/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License ("CDDL"), version 1.0.
 * You may use this file only in accordance with the terms of version
 * 1.0 of the CDDL.
 *
 * A full copy of the text of the CDDL should have accompanied this
 * source.  A copy of the CDDL is also available via the Internet at
 * http://www.opensource.org/licenses/cddl1.txt
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */
/* Copyright (c) 1988 AT&T */
/* All Rights Reserved */
/*
 * Copyright 2003 Sun Microsystems, Inc. All rights reserved.
 * Use is subject to license terms.
 */
/*
 * Copyright 2006-2020 J. Schilling
 *
 * @(#)prs.c	1.68 20/09/11 J. Schilling
 */
#if defined(sun)
#pragma ident "@(#)prs.c 1.68 20/09/11 J. Schilling"
#endif
/*
 * @(#)prs.c 1.33 06/12/12
 */

/*
 * Copyright 1990-2003 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#if defined(sun)
#pragma ident	"@(#)prs.c"
#pragma ident	"@(#)sccs:cmd/prs.c"
#endif
/*************************************************************************/
/*									 */
/*	prs [-d<dataspec>] [-r<sid>] [-l] [-e] [-a] file ...		 */
/*									 */
/*************************************************************************/

/*
	Program to print parts or all of an SCCS file
	in user supplied format.
	Arguments to the program may appear in any order
	and consist of keyletters, which begin with '-',
	and named files.

	If a direcory is given as an argument, each
	SCCS file within the directory is processed as if
	it had been specifically named. If a name of '-'
	is given, the standard input is read for a list
	of names of SCCS files to be processed.
	Non-SCCS files are ignored.
*/

#define		SCCS_MAIN			/* define global vars */
#include 	<defines.h>
#include	<version.h>
#include	<had.h>
#include	<i18n.h>
#include	<schily/wait.h>
#define		VMS_VFORK_OK
#include	<schily/vfork.h>
#include	<schily/sysexits.h>

#if	defined(PROTOTYPES) && defined(INS_BASE)
static char	Getpgmp[]   =   NOGETTEXT(INS_BASE "/" SCCS_BIN_PRE "bin/" "get");
#endif
static char	Getpgm[]   =   NOGETTEXT("get");
static char defline[] = NOGETTEXT(":Dt:\t:DL:\nMRs:\n:MR:COMMENTS:\n:C:");
static char	Sid[SID_STRSIZE];
static char	Mod[FILESIZE];
static char	Olddir[BUFSIZ];
static char	Pname[BUFSIZ];
static char	Dir[BUFSIZ];
static char	*Type;
static char	*Qsect;
static char	Deltadate[DT_ZSTRSIZE];
static char	Deltadatel[DT_ZSTRSIZE];
static char	*Deltatime;
static char	tempskel[] = NOGETTEXT("/tmp/prXXXXXX"); /* used to generate */
							/* temp file names */
static Nparms	N;			/* Keep -N parameters		*/
static Xparms	X;			/* Keep -X parameters		*/
static struct	sid	sid;

static char	untmp[32], uttmp[32], cmtmp[32];
static char	mrtmp[32], sxtmp[32], bdtmp[32];
static FILE	*UNiop;
static FILE	*UTiop;
static FILE	*CMiop;
static FILE	*MRiop;
static FILE	*SXiop;
static FILE	*BDiop;
static char	line[BUFSIZ];
static int	num_files;
static int	HAD_CM, HAD_MR, HAD_SX, HAD_FD, HAD_BD, HAD_UN;
static char	dt_line[BUFSIZ];
static char	*dataspec = &defline[0];
static char	iline[BUFSIZ], xline[BUFSIZ], gline[BUFSIZ];
static struct	packet	gpkt;
static struct	tm	*Dtime;
static struct tm 	Date_time;
static struct tm 	Del_Date_time;

static void	clean_up __PR((void));

	int	main __PR((int argc, char **argv));
static void	process __PR((char *file));
static void	dodeltbl __PR((struct packet *pkt));
static void	scanspec __PR((char *spec, struct deltab *dtp, struct stats *statp));
static void	deltblchk __PR((struct packet *pkt));
static int	getstats __PR((struct packet *pkt, struct stats *statp));
static int	sidcmp __PR((struct sid *sid1, struct sid *sid2));
static int	getadel __PR((struct packet *pkt, struct deltab *dt));
static FILE *	maket __PR((char *file));
static void	printfile __PR((char *file));
static int	read_mod __PR((struct packet *pkt));
static void	getbody __PR((struct sid *gsid, struct packet *pkt));
static void	getit __PR((char *str, char *cp));
static void	aux_create __PR((FILE *iop, char *file, int delchar));
#if defined(BUG_1205145) || defined(GMT_TIME)
static void	prs_idsetup __PR((struct sid *gsid, struct packet *pkt, struct deltab *dt));
#else
static void	prs_idsetup __PR((struct sid *gsid, struct packet *pkt, time_t *bdate));
#endif
static void	putmr __PR((char *cp));
static void	putsx __PR((char *cp));
static void	putcom __PR((char *cp));
static void	read_to __PR((int ch, struct packet *pkt));
static void	printflags __PR((void));
static void	ck_spec __PR((char *p));

int
main(argc, argv)
int argc;
char *argv[];
{
	register int j;
	register char *p;
	int  c;
	int strlength = 0;
	extern int Fcnt;
	int current_optind;
	int no_arg;
	/*
	 * Set locale for all categories.
	 */
	setlocale(LC_ALL, NOGETTEXT(""));

	sccs_setinsbase(INS_BASE);

	/*
	 * Set directory to search for general l10n SCCS messages.
	 */
#ifdef	PROTOTYPES
	(void) bindtextdomain(NOGETTEXT("SUNW_SPRO_SCCS"),
	    NOGETTEXT(INS_BASE "/" SCCS_BIN_PRE "lib/locale/"));
#else
	(void) bindtextdomain(NOGETTEXT("SUNW_SPRO_SCCS"),
	    NOGETTEXT("/usr/ccs/lib/locale/"));
#endif

	(void) textdomain(NOGETTEXT("SUNW_SPRO_SCCS"));

	tzset();	/* Set up timezome related vars */

#ifdef	SCHILY_BUILD
	save_args(argc, argv);
#endif
	/*
	Set flags for 'fatal' to issue message, call clean-up
	routine, and terminate processing.
	*/
	set_clean_up(clean_up);
	Fflags = FTLMSG | FTLCLN | FTLEXIT;
#ifdef	SCCS_FATALHELP
	Fflags |= FTLFUNC;
	Ffunc = sccsfatalhelp;
#endif

