Annotation of src/usr.bin/mandoc/mdoc_term.c, Revision 1.241
1.241 ! schwarze 1: /* $OpenBSD: mdoc_term.c,v 1.240 2017/01/11 17:39:45 schwarze Exp $ */
1.1 kristaps 2: /*
1.122 schwarze 3: * Copyright (c) 2008, 2009, 2010, 2011 Kristaps Dzonsons <kristaps@bsd.lv>
1.238 schwarze 4: * Copyright (c) 2010, 2012-2017 Ingo Schwarze <schwarze@openbsd.org>
1.158 schwarze 5: * Copyright (c) 2013 Franco Fichtner <franco@lastsummer.de>
1.1 kristaps 6: *
7: * Permission to use, copy, modify, and distribute this software for any
1.2 schwarze 8: * purpose with or without fee is hereby granted, provided that the above
9: * copyright notice and this permission notice appear in all copies.
1.1 kristaps 10: *
1.213 schwarze 11: * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHORS DISCLAIM ALL WARRANTIES
1.2 schwarze 12: * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
1.213 schwarze 13: * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHORS BE LIABLE FOR
1.2 schwarze 14: * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
15: * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
16: * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
17: * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
1.1 kristaps 18: */
19: #include <sys/types.h>
20:
21: #include <assert.h>
22: #include <ctype.h>
1.201 schwarze 23: #include <limits.h>
1.77 schwarze 24: #include <stdint.h>
1.1 kristaps 25: #include <stdio.h>
26: #include <stdlib.h>
27: #include <string.h>
28:
1.213 schwarze 29: #include "mandoc_aux.h"
1.81 schwarze 30: #include "mandoc.h"
1.213 schwarze 31: #include "roff.h"
32: #include "mdoc.h"
1.61 schwarze 33: #include "out.h"
1.1 kristaps 34: #include "term.h"
1.219 schwarze 35: #include "tag.h"
1.61 schwarze 36: #include "main.h"
1.54 schwarze 37:
1.1 kristaps 38: struct termpair {
39: struct termpair *ppair;
1.27 schwarze 40: int count;
1.1 kristaps 41: };
42:
1.29 schwarze 43: #define DECL_ARGS struct termp *p, \
44: struct termpair *pair, \
1.215 schwarze 45: const struct roff_meta *meta, \
1.214 schwarze 46: struct roff_node *n
1.1 kristaps 47:
48: struct termact {
49: int (*pre)(DECL_ARGS);
50: void (*post)(DECL_ARGS);
51: };
1.29 schwarze 52:
1.201 schwarze 53: static int a2width(const struct termp *, const char *);
1.62 schwarze 54:
55: static void print_bvspace(struct termp *,
1.214 schwarze 56: const struct roff_node *,
57: const struct roff_node *);
1.166 schwarze 58: static void print_mdoc_node(DECL_ARGS);
1.65 schwarze 59: static void print_mdoc_nodelist(DECL_ARGS);
1.215 schwarze 60: static void print_mdoc_head(struct termp *, const struct roff_meta *);
61: static void print_mdoc_foot(struct termp *, const struct roff_meta *);
1.166 schwarze 62: static void synopsis_pre(struct termp *,
1.214 schwarze 63: const struct roff_node *);
1.62 schwarze 64:
1.29 schwarze 65: static void termp____post(DECL_ARGS);
1.120 schwarze 66: static void termp__t_post(DECL_ARGS);
1.29 schwarze 67: static void termp_bd_post(DECL_ARGS);
1.90 schwarze 68: static void termp_bk_post(DECL_ARGS);
1.29 schwarze 69: static void termp_bl_post(DECL_ARGS);
1.205 schwarze 70: static void termp_eo_post(DECL_ARGS);
1.143 schwarze 71: static void termp_fd_post(DECL_ARGS);
1.29 schwarze 72: static void termp_fo_post(DECL_ARGS);
73: static void termp_in_post(DECL_ARGS);
74: static void termp_it_post(DECL_ARGS);
75: static void termp_lb_post(DECL_ARGS);
1.94 schwarze 76: static void termp_nm_post(DECL_ARGS);
1.29 schwarze 77: static void termp_pf_post(DECL_ARGS);
1.107 schwarze 78: static void termp_quote_post(DECL_ARGS);
1.29 schwarze 79: static void termp_sh_post(DECL_ARGS);
80: static void termp_ss_post(DECL_ARGS);
1.238 schwarze 81: static void termp_xx_post(DECL_ARGS);
1.29 schwarze 82:
1.104 schwarze 83: static int termp__a_pre(DECL_ARGS);
1.120 schwarze 84: static int termp__t_pre(DECL_ARGS);
1.49 schwarze 85: static int termp_an_pre(DECL_ARGS);
1.29 schwarze 86: static int termp_ap_pre(DECL_ARGS);
87: static int termp_bd_pre(DECL_ARGS);
88: static int termp_bf_pre(DECL_ARGS);
1.90 schwarze 89: static int termp_bk_pre(DECL_ARGS);
1.73 schwarze 90: static int termp_bl_pre(DECL_ARGS);
1.54 schwarze 91: static int termp_bold_pre(DECL_ARGS);
1.29 schwarze 92: static int termp_cd_pre(DECL_ARGS);
93: static int termp_d1_pre(DECL_ARGS);
1.205 schwarze 94: static int termp_eo_pre(DECL_ARGS);
1.233 schwarze 95: static int termp_em_pre(DECL_ARGS);
1.222 schwarze 96: static int termp_er_pre(DECL_ARGS);
1.29 schwarze 97: static int termp_ex_pre(DECL_ARGS);
98: static int termp_fa_pre(DECL_ARGS);
1.107 schwarze 99: static int termp_fd_pre(DECL_ARGS);
1.29 schwarze 100: static int termp_fl_pre(DECL_ARGS);
101: static int termp_fn_pre(DECL_ARGS);
102: static int termp_fo_pre(DECL_ARGS);
103: static int termp_ft_pre(DECL_ARGS);
104: static int termp_in_pre(DECL_ARGS);
105: static int termp_it_pre(DECL_ARGS);
1.65 schwarze 106: static int termp_li_pre(DECL_ARGS);
1.162 schwarze 107: static int termp_ll_pre(DECL_ARGS);
1.29 schwarze 108: static int termp_lk_pre(DECL_ARGS);
109: static int termp_nd_pre(DECL_ARGS);
110: static int termp_nm_pre(DECL_ARGS);
111: static int termp_ns_pre(DECL_ARGS);
1.107 schwarze 112: static int termp_quote_pre(DECL_ARGS);
1.29 schwarze 113: static int termp_rs_pre(DECL_ARGS);
114: static int termp_sh_pre(DECL_ARGS);
1.193 schwarze 115: static int termp_skip_pre(DECL_ARGS);
1.29 schwarze 116: static int termp_sm_pre(DECL_ARGS);
1.38 schwarze 117: static int termp_sp_pre(DECL_ARGS);
1.29 schwarze 118: static int termp_ss_pre(DECL_ARGS);
1.233 schwarze 119: static int termp_sy_pre(DECL_ARGS);
1.219 schwarze 120: static int termp_tag_pre(DECL_ARGS);
1.54 schwarze 121: static int termp_under_pre(DECL_ARGS);
1.69 schwarze 122: static int termp_vt_pre(DECL_ARGS);
1.29 schwarze 123: static int termp_xr_pre(DECL_ARGS);
124: static int termp_xx_pre(DECL_ARGS);
1.1 kristaps 125:
1.54 schwarze 126: static const struct termact termacts[MDOC_MAX] = {
1.11 schwarze 127: { termp_ap_pre, NULL }, /* Ap */
1.1 kristaps 128: { NULL, NULL }, /* Dd */
129: { NULL, NULL }, /* Dt */
130: { NULL, NULL }, /* Os */
131: { termp_sh_pre, termp_sh_post }, /* Sh */
1.166 schwarze 132: { termp_ss_pre, termp_ss_post }, /* Ss */
133: { termp_sp_pre, NULL }, /* Pp */
1.143 schwarze 134: { termp_d1_pre, termp_bl_post }, /* D1 */
135: { termp_d1_pre, termp_bl_post }, /* Dl */
1.1 kristaps 136: { termp_bd_pre, termp_bd_post }, /* Bd */
137: { NULL, NULL }, /* Ed */
1.73 schwarze 138: { termp_bl_pre, termp_bl_post }, /* Bl */
1.1 kristaps 139: { NULL, NULL }, /* El */
140: { termp_it_pre, termp_it_post }, /* It */
1.166 schwarze 141: { termp_under_pre, NULL }, /* Ad */
1.181 schwarze 142: { termp_an_pre, NULL }, /* An */
1.54 schwarze 143: { termp_under_pre, NULL }, /* Ar */
1.1 kristaps 144: { termp_cd_pre, NULL }, /* Cd */
1.54 schwarze 145: { termp_bold_pre, NULL }, /* Cm */
1.224 schwarze 146: { termp_li_pre, NULL }, /* Dv */
1.222 schwarze 147: { termp_er_pre, NULL }, /* Er */
1.219 schwarze 148: { termp_tag_pre, NULL }, /* Ev */
1.1 kristaps 149: { termp_ex_pre, NULL }, /* Ex */
1.166 schwarze 150: { termp_fa_pre, NULL }, /* Fa */
151: { termp_fd_pre, termp_fd_post }, /* Fd */
1.1 kristaps 152: { termp_fl_pre, NULL }, /* Fl */
1.166 schwarze 153: { termp_fn_pre, NULL }, /* Fn */
154: { termp_ft_pre, NULL }, /* Ft */
155: { termp_bold_pre, NULL }, /* Ic */
156: { termp_in_pre, termp_in_post }, /* In */
1.65 schwarze 157: { termp_li_pre, NULL }, /* Li */
1.166 schwarze 158: { termp_nd_pre, NULL }, /* Nd */
159: { termp_nm_pre, termp_nm_post }, /* Nm */
1.107 schwarze 160: { termp_quote_pre, termp_quote_post }, /* Op */
1.170 schwarze 161: { termp_ft_pre, NULL }, /* Ot */
1.54 schwarze 162: { termp_under_pre, NULL }, /* Pa */
1.240 schwarze 163: { termp_ex_pre, NULL }, /* Rv */
1.166 schwarze 164: { NULL, NULL }, /* St */
1.54 schwarze 165: { termp_under_pre, NULL }, /* Va */
1.86 schwarze 166: { termp_vt_pre, NULL }, /* Vt */
1.1 kristaps 167: { termp_xr_pre, NULL }, /* Xr */
1.104 schwarze 168: { termp__a_pre, termp____post }, /* %A */
1.58 schwarze 169: { termp_under_pre, termp____post }, /* %B */
1.1 kristaps 170: { NULL, termp____post }, /* %D */
1.58 schwarze 171: { termp_under_pre, termp____post }, /* %I */
1.54 schwarze 172: { termp_under_pre, termp____post }, /* %J */
1.1 kristaps 173: { NULL, termp____post }, /* %N */
174: { NULL, termp____post }, /* %O */
175: { NULL, termp____post }, /* %P */
176: { NULL, termp____post }, /* %R */
1.120 schwarze 177: { termp__t_pre, termp__t_post }, /* %T */
1.1 kristaps 178: { NULL, termp____post }, /* %V */
179: { NULL, NULL }, /* Ac */
1.107 schwarze 180: { termp_quote_pre, termp_quote_post }, /* Ao */
