR_TY,	DOUBLE,
	"default",	AR_RW,	DEFAULT,
	"do",		AR_RW,	DO,
	"extern",	AR_CL,	EXTERN,
	"else",		AR_RW,	ELSE,
	"enum",		AR_E,	ENUM,
	"for",		AR_RW,	FOR,
	"float",	AR_TY,	FLOAT,
	"fortran",	AR_CL,	FORTRAN,
	"goto",		AR_RW,	GOTO,
	"if",		AR_RW,	IF,
	"int",		AR_TY,	INT,
	"long",		AR_TY,	LONG,
	"return",	AR_RW,	RETURN,
	"register",	AR_CL,	REGISTER,
	"switch",	AR_RW,	SWITCH,
	"struct",	AR_S,	0,
	"sizeof",	AR_RW,	SIZEOF,
	"short",	AR_TY,	SHORT,
	"static",	AR_CL,	STATIC,
	"typedef",	AR_CL,	TYPEDEF,
	"unsigned",	AR_TY,	UNSIGNED,
	"union",	AR_U,	0,
	"void",		AR_TY,	UNDEF, /* tymerge adds FTN */
	"while",	AR_RW,	WHILE,
	"",		0,	0,	/* to stop the search */
	};

lxres() {
	/* check to see of yytext is reserved; if so,
	/* do the appropriate action and return */
	/* otherwise, return -1 */

	register c, ch;
	register struct lxrdope *p;

	ch = yytext[0];

	if( !islower(ch) ) return( -1 );

	switch( ch ){

	case 'a':
		c=0; break;
	case 'b':
		c=2; break;
	case 'c':
		c=3; break;
	case 'd':
		c=6; break;
	case 'e':
		c=9; break;
	case 'f':
		c=12; break;
	case 'g':
		c=15; break;
	case 'i':
		c=16; break;
	case 'l':
		c=18; break;
	case 'r':
		c=19; break;
	case 's':
		c=21; break;
	case 't':
		c=26; break;
	case 'u':
		c=27; break;
	case 'v':
		c=29; break;
	case 'w':
		c=30; break;

	default:
		return( -1 );
		}

	for( p= lxrdope+c; p->lxrch[0] == ch; ++p ){
		if( !strcmp( yytext, p->lxrch ) ){ /* match */
			switch( p->lxract ){

			case AR_TY:
				/* type word */
				stwart = instruct;
				yylval.nodep = mkty( (TWORD)p->lxrval, 0, p->lxrval );
				return( TYPE );

			case AR_RW:
				/* ordinary reserved word */
				return( yylval.intval = p->lxrval );

			case AR_CL:
				/* class word */
				yylval.intval = p->lxrval;
				return( CLASS );

			case AR_S:
				/* struct */
				stwart = INSTRUCT|SEENAME|TAGNAME;
				yylval.intval = INSTRUCT;
				return( STRUCT );

			case AR_U:
				/* union */
				stwart = INUNION|SEENAME|TAGNAME;
				yylval.intval = INUNION;
				return( STRUCT );

			case AR_E:
				/* enums */
				stwart = SEENAME|TAGNAME;
				return( yylval.intval = ENUM );

			case AR_A:
				/* asm */
				asm_esc = 1; /* warn the world! */
				asmp = asmbuf;
				lxget( ' ', LEXWS );
				if( getchar() != '(' ) goto badasm;
				lxget( ' ', LEXWS );
				if( getchar() != '"' ) goto badasm;
				while( (c=getchar()) != '"' ){
					if( c=='\n' || c==EOF ) goto badasm;
					*asmp++ = c;
					if( asmp >= &asmbuf[ASMBUF-1] ) {
						uerror( "asm > %d chars",
							ASMBUF);
						}
					}
				lxget( ' ', LEXWS );
				if( getchar() != ')' ) goto badasm;
				*asmp++ = '\0';
				return( ASM );

			badasm:
				/* "bad asm construction" */
				UERROR( MESSAGE( 16 ) );
				return( 0 );

			default:
				cerror( "bad AR_?? action" );
				}
			}
		}
	return( -1 );
	}

lxtitle(){
	/* called after a newline; set linenumber and file name */

	register c, val;
	register char *cp;

	for(;;){  /* might be several such lines in a row */
		if( (c=getchar()) != '#' ){
			if( c != EOF ) ungetc(c,stdin);
			return;
			}

		lxget( ' ', LEXWS );
		val = 0;
		for( c=getchar(); isdigit(c); c=getchar() ){
			val = val*10+ c - '0';
			}
		ungetc( c, stdin );
		lineno = val;
		lxget( ' ', LEXWS );
		if( (c=getchar()) != '\n' ){
			for( cp=ftitle; c!='\n'; c=getchar(),++cp ){
				*cp = c;
				}
			*cp = '\0';
			}
		}
	}

# ifndef MYASMOUT

asmout()
	/* write out asm string
	 * this is a null function for lint
	 */
{
# ifndef LINT
# ifndef ONEPASS
	putchar(')');
# endif
	printf( "%s\n", asmbuf );
# endif
}

# endif