	/*
	The following loop processes keyletters and arguments.
	Note that these are processed only once for each
	invocation of 'main'.
	*/

	current_optind = 1;
	optind = 1;
	opterr = 0;
	no_arg = 0;
	j = 1;
	/*CONSTCOND*/
	while (1) {
			if (current_optind < optind) {
			    current_optind = optind;
			    argv[j] = 0;
			    if (optind > j+1) {
				if ((argv[j+1][0] != '-') && (no_arg == 0)) {
					argv[j+1] = NULL;
				} else {
					optind = j+1;
					current_optind = optind;
				}
			    }
			}
			no_arg = 0;
			j = current_optind;
			c = getopt(argc, argv, "()-d:r:c:ealqN:X:V(version)");

				/* this takes care of options given after
				** file names.
				*/
			if (c == EOF) {
			    if (optind < argc) {
				/* if it's due to -- then break; */
				if (argv[j][0] == '-' &&
				    argv[j][1] == '-') {
					argv[j] = 0;
					break;
				}
				optind++;
				current_optind = optind;
				continue;
			    } else {
				break;
			    }
			}
			p = optarg;
			switch (c) {
			case 'r':	/* specified SID */
				if (argv[j][2] == '\0') {
					if (*(omit_sid(p)) != '\0') {
						no_arg = 1;
						continue;
					}
				}
				chksid(sid_ab(p, &sid), &sid);
				break;
			case 'c':	/* cutoff date[time] */
				if ((*p) && (mystrptime(p, &Date_time, 0) != -1)) {
					break;
				} else {
					fatal(gettext("invalid cutoff date (prs4)"));
				}
			/*FALLTHRU*/
			case 'l':	/* later than specified SID */
			case 'e':	/* earlier than specified SID */
			case 'a':	/* print all delta types (R or D) */
				if (p) {
				    if (*p) {
					sprintf(SccsError,
					    gettext("value after %c arg (cm7)"),
						c);
					fatal(SccsError);
				    }
				}
				break;
			case 'd':	/* dataspec line */
				if (*p) {
				    strlength = strlen(p);
				    if ((p[strlength-2] == '\\') &&
					(p[strlength-1] == 'n'))
						p[strlength-2] = '\0';
				    dataspec = p;
				}
				break;
			case 'q': /* enable NSE mode */
				if (p) {
					if (*p) {
						nsedelim = p;
					}
				} else {
					nsedelim = (char *) 0;
				}
				break;

			case 'N':	/* Bulk names */
				initN(&N);
				if (optarg == argv[j+1]) {
				   no_arg = 1;
				   break;
				}
				N.n_parm = p;
				break;

			case 'X':	/* -Xtended options */
				X.x_parm = optarg;
				X.x_flags = XO_NULLPATH;
				if (!parseX(&X))
					goto err;
				had[NLOWER+c-'A'] = 0;	/* Allow mult -X */
				break;

			case 'V':		/* version */
				printf(gettext(
				    "prs %s-SCCS version %s %s (%s-%s-%s)\n"),
					PROVIDER,
					VERSION,
					VDATE,
					HOST_CPU, HOST_VENDOR, HOST_OS);
				exit(EX_OK);

			default:
			err:
				fatal(gettext("Usage: prs [ -ael ][ -c date-time ][ -d dataspec ]\n\t[ -r SID ][ -N[bulk-spec]][ -Xxopts ] s.filename ..."));
			}

			/*
			 * Make sure that we only collect option letters from
			 * the range 'a'..'z' and 'A'..'Z'.
			 */
			if (ALPHA(c) &&
			    (had[LOWER(c)? c-'a' : NLOWER+c-'A']++)) {
				if (c != 'X')
					fatal(gettext("key letter twice (cm2)"));
			}
	}

	for (j = 1; j < argc; j++) {
		if (argv[j]) {
			num_files++;
		}
	}

	if (num_files == 0)
		fatal(gettext("missing file arg (cm3)"));

	if (HADR && HADC)
		fatal(gettext("can't specify cutoff date and SID (prs5)"));
	if (HADC && (!HADL) && (!HADE))
		fatal(gettext("must specify -e or -l with -c (prs6)"));
	/*
	if (!HADD)
		HADD = 1;
	*/

	setsig();
	xsethome(NULL);
	if (HADUCN) {					/* Parse -N args  */
		parseN(&N);

		if (N.n_sdot && (sethomestat & SETHOME_OFFTREE))
			fatal(gettext("-Ns. not supported in off-tree project mode"));
	}

	/*
	check the dataspec line and determine if any tmp files
	need be created
	*/
	ck_spec(dataspec);

	/*
	Change flags for 'fatal' so that it will return to this
	routine (main) instead of terminating processing.
	*/
	Fflags &= ~FTLEXIT;
	Fflags |= FTLJMP;

	/*
	Call 'process' routine for each file argument.
	*/
	for (j = 1; j < argc; j++)
		if ((p = argv[j]) != NULL)
			do_file(p, process, 1, N.n_sdot, &X);

	return (Fcnt ? 1 : 0);
}


/*
 * This procedure opens the SCCS file and calls all subsequent
 * modules to perform 'prs'.  Once the file is finished, process
 * returns to 'main' to process any other possible files.
*/

static void
process(file)
register	char	*file;
{
	if (setjmp(Fjmp))	/* set up to return here from 'fatal' */
		return;		/* and return to caller of 'process' */
	if (HADUCN) {
#ifdef	__needed__
		char	*ofile = file;
#endif

		file = bulkprepare(&N, file);
		if (file == NULL) {
#ifdef	__needed__
			if (N.n_ifile)
				ofile = N.n_ifile;
#endif
			/*
			 * The error is typically
			 * "directory specified as s-file (cm14)"
			 */
			fatal(gettext(bulkerror(&N)));
		}
		if (sid.s_rel == 0 && N.n_sid.s_rel != 0) {
			sid.s_rel = N.n_sid.s_rel;
			sid.s_lev = N.n_sid.s_lev;
			sid.s_br  = N.n_sid.s_br;
			sid.s_seq = N.n_sid.s_seq;
		}
	}

	sinit(&gpkt, file, SI_OPEN);	/* init packet and open SCCS file */

	/*
	move value of global sid into gpkt.p_reqsid for
	later comparision.
	*/

	gpkt.p_reqsid = sid;

	gpkt.p_reopen = 1;	/* set reopen flag to 1 for 'getline' */

	/*
	Read delta table entries checking for format error and
	setting the value for the SID if none was specified.
	Also check to see if SID specified does in fact exists.
	*/

	deltblchk(&gpkt);
	/*
	create auxiliary file for User Name Section
	*/

	if (HAD_UN)
		aux_create(UNiop, untmp, EUSERNAM);
	else read_to(EUSERNAM, &gpkt);