181: { termp_quote_pre, termp_quote_post }, /* Aq */
1.32 schwarze 182: { NULL, NULL }, /* At */
1.1 kristaps 183: { NULL, NULL }, /* Bc */
1.166 schwarze 184: { termp_bf_pre, NULL }, /* Bf */
1.107 schwarze 185: { termp_quote_pre, termp_quote_post }, /* Bo */
186: { termp_quote_pre, termp_quote_post }, /* Bq */
1.238 schwarze 187: { termp_xx_pre, termp_xx_post }, /* Bsx */
1.239 schwarze 188: { NULL, NULL }, /* Bx */
1.193 schwarze 189: { termp_skip_pre, NULL }, /* Db */
1.1 kristaps 190: { NULL, NULL }, /* Dc */
1.107 schwarze 191: { termp_quote_pre, termp_quote_post }, /* Do */
192: { termp_quote_pre, termp_quote_post }, /* Dq */
1.73 schwarze 193: { NULL, NULL }, /* Ec */ /* FIXME: no space */
1.1 kristaps 194: { NULL, NULL }, /* Ef */
1.233 schwarze 195: { termp_em_pre, NULL }, /* Em */
1.205 schwarze 196: { termp_eo_pre, termp_eo_post }, /* Eo */
1.238 schwarze 197: { termp_xx_pre, termp_xx_post }, /* Fx */
1.98 schwarze 198: { termp_bold_pre, NULL }, /* Ms */
1.189 schwarze 199: { termp_li_pre, NULL }, /* No */
1.1 kristaps 200: { termp_ns_pre, NULL }, /* Ns */
1.238 schwarze 201: { termp_xx_pre, termp_xx_post }, /* Nx */
202: { termp_xx_pre, termp_xx_post }, /* Ox */
1.1 kristaps 203: { NULL, NULL }, /* Pc */
1.156 schwarze 204: { NULL, termp_pf_post }, /* Pf */
1.107 schwarze 205: { termp_quote_pre, termp_quote_post }, /* Po */
206: { termp_quote_pre, termp_quote_post }, /* Pq */
1.1 kristaps 207: { NULL, NULL }, /* Qc */
1.107 schwarze 208: { termp_quote_pre, termp_quote_post }, /* Ql */
209: { termp_quote_pre, termp_quote_post }, /* Qo */
210: { termp_quote_pre, termp_quote_post }, /* Qq */
1.1 kristaps 211: { NULL, NULL }, /* Re */
212: { termp_rs_pre, NULL }, /* Rs */
213: { NULL, NULL }, /* Sc */
1.107 schwarze 214: { termp_quote_pre, termp_quote_post }, /* So */
215: { termp_quote_pre, termp_quote_post }, /* Sq */
1.1 kristaps 216: { termp_sm_pre, NULL }, /* Sm */
1.54 schwarze 217: { termp_under_pre, NULL }, /* Sx */
1.233 schwarze 218: { termp_sy_pre, NULL }, /* Sy */
1.1 kristaps 219: { NULL, NULL }, /* Tn */
1.238 schwarze 220: { termp_xx_pre, termp_xx_post }, /* Ux */
1.1 kristaps 221: { NULL, NULL }, /* Xc */
222: { NULL, NULL }, /* Xo */
1.166 schwarze 223: { termp_fo_pre, termp_fo_post }, /* Fo */
224: { NULL, NULL }, /* Fc */
1.107 schwarze 225: { termp_quote_pre, termp_quote_post }, /* Oo */
1.1 kristaps 226: { NULL, NULL }, /* Oc */
1.90 schwarze 227: { termp_bk_pre, termp_bk_post }, /* Bk */
1.1 kristaps 228: { NULL, NULL }, /* Ek */
1.240 schwarze 229: { NULL, NULL }, /* Bt */
1.1 kristaps 230: { NULL, NULL }, /* Hf */
1.170 schwarze 231: { termp_under_pre, NULL }, /* Fr */
1.240 schwarze 232: { NULL, NULL }, /* Ud */
1.32 schwarze 233: { NULL, termp_lb_post }, /* Lb */
1.166 schwarze 234: { termp_sp_pre, NULL }, /* Lp */
235: { termp_lk_pre, NULL }, /* Lk */
236: { termp_under_pre, NULL }, /* Mt */
237: { termp_quote_pre, termp_quote_post }, /* Brq */
238: { termp_quote_pre, termp_quote_post }, /* Bro */
239: { NULL, NULL }, /* Brc */
240: { NULL, termp____post }, /* %C */
1.193 schwarze 241: { termp_skip_pre, NULL }, /* Es */
1.170 schwarze 242: { termp_quote_pre, termp_quote_post }, /* En */
1.238 schwarze 243: { termp_xx_pre, termp_xx_post }, /* Dx */
1.166 schwarze 244: { NULL, termp____post }, /* %Q */
1.54 schwarze 245: { termp_sp_pre, NULL }, /* br */
1.166 schwarze 246: { termp_sp_pre, NULL }, /* sp */
247: { NULL, termp____post }, /* %U */
248: { NULL, NULL }, /* Ta */
1.162 schwarze 249: { termp_ll_pre, NULL }, /* ll */
1.1 kristaps 250: };
251:
1.221 schwarze 252: static int fn_prio;
1.1 kristaps 253:
1.55 schwarze 254: void
1.217 schwarze 255: terminal_mdoc(void *arg, const struct roff_man *mdoc)
1.1 kristaps 256: {
1.214 schwarze 257: struct roff_node *n;
1.61 schwarze 258: struct termp *p;
1.241 ! schwarze 259: size_t save_defindent;
1.61 schwarze 260:
261: p = (struct termp *)arg;
1.71 schwarze 262: p->overstep = 0;
1.180 schwarze 263: p->rmargin = p->maxrmargin = p->defrmargin;
1.89 schwarze 264: p->tabwidth = term_len(p, 5);
1.55 schwarze 265:
1.218 schwarze 266: n = mdoc->first->child;
1.180 schwarze 267: if (p->synopsisonly) {
268: while (n != NULL) {
269: if (n->tok == MDOC_Sh && n->sec == SEC_SYNOPSIS) {
270: if (n->child->next->child != NULL)
271: print_mdoc_nodelist(p, NULL,
1.218 schwarze 272: &mdoc->meta,
273: n->child->next->child);
1.180 schwarze 274: term_newln(p);
275: break;
276: }
277: n = n->next;
278: }
279: } else {
1.241 ! schwarze 280: save_defindent = p->defindent;
1.180 schwarze 281: if (p->defindent == 0)
282: p->defindent = 5;
1.218 schwarze 283: term_begin(p, print_mdoc_head, print_mdoc_foot,
284: &mdoc->meta);
1.236 schwarze 285: while (n != NULL && n->flags & NODE_NOPRT)
286: n = n->next;
1.180 schwarze 287: if (n != NULL) {
288: if (n->tok != MDOC_Sh)
289: term_vspace(p);
1.218 schwarze 290: print_mdoc_nodelist(p, NULL, &mdoc->meta, n);
1.180 schwarze 291: }
292: term_end(p);
1.241 ! schwarze 293: p->defindent = save_defindent;
1.173 schwarze 294: }
1.1 kristaps 295: }
296:
297: static void
1.65 schwarze 298: print_mdoc_nodelist(DECL_ARGS)
1.1 kristaps 299: {
300:
1.203 schwarze 301: while (n != NULL) {
302: print_mdoc_node(p, pair, meta, n);
303: n = n->next;
304: }
1.1 kristaps 305: }
306:
307: static void
1.65 schwarze 308: print_mdoc_node(DECL_ARGS)
1.1 kristaps 309: {
1.65 schwarze 310: int chld;
1.1 kristaps 311: struct termpair npair;
1.28 schwarze 312: size_t offset, rmargin;
1.1 kristaps 313:
1.236 schwarze 314: if (n->flags & NODE_NOPRT)
315: return;
316:
1.54 schwarze 317: chld = 1;
1.28 schwarze 318: offset = p->offset;
319: rmargin = p->rmargin;
1.237 schwarze 320: n->flags &= ~NODE_ENDED;
1.204 schwarze 321: n->prev_font = p->fonti;
1.1 kristaps 322:
1.63 schwarze 323: memset(&npair, 0, sizeof(struct termpair));
1.1 kristaps 324: npair.ppair = pair;
1.65 schwarze 325:
1.95 schwarze 326: /*
327: * Keeps only work until the end of a line. If a keep was
328: * invoked in a prior line, revert it to PREKEEP.
329: */
330:
1.237 schwarze 331: if (p->flags & TERMP_KEEP && n->flags & NODE_LINE) {
1.206 schwarze 332: p->flags &= ~TERMP_KEEP;
333: p->flags |= TERMP_PREKEEP;
1.95 schwarze 334: }
1.116 schwarze 335:
336: /*
1.128 schwarze 337: * After the keep flags have been set up, we may now
338: * produce output. Note that some pre-handlers do so.
339: */
340:
341: switch (n->type) {
1.213 schwarze 342: case ROFFT_TEXT:
1.237 schwarze 343: if (' ' == *n->string && NODE_LINE & n->flags)
1.128 schwarze 344: term_newln(p);
1.237 schwarze 345: if (NODE_DELIMC & n->flags)
1.132 schwarze 346: p->flags |= TERMP_NOSPACE;
1.128 schwarze 347: term_word(p, n->string);
1.237 schwarze 348: if (NODE_DELIMO & n->flags)
1.132 schwarze 349: p->flags |= TERMP_NOSPACE;
1.128 schwarze 350: break;
1.213 schwarze 351: case ROFFT_EQN:
1.237 schwarze 352: if ( ! (n->flags & NODE_LINE))
1.183 schwarze 353: p->flags |= TERMP_NOSPACE;
1.135 schwarze 354: term_eqn(p, n->eqn);
1.237 schwarze 355: if (n->next != NULL && ! (n->next->flags & NODE_LINE))
1.184 schwarze 356: p->flags |= TERMP_NOSPACE;
1.131 schwarze 357: break;
1.213 schwarze 358: case ROFFT_TBL:
1.212 schwarze 359: if (p->tbl.cols == NULL)
360: term_newln(p);
1.128 schwarze 361: term_tbl(p, n->span);
362: break;
363: default:
1.194 schwarze 364: if (termacts[n->tok].pre &&
1.230 schwarze 365: (n->end == ENDBODY_NOT || n->child != NULL))
1.128 schwarze 366: chld = (*termacts[n->tok].pre)
1.147 schwarze 367: (p, &npair, meta, n);
1.128 schwarze 368: break;
369: }
1.95 schwarze 370:
1.60 schwarze 371: if (chld && n->child)
1.147 schwarze 372: print_mdoc_nodelist(p, &npair, meta, n->child);
1.1 kristaps 373:
1.146 schwarze 374: term_fontpopq(p,
1.209 schwarze 375: (ENDBODY_NOT == n->end ? n : n->body)->prev_font);
1.1 kristaps 376:
1.122 schwarze 377: switch (n->type) {
1.213 schwarze 378: case ROFFT_TEXT:
1.122 schwarze 379: break;
1.213 schwarze 380: case ROFFT_TBL:
1.131 schwarze 381: break;
1.213 schwarze 382: case ROFFT_EQN:
1.122 schwarze 383: break;
384: default:
1.237 schwarze 385: if ( ! termacts[n->tok].post || NODE_ENDED & n->flags)
1.122 schwarze 386: break;
1.147 schwarze 387: (void)(*termacts[n->tok].post)(p, &npair, meta, n);
1.93 schwarze 388:
389: /*
390: * Explicit end tokens not only call the post
391: * handler, but also tell the respective block
392: * that it must not call the post handler again.
393: */
1.95 schwarze 394: if (ENDBODY_NOT != n->end)
1.237 schwarze 395: n->body->flags |= NODE_ENDED;
1.93 schwarze 396:
397: /*
398: * End of line terminating an implicit block
399: * while an explicit block is still open.
400: * Continue the explicit block without spacing.
