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freebsd-skq/usr.bin/sgmls/instant/tables.c

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/*
* Copyright 1993 Open Software Foundation, Inc., Cambridge, Massachusetts.
* All rights reserved.
*/
/*
* Copyright (c) 1994
* Open Software Foundation, Inc.
*
* Permission is hereby granted to use, copy, modify and freely distribute
* the software in this file and its documentation for any purpose without
* fee, provided that the above copyright notice appears in all copies and
* that both the copyright notice and this permission notice appear in
* supporting documentation. Further, provided that the name of Open
* Software Foundation, Inc. ("OSF") not be used in advertising or
* publicity pertaining to distribution of the software without prior
* written permission from OSF. OSF makes no representations about the
* suitability of this software for any purpose. It is provided "as is"
* without express or implied warranty.
*/
/*
* Copyright (c) 1996 X Consortium
* Copyright (c) 1995, 1996 Dalrymple Consulting
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in
* all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* X CONSORTIUM OR DALRYMPLE CONSULTING BE LIABLE FOR ANY CLAIM, DAMAGES OR
* OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
* ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
* OTHER DEALINGS IN THE SOFTWARE.
*
* Except as contained in this notice, the names of the X Consortium and
* Dalrymple Consulting shall not be used in advertising or otherwise to
* promote the sale, use or other dealings in this Software without prior
* written authorization.
*/
/* ________________________________________________________________________
*
* Program to manipulate SGML instances.
*
* Originally coded for OSF DTD tables, now recoded (fld 3/27/95)
* for CALS-type tables (fragment taken from the DocBook DTD). Then,
* *really* upgraded to CALS tables by FLD on 5/28/96.
*
* This module is for handling table markup, printing TeX or tbl
* (tbl) markup to the output stream. Also, table markup checking is
* done here. Yes, this depends on the DTD, but it makes translation
* specs much cleaner (and makes some things possible).
*
* Incomplete / not implemented / limitations / notes:
* vertical alignment (valign attr)
* vertical spanning
* row separators are for the whole line, not per cell (the prog looks
* at rowsep for the 1st cell and applies it to the whole row)
* trusts that units in colwidths are acceptable to LaTeX and tbl
* "s" is an acceptable shorthand for "span" in model attributes
*
* A note on use of OutputString(): Strings with backslashes (\) need lots
* of backslashes. You have to escape them for the C compiler, and escape
* them again for OutputString() itself.
* ________________________________________________________________________
*/
#ifndef lint
static char *RCSid =
"$Header: /usr/src/docbook-to-man/Instant/RCS/tables.c,v 1.11 1996/06/15 03:45:02 fld Exp $";
#endif
#include <stdio.h>
#include <stdlib.h>
#include <ctype.h>
#include <string.h>
#include <memory.h>
#include <sys/types.h>
#include <errno.h>
#include <regexp.h>
#include "general.h"
#include "translate.h"
/* text width of page, in inches */
#define TEXTWIDTH 5.5
#define MAXCOLS 100
#define SPAN_NOT 0
#define SPAN_START 1
#define SPAN_CONT 2
/*- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -*/
/*table parameters */
#define TBLMAXCOL 30 /* max number of columns in tbl table */
#define NAMELEN 40 /* max length of a name */
#define BOFTTHRESHOLD 35 /* text length over which to consider
* generating a block of filled text */
/* handy declarations */
typedef enum { Left, Right, Center, Justify, Char, Span } tblalign;
typedef enum { TGroup, THead, TFoot, TBody } tblsource; /* source of a spec */
/* table line format information structures */
struct tblcolspec {
char name[NAMELEN]; /* colspec's name */
short num; /* column number */
tblsource source; /* where defined */
tblalign align; /* column's alignment */
char alignchar; /* character for alignment */
short aligncharoff; /* offset for alignment */
char colwidth[10]; /* width for column */
char colpwidth[10]; /* proportional widths for column */
bool colsep; /* separator to right of column? */
bool rowsep; /* separator to bottom of column? */
short moreRows; /* value for Morerows */
struct tblcolspec * next; /* next colspec */
};
struct tblspanspec {
char name[NAMELEN]; /* spanspec's name */
tblsource source; /* where defined */
struct tblcolspec * start; /* start column */
struct tblcolspec * end; /* end column */
tblalign align; /* span's alignment */
char alignchar; /* character for alignment */
short aligncharoff; /* offset for alignment */
bool colsep; /* separator to right of column? */
bool rowsep; /* separator to bottom of column? */
struct tblspanspec * next; /* next spanspec */
};
struct tblformat {
short count; /* count of rows matching this spec */
short cols; /* # of columns */
short rowNum; /* row number */
char colformat[TBLMAXCOL]; /* per-column formats */
char colwidth[TBLMAXCOL][10]; /* per-column widths */
char colpwidth[TBLMAXCOL][10]; /* per-column proportional widths */
char font[TBLMAXCOL][3]; /* column fonts (headers) */
bool colsep[TBLMAXCOL]; /* column separators */
bool rowsep[TBLMAXCOL]; /* row separators */
short moreRows[TBLMAXCOL]; /* moreRows indicator */
struct tblformat * next; /* for the next row */
};
/* table state info */
static short tblcols = 0; /* number of columns in the table */
static short tblrow = 0; /* the current row in the table */
static bool tblTGroupSeen = FALSE; /* seen a TGroup in this table yet? */
static char * tblFrame; /* table frame info */
static bool tblgcolsep; /* global colsep (in table) */
static bool tblgrowsep; /* global rowsep (in table) */
static int tblBOFTCount = 0; /* count of bofts that we've created
* (per table) */
int BOFTTextThresh = BOFTTHRESHOLD;
/* length of text before we
* call it a BOFT */
static bool tblboft = FALSE; /* within a block of filled text? */
static bool tblinBOFT = FALSE; /* within a boft now? */
static struct tblformat * formP = 0; /* THead/TBody format lines */
static struct tblcolspec * tblColSpec = 0; /* colspec structure for table */
static struct tblspanspec * tblSpanSpec = 0; /* spanspec structure for table */
/*- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -*/
/* these cover the attributes on the Table, TGroup, Colspec elements */
typedef struct {
char *cols;
char *align, **align_v;
char *colwidth, **colwidth_v;
char *colsep, **colsep_v;
char *rowsep, **rowsep_v;
char *frame;
char *orient;
int pgwide;
int n_align, n_model, n_colwidth, n_colsep;
int nc;
} TableInfo;
/* some flags, set when the table tag is processed, used later */
static int rowsep, siderules;
static int frametop, framebot, frameall;
static char basemodel[128]; /* model for table (in formatting language) */
static int spaninfo[MAXCOLS]; /* 100 columns, max */
static TableInfo TheTab;
/* forward references */
void SetTabAtts(Element_t *, TableInfo *, int);
void FreeTabAtts(TableInfo *);
void ClearTable(TableInfo *);
void CheckTable(Element_t *);
void TblTStart(Element_t *, FILE *);
void TblTEnd(Element_t *, FILE *);
void TblTGroup(Element_t *, FILE *);
void TblTGroupEnd(Element_t *, FILE *);
void TblTFoot(Element_t *, FILE *);
void TblBuildFormat(Element_t *, struct tblformat **, tblsource);
struct tblformat * TblBuild1Format(Element_t *, bool, tblsource);
char TblGetAlign(short, Element_t *, tblsource);
char * TblGetWidth(short, Element_t *, bool, tblsource);
char * TblGetFont(short, Element_t *, tblsource);
bool TblGetColSep(short, Element_t *, tblsource);
bool TblGetRowSep(short, Element_t *, tblsource);
short TblGetMoreRows(short, Element_t *, tblsource);
bool TblColAdv(short, Element_t *, struct tblformat *, tblsource);
struct tblcolspec * TblEntryColSpec(short, Element_t *, tblsource);
struct tblspanspec * TblEntrySpanSpec(short, Element_t *, tblsource);
bool TblFormatMatch(struct tblformat *, struct tblformat *);
void TblPrintFormat(FILE *, struct tblformat *);
void TblTRowStart(Element_t *, FILE *);
void TblTRowEnd(Element_t *, FILE *);
void TblTCellStart(Element_t *, FILE *);
int TblCountContent(Element_t *);
void TblTCellEnd(Element_t *, FILE *);
struct tblcolspec * TblDoColSpec(short, Element_t *, struct tblcolspec *, tblsource);
struct tblspanspec * TblDoSpanSpec(Element_t *, struct tblspanspec *, tblsource);
struct tblcolspec * TblFindColSpec(char *, tblsource);
struct tblcolspec * TblFindColNum(short, tblsource);
struct tblspanspec * TblFindSpanSpec(char *, tblsource);
void TexTable(Element_t *, FILE *);
void TexTableCellStart(Element_t *, FILE *);
void TexTableCellEnd(Element_t *, FILE *);
void TexTableRowStart(Element_t *, FILE *);
void TexTableRowEnd(Element_t *, FILE *);
void TexTableTop(Element_t *, FILE *);
void TexTableBottom(Element_t *, FILE *);
/* ______________________________________________________________________ */
/* Hard-coded stuff for CALS-style DTD tables.
