version 1.37, 2010/03/25 07:39:25 |
version 1.82, 2014/04/20 16:46:04 |
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/* $Id$ */ |
/* $Id$ */ |
/* |
/* |
* Copyright (c) 2008, 2009 Kristaps Dzonsons <kristaps@kth.se> |
* Copyright (c) 2008, 2009, 2010, 2011 Kristaps Dzonsons <kristaps@bsd.lv> |
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* Copyright (c) 2012, 2013 Ingo Schwarze <schwarze@openbsd.org> |
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* Copyright (c) 2013 Franco Fichtner <franco@lastsummer.de> |
* |
* |
* Permission to use, copy, modify, and distribute this software for any |
* Permission to use, copy, modify, and distribute this software for any |
* purpose with or without fee is hereby granted, provided that the above |
* purpose with or without fee is hereby granted, provided that the above |
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#include <stdlib.h> |
#include <stdlib.h> |
#include <string.h> |
#include <string.h> |
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#include "man.h" |
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#include "mandoc.h" |
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#include "libmandoc.h" |
#include "libman.h" |
#include "libman.h" |
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enum rew { |
enum rew { |
REW_REWIND, |
REW_REWIND, |
REW_NOHALT, |
REW_NOHALT, |
REW_HALT, |
REW_HALT |
}; |
}; |
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static int blk_close(MACRO_PROT_ARGS); |
static int blk_close(MACRO_PROT_ARGS); |
static int blk_dotted(MACRO_PROT_ARGS); |
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static int blk_exp(MACRO_PROT_ARGS); |
static int blk_exp(MACRO_PROT_ARGS); |
static int blk_imp(MACRO_PROT_ARGS); |
static int blk_imp(MACRO_PROT_ARGS); |
static int in_line_eoln(MACRO_PROT_ARGS); |
static int in_line_eoln(MACRO_PROT_ARGS); |
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static int man_args(struct man *, int, |
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int *, char *, char **); |
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static int rew_scope(enum man_type, |
static int rew_scope(enum man_type, |
struct man *, enum mant); |
struct man *, enum mant); |
static enum rew rew_dohalt(enum mant, enum man_type, |
static enum rew rew_dohalt(enum mant, enum man_type, |
const struct man_node *); |
const struct man_node *); |
static enum rew rew_block(enum mant, enum man_type, |
static enum rew rew_block(enum mant, enum man_type, |
const struct man_node *); |
const struct man_node *); |
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static void rew_warn(struct man *, |
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struct man_node *, enum mandocerr); |
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const struct man_macro __man_macros[MAN_MAX] = { |
const struct man_macro __man_macros[MAN_MAX] = { |
{ in_line_eoln, MAN_NSCOPED }, /* br */ |
{ in_line_eoln, MAN_NSCOPED }, /* br */ |
{ in_line_eoln, 0 }, /* TH */ |
{ in_line_eoln, MAN_BSCOPE }, /* TH */ |
{ blk_imp, MAN_SCOPED }, /* SH */ |
{ blk_imp, MAN_BSCOPE | MAN_SCOPED }, /* SH */ |
{ blk_imp, MAN_SCOPED }, /* SS */ |
{ blk_imp, MAN_BSCOPE | MAN_SCOPED }, /* SS */ |
{ blk_imp, MAN_SCOPED | MAN_FSCOPED }, /* TP */ |
{ blk_imp, MAN_BSCOPE | MAN_SCOPED | MAN_FSCOPED }, /* TP */ |
{ blk_imp, 0 }, /* LP */ |
{ blk_imp, MAN_BSCOPE }, /* LP */ |
{ blk_imp, 0 }, /* PP */ |
{ blk_imp, MAN_BSCOPE }, /* PP */ |
{ blk_imp, 0 }, /* P */ |
{ blk_imp, MAN_BSCOPE }, /* P */ |
{ blk_imp, 0 }, /* IP */ |
{ blk_imp, MAN_BSCOPE }, /* IP */ |
{ blk_imp, 0 }, /* HP */ |
{ blk_imp, MAN_BSCOPE }, /* HP */ |
{ in_line_eoln, MAN_SCOPED }, /* SM */ |
{ in_line_eoln, MAN_SCOPED }, /* SM */ |
{ in_line_eoln, MAN_SCOPED }, /* SB */ |
{ in_line_eoln, MAN_SCOPED }, /* SB */ |
{ in_line_eoln, 0 }, /* BI */ |
{ in_line_eoln, 0 }, /* BI */ |
Line 67 const struct man_macro __man_macros[MAN_MAX] = { |
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Line 75 const struct man_macro __man_macros[MAN_MAX] = { |
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{ in_line_eoln, 0 }, /* IR */ |
{ in_line_eoln, 0 }, /* IR */ |
{ in_line_eoln, 0 }, /* RI */ |
{ in_line_eoln, 0 }, /* RI */ |
{ in_line_eoln, MAN_NSCOPED }, /* na */ |
{ in_line_eoln, MAN_NSCOPED }, /* na */ |