401: */
402: if (ENDBODY_NOSPACE == n->end)
403: p->flags |= TERMP_NOSPACE;
1.122 schwarze 404: break;
1.93 schwarze 405: }
1.28 schwarze 406:
1.237 schwarze 407: if (NODE_EOS & n->flags)
1.78 schwarze 408: p->flags |= TERMP_SENTENCE;
409:
1.162 schwarze 410: if (MDOC_ll != n->tok) {
411: p->offset = offset;
412: p->rmargin = rmargin;
413: }
1.1 kristaps 414: }
415:
416: static void
1.215 schwarze 417: print_mdoc_foot(struct termp *p, const struct roff_meta *meta)
1.1 kristaps 418: {
1.191 schwarze 419: size_t sz;
1.87 schwarze 420:
1.65 schwarze 421: term_fontrepl(p, TERMFONT_NONE);
422:
1.166 schwarze 423: /*
1.7 schwarze 424: * Output the footer in new-groff style, that is, three columns
425: * with the middle being the manual date and flanking columns
426: * being the operating system:
427: *
428: * SYSTEM DATE SYSTEM
429: */
430:
1.1 kristaps 431: term_vspace(p);
432:
1.7 schwarze 433: p->offset = 0;
1.191 schwarze 434: sz = term_strlen(p, meta->date);
435: p->rmargin = p->maxrmargin > sz ?
436: (p->maxrmargin + term_len(p, 1) - sz) / 2 : 0;
1.152 schwarze 437: p->trailspace = 1;
1.1 kristaps 438: p->flags |= TERMP_NOSPACE | TERMP_NOBREAK;
439:
1.147 schwarze 440: term_word(p, meta->os);
1.1 kristaps 441: term_flushln(p);
442:
1.7 schwarze 443: p->offset = p->rmargin;
1.191 schwarze 444: sz = term_strlen(p, meta->os);
445: p->rmargin = p->maxrmargin > sz ? p->maxrmargin - sz : 0;
1.136 schwarze 446: p->flags |= TERMP_NOSPACE;
1.7 schwarze 447:
1.147 schwarze 448: term_word(p, meta->date);
1.7 schwarze 449: term_flushln(p);
450:
1.1 kristaps 451: p->offset = p->rmargin;
452: p->rmargin = p->maxrmargin;
1.152 schwarze 453: p->trailspace = 0;
1.1 kristaps 454: p->flags &= ~TERMP_NOBREAK;
1.136 schwarze 455: p->flags |= TERMP_NOSPACE;
1.1 kristaps 456:
1.147 schwarze 457: term_word(p, meta->os);
1.1 kristaps 458: term_flushln(p);
1.7 schwarze 459:
460: p->offset = 0;
461: p->rmargin = p->maxrmargin;
462: p->flags = 0;
1.1 kristaps 463: }
464:
465: static void
1.215 schwarze 466: print_mdoc_head(struct termp *p, const struct roff_meta *meta)
1.1 kristaps 467: {
1.169 schwarze 468: char *volume, *title;
469: size_t vollen, titlen;
1.1 kristaps 470:
471: /*
472: * The header is strange. It has three components, which are
473: * really two with the first duplicated. It goes like this:
474: *
475: * IDENTIFIER TITLE IDENTIFIER
476: *
477: * The IDENTIFIER is NAME(SECTION), which is the command-name
478: * (if given, or "unknown" if not) followed by the manual page
479: * section. These are given in `Dt'. The TITLE is a free-form
480: * string depending on the manual volume. If not specified, it
481: * switches on the manual section.
482: */
1.137 schwarze 483:
1.147 schwarze 484: assert(meta->vol);
1.169 schwarze 485: if (NULL == meta->arch)
486: volume = mandoc_strdup(meta->vol);
487: else
488: mandoc_asprintf(&volume, "%s (%s)",
489: meta->vol, meta->arch);
490: vollen = term_strlen(p, volume);
1.1 kristaps 491:
1.177 schwarze 492: if (NULL == meta->msec)
493: title = mandoc_strdup(meta->title);
494: else
495: mandoc_asprintf(&title, "%s(%s)",
496: meta->title, meta->msec);
1.137 schwarze 497: titlen = term_strlen(p, title);
1.1 kristaps 498:
1.137 schwarze 499: p->flags |= TERMP_NOBREAK | TERMP_NOSPACE;
1.152 schwarze 500: p->trailspace = 1;
1.1 kristaps 501: p->offset = 0;
1.169 schwarze 502: p->rmargin = 2 * (titlen+1) + vollen < p->maxrmargin ?
503: (p->maxrmargin - vollen + term_len(p, 1)) / 2 :
1.191 schwarze 504: vollen < p->maxrmargin ? p->maxrmargin - vollen : 0;
1.1 kristaps 505:
506: term_word(p, title);
507: term_flushln(p);
508:
1.137 schwarze 509: p->flags |= TERMP_NOSPACE;
1.1 kristaps 510: p->offset = p->rmargin;
1.169 schwarze 511: p->rmargin = p->offset + vollen + titlen < p->maxrmargin ?
1.137 schwarze 512: p->maxrmargin - titlen : p->maxrmargin;
1.1 kristaps 513:
1.169 schwarze 514: term_word(p, volume);
1.1 kristaps 515: term_flushln(p);
516:
517: p->flags &= ~TERMP_NOBREAK;
1.152 schwarze 518: p->trailspace = 0;
1.137 schwarze 519: if (p->rmargin + titlen <= p->maxrmargin) {
520: p->flags |= TERMP_NOSPACE;
521: p->offset = p->rmargin;
522: p->rmargin = p->maxrmargin;
523: term_word(p, title);
524: term_flushln(p);
525: }
1.1 kristaps 526:
1.137 schwarze 527: p->flags &= ~TERMP_NOSPACE;
1.8 schwarze 528: p->offset = 0;
1.1 kristaps 529: p->rmargin = p->maxrmargin;
1.168 schwarze 530: free(title);
1.169 schwarze 531: free(volume);
1.1 kristaps 532: }
533:
1.201 schwarze 534: static int
1.89 schwarze 535: a2width(const struct termp *p, const char *v)
1.61 schwarze 536: {
537: struct roffsu su;
1.1 kristaps 538:
1.199 schwarze 539: if (a2roffsu(v, &su, SCALE_MAX) < 2) {
1.89 schwarze 540: SCALE_HS_INIT(&su, term_strlen(p, v));
1.182 schwarze 541: su.scale /= term_strlen(p, "0");
1.201 schwarze 542: }
1.227 schwarze 543: return term_hspan(p, &su) / 24;
1.1 kristaps 544: }
545:
1.68 schwarze 546: /*
547: * Determine how much space to print out before block elements of `It'
548: * (and thus `Bl') and `Bd'. And then go ahead and print that space,
549: * too.
550: */
1.45 schwarze 551: static void
1.166 schwarze 552: print_bvspace(struct termp *p,
1.214 schwarze 553: const struct roff_node *bl,
554: const struct roff_node *n)
1.1 kristaps 555: {
1.214 schwarze 556: const struct roff_node *nn;
1.138 schwarze 557:
558: assert(n);
1.1 kristaps 559:
560: term_newln(p);
1.88 schwarze 561:
1.121 schwarze 562: if (MDOC_Bd == bl->tok && bl->norm->Bd.comp)
1.88 schwarze 563: return;
1.121 schwarze 564: if (MDOC_Bl == bl->tok && bl->norm->Bl.comp)
1.45 schwarze 565: return;
566:
1.60 schwarze 567: /* Do not vspace directly after Ss/Sh. */
1.1 kristaps 568:
1.188 schwarze 569: nn = n;
1.236 schwarze 570: while (nn->prev != NULL && nn->prev->flags & NODE_NOPRT)
571: nn = nn->prev;
1.188 schwarze 572: while (nn->prev == NULL) {
573: do {
574: nn = nn->parent;
1.213 schwarze 575: if (nn->type == ROFFT_ROOT)
1.188 schwarze 576: return;
1.213 schwarze 577: } while (nn->type != ROFFT_BLOCK);
1.188 schwarze 578: if (nn->tok == MDOC_Sh || nn->tok == MDOC_Ss)
1.45 schwarze 579: return;
1.188 schwarze 580: if (nn->tok == MDOC_It &&
581: nn->parent->parent->norm->Bl.type != LIST_item)
582: break;
1.1 kristaps 583: }
584:
1.60 schwarze 585: /* A `-column' does not assert vspace within the list. */
1.45 schwarze 586:
1.121 schwarze 587: if (MDOC_Bl == bl->tok && LIST_column == bl->norm->Bl.type)
1.60 schwarze 588: if (n->prev && MDOC_It == n->prev->tok)
1.45 schwarze 589: return;
590:
1.60 schwarze 591: /* A `-diag' without body does not vspace. */
592:
1.121 schwarze 593: if (MDOC_Bl == bl->tok && LIST_diag == bl->norm->Bl.type)
1.60 schwarze 594: if (n->prev && MDOC_It == n->prev->tok) {
595: assert(n->prev->body);
596: if (NULL == n->prev->body->child)
1.45 schwarze 597: return;
598: }
599:
600: term_vspace(p);
1.162 schwarze 601: }
602:
603:
604: static int
605: termp_ll_pre(DECL_ARGS)
606: {
607:
1.230 schwarze 608: term_setwidth(p, n->child != NULL ? n->child->string : NULL);
1.227 schwarze 609: return 0;
1.1 kristaps 610: }
611:
612: static int
613: termp_it_pre(DECL_ARGS)
614: {
1.201 schwarze 615: char buf[24];
1.214 schwarze 616: const struct roff_node *bl, *nn;
1.201 schwarze 617: size_t ncols, dcol;
618: int i, offset, width;
1.82 schwarze 619: enum mdoc_list type;
1.1 kristaps 620:
1.213 schwarze 621: if (n->type == ROFFT_BLOCK) {
1.61 schwarze 622: print_bvspace(p, n->parent->parent, n);
1.227 schwarze 623: return 1;
1.45 schwarze 624: }
1.1 kristaps 625:
1.60 schwarze 626: bl = n->parent->parent->parent;
1.121 schwarze 627: type = bl->norm->Bl.type;
1.1 kristaps 628:
1.166 schwarze 629: /*
1.201 schwarze 630: * Defaults for specific list types.
631: */
632:
633: switch (type) {
634: case LIST_bullet:
635: case LIST_dash:
636: case LIST_hyphen:
637: case LIST_enum:
638: width = term_len(p, 2);
639: break;
640: case LIST_hang:
1.231 schwarze 641: case LIST_tag:
1.201 schwarze 642: width = term_len(p, 8);
643: break;
644: case LIST_column:
645: width = term_len(p, 10);
646: break;
647: default:
648: width = 0;
649: break;
650: }
651: offset = 0;
652:
653: /*
1.68 schwarze 654: * First calculate width and offset. This is pretty easy unless
655: * we're a -column list, in which case all prior columns must
656: * be accounted for.
657: */
658:
1.201 schwarze 659: if (bl->norm->Bl.offs != NULL) {
1.187 schwarze 660: offset = a2width(p, bl->norm->Bl.offs);
1.201 schwarze 661: if (offset < 0 && (size_t)(-offset) > p->offset)
662: offset = -p->offset;
663: else if (offset > SHRT_MAX)
664: offset = 0;
665: }
1.66 schwarze 666:
1.1 kristaps 667: switch (type) {
1.166 schwarze 668: case LIST_column:
1.213 schwarze 669: if (n->type == ROFFT_HEAD)
1.1 kristaps 670: break;
1.88 schwarze 671:
1.66 schwarze 672: /*
1.68 schwarze 673: * Imitate groff's column handling:
674: * - For each earlier column, add its width.
675: * - For less than 5 columns, add four more blanks per
676: * column.
677: * - For exactly 5 columns, add three more blank per
678: * column.
679: * - For more than 5 columns, add only one column.
1.66 schwarze 680: */
1.121 schwarze 681: ncols = bl->norm->Bl.ncols;
1.166 schwarze 682: dcol = ncols < 5 ? term_len(p, 4) :
683: ncols == 5 ? term_len(p, 3) : term_len(p, 1);
1.68 schwarze 684:
1.85 schwarze 685: /*
1.213 schwarze 686: * Calculate the offset by applying all prior ROFFT_BODY,
687: * so we stop at the ROFFT_HEAD (nn->prev == NULL).
