/* $Id$ */ /* * Copyright (c) 2008-2012 Kristaps Dzonsons * Copyright (c) 2010-2018 Ingo Schwarze * Copyright (c) 2010 Joerg Sonnenberger * * Permission to use, copy, modify, and distribute this software for any * purpose with or without fee is hereby granted, provided that the above * copyright notice and this permission notice appear in all copies. * * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHORS DISCLAIM ALL WARRANTIES * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHORS BE LIABLE FOR * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ #include "config.h" #include #ifndef OSNAME #include #endif #include #include #include #include #include #include #include #include "mandoc_aux.h" #include "mandoc.h" #include "mandoc_xr.h" #include "roff.h" #include "mdoc.h" #include "libmandoc.h" #include "roff_int.h" #include "libmdoc.h" /* FIXME: .Bl -diag can't have non-text children in HEAD. */ #define POST_ARGS struct roff_man *mdoc enum check_ineq { CHECK_LT, CHECK_GT, CHECK_EQ }; typedef void (*v_post)(POST_ARGS); static int build_list(struct roff_man *, int); static void check_argv(struct roff_man *, struct roff_node *, struct mdoc_argv *); static void check_args(struct roff_man *, struct roff_node *); static void check_text(struct roff_man *, int, int, char *); static void check_text_em(struct roff_man *, int, int, char *); static void check_toptext(struct roff_man *, int, int, const char *); static int child_an(const struct roff_node *); static size_t macro2len(enum roff_tok); static void rewrite_macro2len(struct roff_man *, char **); static int similar(const char *, const char *); static void post_abort(POST_ARGS); static void post_an(POST_ARGS); static void post_an_norm(POST_ARGS); static void post_at(POST_ARGS); static void post_bd(POST_ARGS); static void post_bf(POST_ARGS); static void post_bk(POST_ARGS); static void post_bl(POST_ARGS); static void post_bl_block(POST_ARGS); static void post_bl_head(POST_ARGS); static void post_bl_norm(POST_ARGS); static void post_bx(POST_ARGS); static void post_defaults(POST_ARGS); static void post_display(POST_ARGS); static void post_dd(POST_ARGS); static void post_delim(POST_ARGS); static void post_delim_nb(POST_ARGS); static void post_dt(POST_ARGS); static void post_en(POST_ARGS); static void post_es(POST_ARGS); static void post_eoln(POST_ARGS); static void post_ex(POST_ARGS); static void post_fa(POST_ARGS); static void post_fn(POST_ARGS); static void post_fname(POST_ARGS); static void post_fo(POST_ARGS); static void post_hyph(POST_ARGS); static void post_ignpar(POST_ARGS); static void post_it(POST_ARGS); static void post_lb(POST_ARGS); static void post_nd(POST_ARGS); static void post_nm(POST_ARGS); static void post_ns(POST_ARGS); static void post_obsolete(POST_ARGS); static void post_os(POST_ARGS); static void post_par(POST_ARGS); static void post_prevpar(POST_ARGS); static void post_root(POST_ARGS); static void post_rs(POST_ARGS); static void post_rv(POST_ARGS); static void post_sh(POST_ARGS); static void post_sh_head(POST_ARGS); static void post_sh_name(POST_ARGS); static void post_sh_see_also(POST_ARGS); static void post_sh_authors(POST_ARGS); static void post_sm(POST_ARGS); static void post_st(POST_ARGS); static void post_std(POST_ARGS); static void post_sx(POST_ARGS); static void post_useless(POST_ARGS); static void post_xr(POST_ARGS); static void post_xx(POST_ARGS); static const v_post mdoc_valids[MDOC_MAX - MDOC_Dd] = { post_dd, /* Dd */ post_dt, /* Dt */ post_os, /* Os */ post_sh, /* Sh */ post_ignpar, /* Ss */ post_par, /* Pp */ post_display, /* D1 */ post_display, /* Dl */ post_display, /* Bd */ NULL, /* Ed */ post_bl, /* Bl */ NULL, /* El */ post_it, /* It */ post_delim_nb, /* Ad */ post_an, /* An */ NULL, /* Ap */ post_defaults, /* Ar */ NULL, /* Cd */ post_delim_nb, /* Cm */ post_delim_nb, /* Dv */ post_delim_nb, /* Er */ post_delim_nb, /* Ev */ post_ex, /* Ex */ post_fa, /* Fa */ NULL, /* Fd */ post_delim_nb, /* Fl */ post_fn, /* Fn */ post_delim_nb, /* Ft */ post_delim_nb, /* Ic */ post_delim_nb, /* In */ post_defaults, /* Li */ post_nd, /* Nd */ post_nm, /* Nm */ post_delim_nb, /* Op */ post_abort, /* Ot */ post_defaults, /* Pa */ post_rv, /* Rv */ post_st, /* St */ post_delim_nb, /* Va */ post_delim_nb, /* Vt */ post_xr, /* Xr */ NULL, /* %A */ post_hyph, /* %B */ /* FIXME: can be used outside Rs/Re. */ NULL, /* %D */ NULL, /* %I */ NULL, /* %J */ post_hyph, /* %N */ post_hyph, /* %O */ NULL, /* %P */ post_hyph, /* %R */ post_hyph, /* %T */ /* FIXME: can be used outside Rs/Re. */ NULL, /* %V */ NULL, /* Ac */ NULL, /* Ao */ post_delim_nb, /* Aq */ post_at, /* At */ NULL, /* Bc */ post_bf, /* Bf */ NULL, /* Bo */ NULL, /* Bq */ post_xx, /* Bsx */ post_bx, /* Bx */ post_obsolete, /* Db */ NULL, /* Dc */ NULL, /* Do */ NULL, /* Dq */ NULL, /* Ec */ NULL, /* Ef */ post_delim_nb, /* Em */ NULL, /* Eo */ post_xx, /* Fx */ post_delim_nb, /* Ms */ NULL, /* No */ post_ns, /* Ns */ post_xx, /* Nx */ post_xx, /* Ox */ NULL, /* Pc */ NULL, /* Pf */ NULL, /* Po */ post_delim_nb, /* Pq */ NULL, /* Qc */ post_delim_nb, /* Ql */ NULL, /* Qo */ post_delim_nb, /* Qq */ NULL, /* Re */ post_rs, /* Rs */ NULL, /* Sc */ NULL, /* So */ post_delim_nb, /* Sq */ post_sm, /* Sm */ post_sx, /* Sx */ post_delim_nb, /* Sy */ post_useless, /* Tn */ post_xx, /* Ux */ NULL, /* Xc */ NULL, /* Xo */ post_fo, /* Fo */ NULL, /* Fc */ NULL, /* Oo */ NULL, /* Oc */ post_bk, /* Bk */ NULL, /* Ek */ post_eoln, /* Bt */ post_obsolete, /* Hf */ post_obsolete, /* Fr */ post_eoln, /* Ud */ post_lb, /* Lb */ post_abort, /* Lp */ post_delim_nb, /* Lk */ post_defaults, /* Mt */ post_delim_nb, /* Brq */ NULL, /* Bro */ NULL, /* Brc */ NULL, /* %C */ post_es, /* Es */ post_en, /* En */ post_xx, /* Dx */ NULL, /* %Q */ NULL, /* %U */ NULL, /* Ta */ }; #define RSORD_MAX 14 /* Number of `Rs' blocks. */ static const enum roff_tok rsord[RSORD_MAX] = { MDOC__A, MDOC__T, MDOC__B, MDOC__I, MDOC__J, MDOC__R, MDOC__N, MDOC__V, MDOC__U, MDOC__P, MDOC__Q, MDOC__C, MDOC__D, MDOC__O }; static const char * const secnames[SEC__MAX] = { NULL, "NAME", "LIBRARY", "SYNOPSIS", "DESCRIPTION", "CONTEXT", "IMPLEMENTATION NOTES", "RETURN VALUES", "ENVIRONMENT", "FILES", "EXIT STATUS", "EXAMPLES", "DIAGNOSTICS", "COMPATIBILITY", "ERRORS", "SEE ALSO", "STANDARDS", "HISTORY", "AUTHORS", "CAVEATS", "BUGS", "SECURITY CONSIDERATIONS", NULL }; /* Validate the subtree rooted at mdoc->last. */ void mdoc_validate(struct roff_man *mdoc) { struct roff_node *n, *np; const v_post *p; /* * Translate obsolete macros to modern macros first * such that later code does not need to look * for the obsolete versions. */ n = mdoc->last; switch (n->tok) { case MDOC_Lp: n->tok = MDOC_Pp; break; case MDOC_Ot: post_obsolete(mdoc); n->tok = MDOC_Ft; break; default: break; } /* * Iterate over all children, recursing into each one * in turn, depth-first. */ mdoc->last = mdoc->last->child; while (mdoc->last != NULL) { mdoc_validate(mdoc); if (mdoc->last == n) mdoc->last = mdoc->last->child; else mdoc->last = mdoc->last->next; } /* Finally validate the macro itself. */ mdoc->last = n; mdoc->next = ROFF_NEXT_SIBLING; switch (n->type) { case ROFFT_TEXT: np = n->parent; if (n->sec != SEC_SYNOPSIS || (np->tok != MDOC_Cd && np->tok != MDOC_Fd)) check_text(mdoc, n->line, n->pos, n->string); if (np->tok != MDOC_Ql && np->tok != MDOC_Dl && (np->tok != MDOC_Bd || (mdoc->flags & MDOC_LITERAL) == 0) && (np->tok != MDOC_It || np->type != ROFFT_HEAD || np->parent->parent->norm->Bl.type != LIST_diag)) check_text_em(mdoc, n->line, n->pos, n->string); if (np->tok == MDOC_It || (np->type == ROFFT_BODY && (np->tok == MDOC_Sh || np->tok == MDOC_Ss))) check_toptext(mdoc, n->line, n->pos, n->string); break; case ROFFT_COMMENT: case ROFFT_EQN: case ROFFT_TBL: break; case ROFFT_ROOT: post_root(mdoc); break; default: check_args(mdoc, mdoc->last); /* * Closing delimiters are not special at the * beginning of a block, opening delimiters * are not special at the end. */ if (n->child != NULL) n->child->flags &= ~NODE_DELIMC; if (n->last != NULL) n->last->flags &= ~NODE_DELIMO; /* Call the macro's postprocessor. */ if (n->tok < ROFF_MAX) { roff_validate(mdoc); break; } assert(n->tok >= MDOC_Dd && n->tok < MDOC_MAX); p = mdoc_valids + (n->tok - MDOC_Dd); if (*p) (*p)(mdoc); if (mdoc->last == n) mdoc_state(mdoc, n); break; } } static void check_args(struct roff_man *mdoc, struct roff_node *n) { int i; if (NULL == n->args) return; assert(n->args->argc); for (i = 0; i < (int)n->args->argc; i++) check_argv(mdoc, n, &n->args->argv[i]); } static void check_argv(struct roff_man *mdoc, struct roff_node *n, struct mdoc_argv *v) { int i; for (i = 0; i < (int)v->sz; i++) check_text(mdoc, v->line, v->pos, v->value[i]); } static void check_text(struct roff_man *mdoc, int ln, int pos, char *p) { char *cp; if (MDOC_LITERAL & mdoc->flags) return; for (cp = p; NULL != (p = strchr(p, '\t')); p++) mandoc_msg(MANDOCERR_FI_TAB, ln, pos + (int)(p - cp), NULL); } static void check_text_em(struct roff_man *mdoc, int ln, int pos, char *p) { const struct roff_node *np, *nn; char *cp; np = mdoc->last->prev; nn = mdoc->last->next; /* Look for em-dashes wrongly encoded as "--". */ for (cp = p; *cp != '\0'; cp++) { if (cp[0] != '-' || cp[1] != '-') continue; cp++; /* Skip input sequences of more than two '-'. */ if (cp[1] == '-') { while (cp[1] == '-') cp++; continue; } /* Skip "--" directly attached to something else. */ if ((cp - p > 1 && cp[-2] != ' ') || (cp[1] != '\0' && cp[1] != ' ')) continue; /* Require a letter right before or right afterwards. */ if ((cp - p > 2 ? isalpha((unsigned char)cp[-3]) : np != NULL && np->type == ROFFT_TEXT && *np->string != '\0' && isalpha((unsigned char)np->string[ strlen(np->string) - 1])) || (cp[1] != '\0' && cp[2] != '\0' ? isalpha((unsigned char)cp[2]) : nn != NULL && nn->type == ROFFT_TEXT && isalpha((unsigned char)*nn->string))) { mandoc_msg(MANDOCERR_DASHDASH, ln, pos + (int)(cp - p) - 1, NULL); break; } } } static void check_toptext(struct roff_man *mdoc, int ln, int pos, const char *p) { const char *cp, *cpr; if (*p == '\0') return; if ((cp = strstr(p, "OpenBSD")) != NULL) mandoc_msg(MANDOCERR_BX, ln, pos + (int)(cp - p), "Ox"); if ((cp = strstr(p, "NetBSD")) != NULL) mandoc_msg(MANDOCERR_BX, ln, pos + (int)(cp - p), "Nx"); if ((cp = strstr(p, "FreeBSD")) != NULL) mandoc_msg(MANDOCERR_BX, ln, pos + (int)(cp - p), "Fx"); if ((cp = strstr(p, "DragonFly")) != NULL) mandoc_msg(MANDOCERR_BX, ln, pos + (int)(cp - p), "Dx"); cp = p; while ((cp = strstr(cp + 1, "()")) != NULL) { for (cpr = cp - 1; cpr >= p; cpr--) if (*cpr != '_' && !isalnum((unsigned char)*cpr)) break; if ((cpr < p || *cpr == ' ') && cpr + 1 < cp) { cpr++; mandoc_msg(MANDOCERR_FUNC, ln, pos + (int)(cpr - p), "%.*s()", (int)(cp - cpr), cpr); } } } static void post_abort(POST_ARGS) { abort(); } static void post_delim(POST_ARGS) { const struct roff_node *nch; const char *lc; enum mdelim delim; enum roff_tok tok; tok = mdoc->last->tok; nch = mdoc->last->last; if (nch == NULL || nch->type != ROFFT_TEXT) return; lc = strchr(nch->string, '\0') - 1; if (lc < nch->string) return; delim = mdoc_isdelim(lc); if (delim == DELIM_NONE || delim == DELIM_OPEN) return; if (*lc == ')' && (tok == MDOC_Nd || tok == MDOC_Sh || tok == MDOC_Ss || tok == MDOC_Fo)) return; mandoc_msg(MANDOCERR_DELIM, nch->line, nch->pos + (int)(lc - nch->string), "%s%s %s", roff_name[tok], nch == mdoc->last->child ? "" : " ...", nch->string); } static void post_delim_nb(POST_ARGS) { const struct roff_node *nch; const char *lc, *cp; int nw; enum mdelim delim; enum roff_tok tok; /* * Find candidates: at least two bytes, * the last one a closing or middle delimiter. */ tok = mdoc->last->tok; nch = mdoc->last->last; if (nch == NULL || nch->type != ROFFT_TEXT) return; lc = strchr(nch->string, '\0') - 1; if (lc <= nch->string) return; delim = mdoc_isdelim(lc); if (delim == DELIM_NONE || delim == DELIM_OPEN) return; /* * Reduce false positives by allowing various cases. */ /* Escaped delimiters. */ if (lc > nch->string + 1 && lc[-2] == '\\' && (lc[-1] == '&' || lc[-1] == 'e')) return; /* Specific byte sequences. */ switch (*lc) { case ')': for (cp = lc; cp >= nch->string; cp--) if (*cp == '(') return; break; case '.': if (lc > nch->string + 1 && lc[-2] == '.' && lc[-1] == '.') return; if (lc[-1] == '.') return; break; case ';': if (tok == MDOC_Vt) return; break; case '?': if (lc[-1] == '?') return; break; case ']': for (cp = lc; cp >= nch->string; cp--) if (*cp == '[') return; break; case '|': if (lc == nch->string + 1 && lc[-1] == '|') return; default: break; } /* Exactly two non-alphanumeric bytes. */ if (lc == nch->string + 1 && !isalnum((unsigned char)lc[-1])) return; /* At least three alphabetic words with a sentence ending. */ if (strchr("!.:?", *lc) != NULL && (tok == MDOC_Em || tok == MDOC_Li || tok == MDOC_Pq || tok == MDOC_Sy)) { nw = 0; for (cp = lc - 1; cp >= nch->string; cp--) { if (*cp == ' ') { nw++; if (cp > nch->string && cp[-1] == ',') cp--; } else if (isalpha((unsigned int)*cp)) { if (nw > 1) return; } else break; } } mandoc_msg(MANDOCERR_DELIM_NB, nch->line, nch->pos + (int)(lc - nch->string), "%s%s %s", roff_name[tok], nch == mdoc->last->child ? "" : " ...", nch->string); } static void post_bl_norm(POST_ARGS) { struct roff_node *n; struct mdoc_argv *argv, *wa; int i; enum mdocargt mdoclt; enum mdoc_list lt; n = mdoc->last->parent; n->norm->Bl.type = LIST__NONE; /* * First figure out which kind of list to use: bind ourselves to * the first mentioned list type and warn about any remaining * ones. If we find no list type, we default to LIST_item. */ wa = (n->args == NULL) ? NULL : n->args->argv; mdoclt = MDOC_ARG_MAX; for (i = 0; n->args && i < (int)n->args->argc; i++) { argv = n->args->argv + i; lt = LIST__NONE; switch (argv->arg) { /* Set list types. */ case MDOC_Bullet: lt = LIST_bullet; break; case MDOC_Dash: lt = LIST_dash; break; case MDOC_Enum: lt = LIST_enum; break; case MDOC_Hyphen: lt = LIST_hyphen; break; case MDOC_Item: lt = LIST_item; break; case MDOC_Tag: lt = LIST_tag; break; case MDOC_Diag: lt = LIST_diag; break; case MDOC_Hang: lt = LIST_hang; break; case MDOC_Ohang: lt = LIST_ohang; break; case MDOC_Inset: lt = LIST_inset; break; case MDOC_Column: lt = LIST_column; break; /* Set list arguments. */ case MDOC_Compact: if (n->norm->Bl.comp) mandoc_msg(MANDOCERR_ARG_REP, argv->line, argv->pos, "Bl -compact"); n->norm->Bl.comp = 1; break; case MDOC_Width: wa = argv; if (0 == argv->sz) { mandoc_msg(MANDOCERR_ARG_EMPTY, argv->line, argv->pos, "Bl -width"); n->norm->Bl.width = "0n"; break; } if (NULL != n->norm->Bl.width) mandoc_msg(MANDOCERR_ARG_REP, argv->line, argv->pos, "Bl -width %s", argv->value[0]); rewrite_macro2len(mdoc, argv->value); n->norm->Bl.width = argv->value[0]; break; case MDOC_Offset: if (0 == argv->sz) { mandoc_msg(MANDOCERR_ARG_EMPTY, argv->line, argv->pos, "Bl -offset"); break; } if (NULL != n->norm->Bl.offs) mandoc_msg(MANDOCERR_ARG_REP, argv->line, argv->pos, "Bl -offset %s", argv->value[0]); rewrite_macro2len(mdoc, argv->value); n->norm->Bl.offs = argv->value[0]; break; default: continue; } if (LIST__NONE == lt) continue; mdoclt = argv->arg; /* Check: multiple list types. */ if (LIST__NONE != n->norm->Bl.type) { mandoc_msg(MANDOCERR_BL_REP, n->line, n->pos, "Bl -%s", mdoc_argnames[argv->arg]); continue; } /* The list type should come first. */ if (n->norm->Bl.width || n->norm->Bl.offs || n->norm->Bl.comp) mandoc_msg(MANDOCERR_BL_LATETYPE, n->line, n->pos, "Bl -%s", mdoc_argnames[n->args->argv[0].arg]); n->norm->Bl.type = lt; if (LIST_column == lt) { n->norm->Bl.ncols = argv->sz; n->norm->Bl.cols = (void *)argv->value; } } /* Allow lists to default to LIST_item. */ if (LIST__NONE == n->norm->Bl.type) { mandoc_msg(MANDOCERR_BL_NOTYPE, n->line, n->pos, "Bl"); n->norm->Bl.type = LIST_item; mdoclt = MDOC_Item; } /* * Validate the width field. Some list types don't need width * types and should be warned about them. Others should have it * and must also be warned. Yet others have a default and need * no warning. */ switch (n->norm->Bl.type) { case LIST_tag: if (n->norm->Bl.width == NULL) mandoc_msg(MANDOCERR_BL_NOWIDTH, n->line, n->pos, "Bl -tag"); break; case LIST_column: case LIST_diag: case LIST_ohang: case LIST_inset: case LIST_item: if (n->norm->Bl.width != NULL) mandoc_msg(MANDOCERR_BL_SKIPW, wa->line, wa->pos, "Bl -%s", mdoc_argnames[mdoclt]); n->norm->Bl.width = NULL; break; case LIST_bullet: case LIST_dash: case LIST_hyphen: if (n->norm->Bl.width == NULL) n->norm->Bl.width = "2n"; break; case LIST_enum: if (n->norm->Bl.width == NULL) n->norm->Bl.width = "3n"; break; default: break; } } static void post_bd(POST_ARGS) { struct roff_node *n; struct mdoc_argv *argv; int i; enum mdoc_disp dt; n = mdoc->last; for (i = 0; n->args && i < (int)n->args->argc; i++) { argv = n->args->argv + i; dt = DISP__NONE; switch (argv->arg) { case MDOC_Centred: dt = DISP_centered; break; case MDOC_Ragged: dt = DISP_ragged; break; case MDOC_Unfilled: dt = DISP_unfilled; break; case MDOC_Filled: dt = DISP_filled; break; case MDOC_Literal: dt = DISP_literal; break; case MDOC_File: mandoc_msg(MANDOCERR_BD_FILE, n->line, n->pos, NULL); break; case MDOC_Offset: if (0 == argv->sz) { mandoc_msg(MANDOCERR_ARG_EMPTY, argv->line, argv->pos, "Bd -offset"); break; } if (NULL != n->norm->Bd.offs) mandoc_msg(MANDOCERR_ARG_REP, argv->line, argv->pos, "Bd -offset %s", argv->value[0]); rewrite_macro2len(mdoc, argv->value); n->norm->Bd.offs = argv->value[0]; break; case MDOC_Compact: if (n->norm->Bd.comp) mandoc_msg(MANDOCERR_ARG_REP, argv->line, argv->pos, "Bd -compact"); n->norm->Bd.comp = 1; break; default: abort(); } if (DISP__NONE == dt) continue; if (DISP__NONE == n->norm->Bd.type) n->norm->Bd.type = dt; else mandoc_msg(MANDOCERR_BD_REP, n->line, n->pos, "Bd -%s", mdoc_argnames[argv->arg]); } if (DISP__NONE == n->norm->Bd.type) { mandoc_msg(MANDOCERR_BD_NOTYPE, n->line, n->pos, "Bd"); n->norm->Bd.type = DISP_ragged; } } /* * Stand-alone line macros. */ static void post_an_norm(POST_ARGS) { struct roff_node *n; struct mdoc_argv *argv; size_t i; n = mdoc->last; if (n->args == NULL) return; for (i = 1; i < n->args->argc; i++) { argv = n->args->argv + i; mandoc_msg(MANDOCERR_AN_REP, argv->line, argv->pos, "An -%s", mdoc_argnames[argv->arg]); } argv = n->args->argv; if (argv->arg == MDOC_Split) n->norm->An.auth = AUTH_split; else if (argv->arg == MDOC_Nosplit) n->norm->An.auth = AUTH_nosplit; else abort(); } static void post_eoln(POST_ARGS) { struct roff_node *n; post_useless(mdoc); n = mdoc->last; if (n->child != NULL) mandoc_msg(MANDOCERR_ARG_SKIP, n->line, n->pos, "%s %s", roff_name[n->tok], n->child->string); while (n->child != NULL) roff_node_delete(mdoc, n->child); roff_word_alloc(mdoc, n->line, n->pos, n->tok == MDOC_Bt ? "is currently in beta test." : "currently under development."); mdoc->last->flags |= NODE_EOS | NODE_NOSRC; mdoc->last = n; } static int build_list(struct roff_man *mdoc, int tok) { struct roff_node *n; int ic; n = mdoc->last->next; for (ic = 1;; ic++) { roff_elem_alloc(mdoc, n->line, n->pos, tok); mdoc->last->flags |= NODE_NOSRC; roff_node_relink(mdoc, n); n = mdoc->last = mdoc->last->parent; mdoc->next = ROFF_NEXT_SIBLING; if (n->next == NULL) return ic; if (ic > 1 || n->next->next != NULL) { roff_word_alloc(mdoc, n->line, n->pos, ","); mdoc->last->flags |= NODE_DELIMC | NODE_NOSRC; } n = mdoc->last->next; if (n->next == NULL) { roff_word_alloc(mdoc, n->line, n->pos, "and"); mdoc->last->flags |= NODE_NOSRC; } } } static void post_ex(POST_ARGS) { struct roff_node *n; int ic; post_std(mdoc); n = mdoc->last; mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, n->line, n->pos, "The"); mdoc->last->flags |= NODE_NOSRC; if (mdoc->last->next != NULL) ic = build_list(mdoc, MDOC_Nm); else if (mdoc->meta.name != NULL) { roff_elem_alloc(mdoc, n->line, n->pos, MDOC_Nm); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, mdoc->meta.name); mdoc->last->flags |= NODE_NOSRC; mdoc->last = mdoc->last->parent; mdoc->next = ROFF_NEXT_SIBLING; ic = 1; } else { mandoc_msg(MANDOCERR_EX_NONAME, n->line, n->pos, "Ex"); ic = 0; } roff_word_alloc(mdoc, n->line, n->pos, ic > 1 ? "utilities exit\\~0" : "utility exits\\~0"); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, "on success, and\\~>0 if an error occurs."); mdoc->last->flags |= NODE_EOS | NODE_NOSRC; mdoc->last = n; } static void post_lb(POST_ARGS) { struct roff_node *n; const char *p; post_delim_nb(mdoc); n = mdoc->last; assert(n->child->type == ROFFT_TEXT); mdoc->next = ROFF_NEXT_CHILD; if ((p = mdoc_a2lib(n->child->string)) != NULL) { n->child->flags |= NODE_NOPRT; roff_word_alloc(mdoc, n->line, n->pos, p); mdoc->last->flags = NODE_NOSRC; mdoc->last = n; return; } mandoc_msg(MANDOCERR_LB_BAD, n->child->line, n->child->pos, "Lb %s", n->child->string); roff_word_alloc(mdoc, n->line, n->pos, "library"); mdoc->last->flags = NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, "\\(lq"); mdoc->last->flags = NODE_DELIMO | NODE_NOSRC; mdoc->last = mdoc->last->next; roff_word_alloc(mdoc, n->line, n->pos, "\\(rq"); mdoc->last->flags = NODE_DELIMC | NODE_NOSRC; mdoc->last = n; } static void post_rv(POST_ARGS) { struct roff_node *n; int ic; post_std(mdoc); n = mdoc->last; mdoc->next = ROFF_NEXT_CHILD; if (n->child != NULL) { roff_word_alloc(mdoc, n->line, n->pos, "The"); mdoc->last->flags |= NODE_NOSRC; ic = build_list(mdoc, MDOC_Fn); roff_word_alloc(mdoc, n->line, n->pos, ic > 1 ? "functions return" : "function returns"); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, "the value\\~0 if successful;"); } else roff_word_alloc(mdoc, n->line, n->pos, "Upon successful " "completion, the value\\~0 is returned;"); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, "otherwise " "the value\\~\\-1 is returned and the global variable"); mdoc->last->flags |= NODE_NOSRC; roff_elem_alloc(mdoc, n->line, n->pos, MDOC_Va); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, n->line, n->pos, "errno"); mdoc->last->flags |= NODE_NOSRC; mdoc->last = mdoc->last->parent; mdoc->next = ROFF_NEXT_SIBLING; roff_word_alloc(mdoc, n->line, n->pos, "is set to indicate the error."); mdoc->last->flags |= NODE_EOS | NODE_NOSRC; mdoc->last = n; } static void post_std(POST_ARGS) { struct roff_node *n; post_delim(mdoc); n = mdoc->last; if (n->args && n->args->argc == 1) if (n->args->argv[0].arg == MDOC_Std) return; mandoc_msg(MANDOCERR_ARG_STD, n->line, n->pos, "%s", roff_name[n->tok]); } static void post_st(POST_ARGS) { struct roff_node *n, *nch; const char *p; n = mdoc->last; nch = n->child; assert(nch->type == ROFFT_TEXT); if ((p = mdoc_a2st(nch->string)) == NULL) { mandoc_msg(MANDOCERR_ST_BAD, nch->line, nch->pos, "St %s", nch->string); roff_node_delete(mdoc, n); return; } nch->flags |= NODE_NOPRT; mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, nch->line, nch->pos, p); mdoc->last->flags |= NODE_NOSRC; mdoc->last= n; } static void post_obsolete(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (n->type == ROFFT_ELEM || n->type == ROFFT_BLOCK) mandoc_msg(MANDOCERR_MACRO_OBS, n->line, n->pos, "%s", roff_name[n->tok]); } static void post_useless(POST_ARGS) { struct roff_node *n; n = mdoc->last; mandoc_msg(MANDOCERR_MACRO_USELESS, n->line, n->pos, "%s", roff_name[n->tok]); } /* * Block macros. */ static void post_bf(POST_ARGS) { struct roff_node *np, *nch; /* * Unlike other data pointers, these are "housed" by the HEAD * element, which contains the goods. */ np = mdoc->last; if (np->type != ROFFT_HEAD) return; assert(np->parent->type == ROFFT_BLOCK); assert(np->parent->tok == MDOC_Bf); /* Check the number of arguments. */ nch = np->child; if (np->parent->args == NULL) { if (nch == NULL) { mandoc_msg(MANDOCERR_BF_NOFONT, np->line, np->pos, "Bf"); return; } nch = nch->next; } if (nch != NULL) mandoc_msg(MANDOCERR_ARG_EXCESS, nch->line, nch->pos, "Bf ... %s", nch->string); /* Extract argument into data. */ if (np->parent->args != NULL) { switch (np->parent->args->argv[0].arg) { case MDOC_Emphasis: np->norm->Bf.font = FONT_Em; break; case MDOC_Literal: np->norm->Bf.font = FONT_Li; break; case MDOC_Symbolic: np->norm->Bf.font = FONT_Sy; break; default: abort(); } return; } /* Extract parameter into data. */ if ( ! strcmp(np->child->string, "Em")) np->norm->Bf.font = FONT_Em; else if ( ! strcmp(np->child->string, "Li")) np->norm->Bf.font = FONT_Li; else if ( ! strcmp(np->child->string, "Sy")) np->norm->Bf.font = FONT_Sy; else mandoc_msg(MANDOCERR_BF_BADFONT, np->child->line, np->child->pos, "Bf %s", np->child->string); } static void post_fname(POST_ARGS) { const struct roff_node *n; const char *cp; size_t pos; n = mdoc->last->child; pos = strcspn(n->string, "()"); cp = n->string + pos; if ( ! (cp[0] == '\0' || (cp[0] == '(' && cp[1] == '*'))) mandoc_msg(MANDOCERR_FN_PAREN, n->line, n->pos + pos, "%s", n->string); } static void post_fn(POST_ARGS) { post_fname(mdoc); post_fa(mdoc); } static void post_fo(POST_ARGS) { const struct roff_node *n; n = mdoc->last; if (n->type != ROFFT_HEAD) return; if (n->child == NULL) { mandoc_msg(MANDOCERR_FO_NOHEAD, n->line, n->pos, "Fo"); return; } if (n->child != n->last) { mandoc_msg(MANDOCERR_ARG_EXCESS, n->child->next->line, n->child->next->pos, "Fo ... %s", n->child->next->string); while (n->child != n->last) roff_node_delete(mdoc, n->last); } else post_delim(mdoc); post_fname(mdoc); } static void post_fa(POST_ARGS) { const struct roff_node *n; const char *cp; for (n = mdoc->last->child; n != NULL; n = n->next) { for (cp = n->string; *cp != '\0'; cp++) { /* Ignore callbacks and alterations. */ if (*cp == '(' || *cp == '{') break; if (*cp != ',') continue; mandoc_msg(MANDOCERR_FA_COMMA, n->line, n->pos + (int)(cp - n->string), "%s", n->string); break; } } post_delim_nb(mdoc); } static void post_nm(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (n->sec == SEC_NAME && n->child != NULL && n->child->type == ROFFT_TEXT && mdoc->meta.msec != NULL) mandoc_xr_add(mdoc->meta.msec, n->child->string, -1, -1); if (n->last != NULL && n->last->tok == MDOC_Pp) roff_node_relink(mdoc, n->last); if (mdoc->meta.name == NULL) deroff(&mdoc->meta.name, n); if (mdoc->meta.name == NULL || (mdoc->lastsec == SEC_NAME && n->child == NULL)) mandoc_msg(MANDOCERR_NM_NONAME, n->line, n->pos, "Nm"); switch (n->type) { case ROFFT_ELEM: post_delim_nb(mdoc); break; case ROFFT_HEAD: post_delim(mdoc); break; default: return; } if ((n->child != NULL && n->child->type == ROFFT_TEXT) || mdoc->meta.name == NULL) return; mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, n->line, n->pos, mdoc->meta.name); mdoc->last->flags |= NODE_NOSRC; mdoc->last = n; } static void post_nd(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (n->type != ROFFT_BODY) return; if (n->sec != SEC_NAME) mandoc_msg(MANDOCERR_ND_LATE, n->line, n->pos, "Nd"); if (n->child == NULL) mandoc_msg(MANDOCERR_ND_EMPTY, n->line, n->pos, "Nd"); else post_delim(mdoc); post_hyph(mdoc); } static void post_display(POST_ARGS) { struct roff_node *n, *np; n = mdoc->last; switch (n->type) { case ROFFT_BODY: if (n->end != ENDBODY_NOT) { if (n->tok == MDOC_Bd && n->body->parent->args == NULL) roff_node_delete(mdoc, n); } else if (n->child == NULL) mandoc_msg(MANDOCERR_BLK_EMPTY, n->line, n->pos, "%s", roff_name[n->tok]); else if (n->tok == MDOC_D1) post_hyph(mdoc); break; case ROFFT_BLOCK: if (n->tok == MDOC_Bd) { if (n->args == NULL) { mandoc_msg(MANDOCERR_BD_NOARG, n->line, n->pos, "Bd"); mdoc->next = ROFF_NEXT_SIBLING; while (n->body->child != NULL) roff_node_relink(mdoc, n->body->child); roff_node_delete(mdoc, n); break; } post_bd(mdoc); post_prevpar(mdoc); } for (np = n->parent; np != NULL; np = np->parent) { if (np->type == ROFFT_BLOCK && np->tok == MDOC_Bd) { mandoc_msg(MANDOCERR_BD_NEST, n->line, n->pos, "%s in Bd", roff_name[n->tok]); break; } } break; default: break; } } static void post_defaults(POST_ARGS) { struct roff_node *nn; if (mdoc->last->child != NULL) { post_delim_nb(mdoc); return; } /* * The `Ar' defaults to "file ..." if no value is provided as an * argument; the `Mt' and `Pa' macros use "~"; the `Li' just * gets an empty string. */ nn = mdoc->last; switch (nn->tok) { case MDOC_Ar: mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, nn->line, nn->pos, "file"); mdoc->last->flags |= NODE_NOSRC; roff_word_alloc(mdoc, nn->line, nn->pos, "..."); mdoc->last->flags |= NODE_NOSRC; break; case MDOC_Pa: case MDOC_Mt: mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, nn->line, nn->pos, "~"); mdoc->last->flags |= NODE_NOSRC; break; default: abort(); } mdoc->last = nn; } static void post_at(POST_ARGS) { struct roff_node *n, *nch; const char *att; n = mdoc->last; nch = n->child; /* * If we have a child, look it up in the standard keys. If a * key exist, use that instead of the child; if it doesn't, * prefix "AT&T UNIX " to the existing data. */ att = NULL; if (nch != NULL && ((att = mdoc_a2att(nch->string)) == NULL)) mandoc_msg(MANDOCERR_AT_BAD, nch->line, nch->pos, "At %s", nch->string); mdoc->next = ROFF_NEXT_CHILD; if (att != NULL) { roff_word_alloc(mdoc, nch->line, nch->pos, att); nch->flags |= NODE_NOPRT; } else roff_word_alloc(mdoc, n->line, n->pos, "AT&T UNIX"); mdoc->last->flags |= NODE_NOSRC; mdoc->last = n; } static void post_an(POST_ARGS) { struct roff_node *np, *nch; post_an_norm(mdoc); np = mdoc->last; nch = np->child; if (np->norm->An.auth == AUTH__NONE) { if (nch == NULL) mandoc_msg(MANDOCERR_MACRO_EMPTY, np->line, np->pos, "An"); else post_delim_nb(mdoc); } else if (nch != NULL) mandoc_msg(MANDOCERR_ARG_EXCESS, nch->line, nch->pos, "An ... %s", nch->string); } static void post_en(POST_ARGS) { post_obsolete(mdoc); if (mdoc->last->type == ROFFT_BLOCK) mdoc->last->norm->Es = mdoc->last_es; } static void post_es(POST_ARGS) { post_obsolete(mdoc); mdoc->last_es = mdoc->last; } static void post_xx(POST_ARGS) { struct roff_node *n; const char *os; char *v; post_delim_nb(mdoc); n = mdoc->last; switch (n->tok) { case MDOC_Bsx: os = "BSD/OS"; break; case MDOC_Dx: os = "DragonFly"; break; case MDOC_Fx: os = "FreeBSD"; break; case MDOC_Nx: os = "NetBSD"; if (n->child == NULL) break; v = n->child->string; if ((v[0] != '0' && v[0] != '1') || v[1] != '.' || v[2] < '0' || v[2] > '9' || v[3] < 'a' || v[3] > 'z' || v[4] != '\0') break; n->child->flags |= NODE_NOPRT; mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, n->child->line, n->child->pos, v); v = mdoc->last->string; v[3] = toupper((unsigned char)v[3]); mdoc->last->flags |= NODE_NOSRC; mdoc->last = n; break; case MDOC_Ox: os = "OpenBSD"; break; case MDOC_Ux: os = "UNIX"; break; default: abort(); } mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, n->line, n->pos, os); mdoc->last->flags |= NODE_NOSRC; mdoc->last = n; } static void post_it(POST_ARGS) { struct roff_node *nbl, *nit, *nch; int i, cols; enum mdoc_list lt; post_prevpar(mdoc); nit = mdoc->last; if (nit->type != ROFFT_BLOCK) return; nbl = nit->parent->parent; lt = nbl->norm->Bl.type; switch (lt) { case LIST_tag: case LIST_hang: case LIST_ohang: case LIST_inset: case LIST_diag: if (nit->head->child == NULL) mandoc_msg(MANDOCERR_IT_NOHEAD, nit->line, nit->pos, "Bl -%s It", mdoc_argnames[nbl->args->argv[0].arg]); break; case LIST_bullet: case LIST_dash: case LIST_enum: case LIST_hyphen: if (nit->body == NULL || nit->body->child == NULL) mandoc_msg(MANDOCERR_IT_NOBODY, nit->line, nit->pos, "Bl -%s It", mdoc_argnames[nbl->args->argv[0].arg]); /* FALLTHROUGH */ case LIST_item: if ((nch = nit->head->child) != NULL) mandoc_msg(MANDOCERR_ARG_SKIP, nit->line, nit->pos, "It %s", nch->string == NULL ? roff_name[nch->tok] : nch->string); break; case LIST_column: cols = (int)nbl->norm->Bl.ncols; assert(nit->head->child == NULL); if (nit->head->next->child == NULL && nit->head->next->next == NULL) { mandoc_msg(MANDOCERR_MACRO_EMPTY, nit->line, nit->pos, "It"); roff_node_delete(mdoc, nit); break; } i = 0; for (nch = nit->child; nch != NULL; nch = nch->next) { if (nch->type != ROFFT_BODY) continue; if (i++ && nch->flags & NODE_LINE) mandoc_msg(MANDOCERR_TA_LINE, nch->line, nch->pos, "Ta"); } if (i < cols || i > cols + 1) mandoc_msg(MANDOCERR_BL_COL, nit->line, nit->pos, "%d columns, %d cells", cols, i); else if (nit->head->next->child != NULL && nit->head->next->child->line > nit->line) mandoc_msg(MANDOCERR_IT_NOARG, nit->line, nit->pos, "Bl -column It"); break; default: abort(); } } static void post_bl_block(POST_ARGS) { struct roff_node *n, *ni, *nc; post_prevpar(mdoc); n = mdoc->last; for (ni = n->body->child; ni != NULL; ni = ni->next) { if (ni->body == NULL) continue; nc = ni->body->last; while (nc != NULL) { switch (nc->tok) { case MDOC_Pp: case ROFF_br: break; default: nc = NULL; continue; } if (ni->next == NULL) { mandoc_msg(MANDOCERR_PAR_MOVE, nc->line, nc->pos, "%s", roff_name[nc->tok]); roff_node_relink(mdoc, nc); } else if (n->norm->Bl.comp == 0 && n->norm->Bl.type != LIST_column) { mandoc_msg(MANDOCERR_PAR_SKIP, nc->line, nc->pos, "%s before It", roff_name[nc->tok]); roff_node_delete(mdoc, nc); } else break; nc = ni->body->last; } } } /* * If the argument of -offset or -width is a macro, * replace it with the associated default width. */ static void rewrite_macro2len(struct roff_man *mdoc, char **arg) { size_t width; enum roff_tok tok; if (*arg == NULL) return; else if ( ! strcmp(*arg, "Ds")) width = 6; else if ((tok = roffhash_find(mdoc->mdocmac, *arg, 0)) == TOKEN_NONE) return; else width = macro2len(tok); free(*arg); mandoc_asprintf(arg, "%zun", width); } static void post_bl_head(POST_ARGS) { struct roff_node *nbl, *nh, *nch, *nnext; struct mdoc_argv *argv; int i, j; post_bl_norm(mdoc); nh = mdoc->last; if (nh->norm->Bl.type != LIST_column) { if ((nch = nh->child) == NULL) return; mandoc_msg(MANDOCERR_ARG_EXCESS, nch->line, nch->pos, "Bl ... %s", nch->string); while (nch != NULL) { roff_node_delete(mdoc, nch); nch = nh->child; } return; } /* * Append old-style lists, where the column width specifiers * trail as macro parameters, to the new-style ("normal-form") * lists where they're argument values following -column. */ if (nh->child == NULL) return; nbl = nh->parent; for (j = 0; j < (int)nbl->args->argc; j++) if (nbl->args->argv[j].arg == MDOC_Column) break; assert(j < (int)nbl->args->argc); /* * Accommodate for new-style groff column syntax. Shuffle the * child nodes, all of which must be TEXT, as arguments for the * column field. Then, delete the head children. */ argv = nbl->args->argv + j; i = argv->sz; for (nch = nh->child; nch != NULL; nch = nch->next) argv->sz++; argv->value = mandoc_reallocarray(argv->value, argv->sz, sizeof(char *)); nh->norm->Bl.ncols = argv->sz; nh->norm->Bl.cols = (void *)argv->value; for (nch = nh->child; nch != NULL; nch = nnext) { argv->value[i++] = nch->string; nch->string = NULL; nnext = nch->next; roff_node_delete(NULL, nch); } nh->child = NULL; } static void post_bl(POST_ARGS) { struct roff_node *nparent, *nprev; /* of the Bl block */ struct roff_node *nblock, *nbody; /* of the Bl */ struct roff_node *nchild, *nnext; /* of the Bl body */ const char *prev_Er; int order; nbody = mdoc->last; switch (nbody->type) { case ROFFT_BLOCK: post_bl_block(mdoc); return; case ROFFT_HEAD: post_bl_head(mdoc); return; case ROFFT_BODY: break; default: return; } if (nbody->end != ENDBODY_NOT) return; nchild = nbody->child; if (nchild == NULL) { mandoc_msg(MANDOCERR_BLK_EMPTY, nbody->line, nbody->pos, "Bl"); return; } while (nchild != NULL) { nnext = nchild->next; if (nchild->tok == MDOC_It || (nchild->tok == MDOC_Sm && nnext != NULL && nnext->tok == MDOC_It)) { nchild = nnext; continue; } /* * In .Bl -column, the first rows may be implicit, * that is, they may not start with .It macros. * Such rows may be followed by nodes generated on the * roff level, for example .TS, which cannot be moved * out of the list. In that case, wrap such roff nodes * into an implicit row. */ if (nchild->prev != NULL) { mdoc->last = nchild; mdoc->next = ROFF_NEXT_SIBLING; roff_block_alloc(mdoc, nchild->line, nchild->pos, MDOC_It); roff_head_alloc(mdoc, nchild->line, nchild->pos, MDOC_It); mdoc->next = ROFF_NEXT_SIBLING; roff_body_alloc(mdoc, nchild->line, nchild->pos, MDOC_It); while (nchild->tok != MDOC_It) { roff_node_relink(mdoc, nchild); if ((nchild = nnext) == NULL) break; nnext = nchild->next; mdoc->next = ROFF_NEXT_SIBLING; } mdoc->last = nbody; continue; } mandoc_msg(MANDOCERR_BL_MOVE, nchild->line, nchild->pos, "%s", roff_name[nchild->tok]); /* * Move the node out of the Bl block. * First, collect all required node pointers. */ nblock = nbody->parent; nprev = nblock->prev; nparent = nblock->parent; /* * Unlink this child. */ nbody->child = nnext; if (nnext == NULL) nbody->last = NULL; else nnext->prev = NULL; /* * Relink this child. */ nchild->parent = nparent; nchild->prev = nprev; nchild->next = nblock; nblock->prev = nchild; if (nprev == NULL) nparent->child = nchild; else nprev->next = nchild; nchild = nnext; } if (mdoc->meta.os_e != MANDOC_OS_NETBSD) return; prev_Er = NULL; for (nchild = nbody->child; nchild != NULL; nchild = nchild->next) { if (nchild->tok != MDOC_It) continue; if ((nnext = nchild->head->child) == NULL) continue; if (nnext->type == ROFFT_BLOCK) nnext = nnext->body->child; if (nnext == NULL || nnext->tok != MDOC_Er) continue; nnext = nnext->child; if (prev_Er != NULL) { order = strcmp(prev_Er, nnext->string); if (order > 0) mandoc_msg(MANDOCERR_ER_ORDER, nnext->line, nnext->pos, "Er %s %s (NetBSD)", prev_Er, nnext->string); else if (order == 0) mandoc_msg(MANDOCERR_ER_REP, nnext->line, nnext->pos, "Er %s (NetBSD)", prev_Er); } prev_Er = nnext->string; } } static void post_bk(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (n->type == ROFFT_BLOCK && n->body->child == NULL) { mandoc_msg(MANDOCERR_BLK_EMPTY, n->line, n->pos, "Bk"); roff_node_delete(mdoc, n); } } static void post_sm(POST_ARGS) { struct roff_node *nch; nch = mdoc->last->child; if (nch == NULL) { mdoc->flags ^= MDOC_SMOFF; return; } assert(nch->type == ROFFT_TEXT); if ( ! strcmp(nch->string, "on")) { mdoc->flags &= ~MDOC_SMOFF; return; } if ( ! strcmp(nch->string, "off")) { mdoc->flags |= MDOC_SMOFF; return; } mandoc_msg(MANDOCERR_SM_BAD, nch->line, nch->pos, "%s %s", roff_name[mdoc->last->tok], nch->string); roff_node_relink(mdoc, nch); return; } static void post_root(POST_ARGS) { const char *openbsd_arch[] = { "alpha", "amd64", "arm64", "armv7", "hppa", "i386", "landisk", "loongson", "luna88k", "macppc", "mips64", "octeon", "sgi", "socppc", "sparc64", NULL }; const char *netbsd_arch[] = { "acorn26", "acorn32", "algor", "alpha", "amiga", "arc", "atari", "bebox", "cats", "cesfic", "cobalt", "dreamcast", "emips", "evbarm", "evbmips", "evbppc", "evbsh3", "evbsh5", "hp300", "hpcarm", "hpcmips", "hpcsh", "hppa", "i386", "ibmnws", "luna68k", "mac68k", "macppc", "mipsco", "mmeye", "mvme68k", "mvmeppc", "netwinder", "news68k", "newsmips", "next68k", "pc532", "playstation2", "pmax", "pmppc", "prep", "sandpoint", "sbmips", "sgimips", "shark", "sparc", "sparc64", "sun2", "sun3", "vax", "walnut", "x68k", "x86", "x86_64", "xen", NULL }; const char **arches[] = { NULL, netbsd_arch, openbsd_arch }; struct roff_node *n; const char **arch; /* Add missing prologue data. */ if (mdoc->meta.date == NULL) mdoc->meta.date = mdoc->quick ? mandoc_strdup("") : mandoc_normdate(mdoc, NULL, 0, 0); if (mdoc->meta.title == NULL) { mandoc_msg(MANDOCERR_DT_NOTITLE, 0, 0, "EOF"); mdoc->meta.title = mandoc_strdup("UNTITLED"); } if (mdoc->meta.vol == NULL) mdoc->meta.vol = mandoc_strdup("LOCAL"); if (mdoc->meta.os == NULL) { mandoc_msg(MANDOCERR_OS_MISSING, 0, 0, NULL); mdoc->meta.os = mandoc_strdup(""); } else if (mdoc->meta.os_e && (mdoc->meta.rcsids & (1 << mdoc->meta.os_e)) == 0) mandoc_msg(MANDOCERR_RCS_MISSING, 0, 0, mdoc->meta.os_e == MANDOC_OS_OPENBSD ? "(OpenBSD)" : "(NetBSD)"); if (mdoc->meta.arch != NULL && (arch = arches[mdoc->meta.os_e]) != NULL) { while (*arch != NULL && strcmp(*arch, mdoc->meta.arch)) arch++; if (*arch == NULL) { n = mdoc->meta.first->child; while (n->tok != MDOC_Dt || n->child == NULL || n->child->next == NULL || n->child->next->next == NULL) n = n->next; n = n->child->next->next; mandoc_msg(MANDOCERR_ARCH_BAD, n->line, n->pos, "Dt ... %s %s", mdoc->meta.arch, mdoc->meta.os_e == MANDOC_OS_OPENBSD ? "(OpenBSD)" : "(NetBSD)"); } } /* Check that we begin with a proper `Sh'. */ n = mdoc->meta.first->child; while (n != NULL && (n->type == ROFFT_COMMENT || (n->tok >= MDOC_Dd && mdoc_macro(n->tok)->flags & MDOC_PROLOGUE))) n = n->next; if (n == NULL) mandoc_msg(MANDOCERR_DOC_EMPTY, 0, 0, NULL); else if (n->tok != MDOC_Sh) mandoc_msg(MANDOCERR_SEC_BEFORE, n->line, n->pos, "%s", roff_name[n->tok]); } static void post_rs(POST_ARGS) { struct roff_node *np, *nch, *next, *prev; int i, j; np = mdoc->last; if (np->type != ROFFT_BODY) return; if (np->child == NULL) { mandoc_msg(MANDOCERR_RS_EMPTY, np->line, np->pos, "Rs"); return; } /* * The full `Rs' block needs special handling to order the * sub-elements according to `rsord'. Pick through each element * and correctly order it. This is an insertion sort. */ next = NULL; for (nch = np->child->next; nch != NULL; nch = next) { /* Determine order number of this child. */ for (i = 0; i < RSORD_MAX; i++) if (rsord[i] == nch->tok) break; if (i == RSORD_MAX) { mandoc_msg(MANDOCERR_RS_BAD, nch->line, nch->pos, "%s", roff_name[nch->tok]); i = -1; } else if (nch->tok == MDOC__J || nch->tok == MDOC__B) np->norm->Rs.quote_T++; /* * Remove this child from the chain. This somewhat * repeats roff_node_unlink(), but since we're * just re-ordering, there's no need for the * full unlink process. */ if ((next = nch->next) != NULL) next->prev = nch->prev; if ((prev = nch->prev) != NULL) prev->next = nch->next; nch->prev = nch->next = NULL; /* * Scan back until we reach a node that's * to be ordered before this child. */ for ( ; prev ; prev = prev->prev) { /* Determine order of `prev'. */ for (j = 0; j < RSORD_MAX; j++) if (rsord[j] == prev->tok) break; if (j == RSORD_MAX) j = -1; if (j <= i) break; } /* * Set this child back into its correct place * in front of the `prev' node. */ nch->prev = prev; if (prev == NULL) { np->child->prev = nch; nch->next = np->child; np->child = nch; } else { if (prev->next) prev->next->prev = nch; nch->next = prev->next; prev->next = nch; } } } /* * For some arguments of some macros, * convert all breakable hyphens into ASCII_HYPH. */ static void post_hyph(POST_ARGS) { struct roff_node *nch; char *cp; for (nch = mdoc->last->child; nch != NULL; nch = nch->next) { if (nch->type != ROFFT_TEXT) continue; cp = nch->string; if (*cp == '\0') continue; while (*(++cp) != '\0') if (*cp == '-' && isalpha((unsigned char)cp[-1]) && isalpha((unsigned char)cp[1])) *cp = ASCII_HYPH; } } static void post_ns(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (n->flags & NODE_LINE || (n->next != NULL && n->next->flags & NODE_DELIMC)) mandoc_msg(MANDOCERR_NS_SKIP, n->line, n->pos, NULL); } static void post_sx(POST_ARGS) { post_delim(mdoc); post_hyph(mdoc); } static void post_sh(POST_ARGS) { post_ignpar(mdoc); switch (mdoc->last->type) { case ROFFT_HEAD: post_sh_head(mdoc); break; case ROFFT_BODY: switch (mdoc->lastsec) { case SEC_NAME: post_sh_name(mdoc); break; case SEC_SEE_ALSO: post_sh_see_also(mdoc); break; case SEC_AUTHORS: post_sh_authors(mdoc); break; default: break; } break; default: break; } } static void post_sh_name(POST_ARGS) { struct roff_node *n; int hasnm, hasnd; hasnm = hasnd = 0; for (n = mdoc->last->child; n != NULL; n = n->next) { switch (n->tok) { case MDOC_Nm: if (hasnm && n->child != NULL) mandoc_msg(MANDOCERR_NAMESEC_PUNCT, n->line, n->pos, "Nm %s", n->child->string); hasnm = 1; continue; case MDOC_Nd: hasnd = 1; if (n->next != NULL) mandoc_msg(MANDOCERR_NAMESEC_ND, n->line, n->pos, NULL); break; case TOKEN_NONE: if (n->type == ROFFT_TEXT && n->string[0] == ',' && n->string[1] == '\0' && n->next != NULL && n->next->tok == MDOC_Nm) { n = n->next; continue; } /* FALLTHROUGH */ default: mandoc_msg(MANDOCERR_NAMESEC_BAD, n->line, n->pos, "%s", roff_name[n->tok]); continue; } break; } if ( ! hasnm) mandoc_msg(MANDOCERR_NAMESEC_NONM, mdoc->last->line, mdoc->last->pos, NULL); if ( ! hasnd) mandoc_msg(MANDOCERR_NAMESEC_NOND, mdoc->last->line, mdoc->last->pos, NULL); } static void post_sh_see_also(POST_ARGS) { const struct roff_node *n; const char *name, *sec; const char *lastname, *lastsec, *lastpunct; int cmp; n = mdoc->last->child; lastname = lastsec = lastpunct = NULL; while (n != NULL) { if (n->tok != MDOC_Xr || n->child == NULL || n->child->next == NULL) break; /* Process one .Xr node. */ name = n->child->string; sec = n->child->next->string; if (lastsec != NULL) { if (lastpunct[0] != ',' || lastpunct[1] != '\0') mandoc_msg(MANDOCERR_XR_PUNCT, n->line, n->pos, "%s before %s(%s)", lastpunct, name, sec); cmp = strcmp(lastsec, sec); if (cmp > 0) mandoc_msg(MANDOCERR_XR_ORDER, n->line, n->pos, "%s(%s) after %s(%s)", name, sec, lastname, lastsec); else if (cmp == 0 && strcasecmp(lastname, name) > 0) mandoc_msg(MANDOCERR_XR_ORDER, n->line, n->pos, "%s after %s", name, lastname); } lastname = name; lastsec = sec; /* Process the following node. */ n = n->next; if (n == NULL) break; if (n->tok == MDOC_Xr) { lastpunct = "none"; continue; } if (n->type != ROFFT_TEXT) break; for (name = n->string; *name != '\0'; name++) if (isalpha((const unsigned char)*name)) return; lastpunct = n->string; if (n->next == NULL || n->next->tok == MDOC_Rs) mandoc_msg(MANDOCERR_XR_PUNCT, n->line, n->pos, "%s after %s(%s)", lastpunct, lastname, lastsec); n = n->next; } } static int child_an(const struct roff_node *n) { for (n = n->child; n != NULL; n = n->next) if ((n->tok == MDOC_An && n->child != NULL) || child_an(n)) return 1; return 0; } static void post_sh_authors(POST_ARGS) { if ( ! child_an(mdoc->last)) mandoc_msg(MANDOCERR_AN_MISSING, mdoc->last->line, mdoc->last->pos, NULL); } /* * Return an upper bound for the string distance (allowing * transpositions). Not a full Levenshtein implementation * because Levenshtein is quadratic in the string length * and this function is called for every standard name, * so the check for each custom name would be cubic. * The following crude heuristics is linear, resulting * in quadratic behaviour for checking one custom name, * which does not cause measurable slowdown. */ static int similar(const char *s1, const char *s2) { const int maxdist = 3; int dist = 0; while (s1[0] != '\0' && s2[0] != '\0') { if (s1[0] == s2[0]) { s1++; s2++; continue; } if (++dist > maxdist) return INT_MAX; if (s1[1] == s2[1]) { /* replacement */ s1++; s2++; } else if (s1[0] == s2[1] && s1[1] == s2[0]) { s1 += 2; /* transposition */ s2 += 2; } else if (s1[0] == s2[1]) /* insertion */ s2++; else if (s1[1] == s2[0]) /* deletion */ s1++; else return INT_MAX; } dist += strlen(s1) + strlen(s2); return dist > maxdist ? INT_MAX : dist; } static void post_sh_head(POST_ARGS) { struct roff_node *nch; const char *goodsec; const char *const *testsec; int dist, mindist; enum roff_sec sec; /* * Process a new section. Sections are either "named" or * "custom". Custom sections are user-defined, while named ones * follow a conventional order and may only appear in certain * manual sections. */ sec = mdoc->last->sec; /* The NAME should be first. */ if (sec != SEC_NAME && mdoc->lastnamed == SEC_NONE) mandoc_msg(MANDOCERR_NAMESEC_FIRST, mdoc->last->line, mdoc->last->pos, "Sh %s", sec != SEC_CUSTOM ? secnames[sec] : (nch = mdoc->last->child) == NULL ? "" : nch->type == ROFFT_TEXT ? nch->string : roff_name[nch->tok]); /* The SYNOPSIS gets special attention in other areas. */ if (sec == SEC_SYNOPSIS) { roff_setreg(mdoc->roff, "nS", 1, '='); mdoc->flags |= MDOC_SYNOPSIS; } else { roff_setreg(mdoc->roff, "nS", 0, '='); mdoc->flags &= ~MDOC_SYNOPSIS; } /* Mark our last section. */ mdoc->lastsec = sec; /* We don't care about custom sections after this. */ if (sec == SEC_CUSTOM) { if ((nch = mdoc->last->child) == NULL || nch->type != ROFFT_TEXT || nch->next != NULL) return; goodsec = NULL; mindist = INT_MAX; for (testsec = secnames + 1; *testsec != NULL; testsec++) { dist = similar(nch->string, *testsec); if (dist < mindist) { goodsec = *testsec; mindist = dist; } } if (goodsec != NULL) mandoc_msg(MANDOCERR_SEC_TYPO, nch->line, nch->pos, "Sh %s instead of %s", nch->string, goodsec); return; } /* * Check whether our non-custom section is being repeated or is * out of order. */ if (sec == mdoc->lastnamed) mandoc_msg(MANDOCERR_SEC_REP, mdoc->last->line, mdoc->last->pos, "Sh %s", secnames[sec]); if (sec < mdoc->lastnamed) mandoc_msg(MANDOCERR_SEC_ORDER, mdoc->last->line, mdoc->last->pos, "Sh %s", secnames[sec]); /* Mark the last named section. */ mdoc->lastnamed = sec; /* Check particular section/manual conventions. */ if (mdoc->meta.msec == NULL) return; goodsec = NULL; switch (sec) { case SEC_ERRORS: if (*mdoc->meta.msec == '4') break; goodsec = "2, 3, 4, 9"; /* FALLTHROUGH */ case SEC_RETURN_VALUES: case SEC_LIBRARY: if (*mdoc->meta.msec == '2') break; if (*mdoc->meta.msec == '3') break; if (NULL == goodsec) goodsec = "2, 3, 9"; /* FALLTHROUGH */ case SEC_CONTEXT: if (*mdoc->meta.msec == '9') break; if (NULL == goodsec) goodsec = "9"; mandoc_msg(MANDOCERR_SEC_MSEC, mdoc->last->line, mdoc->last->pos, "Sh %s for %s only", secnames[sec], goodsec); break; default: break; } } static void post_xr(POST_ARGS) { struct roff_node *n, *nch; n = mdoc->last; nch = n->child; if (nch->next == NULL) { mandoc_msg(MANDOCERR_XR_NOSEC, n->line, n->pos, "Xr %s", nch->string); } else { assert(nch->next == n->last); if(mandoc_xr_add(nch->next->string, nch->string, nch->line, nch->pos)) mandoc_msg(MANDOCERR_XR_SELF, nch->line, nch->pos, "Xr %s %s", nch->string, nch->next->string); } post_delim_nb(mdoc); } static void post_ignpar(POST_ARGS) { struct roff_node *np; switch (mdoc->last->type) { case ROFFT_BLOCK: post_prevpar(mdoc); return; case ROFFT_HEAD: post_delim(mdoc); post_hyph(mdoc); return; case ROFFT_BODY: break; default: return; } if ((np = mdoc->last->child) != NULL) if (np->tok == MDOC_Pp || np->tok == ROFF_br || np->tok == ROFF_sp) { mandoc_msg(MANDOCERR_PAR_SKIP, np->line, np->pos, "%s after %s", roff_name[np->tok], roff_name[mdoc->last->tok]); roff_node_delete(mdoc, np); } if ((np = mdoc->last->last) != NULL) if (np->tok == MDOC_Pp || np->tok == ROFF_br) { mandoc_msg(MANDOCERR_PAR_SKIP, np->line, np->pos, "%s at the end of %s", roff_name[np->tok], roff_name[mdoc->last->tok]); roff_node_delete(mdoc, np); } } static void post_prevpar(POST_ARGS) { struct roff_node *n; n = mdoc->last; if (NULL == n->prev) return; if (n->type != ROFFT_ELEM && n->type != ROFFT_BLOCK) return; /* * Don't allow `Pp' prior to a paragraph-type * block: `Pp' or non-compact `Bd' or `Bl'. */ if (n->prev->tok != MDOC_Pp && n->prev->tok != ROFF_br) return; if (n->tok == MDOC_Bl && n->norm->Bl.comp) return; if (n->tok == MDOC_Bd && n->norm->Bd.comp) return; if (n->tok == MDOC_It && n->parent->norm->Bl.comp) return; mandoc_msg(MANDOCERR_PAR_SKIP, n->prev->line, n->prev->pos, "%s before %s", roff_name[n->prev->tok], roff_name[n->tok]); roff_node_delete(mdoc, n->prev); } static void post_par(POST_ARGS) { struct roff_node *np; post_prevpar(mdoc); np = mdoc->last; if (np->child != NULL) mandoc_msg(MANDOCERR_ARG_SKIP, np->line, np->pos, "%s %s", roff_name[np->tok], np->child->string); } static void post_dd(POST_ARGS) { struct roff_node *n; char *datestr; n = mdoc->last; n->flags |= NODE_NOPRT; if (mdoc->meta.date != NULL) { mandoc_msg(MANDOCERR_PROLOG_REP, n->line, n->pos, "Dd"); free(mdoc->meta.date); } else if (mdoc->flags & MDOC_PBODY) mandoc_msg(MANDOCERR_PROLOG_LATE, n->line, n->pos, "Dd"); else if (mdoc->meta.title != NULL) mandoc_msg(MANDOCERR_PROLOG_ORDER, n->line, n->pos, "Dd after Dt"); else if (mdoc->meta.os != NULL) mandoc_msg(MANDOCERR_PROLOG_ORDER, n->line, n->pos, "Dd after Os"); if (n->child == NULL || n->child->string[0] == '\0') { mdoc->meta.date = mdoc->quick ? mandoc_strdup("") : mandoc_normdate(mdoc, NULL, n->line, n->pos); return; } datestr = NULL; deroff(&datestr, n); if (mdoc->quick) mdoc->meta.date = datestr; else { mdoc->meta.date = mandoc_normdate(mdoc, datestr, n->line, n->pos); free(datestr); } } static void post_dt(POST_ARGS) { struct roff_node *nn, *n; const char *cp; char *p; n = mdoc->last; n->flags |= NODE_NOPRT; if (mdoc->flags & MDOC_PBODY) { mandoc_msg(MANDOCERR_DT_LATE, n->line, n->pos, "Dt"); return; } if (mdoc->meta.title != NULL) mandoc_msg(MANDOCERR_PROLOG_REP, n->line, n->pos, "Dt"); else if (mdoc->meta.os != NULL) mandoc_msg(MANDOCERR_PROLOG_ORDER, n->line, n->pos, "Dt after Os"); free(mdoc->meta.title); free(mdoc->meta.msec); free(mdoc->meta.vol); free(mdoc->meta.arch); mdoc->meta.title = NULL; mdoc->meta.msec = NULL; mdoc->meta.vol = NULL; mdoc->meta.arch = NULL; /* Mandatory first argument: title. */ nn = n->child; if (nn == NULL || *nn->string == '\0') { mandoc_msg(MANDOCERR_DT_NOTITLE, n->line, n->pos, "Dt"); mdoc->meta.title = mandoc_strdup("UNTITLED"); } else { mdoc->meta.title = mandoc_strdup(nn->string); /* Check that all characters are uppercase. */ for (p = nn->string; *p != '\0'; p++) if (islower((unsigned char)*p)) { mandoc_msg(MANDOCERR_TITLE_CASE, nn->line, nn->pos + (int)(p - nn->string), "Dt %s", nn->string); break; } } /* Mandatory second argument: section. */ if (nn != NULL) nn = nn->next; if (nn == NULL) { mandoc_msg(MANDOCERR_MSEC_MISSING, n->line, n->pos, "Dt %s", mdoc->meta.title); mdoc->meta.vol = mandoc_strdup("LOCAL"); return; /* msec and arch remain NULL. */ } mdoc->meta.msec = mandoc_strdup(nn->string); /* Infer volume title from section number. */ cp = mandoc_a2msec(nn->string); if (cp == NULL) { mandoc_msg(MANDOCERR_MSEC_BAD, nn->line, nn->pos, "Dt ... %s", nn->string); mdoc->meta.vol = mandoc_strdup(nn->string); } else mdoc->meta.vol = mandoc_strdup(cp); /* Optional third argument: architecture. */ if ((nn = nn->next) == NULL) return; for (p = nn->string; *p != '\0'; p++) *p = tolower((unsigned char)*p); mdoc->meta.arch = mandoc_strdup(nn->string); /* Ignore fourth and later arguments. */ if ((nn = nn->next) != NULL) mandoc_msg(MANDOCERR_ARG_EXCESS, nn->line, nn->pos, "Dt ... %s", nn->string); } static void post_bx(POST_ARGS) { struct roff_node *n, *nch; const char *macro; post_delim_nb(mdoc); n = mdoc->last; nch = n->child; if (nch != NULL) { macro = !strcmp(nch->string, "Open") ? "Ox" : !strcmp(nch->string, "Net") ? "Nx" : !strcmp(nch->string, "Free") ? "Fx" : !strcmp(nch->string, "DragonFly") ? "Dx" : NULL; if (macro != NULL) mandoc_msg(MANDOCERR_BX, n->line, n->pos, "%s", macro); mdoc->last = nch; nch = nch->next; mdoc->next = ROFF_NEXT_SIBLING; roff_elem_alloc(mdoc, n->line, n->pos, MDOC_Ns); mdoc->last->flags |= NODE_NOSRC; mdoc->next = ROFF_NEXT_SIBLING; } else mdoc->next = ROFF_NEXT_CHILD; roff_word_alloc(mdoc, n->line, n->pos, "BSD"); mdoc->last->flags |= NODE_NOSRC; if (nch == NULL) { mdoc->last = n; return; } roff_elem_alloc(mdoc, n->line, n->pos, MDOC_Ns); mdoc->last->flags |= NODE_NOSRC; mdoc->next = ROFF_NEXT_SIBLING; roff_word_alloc(mdoc, n->line, n->pos, "-"); mdoc->last->flags |= NODE_NOSRC; roff_elem_alloc(mdoc, n->line, n->pos, MDOC_Ns); mdoc->last->flags |= NODE_NOSRC; mdoc->last = n; /* * Make `Bx's second argument always start with an uppercase * letter. Groff checks if it's an "accepted" term, but we just * uppercase blindly. */ *nch->string = (char)toupper((unsigned char)*nch->string); } static void post_os(POST_ARGS) { #ifndef OSNAME struct utsname utsname; static char *defbuf; #endif struct roff_node *n; n = mdoc->last; n->flags |= NODE_NOPRT; if (mdoc->meta.os != NULL) mandoc_msg(MANDOCERR_PROLOG_REP, n->line, n->pos, "Os"); else if (mdoc->flags & MDOC_PBODY) mandoc_msg(MANDOCERR_PROLOG_LATE, n->line, n->pos, "Os"); post_delim(mdoc); /* * Set the operating system by way of the `Os' macro. * The order of precedence is: * 1. the argument of the `Os' macro, unless empty * 2. the -Ios=foo command line argument, if provided * 3. -DOSNAME="\"foo\"", if provided during compilation * 4. "sysname release" from uname(3) */ free(mdoc->meta.os); mdoc->meta.os = NULL; deroff(&mdoc->meta.os, n); if (mdoc->meta.os) goto out; if (mdoc->os_s != NULL) { mdoc->meta.os = mandoc_strdup(mdoc->os_s); goto out; } #ifdef OSNAME mdoc->meta.os = mandoc_strdup(OSNAME); #else /*!OSNAME */ if (defbuf == NULL) { if (uname(&utsname) == -1) { mandoc_msg(MANDOCERR_OS_UNAME, n->line, n->pos, "Os"); defbuf = mandoc_strdup("UNKNOWN"); } else mandoc_asprintf(&defbuf, "%s %s", utsname.sysname, utsname.release); } mdoc->meta.os = mandoc_strdup(defbuf); #endif /*!OSNAME*/ out: if (mdoc->meta.os_e == MANDOC_OS_OTHER) { if (strstr(mdoc->meta.os, "OpenBSD") != NULL) mdoc->meta.os_e = MANDOC_OS_OPENBSD; else if (strstr(mdoc->meta.os, "NetBSD") != NULL) mdoc->meta.os_e = MANDOC_OS_NETBSD; } /* * This is the earliest point where we can check * Mdocdate conventions because we don't know * the operating system earlier. */ if (n->child != NULL) mandoc_msg(MANDOCERR_OS_ARG, n->child->line, n->child->pos, "Os %s (%s)", n->child->string, mdoc->meta.os_e == MANDOC_OS_OPENBSD ? "OpenBSD" : "NetBSD"); while (n->tok != MDOC_Dd) if ((n = n->prev) == NULL) return; if ((n = n->child) == NULL) return; if (strncmp(n->string, "$" "Mdocdate", 9)) { if (mdoc->meta.os_e == MANDOC_OS_OPENBSD) mandoc_msg(MANDOCERR_MDOCDATE_MISSING, n->line, n->pos, "Dd %s (OpenBSD)", n->string); } else { if (mdoc->meta.os_e == MANDOC_OS_NETBSD) mandoc_msg(MANDOCERR_MDOCDATE, n->line, n->pos, "Dd %s (NetBSD)", n->string); } } enum roff_sec mdoc_a2sec(const char *p) { int i; for (i = 0; i < (int)SEC__MAX; i++) if (secnames[i] && 0 == strcmp(p, secnames[i])) return (enum roff_sec)i; return SEC_CUSTOM; } static size_t macro2len(enum roff_tok macro) { switch (macro) { case MDOC_Ad: return 12; case MDOC_Ao: return 12; case MDOC_An: return 12; case MDOC_Aq: return 12; case MDOC_Ar: return 12; case MDOC_Bo: return 12; case MDOC_Bq: return 12; case MDOC_Cd: return 12; case MDOC_Cm: return 10; case MDOC_Do: return 10; case MDOC_Dq: return 12; case MDOC_Dv: return 12; case MDOC_Eo: return 12; case MDOC_Em: return 10; case MDOC_Er: return 17; case MDOC_Ev: return 15; case MDOC_Fa: return 12; case MDOC_Fl: return 10; case MDOC_Fo: return 16; case MDOC_Fn: return 16; case MDOC_Ic: return 10; case MDOC_Li: return 16; case MDOC_Ms: return 6; case MDOC_Nm: return 10; case MDOC_No: return 12; case MDOC_Oo: return 10; case MDOC_Op: return 14; case MDOC_Pa: return 32; case MDOC_Pf: return 12; case MDOC_Po: return 12; case MDOC_Pq: return 12; case MDOC_Ql: return 16; case MDOC_Qo: return 12; case MDOC_So: return 12; case MDOC_Sq: return 12; case MDOC_Sy: return 6; case MDOC_Sx: return 16; case MDOC_Tn: return 10; case MDOC_Va: return 12; case MDOC_Vt: return 12; case MDOC_Xr: return 10; default: break; }; return 0; }