{ in_line_eoln, 0 }, /* i */ |
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{ in_line_eoln, MAN_NSCOPED }, /* sp */ |
{ in_line_eoln, MAN_NSCOPED }, /* sp */ |
{ in_line_eoln, 0 }, /* nf */ |
{ in_line_eoln, MAN_BSCOPE }, /* nf */ |
{ in_line_eoln, 0 }, /* fi */ |
{ in_line_eoln, MAN_BSCOPE }, /* fi */ |
{ in_line_eoln, 0 }, /* r */ |
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{ blk_close, 0 }, /* RE */ |
{ blk_close, 0 }, /* RE */ |
{ blk_exp, MAN_EXPLICIT }, /* RS */ |
{ blk_exp, MAN_BSCOPE | MAN_EXPLICIT }, /* RS */ |
{ in_line_eoln, 0 }, /* DT */ |
{ in_line_eoln, 0 }, /* DT */ |
{ in_line_eoln, 0 }, /* UC */ |
{ in_line_eoln, 0 }, /* UC */ |
{ in_line_eoln, 0 }, /* PD */ |
{ in_line_eoln, 0 }, /* PD */ |
{ in_line_eoln, MAN_NSCOPED }, /* Sp */ |
{ in_line_eoln, 0 }, /* AT */ |
{ in_line_eoln, 0 }, /* Vb */ |
{ in_line_eoln, 0 }, /* in */ |
{ in_line_eoln, 0 }, /* Ve */ |
{ in_line_eoln, 0 }, /* ft */ |
{ blk_exp, MAN_EXPLICIT | MAN_NOCLOSE}, /* de */ |
{ in_line_eoln, 0 }, /* OP */ |
{ blk_exp, MAN_EXPLICIT | MAN_NOCLOSE}, /* dei */ |
{ in_line_eoln, MAN_BSCOPE }, /* EX */ |
{ blk_exp, MAN_EXPLICIT | MAN_NOCLOSE}, /* am */ |
{ in_line_eoln, MAN_BSCOPE }, /* EE */ |
{ blk_exp, MAN_EXPLICIT | MAN_NOCLOSE}, /* ami */ |
{ blk_exp, MAN_BSCOPE | MAN_EXPLICIT }, /* UR */ |
{ blk_exp, MAN_EXPLICIT | MAN_NOCLOSE}, /* ig */ |
{ blk_close, 0 }, /* UE */ |
{ blk_dotted, 0 }, /* . */ |
{ in_line_eoln, 0 }, /* ll */ |
}; |
}; |
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const struct man_macro * const man_macros = __man_macros; |
const struct man_macro * const man_macros = __man_macros; |
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/* |
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* Warn when "n" is an explicit non-roff macro. |
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*/ |
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static void |
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rew_warn(struct man *man, struct man_node *n, enum mandocerr er) |
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{ |
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if (er == MANDOCERR_MAX || MAN_BLOCK != n->type) |
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return; |
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if (MAN_VALID & n->flags) |
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return; |
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if ( ! (MAN_EXPLICIT & man_macros[n->tok].flags)) |
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return; |
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assert(er < MANDOCERR_FATAL); |
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man_nmsg(man, n, er); |
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} |
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/* |
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* Rewind scope. If a code "er" != MANDOCERR_MAX has been provided, it |
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* will be used if an explicit block scope is being closed out. |
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*/ |
int |
int |
man_unscope(struct man *m, const struct man_node *n) |
man_unscope(struct man *man, const struct man_node *to, |
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enum mandocerr er) |
{ |
{ |
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struct man_node *n; |
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assert(n); |
assert(to); |
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/* LINTED */ |
man->next = MAN_NEXT_SIBLING; |
while (m->last != n) { |
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if ( ! man_valid_post(m)) |
while (man->last != to) { |
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/* |
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* Save the parent here, because we may delete the |
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* man->last node in the post-validation phase and reset |
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* it to man->last->parent, causing a step in the closing |
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* out to be lost. |
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*/ |
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n = man->last->parent; |