1.85 schwarze 688: */
689:
1.166 schwarze 690: for (i = 0, nn = n->prev;
691: nn->prev && i < (int)ncols;
692: nn = nn->prev, i++)
693: offset += dcol + a2width(p,
694: bl->norm->Bl.cols[i]);
1.66 schwarze 695:
696: /*
1.68 schwarze 697: * When exceeding the declared number of columns, leave
698: * the remaining widths at 0. This will later be
699: * adjusted to the default width of 10, or, for the last
700: * column, stretched to the right margin.
1.46 schwarze 701: */
1.68 schwarze 702: if (i >= (int)ncols)
703: break;
1.46 schwarze 704:
1.66 schwarze 705: /*
1.68 schwarze 706: * Use the declared column widths, extended as explained
707: * in the preceding paragraph.
1.66 schwarze 708: */
1.121 schwarze 709: width = a2width(p, bl->norm->Bl.cols[i]) + dcol;
1.1 kristaps 710: break;
711: default:
1.121 schwarze 712: if (NULL == bl->norm->Bl.width)
1.68 schwarze 713: break;
714:
1.166 schwarze 715: /*
1.68 schwarze 716: * Note: buffer the width by 2, which is groff's magic
717: * number for buffering single arguments. See the above
718: * handling for column for how this changes.
719: */
1.121 schwarze 720: width = a2width(p, bl->norm->Bl.width) + term_len(p, 2);
1.201 schwarze 721: if (width < 0 && (size_t)(-width) > p->offset)
722: width = -p->offset;
723: else if (width > SHRT_MAX)
724: width = 0;
1.1 kristaps 725: break;
726: }
727:
1.166 schwarze 728: /*
1.16 schwarze 729: * Whitespace control. Inset bodies need an initial space,
730: * while diagonal bodies need two.
1.1 kristaps 731: */
732:
1.42 schwarze 733: p->flags |= TERMP_NOSPACE;
734:
1.1 kristaps 735: switch (type) {
1.166 schwarze 736: case LIST_diag:
1.213 schwarze 737: if (n->type == ROFFT_BODY)
1.48 schwarze 738: term_word(p, "\\ \\ ");
1.42 schwarze 739: break;
1.166 schwarze 740: case LIST_inset:
1.230 schwarze 741: if (n->type == ROFFT_BODY && n->parent->head->child != NULL)
1.42 schwarze 742: term_word(p, "\\ ");
1.1 kristaps 743: break;
744: default:
745: break;
746: }
747:
1.42 schwarze 748: p->flags |= TERMP_NOSPACE;
749:
1.1 kristaps 750: switch (type) {
1.166 schwarze 751: case LIST_diag:
1.213 schwarze 752: if (n->type == ROFFT_HEAD)
1.65 schwarze 753: term_fontpush(p, TERMFONT_BOLD);
1.1 kristaps 754: break;
755: default:
756: break;
757: }
758:
759: /*
1.68 schwarze 760: * Pad and break control. This is the tricky part. These flags
761: * are documented in term_flushln() in term.c. Note that we're
762: * going to unset all of these flags in termp_it_post() when we
763: * exit.
1.1 kristaps 764: */
765:
766: switch (type) {
1.166 schwarze 767: case LIST_enum:
1.228 schwarze 768: case LIST_bullet:
769: case LIST_dash:
770: case LIST_hyphen:
1.144 schwarze 771: /*
772: * Weird special case.
1.201 schwarze 773: * Some very narrow lists actually hang.
1.144 schwarze 774: */
1.201 schwarze 775: if (width <= (int)term_len(p, 2))
776: p->flags |= TERMP_HANG;
1.213 schwarze 777: if (n->type != ROFFT_HEAD)
1.152 schwarze 778: break;
779: p->flags |= TERMP_NOBREAK;
780: p->trailspace = 1;
1.33 schwarze 781: break;
1.166 schwarze 782: case LIST_hang:
1.213 schwarze 783: if (n->type != ROFFT_HEAD)
1.47 schwarze 784: break;
785:
786: /*
787: * This is ugly. If `-hang' is specified and the body
788: * is a `Bl' or `Bd', then we want basically to nullify
789: * the "overstep" effect in term_flushln() and treat
790: * this as a `-ohang' list instead.
791: */
1.178 schwarze 792: if (NULL != n->next &&
793: NULL != n->next->child &&
1.166 schwarze 794: (MDOC_Bl == n->next->child->tok ||
795: MDOC_Bd == n->next->child->tok))
1.152 schwarze 796: break;
797:
1.165 schwarze 798: p->flags |= TERMP_NOBREAK | TERMP_BRIND | TERMP_HANG;
1.152 schwarze 799: p->trailspace = 1;
1.33 schwarze 800: break;
1.166 schwarze 801: case LIST_tag:
1.213 schwarze 802: if (n->type != ROFFT_HEAD)
1.33 schwarze 803: break;
1.152 schwarze 804:
1.225 schwarze 805: p->flags |= TERMP_NOBREAK | TERMP_BRTRSP | TERMP_BRIND;
1.152 schwarze 806: p->trailspace = 2;
807:
1.60 schwarze 808: if (NULL == n->next || NULL == n->next->child)
1.33 schwarze 809: p->flags |= TERMP_DANGLE;
1.1 kristaps 810: break;
1.166 schwarze 811: case LIST_column:
1.213 schwarze 812: if (n->type == ROFFT_HEAD)
1.85 schwarze 813: break;
814:
1.152 schwarze 815: if (NULL == n->next) {
1.85 schwarze 816: p->flags &= ~TERMP_NOBREAK;
1.152 schwarze 817: p->trailspace = 0;
818: } else {
1.85 schwarze 819: p->flags |= TERMP_NOBREAK;
1.152 schwarze 820: p->trailspace = 1;
821: }
1.85 schwarze 822:
1.1 kristaps 823: break;
1.166 schwarze 824: case LIST_diag:
1.213 schwarze 825: if (n->type != ROFFT_HEAD)
1.152 schwarze 826: break;
1.165 schwarze 827: p->flags |= TERMP_NOBREAK | TERMP_BRIND;
1.152 schwarze 828: p->trailspace = 1;
1.1 kristaps 829: break;
830: default:
831: break;
832: }
833:
1.166 schwarze 834: /*
1.1 kristaps 835: * Margin control. Set-head-width lists have their right
836: * margins shortened. The body for these lists has the offset
837: * necessarily lengthened. Everybody gets the offset.
838: */
839:
840: p->offset += offset;
841:
842: switch (type) {
1.166 schwarze 843: case LIST_hang:
1.47 schwarze 844: /*
845: * Same stipulation as above, regarding `-hang'. We
846: * don't want to recalculate rmargin and offsets when
847: * using `Bd' or `Bl' within `-hang' overstep lists.
848: */
1.213 schwarze 849: if (n->type == ROFFT_HEAD &&
1.178 schwarze 850: NULL != n->next &&
851: NULL != n->next->child &&
1.166 schwarze 852: (MDOC_Bl == n->next->child->tok ||
853: MDOC_Bd == n->next->child->tok))
1.47 schwarze 854: break;
855: /* FALLTHROUGH */
1.166 schwarze 856: case LIST_bullet:
857: case LIST_dash:
858: case LIST_enum:
859: case LIST_hyphen:
860: case LIST_tag:
1.213 schwarze 861: if (n->type == ROFFT_HEAD)
1.1 kristaps 862: p->rmargin = p->offset + width;
1.191 schwarze 863: else
1.1 kristaps 864: p->offset += width;
865: break;
1.166 schwarze 866: case LIST_column:
1.41 schwarze 867: assert(width);
1.1 kristaps 868: p->rmargin = p->offset + width;
1.166 schwarze 869: /*
1.43 schwarze 870: * XXX - this behaviour is not documented: the
871: * right-most column is filled to the right margin.
872: */
1.213 schwarze 873: if (n->type == ROFFT_HEAD)
1.85 schwarze 874: break;
875: if (NULL == n->next && p->rmargin < p->maxrmargin)
1.43 schwarze 876: p->rmargin = p->maxrmargin;
1.1 kristaps 877: break;
878: default:
879: break;
880: }
881:
1.166 schwarze 882: /*
1.1 kristaps 883: * The dash, hyphen, bullet and enum lists all have a special
1.166 schwarze 884: * HEAD character (temporarily bold, in some cases).
1.1 kristaps 885: */
886:
1.213 schwarze 887: if (n->type == ROFFT_HEAD)
1.1 kristaps 888: switch (type) {
1.166 schwarze 889: case LIST_bullet:
1.65 schwarze 890: term_fontpush(p, TERMFONT_BOLD);
1.1 kristaps 891: term_word(p, "\\[bu]");
1.65 schwarze 892: term_fontpop(p);
1.1 kristaps 893: break;
1.166 schwarze 894: case LIST_dash:
895: case LIST_hyphen:
1.65 schwarze 896: term_fontpush(p, TERMFONT_BOLD);
1.229 schwarze 897: term_word(p, "-");
1.65 schwarze 898: term_fontpop(p);
1.1 kristaps 899: break;
1.166 schwarze 900: case LIST_enum:
1.1 kristaps 901: (pair->ppair->ppair->count)++;
1.167 schwarze 902: (void)snprintf(buf, sizeof(buf), "%d.",
1.166 schwarze 903: pair->ppair->ppair->count);
1.1 kristaps 904: term_word(p, buf);
905: break;
906: default:
907: break;
908: }
1.12 schwarze 909:
1.166 schwarze 910: /*
1.1 kristaps 911: * If we're not going to process our children, indicate so here.
912: */
913:
914: switch (type) {
1.166 schwarze 915: case LIST_bullet:
916: case LIST_item:
917: case LIST_dash:
918: case LIST_hyphen:
919: case LIST_enum:
1.213 schwarze 920: if (n->type == ROFFT_HEAD)
1.227 schwarze 921: return 0;
1.1 kristaps 922: break;
1.166 schwarze 923: case LIST_column:
1.213 schwarze 924: if (n->type == ROFFT_HEAD)
1.227 schwarze 925: return 0;
1.1 kristaps 926: break;
927: default:
928: break;
929: }
930:
1.227 schwarze 931: return 1;
1.1 kristaps 932: }
933:
934: static void
935: termp_it_post(DECL_ARGS)
936: {
1.82 schwarze 937: enum mdoc_list type;
1.1 kristaps 938:
1.213 schwarze 939: if (n->type == ROFFT_BLOCK)
1.1 kristaps 940: return;
941:
1.121 schwarze 942: type = n->parent->parent->parent->norm->Bl.type;
1.1 kristaps 943:
944: switch (type) {
1.166 schwarze 945: case LIST_item:
946: case LIST_diag:
947: case LIST_inset:
1.213 schwarze 948: if (n->type == ROFFT_BODY)
1.74 schwarze 949: term_newln(p);
1.1 kristaps 950: break;
1.166 schwarze 951: case LIST_column:
1.213 schwarze 952: if (n->type == ROFFT_BODY)
1.1 kristaps 953: term_flushln(p);
954: break;
955: default:
1.74 schwarze 956: term_newln(p);
1.1 kristaps 957: break;
958: }
959:
1.166 schwarze 960: /*
1.68 schwarze 961: * Now that our output is flushed, we can reset our tags. Since
962: * only `It' sets these flags, we're free to assume that nobody
963: * has munged them in the meanwhile.