* Here are the TABLE attributes (for handy reference):
*
* Table/InformalTable:
* Colsep NUMBER separate all columns in table?
* Frame (Top|Bottom|Topbot|All|Sides|None) frame style
* Orient (Port | Land) orientation
* Pgwide NUMBER wide table?
* Rowsep NUMBER separate all rows in the table?
* Tabstyle NMTOKEN FOSI table style
*
* TGroup:
* Align (Left|Right|Center|Justify|Char) alignment of cols
* Char CDATA Alignment specifier
* Charoff NUTOKEN "" ""
* Cols NUMBER number of columns
* Colsep NUMBER separate all columns in tgroup?
* Rowsep NUMBER separate all rows in tgroup?
* TGroupstyle NMTOKEN FOSI table group style
*
* Colspec:
* Align (Left|Right|Center|Justify|Char) entry align
* Char CDATA Alignment specifier
* Charoff NUTOKEN "" ""
* Colname NMTOKEN Column identifier
* Colnum NUMBER number of column
* Colsep NUMBER separate this col from next?
* Colwidth CDATA width spec
* Rowsep NUMBER serarate entry from following row?
*
* SpanSpec:
* Align (Left|Right|Center|Justify|Char) entry align
* Char CDATA Alignment specifier
* Charoff NUTOKEN "" ""
* Colsep NUMBER separate this col from next?
* Nameend NMTOKEN name of rightmost col of a span
* Namest NMTOKEN name of leftmost col of a span
* Rowsep NUMBER serarate entry from following row?
* Spanname NMTOKEN name of a horiz. span
*
* THead/TFoot/TBody:
* VAlign (Top | Middle | Bottom) group placement
*
* Row:
* Rowsep NUMBER separate this row from next?
* VAlign (Top | Middle | Bottom) row placement
*
* Entry:
* Align (Left|Right|Center|Justify|Char) entry align
* Char CDATA Alignment specifier
* Charoff NUTOKEN "" ""
* Colname NMTOKEN Column identifier
* Colsep NUMBER separate this col from next?
* Morerows NUMBER number of addn'l rows in vert straddle
* Nameend NMTOKEN name of rightmost col of a span
* Namest NMTOKEN name of leftmost col of a span
* Rotate NUMBER 90 degree rotation counterclockwise to table?
* Rowsep NUMBER serarate entry from following row?
* Spanname NMTOKEN name of a horiz. span
* VAlign (Top | Middle | Bottom) text vert alignment
*
*
** OBSOLETE OSF DTD FORM (still used for TeX form):
** Usage in transpec: _calstable [tex|check|clear] ['aspect']
** where 'aspect' is:
** rowstart stuff to do at start of a row (tests for spanning)
** rowend stuff to do at end of a row (eg, rules, etc.)
** cellstart stuff to do at start of a cell (eg, handle actual
** spanning instructions, etc.)
** cellend stuff to do at end of a cell (eg, cell separator)
** top stuff to do at top of the table
** (like whether or not it needs a starting horiz rule)
** bottom stuff to do at bottom of the table
** (like whether or not it needs an ending horiz rule)
** (nothing) the 'cols' param to LaTeX's \begin{tabular}[pos]{cols}
** or 'options' and 'formats' part in tbl
*
*
* New tbl form:
* Usage in transpec: _calstable [tbl] ['aspect']
* where 'aspect' is:
* tablestart start a table and do style info
* tableend end the table and clean up
* tablegroup table TGroup (.T& if not 1st, line format info)
* tablegroupend end a TGroup
* tablefoot TFoot within a TGroup
* rowstart start of a row
* rowend end of a row
* entrystart start of an entry (block of filled text, if
* appropriate)
* entryend end of a cell (eg, cell separator)
*/
/* Procedure to
* Arguments:
* Pointer to element under consideration.
* FILE pointer to where to write output.
* Vector of args to _osftable
* Count of args to _osftable
*/
void
CALStable(
Element_t *e,
FILE *fp,
char **av,
int ac
)
{
/* Check params and dispatch to appropriate routine */
if (!strcmp(av[1], "tbl")) {
if (ac > 2) {
if (!strcmp(av[2], "tablestart")) TblTStart(e, fp);
else if (!strcmp(av[2], "tableend")) TblTEnd(e, fp);
else if (!strcmp(av[2], "tablegroup")) TblTGroup(e, fp);
else if (!strcmp(av[2], "tablegroupend")) TblTGroupEnd(e, fp);
else if (!strcmp(av[2], "tablefoot")) TblTFoot(e, fp);
else if (!strcmp(av[2], "rowstart")) TblTRowStart(e, fp);
else if (!strcmp(av[2], "rowend")) TblTRowEnd(e, fp);
else if (!strcmp(av[2], "entrystart")) TblTCellStart(e, fp);
else if (!strcmp(av[2], "entryend")) TblTCellEnd(e, fp);
else fprintf(stderr, "Unknown %s table instruction: %s\n",
av[1], av[2]);
}
else {
fprintf(stderr, "Incomplete %s table instruction\n");
}
}
else if (!strcmp(av[1], "tex")) {
if (ac > 1 && !strcmp(av[1], "check")) CheckTable(e);
else
if (ac > 1 && !strcmp(av[1], "clear")) ClearTable(&TheTab);
if (ac > 2) {
if (!strcmp(av[2], "cellstart")) TexTableCellStart(e, fp);
else if (!strcmp(av[2], "cellend")) TexTableCellEnd(e, fp);
else if (!strcmp(av[2], "rowstart")) TexTableRowStart(e, fp);
else if (!strcmp(av[2], "rowend")) TexTableRowEnd(e, fp);
else if (!strcmp(av[2], "top")) TexTableTop(e, fp);
else if (!strcmp(av[2], "bottom")) TexTableBottom(e, fp);
else fprintf(stderr, "Unknown %s table instruction: %s\n",
av[1], av[2]);
}
else TexTable(e, fp);
}
else fprintf(stderr, "Unknown table type: %s\n", av[1]);
}
/* ClearTable -- start a new table process
*
*/
void
ClearTable( TableInfo * t )
{
memset(t, 0, sizeof(TableInfo));
}
/* ______________________________________________________________________ */
/* Set values of the our internal table structure based on the table's
* attributes. (This is called for tables, tgroups, colspecs, and rows,
* since tables and rows share many of the same attributes.)