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rew_warn(man, man->last, er); |
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if ( ! man_valid_post(man)) |
return(0); |
return(0); |
if ( ! man_action_post(m)) |
man->last = n; |
return(0); |
assert(man->last); |
m->last = m->last->parent; |
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assert(m->last); |
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} |
} |
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if ( ! man_valid_post(m)) |
rew_warn(man, man->last, er); |
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if ( ! man_valid_post(man)) |
return(0); |
return(0); |
if ( ! man_action_post(m)) |
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return(0); |
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m->next = MAN_ROOT == m->last->type ? |
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MAN_NEXT_CHILD : MAN_NEXT_SIBLING; |
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return(1); |
return(1); |
} |
} |
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static enum rew |
static enum rew |
rew_block(enum mant ntok, enum man_type type, const struct man_node *n) |
rew_block(enum mant ntok, enum man_type type, const struct man_node *n) |
{ |
{ |
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if (MAN_BLOCK == type && ntok == n->parent->tok && |
if (MAN_BLOCK == type && ntok == n->parent->tok && |
MAN_BODY == n->parent->type) |
MAN_BODY == n->parent->type) |
return(REW_REWIND); |
return(REW_REWIND); |
return(ntok == n->tok ? REW_HALT : REW_NOHALT); |
return(ntok == n->tok ? REW_HALT : REW_NOHALT); |
} |
} |
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/* |
/* |
* There are three scope levels: scoped to the root (all), scoped to the |
* There are three scope levels: scoped to the root (all), scoped to the |
* section (all less sections), and scoped to subsections (all less |
* section (all less sections), and scoped to subsections (all less |
* sections and subsections). |
* sections and subsections). |
*/ |
*/ |
static enum rew |
static enum rew |
rew_dohalt(enum mant tok, enum man_type type, const struct man_node *n) |
rew_dohalt(enum mant tok, enum man_type type, const struct man_node *n) |
{ |
{ |
enum rew c; |
enum rew c; |
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/* We cannot progress beyond the root ever. */ |
if (MAN_ROOT == n->type) |
if (MAN_ROOT == n->type) |
return(REW_HALT); |
return(REW_HALT); |
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assert(n->parent); |
assert(n->parent); |
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/* Normal nodes shouldn't go to the level of the root. */ |
if (MAN_ROOT == n->parent->type) |
if (MAN_ROOT == n->parent->type) |
return(REW_REWIND); |
return(REW_REWIND); |
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/* Already-validated nodes should be closed out. */ |
if (MAN_VALID & n->flags) |
if (MAN_VALID & n->flags) |
return(REW_NOHALT); |
return(REW_NOHALT); |
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/* Rewind to ourselves, first. */ |
/* First: rewind to ourselves. */ |
if (type == n->type && tok == n->tok) |
if (type == n->type && tok == n->tok) { |
return(REW_REWIND); |
if (MAN_EXPLICIT & man_macros[n->tok].flags) |
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return(REW_HALT); |
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else |
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return(REW_REWIND); |
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} |
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/* |
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* Next follow the implicit scope-smashings as defined by man.7: |
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* section, sub-section, etc. |
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*/ |
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switch (tok) { |
switch (tok) { |
case (MAN_SH): |
case MAN_SH: |
break; |
break; |
case (MAN_SS): |
case MAN_SS: |
/* Rewind to a section, if a block. */ |
/* Rewind to a section, if a block. */ |
if (REW_NOHALT != (c = rew_block(MAN_SH, type, n))) |
if (REW_NOHALT != (c = rew_block(MAN_SH, type, n))) |
return(c); |
return(c); |
break; |
break; |
case (MAN_RS): |
case MAN_RS: |