	/*
	store flags (if any) into array called 'gpkt.p_sflags'
	*/

	doflags(&gpkt);

	/*
	 * If there are SCCS v6 flags or SCCS v6 global meta data,
	 * we need to skip this here.
	 * XXX In order to be able to print this data, we need to
	 * XXX parse this block instead of just skipping it.
	 */
	donamedflags(&gpkt);
	dometa(&gpkt);
	if (gpkt.p_line != NULL &&
	    gpkt.p_line[0] == CTLCHAR && gpkt.p_line[1] != BUSERTXT)
		read_to(BUSERTXT, &gpkt);

	/*
	create auxiliary file for the User Text section
	*/

	if (HAD_FD)
		aux_create(UTiop, uttmp, EUSERTXT);
	else read_to(EUSERTXT, &gpkt);

	/*
	indicate to 'getline' that EOF is okay
	*/

	gpkt.p_chkeof = 1;

	/*
	read body of SCCS file and create temp file for it
	*/

	while (read_mod(&gpkt))
		;

	/*
	Here, file has already been re-opened (by 'getline' after
	EOF was encountered by 'read_mod' calling 'getline')
	*/

	getline(&gpkt);		/* skip over header line */

	if (!HADD && !HADR && !HADE && !HADL)
		HADE = 1;
	if (!HADD)
		printf("%s:\n\n", file);

	/*
	call 'dodeltbl' to read delta table entries
	and determine which deltas are to be considered
	*/

	dodeltbl(&gpkt);

	/*
	call 'clean_up' to remove any temporary file created
	during processing of the SCCS file passed as an argument from
	'do_file'
	*/

	clean_up();

	/* return to caller of 'process' */
}


/*
 * This procedure actually reads the delta table entries and
 * substitutes pre-defined strings and pointers with the information
 * needed during the scanning of the 'dataspec' line
*/

static void
dodeltbl(pkt)
register struct packet *pkt;
{
	char	*n;
	int	stopdel;
	int	found;
	long dcomp;
	struct	deltab	dt;
	struct	stats	stats;

	/*
	flags used during determination of deltas to be
	considered
	*/

	found = stopdel = 0;

	/*
	Read entire delta table.
	*/
	while (getstats(pkt, &stats) && !stopdel) {
		if (getadel(pkt, &dt) != BDELTAB)
			fmterr(pkt);

		/*
		ignore 'removed' deltas if !HADA keyletter
		*/

		if (!HADA && (dt.d_type != 'D' && dt.d_type != 'U')) {
			read_to(EDELTAB, pkt);
			continue;
		}

		/*
		determine whether or not to consider current delta
		*/

		if (HADC) {
			get_Del_Date_time(pkt->p_line, &dt, pkt, &Del_Date_time);
			dcomp = cmpdate(&Date_time, &Del_Date_time);
			if (HADE && !HADL && (dcomp < 0)) {
				read_to(EDELTAB, pkt);
				continue;
			} else if (HADL && !HADE && (dcomp > 0)) {
				stopdel = 1;
				continue;
			}
		} else if (HADE && HADL)
			stopdel = 0;

		else if (!(eqsid(&gpkt.p_reqsid, &dt.d_sid)) && !found) {
			/*
			if !HADL keyletter skip delta entry
			*/
			if (!HADL) {
				read_to(EDELTAB, pkt);
				continue;
			}
		} else {
			found = 1;
			stopdel = 1;
		}
		/*
		if HADE keyletter read remainder of delta table entries
		*/
		if (HADE && stopdel)
			stopdel = 0;
		/*
		create temp file for MRs and comments
		*/
		if (HAD_MR)
			MRiop = maket(mrtmp);
		if (HAD_CM)
			CMiop = maket(cmtmp);
		if (HAD_SX)
			SXiop = maket(sxtmp);
		/*
		Read rest of delta entry.
		*/
		while ((n = getline(pkt)) != NULL)
			if (pkt->p_line[0] != CTLCHAR)
				break;
			else {
				switch (pkt->p_line[1]) {
				case INCLUDE:
					getit(iline, n);
					continue;
				case EXCLUDE:
					getit(xline, n);
					continue;
				case IGNORE:
					getit(gline, n);
					continue;
				case MRNUM:
					if (HAD_MR)
						putmr(n);
					continue;
				case SIDEXTENS:
					if (HAD_SX)
						putsx(n);
					continue;
				case COMMENTS:
					if (HAD_CM)
						putcom(n);
					continue;
				case EDELTAB:
					/*
					close temp files for MRs and comments
					*/
					if (HAD_MR) {
						if (MRiop)
							fclose(MRiop);
						MRiop = NULL;
					}
					if (HAD_CM) {
						if (CMiop)
							fclose(CMiop);
						CMiop = NULL;
					}
					if (HAD_SX) {
						if (SXiop)
							fclose(SXiop);
						SXiop = NULL;
					}
					scanspec(dataspec, &dt, &stats);
					/*
					remove temp files for MRs and comments
					*/
					unlink(mrtmp);
					unlink(cmtmp);
					unlink(sxtmp);
					break;
				default:
					fmterr(pkt);
				}
				break;
			}
		if (n == NULL || pkt->p_line[0] != CTLCHAR)
			fmterr(pkt);
	}
}


/*
 * The scanspec procedure scans the dataspec searching for ID keywords.
 * When a keyword is found the value is replaced and printed on the
 * standard output. Any character that is not an ID keyword is printed
 * immediately.
*/

static	char	Zkywd[5]   =   "@(#)";

static void
scanspec(spec, dtp, statp)
char spec[];
struct	deltab	*dtp;
struct	stats	*statp;
{

	register char *lp;
	register char	*k;

	int	istr;
	register	char	c;

	istr = 0;