* Arguments:
* Pointer to element under consideration.
* Pointer table info structure which will be filled in.
* Flag saying whether or not to set global variables based on attrs.
*/
void
SetTabAtts(
Element_t *e,
TableInfo *t,
int set_globals
)
{
char *at;
Element_t * ep;
/* remember values of attributes */
if ((at = FindAttValByName(e, "ALIGN"))) t->align = at;
if ((at = FindAttValByName(e, "COLWIDTH"))) t->colwidth = at;
if ((at = FindAttValByName(e, "COLSEP"))) t->colsep = at;
if ((at = FindAttValByName(e, "FRAME"))) t->frame = at;
if ((at = FindAttValByName(e, "COLS"))) t->cols = at;
/* Set some things for later when processing this table */
if (set_globals) {
rowsep = 1;
frametop = framebot = 1; /* default style */
/* For now we look at the first number of rowsep - it controls the
* horiz rule for then entire row. (not easy to specify lines that
* span only some columns in tex or tbl. */
if ((at = FindAttValByName(e, "ROWSEP"))) rowsep = atoi(at);
}
if (t->frame) {
/* Top|Bottom|Topbot|All|Sides|None */
if (!strcmp(t->frame, "NONE") || !strcmp(t->frame, "SIDES"))
frametop = framebot = 0;
else if (!strcmp(t->frame, "TOP")) framebot = 0;
else if (!strcmp(t->frame, "BOTTOM")) frametop = 0;
}
/* tbl and tex like lower case for units. convert. */
if (t->colwidth) {
char *cp;
for (cp=t->colwidth; *cp; cp++)
if (isupper(*cp)) *cp = tolower(*cp);
}
/* Now, split (space-separated) strings into vectors. Hopefully, the
* number of elements in each vector matches the number of columns.
*/
t->align_v = Split(t->align, &t->n_align, S_STRDUP|S_ALVEC);
t->colwidth_v = Split(t->colwidth, &t->n_colwidth, S_STRDUP|S_ALVEC);
t->colsep_v = Split(t->colsep, &t->n_colsep, S_STRDUP|S_ALVEC);
/* Determin the _numeric_ number of columns, "nc". MUST be specified
* in Cols attribute of TGroup element.
*/
if (t->cols) t->nc = atoi(t->cols);
}
/* ______________________________________________________________________ */
/* Free the storage of info use by the table info structure. (not the
* structure itself, but the strings its elements point to)
* Arguments:
* Pointer table info structure to be freed.
*/
void
FreeTabAtts(
TableInfo *t
)
{
if (!t) return;
if (t->align_v) free(*t->align_v);
if (t->colwidth_v) free(*t->colwidth_v);
if (t->colsep_v) free(*t->colsep_v);
}
/* ______________________________________________________________________ */
/* Check the attributes and children of the table pointed to by e.
* Report problems and inconsistencies to stderr.
* Arguments:
* Pointer to element (table) under consideration.
*/
void
CheckTable(
Element_t *e
)
{
int pr_loc=0; /* flag to say if we printed location */
int i, r, c;
Element_t *ep, *ep2;
float wt;
char *tpref = "Table Check"; /* prefix for err messages */
char *ncolchk =
"Table Check: %s ('%s') has wrong number of tokens. Expecting %d.\n";
if (strcmp(e->gi, "TABLE") &&
strcmp(e->gi, "INFORMALTABLE") &&
strcmp(e->gi, "TGROUP") &&
strcmp(e->gi, "COLSPEC") &&
strcmp(e->gi, "ROW") ) {
fprintf(stderr, "%s: Not pointing to a table element(%s)!\n",
tpref, e->gi);
return;
}
FreeTabAtts(&TheTab); /* free storage, if allocated earlier */
SetTabAtts(e, &TheTab, 1); /* look at attributes */
#if FALSE
/* NCOLS attribute set? */
if (!TheTab.ncols) {
pr_loc++;
fprintf(stderr, "%s: NCOLS attribute missing. Inferred as %d.\n",
tpref, TheTab.nc);
}
/* ALIGN attribute set? */
if (!TheTab.align) {
pr_loc++;
fprintf(stderr, "%s: ALIGN attribute missing.\n", tpref);
}
/* See if the number of cells in each row matches */
for (r=0; r<e->necont && (ep=e->econt[r]); r++) { /* each TGroup */
for (i=0; i<ep->necont && (ep2=ep->econt[i]); i++) {
if ( strcmp(ep2->gi, "TBODY") ) /* only TBodys */
continue;
for (c=0; c<ep2->necont; c++) {
if (ep2->econt[c]->necont != TheTab.nc) {
pr_loc++;
fprintf(stderr, "%s: COLS (%d) differs from actual number of cells (%d) in row %d.\n",
tpref, TheTab.nc, ep2->econt[c]->necont, c);
}
}
}
}
#endif
/* Check ALIGN */
if (TheTab.align) {
if (TheTab.nc != TheTab.n_align) { /* number of tokens OK? */
pr_loc++;
fprintf(stderr, ncolchk, "ALIGN", TheTab.align, TheTab.nc);
}
else { /* values OK? */
for (i=0; i<TheTab.nc; i++) {
if (*TheTab.align_v[i] != 'C' && *TheTab.align_v[i] != 'L' &&
*TheTab.align_v[i] != 'R') {
pr_loc++;
fprintf(stderr, "%s: ALIGN (%d) value wrong: %s\n",
tpref, i, TheTab.align_v[i]);
}
}
}
}
/* check COLWIDTH */
if (TheTab.colwidth) {
if (TheTab.nc != TheTab.n_colwidth) { /* number of tokens OK? */
pr_loc++;
fprintf(stderr, ncolchk, "COLWIDTH", TheTab.colwidth, TheTab.nc);
}
else { /* values OK? */
for (i=0; i<TheTab.nc; i++) {
/* check that the units after the numbers are OK
we want "in", "cm".