964: */
965:
1.225 schwarze 966: p->flags &= ~(TERMP_NOBREAK | TERMP_BRTRSP | TERMP_BRIND |
1.165 schwarze 967: TERMP_DANGLE | TERMP_HANG);
1.152 schwarze 968: p->trailspace = 0;
1.1 kristaps 969: }
970:
971: static int
972: termp_nm_pre(DECL_ARGS)
973: {
1.195 schwarze 974: const char *cp;
1.1 kristaps 975:
1.213 schwarze 976: if (n->type == ROFFT_BLOCK) {
1.155 schwarze 977: p->flags |= TERMP_PREKEEP;
1.227 schwarze 978: return 1;
1.155 schwarze 979: }
1.94 schwarze 980:
1.213 schwarze 981: if (n->type == ROFFT_BODY) {
1.94 schwarze 982: if (NULL == n->child)
1.227 schwarze 983: return 0;
1.136 schwarze 984: p->flags |= TERMP_NOSPACE;
1.195 schwarze 985: cp = NULL;
986: if (n->prev->child != NULL)
987: cp = n->prev->child->string;
988: if (cp == NULL)
989: cp = meta->name;
990: if (cp == NULL)
991: p->offset += term_len(p, 6);
992: else
993: p->offset += term_len(p, 1) + term_strlen(p, cp);
1.227 schwarze 994: return 1;
1.94 schwarze 995: }
996:
1.147 schwarze 997: if (NULL == n->child && NULL == meta->name)
1.227 schwarze 998: return 0;
1.81 schwarze 999:
1.213 schwarze 1000: if (n->type == ROFFT_HEAD)
1.97 schwarze 1001: synopsis_pre(p, n->parent);
1.65 schwarze 1002:
1.213 schwarze 1003: if (n->type == ROFFT_HEAD &&
1.178 schwarze 1004: NULL != n->next && NULL != n->next->child) {
1.165 schwarze 1005: p->flags |= TERMP_NOSPACE | TERMP_NOBREAK | TERMP_BRIND;
1.152 schwarze 1006: p->trailspace = 1;
1.105 schwarze 1007: p->rmargin = p->offset + term_len(p, 1);
1008: if (NULL == n->child) {
1.147 schwarze 1009: p->rmargin += term_strlen(p, meta->name);
1.213 schwarze 1010: } else if (n->child->type == ROFFT_TEXT) {
1.105 schwarze 1011: p->rmargin += term_strlen(p, n->child->string);
1012: if (n->child->next)
1013: p->flags |= TERMP_HANG;
1014: } else {
1015: p->rmargin += term_len(p, 5);
1016: p->flags |= TERMP_HANG;
1017: }
1.94 schwarze 1018: }
1019:
1.65 schwarze 1020: term_fontpush(p, TERMFONT_BOLD);
1.60 schwarze 1021: if (NULL == n->child)
1.147 schwarze 1022: term_word(p, meta->name);
1.227 schwarze 1023: return 1;
1.1 kristaps 1024: }
1025:
1.94 schwarze 1026: static void
1027: termp_nm_post(DECL_ARGS)
1028: {
1029:
1.213 schwarze 1030: if (n->type == ROFFT_BLOCK) {
1.155 schwarze 1031: p->flags &= ~(TERMP_KEEP | TERMP_PREKEEP);
1.213 schwarze 1032: } else if (n->type == ROFFT_HEAD &&
1.178 schwarze 1033: NULL != n->next && NULL != n->next->child) {
1.94 schwarze 1034: term_flushln(p);
1.165 schwarze 1035: p->flags &= ~(TERMP_NOBREAK | TERMP_BRIND | TERMP_HANG);
1.152 schwarze 1036: p->trailspace = 0;
1.213 schwarze 1037: } else if (n->type == ROFFT_BODY && n->child != NULL)
1.94 schwarze 1038: term_flushln(p);
1039: }
1040:
1.1 kristaps 1041: static int
1042: termp_fl_pre(DECL_ARGS)
1043: {
1044:
1.219 schwarze 1045: termp_tag_pre(p, pair, meta, n);
1.65 schwarze 1046: term_fontpush(p, TERMFONT_BOLD);
1.1 kristaps 1047: term_word(p, "\\-");
1.67 schwarze 1048:
1.230 schwarze 1049: if (!(n->child == NULL &&
1.179 schwarze 1050: (n->next == NULL ||
1.213 schwarze 1051: n->next->type == ROFFT_TEXT ||
1.237 schwarze 1052: n->next->flags & NODE_LINE)))
1.73 schwarze 1053: p->flags |= TERMP_NOSPACE;
1.67 schwarze 1054:
1.227 schwarze 1055: return 1;
1.49 schwarze 1056: }
1057:
1058: static int
1.104 schwarze 1059: termp__a_pre(DECL_ARGS)
1060: {
1061:
1062: if (n->prev && MDOC__A == n->prev->tok)
1063: if (NULL == n->next || MDOC__A != n->next->tok)
1064: term_word(p, "and");
1065:
1.227 schwarze 1066: return 1;
1.104 schwarze 1067: }
1068:
1069: static int
1.49 schwarze 1070: termp_an_pre(DECL_ARGS)
1071: {
1072:
1.181 schwarze 1073: if (n->norm->An.auth == AUTH_split) {
1074: p->flags &= ~TERMP_NOSPLIT;
1075: p->flags |= TERMP_SPLIT;
1.227 schwarze 1076: return 0;
1.181 schwarze 1077: }
1078: if (n->norm->An.auth == AUTH_nosplit) {
1079: p->flags &= ~TERMP_SPLIT;
1080: p->flags |= TERMP_NOSPLIT;
1.227 schwarze 1081: return 0;
1.181 schwarze 1082: }
1.166 schwarze 1083:
1.181 schwarze 1084: if (p->flags & TERMP_SPLIT)
1.49 schwarze 1085: term_newln(p);
1086:
1.181 schwarze 1087: if (n->sec == SEC_AUTHORS && ! (p->flags & TERMP_NOSPLIT))
1088: p->flags |= TERMP_SPLIT;
1.49 schwarze 1089:
1.227 schwarze 1090: return 1;
1.1 kristaps 1091: }
1092:
1093: static int
1094: termp_ns_pre(DECL_ARGS)
1095: {
1096:
1.237 schwarze 1097: if ( ! (NODE_LINE & n->flags))
1.127 schwarze 1098: p->flags |= TERMP_NOSPACE;
1.227 schwarze 1099: return 1;
1.1 kristaps 1100: }
1101:
1102: static int
1103: termp_rs_pre(DECL_ARGS)
1104: {
1105:
1.60 schwarze 1106: if (SEC_SEE_ALSO != n->sec)
1.227 schwarze 1107: return 1;
1.213 schwarze 1108: if (n->type == ROFFT_BLOCK && n->prev != NULL)
1.1 kristaps 1109: term_vspace(p);
1.227 schwarze 1110: return 1;
1.1 kristaps 1111: }
1112:
1113: static int
1114: termp_ex_pre(DECL_ARGS)
1115: {
1.132 schwarze 1116: term_newln(p);
1.240 schwarze 1117: return 1;
1.1 kristaps 1118: }
1119:
1120: static int
1121: termp_nd_pre(DECL_ARGS)
1122: {
1.25 schwarze 1123:
1.213 schwarze 1124: if (n->type == ROFFT_BODY)
1.196 schwarze 1125: term_word(p, "\\(en");
1.227 schwarze 1126: return 1;
1.1 kristaps 1127: }
1128:
1.73 schwarze 1129: static int
1130: termp_bl_pre(DECL_ARGS)
1131: {
1132:
1.227 schwarze 1133: return n->type != ROFFT_HEAD;
1.73 schwarze 1134: }
1135:
1.1 kristaps 1136: static void
1137: termp_bl_post(DECL_ARGS)
1138: {
1139:
1.213 schwarze 1140: if (n->type == ROFFT_BLOCK)
1.1 kristaps 1141: term_newln(p);
1142: }
1143:
1144: static int
1145: termp_xr_pre(DECL_ARGS)
1146: {
1147:
1.132 schwarze 1148: if (NULL == (n = n->child))
1.227 schwarze 1149: return 0;
1.72 schwarze 1150:
1.213 schwarze 1151: assert(n->type == ROFFT_TEXT);
1.132 schwarze 1152: term_word(p, n->string);
1.10 schwarze 1153:
1.166 schwarze 1154: if (NULL == (n = n->next))
1.227 schwarze 1155: return 0;
1.132 schwarze 1156:
1.1 kristaps 1157: p->flags |= TERMP_NOSPACE;
1158: term_word(p, "(");
1.132 schwarze 1159: p->flags |= TERMP_NOSPACE;
1160:
1.213 schwarze 1161: assert(n->type == ROFFT_TEXT);
1.132 schwarze 1162: term_word(p, n->string);
1163:
1164: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1165: term_word(p, ")");
1.60 schwarze 1166:
1.227 schwarze 1167: return 0;
1.1 kristaps 1168: }
1169:
1.86 schwarze 1170: /*
1171: * This decides how to assert whitespace before any of the SYNOPSIS set
1172: * of macros (which, as in the case of Ft/Fo and Ft/Fn, may contain
1173: * macro combos).
1174: */
1175: static void
1.214 schwarze 1176: synopsis_pre(struct termp *p, const struct roff_node *n)
1.86 schwarze 1177: {
1.166 schwarze 1178: /*
1.86 schwarze 1179: * Obviously, if we're not in a SYNOPSIS or no prior macros
1180: * exist, do nothing.
1181: */
1.237 schwarze 1182: if (NULL == n->prev || ! (NODE_SYNPRETTY & n->flags))
1.86 schwarze 1183: return;
1184:
1185: /*
1186: * If we're the second in a pair of like elements, emit our
1187: * newline and return. UNLESS we're `Fo', `Fn', `Fn', in which
1188: * case we soldier on.
1189: */
1.166 schwarze 1190: if (n->prev->tok == n->tok &&
1191: MDOC_Ft != n->tok &&
1192: MDOC_Fo != n->tok &&
1193: MDOC_Fn != n->tok) {
1.86 schwarze 1194: term_newln(p);
1195: return;
1196: }
1197:
1198: /*
1199: * If we're one of the SYNOPSIS set and non-like pair-wise after
1200: * another (or Fn/Fo, which we've let slip through) then assert
1201: * vertical space, else only newline and move on.
1202: */
1203: switch (n->prev->tok) {
1.166 schwarze 1204: case MDOC_Fd:
1205: case MDOC_Fn:
1206: case MDOC_Fo:
1207: case MDOC_In:
1208: case MDOC_Vt:
1.86 schwarze 1209: term_vspace(p);
1210: break;
1.166 schwarze 1211: case MDOC_Ft:
1.86 schwarze 1212: if (MDOC_Fn != n->tok && MDOC_Fo != n->tok) {
1213: term_vspace(p);
1214: break;
1215: }
1216: /* FALLTHROUGH */
1217: default:
1218: term_newln(p);
1219: break;
1220: }
1221: }
1222:
1.69 schwarze 1223: static int
1224: termp_vt_pre(DECL_ARGS)
1225: {
1226:
1.213 schwarze 1227: if (n->type == ROFFT_ELEM) {
1.86 schwarze 1228: synopsis_pre(p, n);
1.227 schwarze 1229: return termp_under_pre(p, pair, meta, n);
1.213 schwarze 1230: } else if (n->type == ROFFT_BLOCK) {
1.86 schwarze 1231: synopsis_pre(p, n);
1.227 schwarze 1232: return 1;
1.213 schwarze 1233: } else if (n->type == ROFFT_HEAD)
1.227 schwarze 1234: return 0;
1.69 schwarze 1235:
1.227 schwarze 1236: return termp_under_pre(p, pair, meta, n);
1.69 schwarze 1237: }
1238:
1.1 kristaps 1239: static int
1.54 schwarze 1240: termp_bold_pre(DECL_ARGS)
1.1 kristaps 1241: {
1242:
1.219 schwarze 1243: termp_tag_pre(p, pair, meta, n);
1.65 schwarze 1244: term_fontpush(p, TERMFONT_BOLD);
1.227 schwarze 1245: return 1;
1.1 kristaps 1246: }
1247:
1.86 schwarze 1248: static int
1249: termp_fd_pre(DECL_ARGS)
1.1 kristaps 1250: {
1251:
1.86 schwarze 1252: synopsis_pre(p, n);
1.227 schwarze 1253: return termp_bold_pre(p, pair, meta, n);
1.1 kristaps 1254: }
1255:
1.143 schwarze 1256: static void
1257: termp_fd_post(DECL_ARGS)
1258: {
1259:
1260: term_newln(p);
1261: }
1262:
1.1 kristaps 1263: static int
1264: termp_sh_pre(DECL_ARGS)
1265: {
1.60 schwarze 1266:
1267: switch (n->type) {
1.213 schwarze 1268: case ROFFT_BLOCK:
1.192 schwarze 1269: /*
1270: * Vertical space before sections, except
1271: * when the previous section was empty.