	/*
	call 'idsetup' to set certain data keywords for
	'scanspec' substitution
	*/
#if defined(BUG_1205145) || defined(GMT_TIME)
	prs_idsetup(&dtp->d_sid, &gpkt, dtp);
#else
	prs_idsetup(&dtp->d_sid, &gpkt, &dtp->d_dtime.dt_sec);
#endif

	/*
	scan 'dataspec' line
	*/
	for (lp = spec; *lp != 0; lp++) {
		if (lp[0] == ':' && lp[1] != 0 && lp[2] == ':') {
			c = *++lp;
			switch (c) {
			case 'I':	/* SID */
				printf("%s", Sid);
				break;
			case 'R':	/* Release number */
				printf("%d", dtp->d_sid.s_rel);
				break;
			case 'L':	/* Level number */
				printf("%d", dtp->d_sid.s_lev);
				break;
			case 'B':	/* Branch number */
				if (dtp->d_sid.s_br != 0)
					printf("%d", dtp->d_sid.s_br);
				break;
			case 'S':	/* Sequence number */
				if (dtp->d_sid.s_seq != 0)
					printf("%d", dtp->d_sid.s_seq);
				break;
			case 'D':	/* Date delta created */
				printf("%s", Deltadate);
				break;
			case 'd':	/* Date delta created (4 digit year) */
				printf("%s", Deltadatel);
				break;
			case 'T':	/* Time delta created */
				printf("%s", Deltatime);
				break;
			case 'P':	/* Programmer who created delta */
				printf("%s", dtp->d_pgmr);
				break;
			case 'C':	/* Comments */
				if (exists(cmtmp))
					printfile(cmtmp);
				break;
			case 'Y':	/* Type flag */
				printf("%s", Type);
				break;
			case 'Q':	/* csect flag */
				printf("%s", Qsect);
				break;
			case 'J':	/* joint edit flag */
				if (gpkt.p_sflags[JOINTFLAG - 'a'])
					printf(gettext("yes"));
				else printf(gettext("no"));
				break;
			case 'M':	/* Module name */
				printf("%s", Mod);
				break;
			case 'W':	/* Form of what string */
				printf("%s%s\t%s", Zkywd, Mod, Sid);
				break;
			case 'A':	/* Form of what string */
				printf("%s%s %s %s%s", Zkywd, Type, Mod, Sid, Zkywd);
				break;
			case 'Z':	/* what string constructor */
				printf("%s", Zkywd);
				break;
			case 'F':	/* File name */
				printf("%s", sname(gpkt.p_file));
				break;
			case 'G':	/* Basename of g-file */
				printf("%s", auxf(gpkt.p_file, 'g'));
				break;
			default:
				putchar(':');
				--lp;
				continue;
			}
			lp++;
		} else if (lp[0] == ':' && lp[1] != 0 && lp[2] != 0 && lp[3] == ':') {
			if (lp[1] == ':') {
				putchar(':');
				continue;
			}
			istr = *++lp;
			istr += 256 * (*++lp);