*/
}
}
}
/* check COLSEP */
if (TheTab.colsep) {
if (TheTab.nc != TheTab.n_colsep) { /* number of tokens OK? */
pr_loc++;
fprintf(stderr, ncolchk, "COLSEP", TheTab.colsep, TheTab.nc);
}
else { /* values OK? */
for (i=0; i<TheTab.nc; i++) {
}
}
}
if (pr_loc) {
fprintf(stderr, "%s: Above problem in table located at:\n", tpref);
PrintLocation(e, stderr);
}
}
/* ______________________________________________________________________ */
/* Look at colspec attribute for spanning. If set, remember info for when
* doing the cells. Called by TblTableRowStart() and TexTableRowStart().
* Arguments:
* Pointer to element (row) under consideration.
*/
int
check_for_spans(
Element_t *e
)
{
char *at;
char **spans;
int n, i, inspan;
#if FALSE /* NOT IMPLEMENTED RIGHT NOW */
/* See if COLSPEC element present */
for (i=0; i < e->necont; i++) {
}
if ((at = FindAttValByName(e, "MODEL"))) {
/* Split into tokens, then look at each for the word "span" */
n = TheTab.nc;
spans = Split(at, &n, S_STRDUP|S_ALVEC);
/* Mark columns as start-of-span, in-span, or not spanned. Remember
* in at list, "spaningo". (Span does not make sense in 1st column.)
*/
for (i=1,inspan=0; i<n; i++) {
if (StrEq(spans[i], "span") || StrEq(spans[i], "s")) {
if (inspan == 0) spaninfo[i-1] = SPAN_START;
spaninfo[i] = SPAN_CONT;
inspan = 1;
}
else {
spaninfo[i] = SPAN_NOT;
inspan = 0;
}
}
free(*spans); /* free string */
free(spans); /* free vector */
spaninfo[TheTab.nc] = SPAN_NOT; /* after last cell */
return 1;
}
/* if model not set, mark all as not spanning */
else
#endif /* NOT CURRENTLY IMPLEMENTED */
for (i=0; i<MAXCOLS; i++) spaninfo[i] = SPAN_NOT;
return 0;
}
/* ______________________________________________________________________ */
/* Do the "right thing" for the table spec for TeX tables. This will
* generate the arg to \begin{tabular}[xxx].
* Arguments:
* Pointer to element (table) under consideration.
* FILE pointer to where to write output.
*/
void
TexTable(
Element_t *e,
FILE *fp
)
{
int i, n;
float tot;
char *cp, wbuf[1500], **widths=0, **widths_v=0;
FreeTabAtts(&TheTab); /* free storage, if allocated earlier */
SetTabAtts(e, &TheTab, 1); /* look at attributes */
SetTabAtts(e->econt[0], &TheTab, 1); /* attrs of TGroup */
/* Figure out the widths, based either on "colwidth".
*/
if (TheTab.colwidth && TheTab.nc == TheTab.n_colwidth) {
widths = TheTab.colwidth_v;
}
siderules = 1;
if (TheTab.frame)
if (strcmp(TheTab.frame, "ALL") && strcmp(TheTab.frame, "SIDES"))
siderules = 0;
if (siderules) OutputString("|", fp, 1);
for (i=0; i<TheTab.nc; i++) {
/* If width specified, use it; else if align set, use it; else left. */
if (widths && widths[i][0] != '0' && widths[i][1] != EOS) {
fprintf(fp, "%sp{%s}", (i?" ":""), widths[i]);
}
else if (TheTab.align && TheTab.nc == TheTab.n_align) {
fprintf(fp, "%s%s", (i?" ":""), TheTab.align_v[i]);
}
else
fprintf(fp, "%sl", (i?" ":""));
/* See if we want column separators. */
if (TheTab.colsep) {
if ( (i+1) < TheTab.nc ) {
if ( *TheTab.colsep_v[i] == '1' ) {
fprintf(fp, " |");
}
if ( *TheTab.colsep_v[i] == '2' ) {
fprintf(fp, " ||");
}
}
}
}
if (siderules) OutputString("|", fp, 1);
if (widths_v) free(widths_v);
}
/*
* Arguments:
* Pointer to element (cell) under consideration.
* FILE pointer to where to write output.
*/
void
TexTableCellStart(
Element_t *e,
FILE *fp
)
{
int n, i;
char buf[50], *at;
if (spaninfo[e->my_eorder] == SPAN_START) {
for (i=e->my_eorder+1,n=1; ; i++) {
if (spaninfo[i] == SPAN_CONT) n++;
else break;
}
sprintf(buf, "\\\\multicolumn{%d}{%sc%s}", n,
(siderules?"|":""), (siderules?"|":""));
OutputString(buf, fp, 1);
}
#ifdef New
if ((at = FindAttValByName(e->parent, "ALIGN"))) {
/* no span, but user wants to change the alignment */
h_v = Split(wbuf, 0, S_ALVEC|S_STRDUP);
OutputString("\\\\multicolumn{1}{%sc%s}", n,
fp, 1);
}
#endif
if (spaninfo[e->my_eorder] != SPAN_CONT) OutputString("{", fp, 1);
}
/*
* Arguments:
* Pointer to element (cell) under consideration.
* FILE pointer to where to write output.
*/
void
TexTableCellEnd(
Element_t *e,
FILE *fp
)
{
if (spaninfo[e->my_eorder] != SPAN_CONT) OutputString("} ", fp, 1);
/* do cell/col separators */
if (e->my_eorder < (TheTab.nc-1)) {
if (spaninfo[e->my_eorder] == SPAN_NOT ||
spaninfo[e->my_eorder+1] != SPAN_CONT)
OutputString("& ", fp, 1);
}
}
/* Look at model for spanning. If set, remember it for when doing the cells.
* Arguments:
* Pointer to element (row) under consideration.
* FILE pointer to where to write output.
*/
void
TexTableRowStart(
Element_t *e,
FILE *fp
)
{
check_for_spans(e);
}
/*
* Arguments:
* Pointer to element (row) under consideration.
* FILE pointer to where to write output.
*/
void
TexTableRowEnd(
Element_t *e,
FILE *fp
)
{
char *at;
/* check this row's attributes */
if ((at = FindAttValByName(e, "ROWSEP"))) {
if (at[0] == '1') OutputString("\\\\\\\\[2mm] \\\\hline ", fp, 1);
}
else if (rowsep) OutputString("\\\\\\\\ ", fp, 1);
else
OutputString("\\\\\\\\ ", fp, 1);
}
/*
* Arguments:
* Pointer to element (table) under consideration.
* FILE pointer to where to write output.