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/* Preserve empty paragraphs before RS. */ |
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if (0 == n->nchild && (MAN_P == n->tok || |
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MAN_PP == n->tok || MAN_LP == n->tok)) |
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return(REW_HALT); |
/* Rewind to a subsection, if a block. */ |
/* Rewind to a subsection, if a block. */ |
if (REW_NOHALT != (c = rew_block(MAN_SS, type, n))) |
if (REW_NOHALT != (c = rew_block(MAN_SS, type, n))) |
return(c); |
return(c); |
Line 184 rew_dohalt(enum mant tok, enum man_type type, const st |
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Line 234 rew_dohalt(enum mant tok, enum man_type type, const st |
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return(REW_NOHALT); |
return(REW_NOHALT); |
} |
} |
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/* |
/* |
* Rewinding entails ascending the parse tree until a coherent point, |
* Rewinding entails ascending the parse tree until a coherent point, |
* for example, the `SH' macro will close out any intervening `SS' |
* for example, the `SH' macro will close out any intervening `SS' |
* scopes. When a scope is closed, it must be validated and actioned. |
* scopes. When a scope is closed, it must be validated and actioned. |
*/ |
*/ |
static int |
static int |
rew_scope(enum man_type type, struct man *m, enum mant tok) |
rew_scope(enum man_type type, struct man *man, enum mant tok) |
{ |
{ |
struct man_node *n; |
struct man_node *n; |
enum rew c; |
enum rew c; |
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/* LINTED */ |
for (n = man->last; n; n = n->parent) { |
for (n = m->last; n; n = n->parent) { |
/* |
/* |
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* Whether we should stop immediately (REW_HALT), stop |
* Whether we should stop immediately (REW_HALT), stop |
* and rewind until this point (REW_REWIND), or keep |
* and rewind until this point (REW_REWIND), or keep |
* rewinding (REW_NOHALT). |
* rewinding (REW_NOHALT). |
Line 210 rew_scope(enum man_type type, struct man *m, enum mant |
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Line 258 rew_scope(enum man_type type, struct man *m, enum mant |
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break; |
break; |
} |
} |
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/* Rewind until the current point. */ |
/* |
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* Rewind until the current point. Warn if we're a roff |
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* instruction that's mowing over explicit scopes. |
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*/ |
assert(n); |
assert(n); |
return(man_unscope(m, n)); |
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} |
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return(man_unscope(man, n, MANDOCERR_MAX)); |
/* |
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* Closure for dotted macros (de, dei, am, ami, ign). This must handle |
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* any of these as the parent node, so it needs special handling. |
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* Beyond this, it's the same as blk_close(). |
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*/ |
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/* ARGSUSED */ |
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int |
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blk_dotted(MACRO_PROT_ARGS) |
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{ |
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enum mant ntok; |
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struct man_node *nn; |
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for (nn = m->last->parent; nn; nn = nn->parent) |
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if (nn->tok == MAN_de || nn->tok == MAN_dei || |
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nn->tok == MAN_am || |
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nn->tok == MAN_ami || |
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nn->tok == MAN_ig) { |
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ntok = nn->tok; |
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break; |
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} |