1272: */
1273: if (n->prev == NULL ||
1.221 schwarze 1274: n->prev->tok != MDOC_Sh ||
1.192 schwarze 1275: (n->prev->body != NULL &&
1276: n->prev->body->child != NULL))
1277: term_vspace(p);
1.52 schwarze 1278: break;
1.213 schwarze 1279: case ROFFT_HEAD:
1.65 schwarze 1280: term_fontpush(p, TERMFONT_BOLD);
1.1 kristaps 1281: break;
1.213 schwarze 1282: case ROFFT_BODY:
1.140 schwarze 1283: p->offset = term_len(p, p->defindent);
1.221 schwarze 1284: switch (n->sec) {
1285: case SEC_DESCRIPTION:
1286: fn_prio = 0;
1287: break;
1288: case SEC_AUTHORS:
1.141 schwarze 1289: p->flags &= ~(TERMP_SPLIT|TERMP_NOSPLIT);
1.221 schwarze 1290: break;
1291: default:
1292: break;
1293: }
1.1 kristaps 1294: break;
1295: default:
1296: break;
1297: }
1.227 schwarze 1298: return 1;
1.1 kristaps 1299: }
1300:
1301: static void
1302: termp_sh_post(DECL_ARGS)
1303: {
1304:
1.60 schwarze 1305: switch (n->type) {
1.213 schwarze 1306: case ROFFT_HEAD:
1.1 kristaps 1307: term_newln(p);
1308: break;
1.213 schwarze 1309: case ROFFT_BODY:
1.1 kristaps 1310: term_newln(p);
1311: p->offset = 0;
1312: break;
1313: default:
1314: break;
1315: }
1316: }
1317:
1318: static void
1319: termp_lb_post(DECL_ARGS)
1320: {
1321:
1.237 schwarze 1322: if (SEC_LIBRARY == n->sec && NODE_LINE & n->flags)
1.57 schwarze 1323: term_newln(p);
1.1 kristaps 1324: }
1325:
1326: static int
1327: termp_d1_pre(DECL_ARGS)
1328: {
1329:
1.213 schwarze 1330: if (n->type != ROFFT_BLOCK)
1.227 schwarze 1331: return 1;
1.1 kristaps 1332: term_newln(p);
1.140 schwarze 1333: p->offset += term_len(p, p->defindent + 1);
1.227 schwarze 1334: return 1;
1.1 kristaps 1335: }
1336:
1337: static int
1338: termp_ft_pre(DECL_ARGS)
1339: {
1340:
1.237 schwarze 1341: /* NB: NODE_LINE does not effect this! */
1.86 schwarze 1342: synopsis_pre(p, n);
1.65 schwarze 1343: term_fontpush(p, TERMFONT_UNDER);
1.227 schwarze 1344: return 1;
1.1 kristaps 1345: }
1346:
1347: static int
1348: termp_fn_pre(DECL_ARGS)
1349: {
1.159 schwarze 1350: size_t rmargin = 0;
1.132 schwarze 1351: int pretty;
1352:
1.237 schwarze 1353: pretty = NODE_SYNPRETTY & n->flags;
1.1 kristaps 1354:
1.86 schwarze 1355: synopsis_pre(p, n);
1.85 schwarze 1356:
1.132 schwarze 1357: if (NULL == (n = n->child))
1.227 schwarze 1358: return 0;
1.132 schwarze 1359:
1.153 schwarze 1360: if (pretty) {
1361: rmargin = p->rmargin;
1.159 schwarze 1362: p->rmargin = p->offset + term_len(p, 4);
1.165 schwarze 1363: p->flags |= TERMP_NOBREAK | TERMP_BRIND | TERMP_HANG;
1.153 schwarze 1364: }
1365:
1.213 schwarze 1366: assert(n->type == ROFFT_TEXT);
1.65 schwarze 1367: term_fontpush(p, TERMFONT_BOLD);
1.132 schwarze 1368: term_word(p, n->string);
1.65 schwarze 1369: term_fontpop(p);
1.1 kristaps 1370:
1.235 schwarze 1371: if (n->sec == SEC_DESCRIPTION || n->sec == SEC_CUSTOM)
1.223 schwarze 1372: tag_put(n->string, ++fn_prio, p->line);
1.221 schwarze 1373:
1.153 schwarze 1374: if (pretty) {
1375: term_flushln(p);
1.165 schwarze 1376: p->flags &= ~(TERMP_NOBREAK | TERMP_BRIND | TERMP_HANG);
1.153 schwarze 1377: p->offset = p->rmargin;
1378: p->rmargin = rmargin;
1379: }
1380:
1.1 kristaps 1381: p->flags |= TERMP_NOSPACE;
1382: term_word(p, "(");
1.132 schwarze 1383: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1384:
1.132 schwarze 1385: for (n = n->next; n; n = n->next) {
1.213 schwarze 1386: assert(n->type == ROFFT_TEXT);
1.65 schwarze 1387: term_fontpush(p, TERMFONT_UNDER);
1.157 schwarze 1388: if (pretty)
1389: p->flags |= TERMP_NBRWORD;
1.132 schwarze 1390: term_word(p, n->string);
1.65 schwarze 1391: term_fontpop(p);
1392:
1.132 schwarze 1393: if (n->next) {
1394: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1395: term_word(p, ",");
1.132 schwarze 1396: }
1.1 kristaps 1397: }
1398:
1.132 schwarze 1399: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1400: term_word(p, ")");
1401:
1.132 schwarze 1402: if (pretty) {
1403: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1404: term_word(p, ";");
1.153 schwarze 1405: term_flushln(p);
1.132 schwarze 1406: }
1.1 kristaps 1407:
1.227 schwarze 1408: return 0;
1.1 kristaps 1409: }
1410:
1411: static int
1412: termp_fa_pre(DECL_ARGS)
1413: {
1.214 schwarze 1414: const struct roff_node *nn;
1.1 kristaps 1415:
1.60 schwarze 1416: if (n->parent->tok != MDOC_Fo) {
1.65 schwarze 1417: term_fontpush(p, TERMFONT_UNDER);
1.227 schwarze 1418: return 1;
1.1 kristaps 1419: }
1420:
1.60 schwarze 1421: for (nn = n->child; nn; nn = nn->next) {
1.65 schwarze 1422: term_fontpush(p, TERMFONT_UNDER);
1.160 schwarze 1423: p->flags |= TERMP_NBRWORD;
1.60 schwarze 1424: term_word(p, nn->string);
1.65 schwarze 1425: term_fontpop(p);
1426:
1.158 schwarze 1427: if (nn->next || (n->next && n->next->tok == MDOC_Fa)) {
1.132 schwarze 1428: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1429: term_word(p, ",");
1.132 schwarze 1430: }
1.1 kristaps 1431: }
1432:
1.227 schwarze 1433: return 0;
1.1 kristaps 1434: }
1435:
1436: static int
1437: termp_bd_pre(DECL_ARGS)
1438: {
1.174 schwarze 1439: size_t tabwidth, lm, len, rm, rmax;
1.214 schwarze 1440: struct roff_node *nn;
1.201 schwarze 1441: int offset;
1.1 kristaps 1442:
1.213 schwarze 1443: if (n->type == ROFFT_BLOCK) {
1.61 schwarze 1444: print_bvspace(p, n, n);
1.227 schwarze 1445: return 1;
1.213 schwarze 1446: } else if (n->type == ROFFT_HEAD)
1.227 schwarze 1447: return 0;
1.1 kristaps 1448:
1.187 schwarze 1449: /* Handle the -offset argument. */
1450:
1451: if (n->norm->Bd.offs == NULL ||
1452: ! strcmp(n->norm->Bd.offs, "left"))
1453: /* nothing */;
1454: else if ( ! strcmp(n->norm->Bd.offs, "indent"))
1455: p->offset += term_len(p, p->defindent + 1);
1456: else if ( ! strcmp(n->norm->Bd.offs, "indent-two"))
1457: p->offset += term_len(p, (p->defindent + 1) * 2);
1.201 schwarze 1458: else {
1459: offset = a2width(p, n->norm->Bd.offs);
1460: if (offset < 0 && (size_t)(-offset) > p->offset)
1461: p->offset = 0;
1462: else if (offset < SHRT_MAX)
1463: p->offset += offset;
1464: }
1.60 schwarze 1465:
1466: /*
1467: * If -ragged or -filled are specified, the block does nothing
1468: * but change the indentation. If -unfilled or -literal are
1469: * specified, text is printed exactly as entered in the display:
1470: * for macro lines, a newline is appended to the line. Blank
1471: * lines are allowed.
1472: */
1.166 schwarze 1473:
1474: if (DISP_literal != n->norm->Bd.type &&
1.174 schwarze 1475: DISP_unfilled != n->norm->Bd.type &&
1476: DISP_centered != n->norm->Bd.type)
1.227 schwarze 1477: return 1;
1.1 kristaps 1478:
1.75 schwarze 1479: tabwidth = p->tabwidth;
1.123 schwarze 1480: if (DISP_literal == n->norm->Bd.type)
1481: p->tabwidth = term_len(p, 8);
1482:
1.174 schwarze 1483: lm = p->offset;
1.77 schwarze 1484: rm = p->rmargin;
1485: rmax = p->maxrmargin;
1486: p->rmargin = p->maxrmargin = TERM_MAXMARGIN;
1487:
1.60 schwarze 1488: for (nn = n->child; nn; nn = nn->next) {
1.174 schwarze 1489: if (DISP_centered == n->norm->Bd.type) {
1.213 schwarze 1490: if (nn->type == ROFFT_TEXT) {
1.174 schwarze 1491: len = term_strlen(p, nn->string);
1492: p->offset = len >= rm ? 0 :
1493: lm + len >= rm ? rm - len :
1494: (lm + rm - len) / 2;
1495: } else
1496: p->offset = lm;
1497: }
1.147 schwarze 1498: print_mdoc_node(p, pair, meta, nn);
1.108 schwarze 1499: /*
1500: * If the printed node flushes its own line, then we
1501: * needn't do it here as well. This is hacky, but the
1502: * notion of selective eoln whitespace is pretty dumb
1503: * anyway, so don't sweat it.