*/
void
TexTableTop(Element_t *e, FILE *fp)
{
if (frametop) OutputString("\\\\hline", fp, 1);
}
void
TexTableBottom(Element_t *e, FILE *fp)
{
if (framebot) OutputString("\\\\hline", fp, 1);
}
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ___________________________| |____________________________ */
/* ___________________________| TBL STUFF |____________________________ */
/* ___________________________| |____________________________ */
/* ___________________________|_____________|____________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* ______________________________________________________________________ */
/* TblTStart() -- start a table and do style information
*
* TO DO:
*
* do .TS
* find global rowsep and colsep
*/
void
TblTStart(Element_t * ep,
FILE * fP)
{
register char * cp;
register struct Element_t * ep2;
OutputString("^.TS^", fP, 1);
tblTGroupSeen = FALSE;
tblinBOFT = FALSE; /* within a boft? */
tblBOFTCount = 0; /* count of Blocks of Filled Text that
* we've created */
tblgcolsep = (cp = FindAttValByName(ep, "COLSEP")) && !strcmp(cp, "1");
tblgrowsep = (cp = FindAttValByName(ep, "ROWSEP")) && !strcmp(cp, "1");
}
/* TblTEnd() -- end a table and do any cleanup
*
* TO DO:
*
* do .TE
*
* deallocate format line info
*/
void
TblTEnd(Element_t * ep,
FILE * fP)
{
register struct tblformat * ffp, * ffp2;
if ( tblBOFTCount > 31 ) {
fprintf(stderr, "# warning, line %d: created %d blocks of filled text in one table\n",
ep->lineno, tblBOFTCount);
fprintf(stderr, "#\t\t(31 is the limit in some systems)\n");
}
OutputString("^.TE^", fP, 1);
for ( ffp=formP; ffp; ffp=ffp2 ) {
ffp2 = ffp->next;
free(ffp); /* clear entire list */
}
formP = 0;
}
/* TblTTGroup() -- do body work (row format info)
*
* TO DO:
*
* set number of columns
*
* if this is the first TGroup of this table, do style info:
* a. alignment
* b. defaults: tab
* c. box vx allbox
*
* do format info:
* a. generate tableformat structure
* b. output it
*
* prepare structures for colspecs and spanspecs
*
*/
void
TblTGroup(Element_t * ep,
FILE * fP)
{
register int i, j, k;
register char * cp, * cp2;
register Element_t * ep2, ep3;
register struct tblcolspec * tcsp, * tcsp2;
register struct tblspanspec * tssp, * tssp2;
tblColSpec = 0; /* make sure they're clear */
tblSpanSpec = 0;
/* set the number of columns */
tblcols = atoi(FindAttValByName(ep, "COLS"));
/* do colspecs */
tblColSpec = tcsp = TblDoColSpec(0, ep, 0, TGroup);
/* do TGroup first -- it becomes the default */
for ( i=0, k=1; i < ep->necont; i++ ) {
if ( !strcmp(ep->econt[i]->gi, "COLSPEC") ) {
tcsp2 = TblDoColSpec(k, ep->econt[i], tblColSpec, TGroup);
tcsp->next = tcsp2; /* put into list */
tcsp = tcsp2;
k = tcsp2->num + 1; /* next column number */
}
if ( !strcmp(ep->econt[i]->gi, "THEAD") ) {
ep2 = ep->econt[i];
for ( j=0, k=1; j < ep2->necont; j++ ) {
if ( !strcmp(ep2->econt[j]->gi, "COLSPEC") ) {
tcsp2 = TblDoColSpec(k, ep2->econt[j], tblColSpec, THead);
tcsp->next = tcsp2; /* put into list */
tcsp = tcsp2;
k = tcsp2->num + 1; /* next column number */
}
}
}
if ( !strcmp(ep->econt[i]->gi, "TFOOT") ) {
ep2 = ep->econt[i];
for ( j=0, k=1; j < ep2->necont; j++ ) {
if ( !strcmp(ep2->econt[j]->gi, "COLSPEC") ) {
tcsp2 = TblDoColSpec(k, ep2->econt[j], tblColSpec, TFoot);
tcsp->next = tcsp2; /* put into list */
tcsp = tcsp2;
k = tcsp2->num + 1; /* next column number */
}
}
}
if ( !strcmp(ep->econt[i]->gi, "TBODY") ) {
ep2 = ep->econt[i];
for ( j=0, k=1; j < ep2->necont; j++ ) {
if ( !strcmp(ep2->econt[j]->gi, "COLSPEC") ) {
tcsp2 = TblDoColSpec(k, ep2->econt[j], tblColSpec, TBody);
tcsp->next = tcsp2; /* put into list */
tcsp = tcsp2;
k = tcsp2->num + 1; /* next column number */
}
}
}
}
/* do spanspecs */
tblSpanSpec = tssp = TblDoSpanSpec(ep, 0, TGroup);
/* do TGroup first -- it becomes the default */
for ( i=0; i < ep->necont; i++ ) {
if ( !strcmp(ep->econt[i]->gi, "SPANSPEC") ) {
tssp2 = TblDoSpanSpec(ep->econt[i], tblSpanSpec, TGroup);
tssp->next = tssp2; /* put into list */
tssp = tssp2;
}
}
/* if this is the first TGroup in this table, do style stuff */
if ( ! tblTGroupSeen ) {
OutputString("tab(\007)", fP, 1);
ep2 = ep->parent;
if ( ! (tblFrame = FindAttValByName(ep2, "FRAME")) )
tblFrame = "";
if ( !strcmp(tblFrame, "ALL") ) {
if ( tcsp->colsep && tcsp->rowsep )
OutputString(" allbox", fP, 1);
else
OutputString(" box", fP, 1);
}
if ( (cp = FindAttValByName(ep, "ALIGN")) &&
!strcmp(cp, "CENTER") ) {
OutputString(" center", fP, 1);
}
OutputString(";\n", fP, 1);
tblTGroupSeen = TRUE;
}
/* do format stuff -- step through all THead rows then all TBody
* rows. Build a list of tblformats that describe all of them.
* then output the resulting list.
*/
for ( i=0; i < ep->necont; i++ ) {
if ( !strcmp(ep->econt[i]->gi, "THEAD") ) {
TblBuildFormat(ep->econt[i], &formP, THead);
/* add in those rows */
break;
}
}
for ( i=0; i < ep->necont; i++ ) {
if ( !strcmp(ep->econt[i]->gi, "TBODY") ) {
TblBuildFormat(ep->econt[i], &formP, TBody);
/* add in those rows */
break;
}
}
TblPrintFormat(fP, formP);
tblrow = 0; /* the current row within this format */
}
/* TblTGroupEnd() -- end a TGroup
*
* TO DO:
*
* deallocate colspecs and spanspecs
*/
void
TblTGroupEnd(Element_t * ep,
FILE * fP)
{
register struct tblcolspec * tcsp, * tcsp2;
register struct tblspanspec * tssp, * tssp2;
for ( tcsp=tblColSpec; tcsp; tcsp=tcsp2 ) {
tcsp2 = tcsp->next;
free(tcsp);
}
for ( tssp=tblSpanSpec; tssp; tssp=tssp2 ) {
tssp2 = tssp->next;
free(tssp);
}
}
/* TblTTFoot() -- do body foot work (row format info)
*
* TO DO:
*
* do format info:
* a. generate tableformat structure
* i. if it is only 1 line long and matches the
* prevailing format, just output rows.