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if (NULL == nn) { |
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if ( ! man_pwarn(m, line, ppos, WNOSCOPE)) |
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return(0); |
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return(1); |
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} |
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if ( ! rew_scope(MAN_BODY, m, ntok)) |
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return(0); |
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if ( ! rew_scope(MAN_BLOCK, m, ntok)) |
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return(0); |
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return(1); |
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} |
} |
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/* |
/* |
* Close out a generic explicit macro. |
* Close out a generic explicit macro. |
*/ |
*/ |
/* ARGSUSED */ |
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int |
int |
blk_close(MACRO_PROT_ARGS) |
blk_close(MACRO_PROT_ARGS) |
{ |
{ |
enum mant ntok; |
enum mant ntok; |
const struct man_node *nn; |
const struct man_node *nn; |
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switch (tok) { |
switch (tok) { |
case (MAN_RE): |
case MAN_RE: |
ntok = MAN_RS; |
ntok = MAN_RS; |
break; |
break; |
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case MAN_UE: |
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ntok = MAN_UR; |
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break; |
default: |
default: |
abort(); |
abort(); |
/* NOTREACHED */ |
/* NOTREACHED */ |
} |
} |
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for (nn = m->last->parent; nn; nn = nn->parent) |
for (nn = man->last->parent; nn; nn = nn->parent) |
if (ntok == nn->tok) |
if (ntok == nn->tok && MAN_BLOCK == nn->type) |
break; |
break; |
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if (NULL == nn) |
if (NULL == nn) { |
if ( ! man_pwarn(m, line, ppos, WNOSCOPE)) |
man_pmsg(man, line, ppos, MANDOCERR_NOSCOPE); |
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if ( ! rew_scope(MAN_BLOCK, man, MAN_PP)) |
return(0); |
return(0); |
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} else |
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man_unscope(man, nn, MANDOCERR_MAX); |
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if ( ! rew_scope(MAN_BODY, m, ntok)) |
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return(0); |
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if ( ! rew_scope(MAN_BLOCK, m, ntok)) |
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return(0); |
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return(1); |
return(1); |
} |
} |
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int |
int |
blk_exp(MACRO_PROT_ARGS) |
blk_exp(MACRO_PROT_ARGS) |
{ |
{ |
int w, la; |
struct man_node *n; |
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int la; |
char *p; |
char *p; |
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/* |
/* Close out prior implicit scopes. */ |
* Close out prior scopes. "Regular" explicit macros cannot be |
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* nested, but we allow roff macros to be placed just about |
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* anywhere. |
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*/ |
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if ( ! (MAN_NOCLOSE & man_macros[tok].flags)) { |
if ( ! rew_scope(MAN_BLOCK, man, tok)) |
if ( ! rew_scope(MAN_BODY, m, tok)) |
return(0); |
return(0); |
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if ( ! rew_scope(MAN_BLOCK, m, tok)) |
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return(0); |
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} |
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if ( ! man_block_alloc(m, line, ppos, tok)) |
if ( ! man_block_alloc(man, line, ppos, tok)) |
return(0); |
return(0); |
if ( ! man_head_alloc(m, line, ppos, tok)) |
if ( ! man_head_alloc(man, line, ppos, tok)) |
return(0); |
return(0); |
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for (;;) { |
for (;;) { |
la = *pos; |
la = *pos; |
w = man_args(m, line, pos, buf, &p); |
if ( ! man_args(man, line, pos, buf, &p)) |