			switch (istr) {
			case 256*'L'+'D':	/* :DL: Delta line statistics */
				printf("%.05d", statp->s_ins);
				putchar('/');
				printf("%.05d", statp->s_del);
				putchar('/');
				printf("%.05d", statp->s_unc);
				break;
			case 256*'i'+'L':	/* :Li: Lines inserted by delta */
				printf("%.05d", statp->s_ins);
				break;
			case 256*'d'+'L':	/* :Ld: Lines deleted by delta */
				printf("%.05d", statp->s_del);
				break;
			case 256*'u'+'L':	/* :Lu: Lines unchanged by delta */
				printf("%.05d", statp->s_unc);
				break;
			case 256*'T'+'D':	/* :DT: Delta type */
				printf("%c", dtp->d_type);
				break;
			case 256*'y'+'D':	/* :Dy: Year delta created */
				if (Dtime->tm_year >= 100) {
				    Dtime->tm_year %= 100;
				}
				printf("%02d", Dtime->tm_year);
				break;
			case 256*'Y'+'D':	/* :DY: Year delta created */
				Dtime->tm_year += 1900;
				printf("%4d", Dtime->tm_year); /* 4 digits */
				break;
			case 256*'_'+'D':	/* :D_: Date delta created y-m-d */
				Deltadatel[4] = '-';
				Deltadatel[7] = '-';
				printf("%s", Deltadatel);
				Deltadatel[4] = '/';
				Deltadatel[7] = '/';
				break;
			case 256*'m'+'D':	/* :Dm: Month delta created */
				printf("%02d", (Dtime->tm_mon + 1));
				break;
			case 256*'d'+'D':	/* :Dd: Day delta created */
				printf("%02d", Dtime->tm_mday);
				break;
			case 256*'h'+'T':	/* :Th: Hour delta created */
				printf("%02d", Dtime->tm_hour);
				break;
			case 256*'m'+'T':	/* :Tm: Minutes delta created */
				printf("%02d", Dtime->tm_min);
				break;
			case 256*'s'+'T':	/* :Ts: Seconds delta created */
				printf("%02d", Dtime->tm_sec);
				break;
			case 256*'S'+'D':	/* :DS: Delta sequence number */
				printf("%d", dtp->d_serial);
				break;
			case 256*'P'+'D':	/* :DP: Predecessor delta sequence number */
				printf("%d", dtp->d_pred);
				break;
			case 256*'I'+'D':	/* :DI: Deltas included,excluded,ignored */
#ifdef	ATT_BUG
				/*
				 * This has been introduced around 1984.
				 */
				printf("%s", iline);
				if (length(xline))
					printf("/%s", xline);
				if (length(gline))
					printf("/%s", gline);
#else
				/*
				 * This is the POSIX compliant behavior.
				 */
				printf("%s", iline);
				printf("/%s", xline);
				printf("/%s", gline);
#endif
				break;
			case 256*'n'+'D':	/* :Dn: Deltas included */
				printf("%s", iline);
				break;
			case 256*'x'+'D':	/* :Dx: Deltas excluded */
				printf("%s", xline);
				break;
			case 256*'g'+'D':	/* :Dg: Deltas ignored */
				printf("%s", gline);
				break;
			case 256*'K'+'L':	/* :LK: locked releases */
				if ((k = gpkt.p_sflags[LOCKFLAG - 'a']) != NULL)
					printf("%s", k);
				else printf(gettext("none"));
				break;
			case 256*'R'+'M':	/* :MR: MR numbers */
				if (exists(mrtmp))
					printfile(mrtmp);
				break;
			case 256*'C'+'M':  /* :MC: cmf flag yes or no */
				if (gpkt.p_sflags[CMFFLAG - 'a'])
					printf(gettext("yes"));
				else
					printf(gettext("no"));
				break;
			case 256*'X'+'S':	/* :SX: SID Extensions */
				if (exists(sxtmp))
					printfile(sxtmp);
				break;
			case 256*'C'+'A':  /* :AC: cmf application field */
				if ((k = gpkt.p_sflags[CMFFLAG - 'a']) == NULL)
					printf(gettext("none"));
				else
					printf("%s", k);
				break;
			case 256*'N'+'U':	/* :UN: User names */
				if (exists(untmp))
					printfile(untmp);
				break;
			case 256*'F'+'M':	/* :MF: MR validation flag */
				if (gpkt.p_sflags[VALFLAG - 'a'])
					printf(gettext("yes"));
				else printf(gettext("no"));
				break;
			case 256*'P'+'M':	/* :MP: MR validation program */
				if ((k = gpkt.p_sflags[VALFLAG - 'a']) == NULL)
					printf(gettext("none"));
				else printf("%s", k);
				break;
			case 256*'F'+'K':	/* :KF: Keyword err/warn flag */
				if (gpkt.p_sflags[IDFLAG - 'a'])
					printf(gettext("yes"));
				else printf(gettext("no"));
				break;
			case 256*'F'+'B':	/* :BF: Branch flag */
				if (gpkt.p_sflags[BRCHFLAG - 'a'])
					printf(gettext("yes"));
				else printf(gettext("no"));
				break;
			case 256*'B'+'F':	/* :FB: Floor Boundry */
				if ((k = gpkt.p_sflags[FLORFLAG - 'a']) != NULL)
					printf("%s", k);
				else printf(gettext("none"));
				break;
			case 256*'B'+'C':	/* :CB: Ceiling Boundry */
				if ((k = gpkt.p_sflags[CEILFLAG - 'a']) != NULL)
					printf("%s", k);
				else printf(gettext("none"));
				break;
			case 256*'s'+'D':	/* :Ds: Default SID */
				if ((k = gpkt.p_sflags[DEFTFLAG - 'a']) != NULL)
					printf("%s", k);
				else printf(gettext("none"));
				break;
			case 256*'D'+'N':	/* :ND: Null delta */
				if (gpkt.p_sflags[NULLFLAG - 'a'])
					printf(gettext("yes"));
				else printf(gettext("no"));
				break;
			case 256*'D'+'F':	/* :FD: File descriptive text */
				if (exists(uttmp))
					printfile(uttmp);
				break;
			case 256*'D'+'B':	/* :BD: Entire file body */
				if (exists(bdtmp))
					printfile(bdtmp);
				break;
			case 256*'B'+'G':	/* :GB: Gotten body from 'get' */
				getbody(&dtp->d_sid, &gpkt);
				break;
			case 256*'N'+'P':	/* :PN: Full pathname of File */
				copy(gpkt.p_file, Dir);
				dname(Dir);
				if (getcwd(Olddir, sizeof (Olddir)) == NULL)
					efatal(gettext("getcwd() failed (prs2)"));
				if (chdir(Dir) != 0)
					efatal(gettext("cannot change directory (prs3)"));
				if (getcwd(Pname, sizeof (Pname)) == NULL)
					efatal(gettext("getcwd() failed (prs2)"));
				if (chdir(Olddir) != 0)
					efatal(gettext("cannot change directory (prs3)"));
				printf("%s/", Pname);
				printf("%s", sname(gpkt.p_file));
				break;
			case 256*'L'+'F':	/* :FL: Flag descriptions (as in 'prt') */
				printflags();
				break;
			case 256*'t'+'D':	/* :Dt: Whole delta table line */
				/*
				replace newline with null char to make
				data keyword simple format
				*/
				repl(dt_line, '\n', '\0');
				k = dt_line;
				/*
				skip control char, line flag, and blank
				*/
				k += 3;
				printf("%s", k);
				break;
			case 256*'p'+'G':	/* :Gp: V6 Initial Path */
				if (gpkt.p_init_path)
					printf("%s", gpkt.p_init_path);
				break;
			case 256*'r'+'G': {	/* :Gr: V6 Unified Random */
				char	rbuf[64];
				urand_ba(&gpkt.p_rand, rbuf, sizeof (rbuf));
				printf("%s", rbuf);
				break;
				}
			default:
				putchar(':');
				lp -= 2;
				continue;
			}
			lp++;
		} else {
			c = *lp;
			if (c == '\\') {
				switch (*++lp) {
				case 'n':	/* for newline */
					putchar('\n');
					break;
				case ':':	/* for wanted colon */
					putchar(':');
					break;
				case 't':	/* for tab */
					putchar('\t');
					break;
				case 'b':	/* for backspace */
					putchar('\b');
					break;
				case 'r':	/* for carriage return */
					putchar('\r');
					break;
				case 'f':	/* for form feed */
					putchar('\f');
					break;
				case '\\':	/* for backslash */
					putchar('\\');
					break;
				case '\'':	/* for single quote */
					putchar('\'');
					break;
				default:	/* unknown case */
					putchar('\\');
					putchar(*lp);
					break;
				}
			} else
				putchar(*lp);
		}
	}
	/*
	zero out first char of global string lines in case
	a value is not gotten in next delta table entry
	*/
	iline[0] = xline[0] = gline[0] = 0;
	putchar('\n');
}


/*
 * This procedure cleans up all temporary files created during
 * 'process' that are used for data keyword substitution
*/

static void
clean_up()
{
	sclose(&gpkt);	/* if SCCS file is open, close it */
	sfree(&gpkt);	/* free line buffer			*/
	xrm(&gpkt);	/* remove the 'packet' used for this SCCS file */
	unlink(mrtmp);	/* remove all temporary files from /tmp */
	unlink(cmtmp);	/*			"		*/
	unlink(sxtmp);	/*			"		*/
	unlink(untmp);	/*			"		*/
	unlink(uttmp);	/*			"		*/
	unlink(bdtmp);	/*			"		*/
	ffreeall();
}