1504: */
1505: switch (nn->tok) {
1.166 schwarze 1506: case MDOC_Sm:
1507: case MDOC_br:
1508: case MDOC_sp:
1509: case MDOC_Bl:
1510: case MDOC_D1:
1511: case MDOC_Dl:
1512: case MDOC_Lp:
1513: case MDOC_Pp:
1.108 schwarze 1514: continue;
1515: default:
1516: break;
1517: }
1.198 schwarze 1518: if (p->flags & TERMP_NONEWLINE ||
1.237 schwarze 1519: (nn->next && ! (nn->next->flags & NODE_LINE)))
1.100 schwarze 1520: continue;
1521: term_flushln(p);
1.48 schwarze 1522: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1523: }
1.88 schwarze 1524:
1.75 schwarze 1525: p->tabwidth = tabwidth;
1.77 schwarze 1526: p->rmargin = rm;
1527: p->maxrmargin = rmax;
1.227 schwarze 1528: return 0;
1.1 kristaps 1529: }
1530:
1531: static void
1532: termp_bd_post(DECL_ARGS)
1533: {
1.77 schwarze 1534: size_t rm, rmax;
1.1 kristaps 1535:
1.213 schwarze 1536: if (n->type != ROFFT_BODY)
1.1 kristaps 1537: return;
1.77 schwarze 1538:
1539: rm = p->rmargin;
1540: rmax = p->maxrmargin;
1541:
1.166 schwarze 1542: if (DISP_literal == n->norm->Bd.type ||
1543: DISP_unfilled == n->norm->Bd.type)
1.77 schwarze 1544: p->rmargin = p->maxrmargin = TERM_MAXMARGIN;
1545:
1.48 schwarze 1546: p->flags |= TERMP_NOSPACE;
1.75 schwarze 1547: term_newln(p);
1.77 schwarze 1548:
1549: p->rmargin = rm;
1550: p->maxrmargin = rmax;
1.1 kristaps 1551: }
1552:
1553: static int
1.26 schwarze 1554: termp_xx_pre(DECL_ARGS)
1.1 kristaps 1555: {
1.238 schwarze 1556: if ((n->aux = p->flags & TERMP_PREKEEP) == 0)
1557: p->flags |= TERMP_PREKEEP;
1558: return 1;
1559: }
1.1 kristaps 1560:
1.238 schwarze 1561: static void
1562: termp_xx_post(DECL_ARGS)
1563: {
1564: if (n->aux == 0)
1565: p->flags &= ~(TERMP_KEEP | TERMP_PREKEEP);
1.1 kristaps 1566: }
1567:
1568: static void
1569: termp_pf_post(DECL_ARGS)
1570: {
1571:
1.237 schwarze 1572: if ( ! (n->next == NULL || n->next->flags & NODE_LINE))
1.197 schwarze 1573: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1574: }
1575:
1576: static int
1577: termp_ss_pre(DECL_ARGS)
1578: {
1.236 schwarze 1579: struct roff_node *nn;
1.1 kristaps 1580:
1.60 schwarze 1581: switch (n->type) {
1.213 schwarze 1582: case ROFFT_BLOCK:
1.1 kristaps 1583: term_newln(p);
1.236 schwarze 1584: for (nn = n->prev; nn != NULL; nn = nn->prev)
1585: if ((nn->flags & NODE_NOPRT) == 0)
1586: break;
1587: if (nn != NULL)
1.1 kristaps 1588: term_vspace(p);
1589: break;
1.213 schwarze 1590: case ROFFT_HEAD:
1.65 schwarze 1591: term_fontpush(p, TERMFONT_BOLD);
1.140 schwarze 1592: p->offset = term_len(p, (p->defindent+1)/2);
1.1 kristaps 1593: break;
1.213 schwarze 1594: case ROFFT_BODY:
1.176 schwarze 1595: p->offset = term_len(p, p->defindent);
1596: break;
1.1 kristaps 1597: default:
1598: break;
1599: }
1600:
1.227 schwarze 1601: return 1;
1.1 kristaps 1602: }
1603:
1604: static void
1605: termp_ss_post(DECL_ARGS)
1606: {
1607:
1.213 schwarze 1608: if (n->type == ROFFT_HEAD || n->type == ROFFT_BODY)
1.1 kristaps 1609: term_newln(p);
1610: }
1611:
1612: static int
1613: termp_cd_pre(DECL_ARGS)
1614: {
1615:
1.86 schwarze 1616: synopsis_pre(p, n);
1.65 schwarze 1617: term_fontpush(p, TERMFONT_BOLD);
1.227 schwarze 1618: return 1;
1.1 kristaps 1619: }
1620:
1621: static int
1622: termp_in_pre(DECL_ARGS)
1623: {
1624:
1.86 schwarze 1625: synopsis_pre(p, n);
1.85 schwarze 1626:
1.237 schwarze 1627: if (NODE_SYNPRETTY & n->flags && NODE_LINE & n->flags) {
1.85 schwarze 1628: term_fontpush(p, TERMFONT_BOLD);
1.23 schwarze 1629: term_word(p, "#include");
1.85 schwarze 1630: term_word(p, "<");
1631: } else {
1632: term_word(p, "<");
1633: term_fontpush(p, TERMFONT_UNDER);
1634: }
1.23 schwarze 1635:
1.1 kristaps 1636: p->flags |= TERMP_NOSPACE;
1.227 schwarze 1637: return 1;
1.1 kristaps 1638: }
1639:
1640: static void
1641: termp_in_post(DECL_ARGS)
1642: {
1643:
1.237 schwarze 1644: if (NODE_SYNPRETTY & n->flags)
1.85 schwarze 1645: term_fontpush(p, TERMFONT_BOLD);
1646:
1.59 schwarze 1647: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1648: term_word(p, ">");
1649:
1.237 schwarze 1650: if (NODE_SYNPRETTY & n->flags)
1.85 schwarze 1651: term_fontpop(p);
1.38 schwarze 1652: }
1653:
1654: static int
1655: termp_sp_pre(DECL_ARGS)
1656: {
1.199 schwarze 1657: struct roffsu su;
1.211 schwarze 1658: int i, len;
1.38 schwarze 1659:
1.60 schwarze 1660: switch (n->tok) {
1.166 schwarze 1661: case MDOC_sp:
1.199 schwarze 1662: if (n->child) {
1663: if ( ! a2roffsu(n->child->string, &su, SCALE_VS))
1664: su.scale = 1.0;
1665: len = term_vspan(p, &su);
1666: } else
1667: len = 1;
1.54 schwarze 1668: break;
1.166 schwarze 1669: case MDOC_br:
1.54 schwarze 1670: len = 0;
1671: break;
1672: default:
1673: len = 1;
1.221 schwarze 1674: fn_prio = 0;
1.54 schwarze 1675: break;
1.38 schwarze 1676: }
1677:
1678: if (0 == len)
1679: term_newln(p);
1.211 schwarze 1680: else if (len < 0)
1681: p->skipvsp -= len;
1682: else
1683: for (i = 0; i < len; i++)
1684: term_vspace(p);
1.38 schwarze 1685:
1.227 schwarze 1686: return 0;
1.38 schwarze 1687: }
1688:
1689: static int
1.193 schwarze 1690: termp_skip_pre(DECL_ARGS)
1.170 schwarze 1691: {
1692:
1.227 schwarze 1693: return 0;
1.170 schwarze 1694: }
1695:
1696: static int
1.107 schwarze 1697: termp_quote_pre(DECL_ARGS)
1.1 kristaps 1698: {
1699:
1.213 schwarze 1700: if (n->type != ROFFT_BODY && n->type != ROFFT_ELEM)
1.227 schwarze 1701: return 1;
1.1 kristaps 1702:
1.107 schwarze 1703: switch (n->tok) {
1.166 schwarze 1704: case MDOC_Ao:
1705: case MDOC_Aq:
1.230 schwarze 1706: term_word(p, n->child != NULL && n->child->next == NULL &&
1.202 schwarze 1707: n->child->tok == MDOC_Mt ? "<" : "\\(la");
1.107 schwarze 1708: break;
1.166 schwarze 1709: case MDOC_Bro:
1710: case MDOC_Brq:
1.107 schwarze 1711: term_word(p, "{");
1712: break;
1.166 schwarze 1713: case MDOC_Oo:
1714: case MDOC_Op:
1715: case MDOC_Bo:
1716: case MDOC_Bq:
1.107 schwarze 1717: term_word(p, "[");
1718: break;
1.166 schwarze 1719: case MDOC_Do:
1720: case MDOC_Dq:
1.210 schwarze 1721: term_word(p, "\\(Lq");
1.107 schwarze 1722: break;
1.170 schwarze 1723: case MDOC_En:
1724: if (NULL == n->norm->Es ||
1725: NULL == n->norm->Es->child)
1.227 schwarze 1726: return 1;
1.170 schwarze 1727: term_word(p, n->norm->Es->child->string);
1728: break;
1.166 schwarze 1729: case MDOC_Po:
1730: case MDOC_Pq:
1.107 schwarze 1731: term_word(p, "(");
1732: break;
1.166 schwarze 1733: case MDOC__T:
1734: case MDOC_Qo:
1735: case MDOC_Qq:
1.107 schwarze 1736: term_word(p, "\"");
1737: break;
1.166 schwarze 1738: case MDOC_Ql:
1739: case MDOC_So:
1740: case MDOC_Sq:
1.151 schwarze 1741: term_word(p, "\\(oq");
1.107 schwarze 1742: break;
1743: default:
1744: abort();
1745: }
1.1 kristaps 1746:
1747: p->flags |= TERMP_NOSPACE;
1.227 schwarze 1748: return 1;
1.1 kristaps 1749: }
1750:
1751: static void
1.107 schwarze 1752: termp_quote_post(DECL_ARGS)
1.1 kristaps 1753: {
1754:
1.213 schwarze 1755: if (n->type != ROFFT_BODY && n->type != ROFFT_ELEM)
1.1 kristaps 1756: return;
1757:
1.205 schwarze 1758: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1759:
1.107 schwarze 1760: switch (n->tok) {
1.166 schwarze 1761: case MDOC_Ao:
1762: case MDOC_Aq:
1.230 schwarze 1763: term_word(p, n->child != NULL && n->child->next == NULL &&
1.202 schwarze 1764: n->child->tok == MDOC_Mt ? ">" : "\\(ra");
1.107 schwarze 1765: break;
1.166 schwarze 1766: case MDOC_Bro:
1767: case MDOC_Brq:
1.107 schwarze 1768: term_word(p, "}");
1769: break;
1.166 schwarze 1770: case MDOC_Oo:
1771: case MDOC_Op:
1772: case MDOC_Bo:
1773: case MDOC_Bq:
1.107 schwarze 1774: term_word(p, "]");
1775: break;
1.166 schwarze 1776: case MDOC_Do:
1777: case MDOC_Dq:
1.210 schwarze 1778: term_word(p, "\\(Rq");
1.170 schwarze 1779: break;
1780: case MDOC_En:
1.205 schwarze 1781: if (n->norm->Es == NULL ||
1782: n->norm->Es->child == NULL ||
1783: n->norm->Es->child->next == NULL)
1784: p->flags &= ~TERMP_NOSPACE;
1785: else
1.170 schwarze 1786: term_word(p, n->norm->Es->child->next->string);
1.107 schwarze 1787: break;
1.166 schwarze 1788: case MDOC_Po:
1789: case MDOC_Pq:
1.107 schwarze 1790: term_word(p, ")");
1791: break;
1.166 schwarze 1792: case MDOC__T:
1793: case MDOC_Qo:
1794: case MDOC_Qq:
1.107 schwarze 1795: term_word(p, "\"");
1796: break;
1.166 schwarze 1797: case MDOC_Ql:
1798: case MDOC_So:
1799: case MDOC_Sq:
1.151 schwarze 1800: term_word(p, "\\(cq");
1.107 schwarze 1801: break;
1802: default:
1803: abort();
1804: }
1.205 schwarze 1805: }
1806:
1807: static int
1808: termp_eo_pre(DECL_ARGS)
1809: {
1810:
1.213 schwarze 1811: if (n->type != ROFFT_BODY)
1.227 schwarze 1812: return 1;
1.205 schwarze 1813:
1814: if (n->end == ENDBODY_NOT &&
1815: n->parent->head->child == NULL &&
1816: n->child != NULL &&
1817: n->child->end != ENDBODY_NOT)
1818: term_word(p, "\\&");
1819: else if (n->end != ENDBODY_NOT ? n->child != NULL :
1.208 schwarze 1820: n->parent->head->child != NULL && (n->child != NULL ||
1821: (n->parent->tail != NULL && n->parent->tail->child != NULL)))
1.205 schwarze 1822: p->flags |= TERMP_NOSPACE;
1823:
1.227 schwarze 1824: return 1;
1.205 schwarze 1825: }
1826:
1827: static void