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if (-1 == w) |
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return(0); |
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if (0 == w) |
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break; |
break; |
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if ( ! man_word_alloc(man, line, la, p)) |
if ( ! man_word_alloc(m, line, la, p)) |
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return(0); |
return(0); |
} |
} |
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assert(m); |
assert(man); |
assert(tok != MAN_MAX); |
assert(tok != MAN_MAX); |
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if ( ! rew_scope(MAN_HEAD, m, tok)) |
for (n = man->last; n; n = n->parent) { |
return(0); |
if (n->tok != tok) |
return(man_body_alloc(m, line, ppos, tok)); |
continue; |
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assert(MAN_HEAD == n->type); |
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man_unscope(man, n, MANDOCERR_MAX); |
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break; |
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} |
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return(man_body_alloc(man, line, ppos, tok)); |
} |
} |
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/* |
/* |
* Parse an implicit-block macro. These contain a MAN_HEAD and a |
* Parse an implicit-block macro. These contain a MAN_HEAD and a |
* MAN_BODY contained within a MAN_BLOCK. Rules for closing out other |
* MAN_BODY contained within a MAN_BLOCK. Rules for closing out other |
Line 345 blk_exp(MACRO_PROT_ARGS) |
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Line 351 blk_exp(MACRO_PROT_ARGS) |
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int |
int |
blk_imp(MACRO_PROT_ARGS) |
blk_imp(MACRO_PROT_ARGS) |
{ |
{ |
int w, la; |
int la; |
char *p; |
char *p; |
struct man_node *n; |
struct man_node *n; |
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/* Close out prior scopes. */ |
/* Close out prior scopes. */ |
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if ( ! rew_scope(MAN_BODY, m, tok)) |
if ( ! rew_scope(MAN_BODY, man, tok)) |
return(0); |
return(0); |
if ( ! rew_scope(MAN_BLOCK, m, tok)) |
if ( ! rew_scope(MAN_BLOCK, man, tok)) |
return(0); |
return(0); |
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/* Allocate new block & head scope. */ |
/* Allocate new block & head scope. */ |
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if ( ! man_block_alloc(m, line, ppos, tok)) |
if ( ! man_block_alloc(man, line, ppos, tok)) |
return(0); |
return(0); |
if ( ! man_head_alloc(m, line, ppos, tok)) |
if ( ! man_head_alloc(man, line, ppos, tok)) |
return(0); |
return(0); |
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n = m->last; |
n = man->last; |
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/* Add line arguments. */ |
/* Add line arguments. */ |
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for (;;) { |
for (;;) { |
la = *pos; |
la = *pos; |
w = man_args(m, line, pos, buf, &p); |
if ( ! man_args(man, line, pos, buf, &p)) |
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if (-1 == w) |
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return(0); |
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if (0 == w) |
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break; |
break; |
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if ( ! man_word_alloc(man, line, la, p)) |
if ( ! man_word_alloc(m, line, la, p)) |
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return(0); |
return(0); |
} |
} |
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Line 385 blk_imp(MACRO_PROT_ARGS) |
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Line 386 blk_imp(MACRO_PROT_ARGS) |
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if (MAN_SCOPED & man_macros[tok].flags) { |
if (MAN_SCOPED & man_macros[tok].flags) { |
/* If we're forcing scope (`TP'), keep it open. */ |
/* If we're forcing scope (`TP'), keep it open. */ |
if (MAN_FSCOPED & man_macros[tok].flags) { |
if (MAN_FSCOPED & man_macros[tok].flags) { |
m->flags |= MAN_BLINE; |
man->flags |= MAN_BLINE; |
return(1); |
return(1); |
} else if (n == m->last) { |
} else if (n == man->last) { |
m->flags |= MAN_BLINE; |
man->flags |= MAN_BLINE; |