/*
 * This procedure checks the delta table entries for correct format.
 * It also checks to see if the SID specified by the -r keyletter
 * is contained in the file.  If no SID was specified assumes the top
 * delta created (last in time).
*/

static void
deltblchk(pkt)
register struct packet *pkt;
{
	char	*n;
	int	found;
	struct	deltab	dt;
	struct	deltab	odt;	/* Old delta */
	struct	stats	stats;

	odt.d_sid.s_rel = 0;
	odt.d_sid.s_lev = 0;
	odt.d_sid.s_br = 0;
	odt.d_sid.s_seq = 0;
	found = 0;
	/*
	Read entire delta table.
	*/
	while (getstats(pkt, &stats)) {
		if (getadel(pkt, &dt) != BDELTAB)
			fmterr(pkt);

		/*
		ignore if "removed" delta
		*/
		if (!HADA && (dt.d_type != 'D' && dt.d_type != 'U')) {
			read_to(EDELTAB, pkt);
			continue;
		}

		if (!HADR && (pkt->p_reqsid.s_rel == 0)) {
			if (!found)
				odt.d_sid = dt.d_sid;
			found = 1;
		} else if (pkt->p_reqsid.s_rel == 0) {
			if (sidcmp(&odt.d_sid, &dt.d_sid) < 0)
				odt.d_sid = dt.d_sid;
		} else if (pkt->p_reqsid.s_lev == 0) {
			if ((pkt->p_reqsid.s_rel >= dt.d_sid.s_rel) &&
				(sidcmp(&odt.d_sid, &dt.d_sid) < 0))
					odt.d_sid = dt.d_sid;
		} else if ((pkt->p_reqsid.s_br == 0) && !found) {
			if (!(sidcmp(&pkt->p_reqsid, &dt.d_sid))) {
				found = 1;
				odt.d_sid = dt.d_sid;
			}
		} else if (pkt->p_reqsid.s_seq == 0) {
			if ((pkt->p_reqsid.s_rel == dt.d_sid.s_rel) &&
				(pkt->p_reqsid.s_lev == dt.d_sid.s_lev) &&
				(pkt->p_reqsid.s_br  == dt.d_sid.s_br) &&
				(sidcmp(&odt.d_sid, &dt.d_sid) < 0))
					odt.d_sid = dt.d_sid;
		} else if (!found) {
			if (!(sidcmp(&pkt->p_reqsid, &dt.d_sid))) {
				found = 1;
				odt.d_sid = dt.d_sid;
			}
		}

		/*
		Read rest of delta entry.
		*/
		while ((n = getline(pkt)) != NULL)
			if (pkt->p_line[0] != CTLCHAR)
				break;
			else {
				switch (pkt->p_line[1]) {
				case EDELTAB:
					break;
				case INCLUDE:
				case EXCLUDE:
				case IGNORE:
				case MRNUM:
				case SIDEXTENS:
				case COMMENTS:
					continue;
				default:
					fmterr(pkt);
				}
				break;
			}
		if (n == NULL || pkt->p_line[0] != CTLCHAR)
			fmterr(pkt);
	}
	/*
	if not at the beginning of the User Name section
	there is an internal error
	*/
	if (pkt->p_line[1] != BUSERNAM)
		fmterr(pkt);
	/*
	if SID did not exist (the one specified by -r keyletter)
	then there exists an error
	*/
	if (odt.d_sid.s_rel == 0)
		fatal(gettext("nonexistent SID (prs1)"));
	else
		gpkt.p_reqsid = odt.d_sid;
}


/*
 * This procedure reads the stats line from the delta table entry
 * and places the statisitics into a structure called "stats".
*/

static int
getstats(pkt, statp)
register struct packet *pkt;
register struct stats *statp;
{
	register char *p = getline(pkt);

	if (p == NULL || *p++ != CTLCHAR || *p++ != STATS)
		return (0);
	NONBLANK(p);
	p = satoi(p, &statp->s_ins);
	p = satoi(++p, &statp->s_del);
	satoi(++p, &statp->s_unc);
	return (1);
}

/*
 * This routine compares to SIDs numerically.
*/

static int
sidcmp(sid1, sid2)
struct sid *sid1, *sid2;

{
int diff = 0;

	if ((diff = (sid1->s_rel - sid2->s_rel)) != 0)
		return (diff);
	if ((diff = (sid1->s_lev - sid2->s_lev)) != 0)
		return (diff);
	if ((diff = (sid1->s_br  - sid2->s_br)) != 0)
		return (diff);

	return (sid1->s_seq - sid2->s_seq);
}
/*
 * This procedure reads a delta table entry line from the delta
 * table entry and places the contents of the line into a structure
 * called "deltab".
*/

static int
getadel(pkt, dt)
register struct packet *pkt;
register struct deltab *dt;
{
	if (getline(pkt) == NULL)
		fmterr(pkt);
#if !(defined(BUG_1205145) || defined(GMT_TIME))
	copy(pkt->p_line, dt_line);  /* copy delta table line for :Dt: keywd */
#endif
	return (del_ab(pkt->p_line, dt, pkt));
}


/*
 * This procedure creates the temporary file used during the
 * "process" subroutine.  The skeleton defined at the beginning
 * of the program is filled in in this function
*/
static FILE *
maket(file)
char	*file;
{
	FILE *iop;
	mode_t cur_umask;

	copy(tempskel, file);	/* copy file name into the skeleton */
				/* umask 0133 -> create mode 0644 */
	cur_umask = umask((mode_t)((S_IRWXU|S_IRWXG|S_IRWXO)&~(S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH)));
#ifdef	HAVE_MKSTEMP
	iop = fdfopen(mkstemp(file), O_WRONLY|O_BINARY);
#else
	iop = xfcreat(mktemp(file), 0644);
#endif
#ifdef	NEED_O_BINARY
	if (iop != NULL)
		setmode(fileno(iop), O_BINARY);
#endif
	(void) umask(cur_umask);

	return (iop);
}


/*
 * This procedure prints (on the standard output) the contents of any
 * temporary file that may have been created during "process".
*/

static void
printfile(file)
register	char	*file;
{
#ifdef	__historic__
	register	char	*p;
#else
	register	size_t	amt;
#endif
	FILE	*iop;

	iop = xfopen(file, O_RDONLY|O_BINARY);
#ifdef	__historic__
	while ((p = fgets(line, sizeof (line), iop)) != NULL)
		printf("%s", p);
#else
	while ((amt= fread(line, 1, sizeof (line), iop)) > 0)
		fwrite(line, 1, amt, stdout);
#endif
	fclose(iop);
}