1828: termp_eo_post(DECL_ARGS)
1829: {
1830: int body, tail;
1831:
1.213 schwarze 1832: if (n->type != ROFFT_BODY)
1.205 schwarze 1833: return;
1834:
1835: if (n->end != ENDBODY_NOT) {
1836: p->flags &= ~TERMP_NOSPACE;
1837: return;
1838: }
1839:
1840: body = n->child != NULL || n->parent->head->child != NULL;
1841: tail = n->parent->tail != NULL && n->parent->tail->child != NULL;
1842:
1843: if (body && tail)
1844: p->flags |= TERMP_NOSPACE;
1845: else if ( ! (body || tail))
1846: term_word(p, "\\&");
1847: else if ( ! tail)
1848: p->flags &= ~TERMP_NOSPACE;
1.1 kristaps 1849: }
1850:
1851: static int
1852: termp_fo_pre(DECL_ARGS)
1853: {
1.159 schwarze 1854: size_t rmargin = 0;
1.158 schwarze 1855: int pretty;
1856:
1.237 schwarze 1857: pretty = NODE_SYNPRETTY & n->flags;
1.1 kristaps 1858:
1.213 schwarze 1859: if (n->type == ROFFT_BLOCK) {
1.86 schwarze 1860: synopsis_pre(p, n);
1.227 schwarze 1861: return 1;
1.213 schwarze 1862: } else if (n->type == ROFFT_BODY) {
1.158 schwarze 1863: if (pretty) {
1864: rmargin = p->rmargin;
1.159 schwarze 1865: p->rmargin = p->offset + term_len(p, 4);
1.165 schwarze 1866: p->flags |= TERMP_NOBREAK | TERMP_BRIND |
1867: TERMP_HANG;
1.158 schwarze 1868: }
1.31 schwarze 1869: p->flags |= TERMP_NOSPACE;
1.1 kristaps 1870: term_word(p, "(");
1.132 schwarze 1871: p->flags |= TERMP_NOSPACE;
1.158 schwarze 1872: if (pretty) {
1873: term_flushln(p);
1.165 schwarze 1874: p->flags &= ~(TERMP_NOBREAK | TERMP_BRIND |
1875: TERMP_HANG);
1.158 schwarze 1876: p->offset = p->rmargin;
1877: p->rmargin = rmargin;
1878: }
1.227 schwarze 1879: return 1;
1.158 schwarze 1880: }
1.85 schwarze 1881:
1.95 schwarze 1882: if (NULL == n->child)
1.227 schwarze 1883: return 0;
1.95 schwarze 1884:
1.85 schwarze 1885: /* XXX: we drop non-initial arguments as per groff. */
1.1 kristaps 1886:
1.85 schwarze 1887: assert(n->child->string);
1.65 schwarze 1888: term_fontpush(p, TERMFONT_BOLD);
1.85 schwarze 1889: term_word(p, n->child->string);
1.227 schwarze 1890: return 0;
1.1 kristaps 1891: }
1892:
1893: static void
1894: termp_fo_post(DECL_ARGS)
1895: {
1896:
1.213 schwarze 1897: if (n->type != ROFFT_BODY)
1.86 schwarze 1898: return;
1899:
1.132 schwarze 1900: p->flags |= TERMP_NOSPACE;
1.86 schwarze 1901: term_word(p, ")");
1902:
1.237 schwarze 1903: if (NODE_SYNPRETTY & n->flags) {
1.132 schwarze 1904: p->flags |= TERMP_NOSPACE;
1.86 schwarze 1905: term_word(p, ";");
1.158 schwarze 1906: term_flushln(p);
1.132 schwarze 1907: }
1.1 kristaps 1908: }
1909:
1910: static int
1911: termp_bf_pre(DECL_ARGS)
1912: {
1913:
1.213 schwarze 1914: if (n->type == ROFFT_HEAD)
1.227 schwarze 1915: return 0;
1.213 schwarze 1916: else if (n->type != ROFFT_BODY)
1.227 schwarze 1917: return 1;
1.1 kristaps 1918:
1.166 schwarze 1919: if (FONT_Em == n->norm->Bf.font)
1.65 schwarze 1920: term_fontpush(p, TERMFONT_UNDER);
1.166 schwarze 1921: else if (FONT_Sy == n->norm->Bf.font)
1.65 schwarze 1922: term_fontpush(p, TERMFONT_BOLD);
1.166 schwarze 1923: else
1.65 schwarze 1924: term_fontpush(p, TERMFONT_NONE);
1.1 kristaps 1925:
1.227 schwarze 1926: return 1;
1.1 kristaps 1927: }
1928:
1929: static int
1930: termp_sm_pre(DECL_ARGS)
1931: {
1932:
1.171 schwarze 1933: if (NULL == n->child)
1934: p->flags ^= TERMP_NONOSPACE;
1935: else if (0 == strcmp("on", n->child->string))
1.1 kristaps 1936: p->flags &= ~TERMP_NONOSPACE;
1.171 schwarze 1937: else
1.1 kristaps 1938: p->flags |= TERMP_NONOSPACE;
1.171 schwarze 1939:
1940: if (p->col && ! (TERMP_NONOSPACE & p->flags))
1941: p->flags &= ~TERMP_NOSPACE;
1.1 kristaps 1942:
1.227 schwarze 1943: return 0;
1.1 kristaps 1944: }
1945:
1946: static int
1947: termp_ap_pre(DECL_ARGS)
1948: {
1949:
1950: p->flags |= TERMP_NOSPACE;
1.107 schwarze 1951: term_word(p, "'");
1.1 kristaps 1952: p->flags |= TERMP_NOSPACE;
1.227 schwarze 1953: return 1;
1.1 kristaps 1954: }
1955:
1956: static void
1957: termp____post(DECL_ARGS)
1958: {
1.104 schwarze 1959:
1960: /*
1961: * Handle lists of authors. In general, print each followed by
1962: * a comma. Don't print the comma if there are only two
1963: * authors.
1964: */
1965: if (MDOC__A == n->tok && n->next && MDOC__A == n->next->tok)
1966: if (NULL == n->next->next || MDOC__A != n->next->next->tok)
1967: if (NULL == n->prev || MDOC__A != n->prev->tok)
1968: return;
1.1 kristaps 1969:
1.62 schwarze 1970: /* TODO: %U. */
1971:
1.106 schwarze 1972: if (NULL == n->parent || MDOC_Rs != n->parent->tok)
1973: return;
1974:
1.132 schwarze 1975: p->flags |= TERMP_NOSPACE;
1.106 schwarze 1976: if (NULL == n->next) {
1977: term_word(p, ".");
1978: p->flags |= TERMP_SENTENCE;
1979: } else
1980: term_word(p, ",");
1.1 kristaps 1981: }
1982:
1983: static int
1.65 schwarze 1984: termp_li_pre(DECL_ARGS)
1985: {
1986:
1.234 schwarze 1987: termp_tag_pre(p, pair, meta, n);
1.65 schwarze 1988: term_fontpush(p, TERMFONT_NONE);
1.227 schwarze 1989: return 1;
1.65 schwarze 1990: }
1991:
1992: static int
1.1 kristaps 1993: termp_lk_pre(DECL_ARGS)
1994: {
1.214 schwarze 1995: const struct roff_node *link, *descr;
1.1 kristaps 1996:
1.142 schwarze 1997: if (NULL == (link = n->child))
1.227 schwarze 1998: return 0;
1.101 schwarze 1999:
1.142 schwarze 2000: if (NULL != (descr = link->next)) {
2001: term_fontpush(p, TERMFONT_UNDER);
2002: while (NULL != descr) {
2003: term_word(p, descr->string);
2004: descr = descr->next;
2005: }
2006: p->flags |= TERMP_NOSPACE;
2007: term_word(p, ":");
2008: term_fontpop(p);
2009: }
1.1 kristaps 2010:
1.65 schwarze 2011: term_fontpush(p, TERMFONT_BOLD);
1.142 schwarze 2012: term_word(p, link->string);
1.65 schwarze 2013: term_fontpop(p);
1.6 schwarze 2014:
1.227 schwarze 2015: return 0;
1.1 kristaps 2016: }
2017:
1.90 schwarze 2018: static int
2019: termp_bk_pre(DECL_ARGS)
2020: {
2021:
1.91 schwarze 2022: switch (n->type) {
1.213 schwarze 2023: case ROFFT_BLOCK:
1.95 schwarze 2024: break;
1.213 schwarze 2025: case ROFFT_HEAD:
1.227 schwarze 2026: return 0;
1.213 schwarze 2027: case ROFFT_BODY:
1.230 schwarze 2028: if (n->parent->args != NULL || n->prev->child == NULL)
1.117 schwarze 2029: p->flags |= TERMP_PREKEEP;
1.95 schwarze 2030: break;
1.91 schwarze 2031: default:
2032: abort();
2033: }
1.95 schwarze 2034:
1.227 schwarze 2035: return 1;
1.90 schwarze 2036: }
2037:
2038: static void
2039: termp_bk_post(DECL_ARGS)
2040: {
2041:
1.213 schwarze 2042: if (n->type == ROFFT_BODY)
1.91 schwarze 2043: p->flags &= ~(TERMP_KEEP | TERMP_PREKEEP);
1.90 schwarze 2044: }
1.120 schwarze 2045:
2046: static void
2047: termp__t_post(DECL_ARGS)
2048: {
2049:
2050: /*
2051: * If we're in an `Rs' and there's a journal present, then quote
2052: * us instead of underlining us (for disambiguation).
2053: */
1.121 schwarze 2054: if (n->parent && MDOC_Rs == n->parent->tok &&
1.166 schwarze 2055: n->parent->norm->Rs.quote_T)
1.147 schwarze 2056: termp_quote_post(p, pair, meta, n);
1.120 schwarze 2057:
1.147 schwarze 2058: termp____post(p, pair, meta, n);
1.120 schwarze 2059: }
2060:
2061: static int
2062: termp__t_pre(DECL_ARGS)
2063: {
2064:
2065: /*
2066: * If we're in an `Rs' and there's a journal present, then quote
2067: * us instead of underlining us (for disambiguation).
2068: */
1.121 schwarze 2069: if (n->parent && MDOC_Rs == n->parent->tok &&
1.166 schwarze 2070: n->parent->norm->Rs.quote_T)
1.227 schwarze 2071: return termp_quote_pre(p, pair, meta, n);
1.120 schwarze 2072:
2073: term_fontpush(p, TERMFONT_UNDER);
1.227 schwarze 2074: return 1;
1.121 schwarze 2075: }
1.1 kristaps 2076:
2077: static int
1.54 schwarze 2078: termp_under_pre(DECL_ARGS)
1.1 kristaps 2079: {
2080:
1.65 schwarze 2081: term_fontpush(p, TERMFONT_UNDER);
1.233 schwarze 2082: return 1;
2083: }
2084:
2085: static int
2086: termp_em_pre(DECL_ARGS)
2087: {
2088: if (n->child != NULL &&
2089: n->child->type == ROFFT_TEXT)
2090: tag_put(n->child->string, 0, p->line);
2091: term_fontpush(p, TERMFONT_UNDER);
2092: return 1;
2093: }
2094:
2095: static int
2096: termp_sy_pre(DECL_ARGS)
2097: {
2098: if (n->child != NULL &&
2099: n->child->type == ROFFT_TEXT)
2100: tag_put(n->child->string, 0, p->line);
2101: term_fontpush(p, TERMFONT_BOLD);
1.227 schwarze 2102: return 1;
1.222 schwarze 2103: }
2104:
2105: static int
2106: termp_er_pre(DECL_ARGS)
2107: {
2108:
2109: if (n->sec == SEC_ERRORS &&
2110: (n->parent->tok == MDOC_It ||
2111: (n->parent->tok == MDOC_Bq &&
1.223 schwarze 2112: n->parent->parent->parent->tok == MDOC_It)))
2113: tag_put(n->child->string, 1, p->line);
1.227 schwarze 2114: return 1;
1.219 schwarze 2115: }
2116:
2117: static int
2118: termp_tag_pre(DECL_ARGS)
2119: {
2120:
2121: if (n->child != NULL &&
2122: n->child->type == ROFFT_TEXT &&
1.232 schwarze 2123: (n->prev == NULL ||
2124: (n->prev->type == ROFFT_TEXT &&
2125: strcmp(n->prev->string, "|") == 0)) &&
1.219 schwarze 2126: (n->parent->tok == MDOC_It ||
2127: (n->parent->tok == MDOC_Xo &&
2128: n->parent->parent->prev == NULL &&
1.223 schwarze 2129: n->parent->parent->parent->tok == MDOC_It)))
2130: tag_put(n->child->string, 1, p->line);
1.227 schwarze 2131: return 1;
1.1 kristaps 2132: }
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