* ii. else, output a .T& and the new format specs
*/
void
TblTFoot(Element_t * ep,
FILE * fP)
{
register struct tblformat * ffp, * ffp2;
static struct tblformat * tfp, * tfp2;
TblBuildFormat(ep, &tfp, TFoot); /* gen format for the foot */
for ( tfp2=formP; tfp2 && tfp2->next; tfp2=tfp2->next )
;
if ( tfp->next || !TblFormatMatch(tfp, tfp2) ) {
for ( ffp=formP; ffp; ffp=ffp2 ) {
ffp2 = ffp->next;
free(ffp); /* clear entire list */
}
formP = tfp; /* this becomes the prevailing format */
OutputString("^.T&^", fP, 1);
TblPrintFormat(fP, formP);
}
tblrow = 0; /* the current row within this format */
}
/* TblBuildFormat() -- build a format structure out of a set of
* rows and columns
*
*/
void
TblBuildFormat(Element_t * ep, /* parent of rows.. */
struct tblformat ** fp, /* pointer to head of struct we're
* building */
tblsource source) /* type of record */
{
register int i;
register struct tblformat * lfp; /* "current" format */
register struct tblformat * nfp; /* the next format */
for ( lfp= *fp; lfp && lfp->next; lfp=lfp->next )
; /* find end of format list */
for ( i=0; i < ep->necont; i++ )
if ( !strcmp(ep->econt[i]->gi, "ROW") )
break; /* find where rows start */
for ( ; i < ep->necont; i++ ) {
nfp = TblBuild1Format(ep->econt[i], FALSE, source);
/* do one row */
if ( !lfp )
lfp = *fp = nfp; /* first one */
else
if ( TblFormatMatch(lfp, nfp) )
lfp->count++; /* matches */
else {
lfp->count = 1; /* only 1 so far */
lfp->next = nfp; /* new one */
lfp = nfp;
}
}
}
/* TblBuild1Format() -- build one row's worth of format information
*
*/
struct tblformat *
TblBuild1Format(Element_t * rp, /* the row to deal with */
bool addinRowsep, /* insert rowsep into model? */
tblsource source) /* type type of row */
{
register int i;
register bool allProp;
float totalProp;
register struct tblformat * tfp;
register Element_t * ep; /* entry pointer */
Calloc(1, tfp, struct tblformat);
tfp->cols = tblcols;
ep = (rp->necont) ? rp->econt[0] : 0; /* first entry */
allProp = TRUE;
totalProp = 0;
for ( i=1; i <= tblcols; i++ ) {
tfp->colformat[i] = TblGetAlign(i, ep, source);
strcpy(tfp->colwidth[i], TblGetWidth(i, ep, TRUE, source));
strcpy(tfp->colpwidth[i], TblGetWidth(i, ep, FALSE, source));
if ( allProp ) {
allProp = tfp->colpwidth[i][0];
totalProp += atof(tfp->colpwidth[i]);
}
strcpy(tfp->font[i], TblGetFont(i, ep, source));
tfp->colsep[i] = tblgcolsep || TblGetColSep(i, ep, source);
if ( addinRowsep )
tfp->rowsep[i] = tblgrowsep || TblGetRowSep(i, ep, source);
tfp->moreRows[i] = TblGetMoreRows(i, ep, source);
if ( (i < rp->necont) && TblColAdv(i, ep, tfp, source) ) {
ep = rp->econt[i];
}
}
/* turn proportional widths into real widths */
if ( allProp ) {
for ( i=1; i <= tblcols; i++ ) {
sprintf(tfp->colwidth[i], "%fi",
(atof(tfp->colpwidth[i]) / totalProp) * TEXTWIDTH);
}
}
return tfp;
}
/* TblGetAlign() -- get alignment spec for a entry
*
*/
char
TblGetAlign(short col, /* column number */
Element_t * entry, /* the entry */
tblsource source) /* context */
{
register struct tblcolspec * tcsp;
register struct tblspanspec * tssp;
register tblalign talign;
if ( entry && (tssp = TblEntrySpanSpec(col, entry, source)) ) {
talign = tssp->align;
free(tssp);
} else
if ( entry && (tcsp = TblEntryColSpec(col, entry, source)) ) {
talign = tcsp->align;
free(tcsp);
} else {
return 'l';
}
switch ( talign ) {
case Left: return 'l';
case Right: return 'r';
case Center: return 'c';
case Justify: return 'l';
case Char: return 'd';
case Span: return 's';
}
}
/* TblGetWidth() -- get width spec, if any, for a entry
*
*/
char *
TblGetWidth(short col, /* column number */
Element_t * entry, /* the entry */
bool literal, /* literal (or proportional) */
tblsource source) /* context */
{
register struct tblcolspec * tcsp;
register struct tblspanspec * tssp;
static char colWidth[10];
colWidth[0] = 0;
if ( entry &&
(tcsp = TblEntryColSpec(col, entry, source)) &&
tcsp->colwidth[0] ) {
if ( !strstr(tcsp->colwidth, "*") ) {
if ( literal )
strcpy(colWidth, tcsp->colwidth);
} else {
if ( ! literal )
strcpy(colWidth, tcsp->colwidth);
}
free(tcsp);
}
return colWidth;
}
/* TblGetFont() -- get font spec, if any, for a entry
*
*/
char *
TblGetFont(short col, /* column number */
Element_t * entry, /* the entry */
tblsource source) /* context */
{
register struct tblcolspec * tcsp;
register struct tblspanspec * tssp;
return "";
}
/* TblGetColSep() -- get column separater spec, if any, for a entry
*
*/
bool
TblGetColSep(short col, /* column number */
Element_t * entry, /* the entry */
tblsource source) /* context */
{
register struct tblcolspec * tcsp;
register struct tblspanspec * tssp;
register bool colsep;
if ( entry && (tssp = TblEntrySpanSpec(col, entry, source)) ) {
colsep = tssp->colsep;
free(tssp);
} else
if ( entry && (tcsp = TblEntryColSpec(col, entry, source)) ) {
colsep = tcsp->colsep;
free(tcsp);
} else
colsep = FALSE;
return colsep;
}
/* TblGetRowSep() -- get row separater spec, if any, for a entry
*
*/
bool
TblGetRowSep(short col, /* column number */
Element_t * entry, /* the entry */
tblsource source) /* context */
{
register struct tblcolspec * tcsp;
register struct tblspanspec * tssp;
register bool rowsep;
if ( entry && (tssp = TblEntrySpanSpec(col, entry, source)) ) {
rowsep = tssp->rowsep;
free(tssp);
} else
if ( entry && (tcsp = TblEntryColSpec(col, entry, source)) ) {
rowsep = tcsp->rowsep;
free(tcsp);
} else {
rowsep = FALSE;
}
return rowsep;
}
/* TblGetmoreRows() -- get moreRows value
*
*/
bool
TblGetMoreRows(short col, /* column number */
Element_t * entry, /* the entry */
tblsource source) /* context */
{
register char * cp;
if ( cp = FindAttValByName(entry, "MOREROWS") )
return atoi(cp);
else
return 0;
}
/* TblColAdv() -- advance pointer to next entry, if appropriate