/*
 * This procedure reads the body of the SCCS file from beginning to end.
 * It also creates the temporary file /tmp/prbdtmp which contains
 * the body of the SCCS file for data keyword substitution.
*/

static int
read_mod(pkt)
register struct packet *pkt;
{
	register char *p;
	int ser;
	int iod;

	if (HAD_BD)
		BDiop = maket(bdtmp);
	while (getline(pkt) != NULL) {
		p = pkt->p_line;
		if (HAD_BD) {
#ifdef	__historic__
			if (fputs(p, BDiop) == EOF) {
				xmsg(bdtmp, NOGETTEXT("read_mod"));
#else
			if (fwrite(p, 1, pkt->p_line_length, BDiop) == EOF) {
				xmsg(bdtmp, NOGETTEXT("read_mod"));
#endif
			}
		}
		if (*p++ != CTLCHAR)
			continue;
		else {
			if (!((iod = *p++) == INS || iod == DEL || iod == END)) {
				if (iod == CTLCHAR)
					continue;
				if (iod == NONL)
					continue;
				fmterr(pkt);
			}
			NONBLANK(p);
			satoi(p, &ser);
			if (iod == END)
				remq(pkt, ser);
			else
				addq(pkt, ser, iod == INS ? NO : 0, iod, USER);
		}
	}
	if (HAD_BD) {
		if (BDiop)
			fclose(BDiop);
		BDiop = NULL;
	}
	if (pkt->p_q)
		fatal(gettext("premature eof (co5)"));
	return (0);
}


/*
 * This procedure is only called if the :GB: data keyword is specified.
 * It forks and creates a child process to invoke 'get' with the '-p'
 * and '-s' options for the SID currently being processed.  Upon
 * completion, control of the program is returned to 'prs'.
*/

static void
getbody(gsid, pkt)
struct	sid	*gsid;
struct packet *pkt;
{
	int	i;
	int	status;
	char	str[SID_STRSIZE];
	char	rarg[SID_STRSIZE+2];
	char	filearg[80];

	sid_ba(gsid, str);
	sprintf(rarg, "-r%s", str);
	sprintf(filearg, "%s", pkt->p_file);
	/*
	fork here so 'getbody' can execute 'get' to
	print out gotten body :GB:
	*/
	if ((i = vfork()) < 0)
		efatal(gettext("cannot fork, try again"));
	if (i == 0) {
		/*
		perform 'get' and redirect output
		to standard output
		*/
#if	defined(PROTOTYPES) && defined(INS_BASE)
		execlp(Getpgmp, Getpgm, NOGETTEXT("-s"), NOGETTEXT("-p"), rarg, filearg, (char *)0);
#endif
		execlp(Getpgm, Getpgm, NOGETTEXT("-s"), NOGETTEXT("-p"), rarg, filearg, (char *)0);
		sprintf(SccsError, gettext("cannot execute '%s'"),
			Getpgm);
#ifdef	HAVE_VFORK
		Fflags |= FTLVFORK;
#endif
		efatal(SccsError);
	} else {
		wait(&status);
		return;
	}
}


/*
 * This procedure places the line read in "dodeltbl" into a global string
 * 'str'.  This procedure is only called for include, exclude or ignore
 * lines.
*/

static void
getit(str, cp)
register	char	*str, *cp;
{
	cp += 2;
	NONBLANK(cp);
	cp[length(cp) - 1] = '\0';
	sprintf(str, "%s", cp);
}


/*
 * This procedure creates an auxiliary file for the iop passed as an argument
 * for the file name also passed as an argument.  If no text exists for the
 * named file, an auxiliary file is still created with the text "(none)".
*/

static void
aux_create(iop, file, delchar)
FILE	*iop;
char	*file;
char	delchar;
{

	char	*n;
	int	text;
	/*
	create auxiliary file for the named section
	*/

	text = 0;
	iop = maket(file);
	while ((n = getline(&gpkt)) != NULL && gpkt.p_line[0] != CTLCHAR) {
		text = 1;
		if (fputs(n, iop) == EOF) {
			xmsg(file, NOGETTEXT("aux_create"));
		}
	}
	/*
	check to see that delimiter found is correct
	*/
	if (n == NULL || gpkt.p_line[0] != CTLCHAR || gpkt.p_line[1] != delchar)
		fmterr(&gpkt);
	if (!text)
		fprintf(iop, gettext("none\n"));
	fclose(iop);
}


/*
 * This procedure sets the values for certain data keywords which are
 * either shared by more than one data keyword or because substitution
 * here would be easier than doing it in "scanspec" (more efficient etc.)
*/

static void
#if defined(BUG_1205145) || defined(GMT_TIME)
prs_idsetup(gsid, pkt, dt)
#else
prs_idsetup(gsid, pkt, bdate)
#endif
struct	sid	*gsid;
struct	packet	*pkt;
#if defined(BUG_1205145) || defined(GMT_TIME)
struct	deltab	*dt;
#else
time_t	*bdate;
#endif
{

	register	char	*p;

#if defined(BUG_1205145) || defined(GMT_TIME)
	Dtime = localtime(&dt->d_dtime.dt_sec);
	/*
	 * Local time corrections before del_ba() and date_ba() calls.
	 * Because these functions use gmtime() instead of localtime().
	 * This allows us to print the local time for the :Dt: keywd instead
	 * of the GMT based time from the s-file.
	 */
	dt->d_dtime.dt_sec = mklgmtime(Dtime);

	del_ba(dt, dt_line, pkt->p_flags|PF_GMT);	/* create delta table line for :Dt: keywd */
	date_ba(&dt->d_dtime.dt_sec, Deltadate, 0);
	date_bal(&dt->d_dtime.dt_sec, Deltadatel, 0);
#else
	date_ba(bdate, Deltadate, 0);
	date_bal(bdate, Deltadatel, 0);
#endif
	Deltatime = &Deltadate[9];
	Deltadate[8] = 0;
	Deltadatel[10] = 0;
	sid_ba(gsid, Sid);
#if !(defined(BUG_1205145) || defined(GMT_TIME))
	Dtime = localtime(bdate);
#endif
	if ((p = pkt->p_sflags[MODFLAG - 'a']) != NULL)
		copy(p, Mod);
	else sprintf(Mod, "%s", auxf(pkt->p_file, 'g'));
	if ((Type = pkt->p_sflags[TYPEFLAG - 'a']) == NULL)
		Type = Null;
	if ((Qsect = pkt->p_sflags[QSECTFLAG - 'a']) == NULL)
		Qsect = Null;
}