return(1); |
return(1); |
} |
} |
} |
} |
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if ( ! rew_scope(MAN_HEAD, m, tok)) |
if ( ! rew_scope(MAN_HEAD, man, tok)) |
return(0); |
return(0); |
return(man_body_alloc(m, line, ppos, tok)); |
return(man_body_alloc(man, line, ppos, tok)); |
} |
} |
|
|
|
|
int |
int |
in_line_eoln(MACRO_PROT_ARGS) |
in_line_eoln(MACRO_PROT_ARGS) |
{ |
{ |
int w, la; |
int la; |
char *p; |
char *p; |
struct man_node *n; |
struct man_node *n; |
|
|
if ( ! man_elem_alloc(m, line, ppos, tok)) |
if ( ! man_elem_alloc(man, line, ppos, tok)) |
return(0); |
return(0); |
|
|
n = m->last; |
n = man->last; |
|
|
for (;;) { |
for (;;) { |
la = *pos; |
la = *pos; |
w = man_args(m, line, pos, buf, &p); |
if ( ! man_args(man, line, pos, buf, &p)) |
|
|
if (-1 == w) |
|
return(0); |
|
if (0 == w) |
|
break; |
break; |
if ( ! man_word_alloc(m, line, la, p)) |
if ( ! man_word_alloc(man, line, la, p)) |
return(0); |
return(0); |
} |
} |
|
|
/* |
/* |
|
* Append MAN_EOS in case the last snipped argument |
|
* ends with a dot, e.g. `.IR syslog (3).' |
|
*/ |
|
|
|
if (n != man->last && |
|
mandoc_eos(man->last->string, strlen(man->last->string))) |
|
man->last->flags |= MAN_EOS; |
|
|
|
/* |
* If no arguments are specified and this is MAN_SCOPED (i.e., |
* If no arguments are specified and this is MAN_SCOPED (i.e., |
* next-line scoped), then set our mode to indicate that we're |
* next-line scoped), then set our mode to indicate that we're |
* waiting for terms to load into our context. |
* waiting for terms to load into our context. |
*/ |
*/ |
|
|
if (n == m->last && MAN_SCOPED & man_macros[tok].flags) { |
if (n == man->last && MAN_SCOPED & man_macros[tok].flags) { |
assert( ! (MAN_NSCOPED & man_macros[tok].flags)); |
assert( ! (MAN_NSCOPED & man_macros[tok].flags)); |
m->flags |= MAN_ELINE; |
man->flags |= MAN_ELINE; |
return(1); |
return(1); |
} |
} |
|
|
/* Set ignorable context, if applicable. */ |
/* Set ignorable context, if applicable. */ |
|
|
if (MAN_NSCOPED & man_macros[tok].flags) { |
if (MAN_NSCOPED & man_macros[tok].flags) { |
assert( ! (MAN_SCOPED & man_macros[tok].flags)); |
assert( ! (MAN_SCOPED & man_macros[tok].flags)); |
m->flags |= MAN_ILINE; |
man->flags |= MAN_ILINE; |
} |
} |
|
|
|
assert(MAN_ROOT != man->last->type); |
|
man->next = MAN_NEXT_SIBLING; |
|
|
/* |
/* |
* Rewind our element scope. Note that when TH is pruned, we'll |
* Rewind our element scope. Note that when TH is pruned, we'll |
* be back at the root, so make sure that we don't clobber as |
* be back at the root, so make sure that we don't clobber as |
* its sibling. |
* its sibling. |
*/ |
*/ |
|
|
for ( ; m->last; m->last = m->last->parent) { |
for ( ; man->last; man->last = man->last->parent) { |
if (m->last == n) |
if (man->last == n) |
break; |
break; |
if (m->last->type == MAN_ROOT) |
if (man->last->type == MAN_ROOT) |
break; |
break; |
if ( ! man_valid_post(m)) |
if ( ! man_valid_post(man)) |
return(0); |
return(0); |
if ( ! man_action_post(m)) |
|
return(0); |
|
} |
} |
|
|
assert(m->last); |
assert(man->last); |
|
|
/* |
/* |
* Same here regarding whether we're back at the root. |
* Same here regarding whether we're back at the root. |
*/ |
*/ |
|
|
if (m->last->type != MAN_ROOT && ! man_valid_post(m)) |
if (man->last->type != MAN_ROOT && ! man_valid_post(man)) |
return(0); |
return(0); |
if (m->last->type != MAN_ROOT && ! man_action_post(m)) |
|
return(0); |
|
|
|
m->next = MAN_ROOT == m->last->type ? |
|
MAN_NEXT_CHILD : MAN_NEXT_SIBLING; |
|
|
|
return(1); |
return(1); |
} |
} |
|
|
|
|
int |
int |
man_macroend(struct man *m) |
man_macroend(struct man *man) |
{ |
{ |
struct man_node *n; |
|
|
|
n = MAN_VALID & m->last->flags ? |
return(man_unscope(man, man->first, MANDOCERR_SCOPEEXIT)); |
m->last->parent : m->last; |
} |
|
|
for ( ; n; n = n->parent) { |
static int |
if (MAN_BLOCK != n->type) |
man_args(struct man *man, int line, int *pos, char *buf, char **v) |
continue; |
{ |
if ( ! (MAN_EXPLICIT & man_macros[n->tok].flags)) |
char *start; |
continue; |
|
if ( ! man_nwarn(m, n, WEXITSCOPE)) |
|
return(0); |
|
} |
|
|
|
return(man_unscope(m, m->first)); |
assert(*pos); |
} |
*v = start = buf + *pos; |
|
assert(' ' != *start); |
|
|
|
if ('\0' == *start) |
|
return(0); |
|
|
|
*v = mandoc_getarg(man->parse, v, line, pos); |
|
return(1); |
|
} |