*
*/
bool
TblColAdv(short col, /* the current column */
Element_t *ep, /* pointer to entry */
struct tblformat * tfp, /* pointer to prevailing format */
tblsource source) /* context */
{
register bool bump;
register struct tblspanspec * tssp;
bump = TRUE;
if ( tssp = TblEntrySpanSpec(col, ep, source) ) {
bump = tssp->align != Span;
free(tssp);
}
return bump;
}
/* TblEntryColSpec() -- get a completely localized colspec for an entry
*
*/
struct tblcolspec *
TblEntryColSpec(short num, /* column number */
Element_t * ep, /* entry */
tblsource source) /* context */
{
register int i;
register bool throwAway;
register char * cp;
register struct tblcolspec * tcsp, * tcsp2;
tcsp = tcsp2 = 0;
throwAway = FALSE;
if ( (cp = FindAttValByName(ep, "COLNAME")) ) {
if ( ! (tcsp = TblFindColSpec(cp, source)) ) {
fprintf(stderr, "? can't find column name '%s'\n", cp);
}
}
if ( tcsp2 = TblFindColNum(num, source) ) {
tcsp = TblDoColSpec(num, ep, tcsp2, source);
throwAway = TRUE;
}
tcsp2 = TblDoColSpec(num, ep, tcsp, source);
if ( throwAway )
free(tcsp);
return tcsp2;
}
/* TblEntrySpanSpec() -- get a completely localized spanspec for an entry
*
*/
struct tblspanspec *
TblEntrySpanSpec(short num, /* column number */
Element_t * ep, /* entry */
tblsource source) /* context */
{
register char * cp, * cp2;
register struct tblspanspec * tssp, * tssp2;
tssp2 = 0;
if ( !(cp = FindAttValByName(ep, "SPANNAME")) ||
!(tssp2 = TblFindSpanSpec(cp, source)) ) {
if ( !FindAttValByName(ep, "NAMEST") )
return 0;
}
tssp = TblDoSpanSpec(ep, tssp2, source);
if ( tssp->start && tssp->end &&
(tssp->start->num < num) && (tssp->end->num >= num) ) {
tssp->align = Span;
}
return tssp;
}
/* TblFormatMatch() -- compare two format rows for consistency
*
*/
bool
TblFormatMatch(struct tblformat * tf1, /* one row */
struct tblformat * tf2) /* the other */
{
register int i;
if ( tf1->cols != tf2->cols ) {
return FALSE;
}
for ( i=0; i < tf1->cols; i++ ) {
if ( tf1->colformat[i] != tf2->colformat[i] ) {
return FALSE;
}
if ( strcmp(tf1->colwidth[i], tf2->colwidth[i]) ) {
return FALSE;
}
if ( strcmp(tf1->font[i], tf2->font[i]) ) {
return FALSE;
}
if ( tf1->colsep[i] != tf2->colsep[i] ) {
return FALSE;
}
if ( tf1->rowsep[i] != tf2->rowsep[i] ) {
return FALSE;
}
if ( tf1->moreRows[i] || tf2->moreRows[i] ) {
return FALSE;
}
}
return TRUE;
}
/* TblPrintFormat() -- print a tbl format structure
*
*/
void
TblPrintFormat(FILE * fP, /* where to print */
struct tblformat * tfp) /* the structure */
{
register int i;
register struct tblformat * tfp2, * tfp3;
static char buf[3] = "\000\000";
for ( tfp2=tfp, tfp3=0; tfp2; tfp2=tfp2->next ) {
for ( i=1; i <= tfp->cols; i++ ) {
if ( i > 1 )
OutputString(" ", fP, 1);
if ( tfp3 && tfp3->moreRows[i] )
OutputString("\\^", fP, 1);
else {
buf[0] = tfp2->colformat[i];
OutputString(buf, fP, 1);
}
if ( tfp2->colwidth[i][0] ) {
OutputString("w(", fP, 1);
OutputString(tfp2->colwidth[i], fP, 1);
OutputString(")", fP, 1);
}
if ( tfp2->font[i][0] )
OutputString(tfp2->font[i], fP, 1);
if ( tfp2->colsep[i] )
OutputString("|", fP, 1);
}
if ( ! tfp2->next )
OutputString(".", fP, 1);
OutputString("^", fP, 1);
tfp3 = tfp2;
}
}
/* TblTRowStart() -- start a row (not much to do)
*
* TO DO:
*
* nothing..
*
*/
void
TblTRowStart(Element_t * ep,
FILE * fP)
{
/* nothing to do */
tblrow++; /* except note that we're within a new row */
}
/* TblTRowEnd() -- end a row
*
* TO DO:
*
* output a row end character (newline)
* if the current row had a rowsep, then output a "fake" row
* with underlines in the proper place(s).
*/
void
TblTRowEnd(Element_t * ep,
FILE * fP)
{
register int i, k;
register tblsource source;
register bool startedRow, didSep;
register struct tblformat * rfp;
OutputString("^", fP, 1);
/* get the format for this row */
if ( !strcmp(ep->parent->gi, "TFoot") )
source = TFoot;
else
if ( !strcmp(ep->parent->gi, "THead") )
source = THead;
else
source = TBody;
rfp = TblBuild1Format(ep, TRUE, source);
startedRow = FALSE;
didSep = FALSE;
for ( i=1; i <= formP->cols; i++ ) {
if ( rfp->rowsep[i] ||
(didSep && (rfp->colformat[i] == 's')) ) {
if ( ! startedRow ) {
OutputString("^", fP, 1);
for ( k=1; k < i; k++ )
OutputString("\007", fP, 1);
startedRow = TRUE;
}
OutputString("_\007", fP, 1);
didSep = TRUE;
} else {
if ( startedRow )
OutputString("\007", fP, 1);
}
didSep = FALSE;
}
free(rfp); /* clear that row.. */
if ( startedRow )
OutputString("^", fP, 1);
}
/* TblTEntryStart() -- start an entry (block of filled text if
* appropriate)
*
* TO DO:
*
* if text length > BOFTTextThresh or there is PI,
* then output "T{\n", else do nothing
*
*/
void
TblTCellStart(Element_t * ep,
FILE * fP)
{
register int i;
register Element_t * ep2;
register bool sawPI;
for ( i=0, sawPI=FALSE; (i < ep->ncont) && !sawPI; i++ )
if ( ep->cont[i].type == '?' )
sawPI = TRUE;
if ( sawPI || (TblCountContent(ep) > BOFTTextThresh) ) {
tblBOFTCount++;
OutputString("T{^", fP, 1);
tblinBOFT = TRUE; /* within a boft now */
}
}
/* TblCountContent() -- count all content below the given element
*
*
*/
int
TblCountContent(Element_t * ep) /* the element to look under */
{
register int i, count;
count = 0;
for ( i=0; i < ep->ncont; i++ ) {
if ( ep->cont[i].type == '-' ) {
count += strlen(ep->cont[i].ch.data);
} else
if ( ep->cont[i].type == '(' ) {
count += TblCountContent(ep->cont[i].ch.elem);
}
}
return count;
}
/* TblTEntryEnd() -- end an entry
*
* TO DO:
*
* if within BOFT, output "T}"
* if not last entry, output tab character
*
*/
void
TblTCellEnd(Element_t * ep,
FILE * fP)
{
register Element_t * ep2;
if ( tblinBOFT ) {
OutputString("^T}", fP, 1);
tblinBOFT = FALSE; /* back out again */
}
for ( ep2=ep->next; ep2; ep2=ep2->next ) {
if ( !strcmp(ep2->gi, "ENTRY") || !strcmp(ep2->gi, "ENTRYTBL") ) {