/*
 * This procedure places any MRs that are found in the delta table entry
 * into the temporary file created for that express purpose (/tmp/prXXXXXX).
*/

static void
putmr(cp)
register char	*cp;
{

	cp += 3;

	if (!(*cp) || (*cp == '\n')) {
		if (MRiop)
			fclose(MRiop);
		MRiop = NULL;
		return;
	}

	if (fputs(cp, MRiop) == EOF) {
		xmsg(mrtmp, NOGETTEXT("putmr"));
	}
}


/*
 * This procedure places any SID extensions that are found in the delta table
 * entry * into the temporary file created for that express purpose
 * (/tmp/prXXXXXX).
 */
static void
putsx(cp)
register char	*cp;
{

	cp += 3;

	if (!(*cp) || (*cp == '\n')) {
		if (SXiop)
			fclose(SXiop);
		SXiop = NULL;
		return;
	}

	if (fputs(cp, SXiop) == EOF) {
		xmsg(sxtmp, NOGETTEXT("putsx"));
	}
}


/*
 * This procedure is the same as "putmr" except it is used for the comment
 * section of the delta table entries.
*/

static void
putcom(cp)
register char	*cp;
{

	cp += 3;

	if (fputs(cp, CMiop) == EOF) {
		xmsg(cmtmp, NOGETTEXT("putcom"));
	}
}


/*
 * This procedure reads through the SCCS file until a line is found
 * containing the character passed as an argument in the 2nd position
 * of the line.
*/

static void
read_to(ch, pkt)
register char	ch;
register struct packet *pkt;
{
	register char *p;
	while (((p = getline(pkt)) != NULL) &&
			!(*p++ == CTLCHAR && *p == ch))
		;
}


/*
 * This procedure prints a list of all the flags that are present in the
 * SCCS file.  The format is the same as 'prt' except the flag description
 * is not preceeded by a "tab".
*/

static void
printflags()
{
	register	char	*k;
	register	char	**sflags = gpkt.p_sflags;

	if (sflags[BRCHFLAG - 'a'])			/* check for 'branch' flag */
		printf(gettext("branch\n"));
	if ((k = (sflags[CEILFLAG - 'a'])) != NULL)	/* check for 'ceiling flag */
		printf(gettext("ceiling\t%s\n"), k);
	if ((k = (sflags[DEFTFLAG - 'a'])) != NULL)	/* check for 'default SID' flag */
		printf(gettext("default SID\t%s\n"), k);
	if ((k = (sflags[ENCODEFLAG - 'a'])) != NULL) {	/* check for 'encoded' flag */
		int	i;

		NONBLANK(k);
		k = satoi(k, &i);
		/*
		 * The semantics of this flag are unusual: report its
		 * existence only if an operand with value '1' is present.
		 * Yes, the test below is sloppy...
		 */
		if (*k == '\0' && (i & EF_UUENCODE))
			printf(gettext("encoded\n"));
	}
	if ((k = (sflags[FLORFLAG - 'a'])) != NULL)	/* check for 'floor' flag */
		printf(gettext("floor\t%s\n"), k);
	if (sflags[IDFLAG - 'a'])			/* check for 'id err/warn' flag */
		printf(gettext("id keywd err/warn\n"));
	if (sflags[JOINTFLAG - 'a'])			/* check for joint edit flag */
		printf(gettext("joint edit\n"));
	if ((k = (sflags[LOCKFLAG - 'a'])) != NULL)	/* check for 'lock' flag */
		printf(gettext("locked releases\t%s\n"), k);
	if ((k = (sflags[MODFLAG - 'a'])) != NULL)	/* check for 'module' flag */
		printf(gettext("module\t%s\n"), k);
	if (sflags[NULLFLAG - 'a'])			/* check for 'null delta' flag */
		printf(gettext("null delta\n"));
	if ((k = (sflags[QSECTFLAG - 'a'])) != NULL)	/* check for 'qsect' flag */
		printf(gettext("csect name\t%s\n"), k);
	if ((k = (sflags[TYPEFLAG - 'a'])) != NULL)	/* check for 'type' flag */
		printf(gettext("type\t%s\n"), k);
	if (sflags[VALFLAG - 'a']) {			/* check for 'MR valid' flag */
		printf(gettext("validate MRs\t"));
		/*
		check for MR validating program
		(optional)
		*/
		if ((k = (sflags[VALFLAG - 'a'])) != NULL)
			printf("%s\n", k);
		else putchar('\n');
	}
	if ((k = (sflags[SCANFLAG - 'a'])) != NULL)	/* check for 'keywd scan lines' flag */
		printf(gettext("keywd scan lines\t%s\n"), k);
	if ((k = (sflags[EXTENSFLAG - 'a'])) != NULL)	/* check for 'extensions' flag */
		printf(gettext("extensions\t%s\n"), k);
	if ((k = (sflags[EXPANDFLAG - 'a'])) != NULL)	/* check for 'expand keywds' flag */
		printf(gettext("expand keywds\t%s\n"), k);
}


/*
 * This procedure checks the `dataspec' (if user defined) and determines
 * if any temporary files need be created for future keyword replacement
*/

static void
ck_spec(p)
register char *p;
{
	if (sccs_index(p, NOGETTEXT(":C:")) != -1)	/* check for Comment keyword */
		HAD_CM = 1;
	if (sccs_index(p, NOGETTEXT(":MR:")) != -1)	/* check for MR keyword */
		HAD_MR = 1;
	if (sccs_index(p, NOGETTEXT(":SX:")) != -1)	/* check for SX keyword */
		HAD_SX = 1;
	if (sccs_index(p, NOGETTEXT(":UN:")) != -1)	/* check for User name keyword */
		HAD_UN = 1;
	if (sccs_index(p, NOGETTEXT(":FD:")) != -1)	/* check for descriptive text kyword */
		HAD_FD = 1;
	if (sccs_index(p, NOGETTEXT(":BD:")) != -1)	/* check for body keyword */
		HAD_BD = 1;
}