OutputString("\007", fP, 1);
break;
}
if ( !strcmp(ep2->gi, "ROW") )
break;
}
}
/* TblDoColSpec() -- process one element to create a new colspec
*
*
*/
struct tblcolspec *
TblDoColSpec(short number, /* this column number */
Element_t * ep, /* element containing colspec stuff */
struct tblcolspec * pcsp, /* prevailing colspec (with defaults) */
tblsource source) /* precedence level of the resulting spec */
{
register char * cp;
register struct tblcolspec * tcsp;
Calloc(1, tcsp, struct tblcolspec);
if ( cp = FindAttValByName(ep, "COLNAME") )
strcpy(tcsp->name, cp);
tcsp->num = number;
tcsp->source = source;
if ( cp = FindAttValByName(ep, "ALIGN") ) {
if ( !strcmp(cp, "LEFT") ) tcsp->align = Left;
else if ( !strcmp(cp, "RIGHT") ) tcsp->align = Right;
else if ( !strcmp(cp, "CENTER") ) tcsp->align = Center;
else if ( !strcmp(cp, "JUSTIFY") ) tcsp->align = Justify;
else if ( !strcmp(cp, "CHAR") ) tcsp->align = Char;
} else
tcsp->align = ( pcsp ) ? pcsp->align : Left;
if ( cp = FindAttValByName(ep, "CHAR") )
tcsp->alignchar = cp[0];
else
tcsp->alignchar = ( pcsp ) ? pcsp->alignchar : 0;
if ( cp = FindAttValByName(ep, "CHAROFF") )
tcsp->aligncharoff = atoi(cp);
else
tcsp->aligncharoff = ( pcsp ) ? pcsp->aligncharoff : 0;
if ( cp = FindAttValByName(ep, "COLWIDTH") )
strcpy(tcsp->colwidth, cp);
else
strcpy(tcsp->colwidth, ( pcsp ) ? pcsp->colwidth : "");
if ( cp = FindAttValByName(ep, "COLSEP") )
tcsp->colsep = !strcmp(cp, "1");
else
tcsp->colsep = ( pcsp ) ? pcsp->colsep : FALSE;
if ( cp = FindAttValByName(ep, "ROWSEP") )
tcsp->rowsep = !strcmp(cp, "1");
else
tcsp->rowsep = ( pcsp ) ? pcsp->rowsep : FALSE;
return tcsp;
}
/* TblDoSpanSpec() -- process one element to create a new spanspec
*
* Note that there's a hack inside here... NameSt and NameEnd are
* supposed to point at colnames, but if no colname is found, this
* code will look for a colnum by the same value.
*/
struct tblspanspec *
TblDoSpanSpec(Element_t * ep, /* element containing spanspec stuff */
struct tblspanspec * pssp, /* prevailing spanspec (with defaults) */
tblsource source) /* precedence level of the resulting spec */
{
register char * cp;
register struct tblspanspec * tssp;
register struct tblcolspec * tcsp;
Calloc(1, tssp, struct tblspanspec);
if ( cp = FindAttValByName(ep, "SPANNAME") ) strcpy(tssp->name, cp);
tssp->source = source;
if ( cp = FindAttValByName(ep, "NAMEST") ) {
if ( (tcsp = TblFindColSpec(cp, source)) ||
(tcsp = TblFindColNum(atoi(cp), source)) ) {
tssp->start = tcsp;
} else {
fprintf(stderr, "? spanspec namest points to unknown column '%s'\n", cp);
tssp->start = 0;
}
} else {
if ( pssp && pssp->start ) {
tssp->start = pssp->start;
}
}
if ( cp = FindAttValByName(ep, "NAMEEND") ) {
if ( (tcsp = TblFindColSpec(cp, source)) ||
(tcsp = TblFindColNum(atoi(cp), source)) ) {
tssp->end = tcsp;
} else {
fprintf(stderr, "? spanspec nameend points to unknown column '%s'\n", cp);
tssp->end = 0;
}
} else {
if ( pssp && pssp->end ) {
tssp->end = pssp->end;
}
}
if ( cp = FindAttValByName(ep, "ALIGN") ) {
if ( !strcmp(cp, "LEFT") ) tssp->align = Left;
else if ( !strcmp(cp, "RIGHT") ) tssp->align = Right;
else if ( !strcmp(cp, "CENTER") ) tssp->align = Center;
else if ( !strcmp(cp, "JUSTIFY") ) tssp->align = Justify;
else if ( !strcmp(cp, "CHAR") ) tssp->align = Char;
} else {
if ( pssp )
tssp->align = pssp->align;
}
if ( cp = FindAttValByName(ep, "CHAR") )
tssp->alignchar = cp[0];
else {
if ( pssp )
tssp->alignchar = pssp->alignchar;
}
if ( cp = FindAttValByName(ep, "CHAROFF") )
tssp->aligncharoff = atoi(cp);
else {
if ( pssp )
tssp->alignchar = pssp->alignchar;
}
if ( cp = FindAttValByName(ep, "COLSEP") )
tssp->colsep = !strcmp(cp, "1");
else {
if ( pssp )
tssp->colsep = pssp->colsep;
}
if ( cp = FindAttValByName(ep, "ROWSEP") )
tssp->rowsep = !strcmp(cp, "1");
else {
if ( pssp )
tssp->rowsep = pssp->rowsep;
}
return tssp;
}
/* TblFindColSpec() -- find a table colspec by name (colname)
*
*/
struct tblcolspec *
TblFindColSpec(char * name, /* the name we're looking for */
tblsource source) /* the context in which to find it */
{
register struct tblcolspec * tcsp;
/* first, try to find the one in the right "source" */
for ( tcsp=tblColSpec; tcsp; tcsp=tcsp->next ) {
if ( (tcsp->source == source) && !strcmp(tcsp->name, name) )
return tcsp;
}
/* else, try to find one from a TGroup.. */
for ( tcsp=tblColSpec; tcsp; tcsp=tcsp->next ) {
if ( (tcsp->source == TGroup) && !strcmp(tcsp->name, name) )
return tcsp;
}
/* else not found.. */
return 0;
}
/* TblFindColNum() -- find a table colspec by number
*
*/
struct tblcolspec *
TblFindColNum(short number, /* the number we're looking for */
tblsource source) /* the context in which to find it */
{
register struct tblcolspec * tcsp;
/* first, try to find the one in the right "source" */
for ( tcsp=tblColSpec; tcsp; tcsp=tcsp->next ) {
if ( (tcsp->num == number) &&
((tcsp->source == source) ||
((source == THead) && (tcsp->source == TGroup))) )
return tcsp;
}
/* else, try to find one from a TGroup.. */
for ( tcsp=tblColSpec; tcsp; tcsp=tcsp->next ) {
if ( (tcsp->source == TGroup) && (tcsp->num == number) )
return tcsp;
}
/* else not found.. */
return 0;
}
/* TblFindSpanSpec() -- find a table spanspec by name (spanname)
*
*/
struct tblspanspec *
TblFindSpanSpec(char * name, /* the name we're looking for */
tblsource source) /* the context in which to find it */
{
register struct tblspanspec * tssp;
/* first, try to find the one in the right "source" */
for ( tssp=tblSpanSpec; tssp; tssp=tssp->next ) {
if ( !strcmp(tssp->name, name) &&
((tssp->source == source) ||
((source == THead) && (tssp->source == TGroup))) )
return tssp;
}
/* else not found.. */
return 0;
}
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