mandoc/roff.c - diff

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Up to [cvsweb.bsd.lv] / mandoc

Diff for /mandoc/roff.c between version 1.308 and 1.330

version 1.308, 2017/06/13 13:51:11

version 1.330, 2018/08/10 04:41:25

Line 1

/* $Id$ */

* Permission to use, copy, modify, and distribute this software for any

* purpose with or without fee is hereby granted, provided that the above

Line 39

/* Maximum number of string expansions per line, to break infinite loops. */

#define EXPAND_LIMIT 1000

/* Types of definitions of macros and strings. */

#define ROFFDEF_USER (1 << 1) /* User-defined. */

#define ROFFDEF_PRE (1 << 2) /* Predefined. */

#define ROFFDEF_REN (1 << 3) /* Renamed standard macro. */

#define ROFFDEF_STD (1 << 4) /* mdoc(7) or man(7) macro. */

#define ROFFDEF_ANY (ROFFDEF_USER | ROFFDEF_PRE | \

ROFFDEF_REN | ROFFDEF_STD)

#define ROFFDEF_UNDEF (1 << 5) /* Completely undefined. */

/* --- data types --------------------------------------------------------- */

Line 64 struct roffkv {

Line 73 struct roffkv {

struct roffreg {

struct roffstr key;

int val;

int step;

struct roffreg *next;

};

Line 90 struct roff {

Line 100 struct roff {

struct tbl_node *first_tbl; /* first table parsed */

struct tbl_node *last_tbl; /* last table parsed */

struct tbl_node *tbl; /* current table being parsed */

struct eqn_node *last_eqn; /* last equation parsed */

struct eqn_node *last_eqn; /* equation parser */

struct eqn_node *first_eqn; /* first equation parsed */

struct eqn_node *eqn; /* active equation parser */

struct eqn_node *eqn; /* current equation being parsed */

int eqn_inline; /* current equation is inline */

int options; /* parse options */

int rstacksz; /* current size limit of rstack */

Line 146 static void roffnode_cleanscope(struct roff *);

Line 155 static void roffnode_cleanscope(struct roff *);

static void roffnode_pop(struct roff *);

static void roffnode_push(struct roff *, enum roff_tok,

const char *, int, int);

static void roff_addtbl(struct roff_man *, struct tbl_node *);

static enum rofferr roff_als(ROFF_ARGS);

static enum rofferr roff_block(ROFF_ARGS);

static enum rofferr roff_block_text(ROFF_ARGS);

static enum rofferr roff_block_sub(ROFF_ARGS);

Line 172 static void roff_freestr(struct roffkv *);

Line 183 static void roff_freestr(struct roffkv *);

static size_t roff_getname(struct roff *, char **, int, int);

static int roff_getnum(const char *, int *, int *, int);

static int roff_getop(const char *, int *, char *);

static int roff_getregn(const struct roff *,

static int roff_getregn(struct roff *,

const char *, size_t);

const char *, size_t, char);

static int roff_getregro(const struct roff *,

const char *name);

static const char *roff_getrenn(const struct roff *,

static const char *roff_getstrn(struct roff *,

const char *, size_t);

const char *, size_t, int *);

static const char *roff_getstrn(const struct roff *,

const char *, size_t);

static int roff_hasregn(const struct roff *,

const char *, size_t);

static enum rofferr roff_insec(ROFF_ARGS);

Line 188 static enum rofferr roff_line_ignore(ROFF_ARGS);

Line 197 static enum rofferr roff_line_ignore(ROFF_ARGS);

static void roff_man_alloc1(struct roff_man *);

static void roff_man_free1(struct roff_man *);

static enum rofferr roff_manyarg(ROFF_ARGS);

static enum rofferr roff_nop(ROFF_ARGS);

static enum rofferr roff_nr(ROFF_ARGS);

static enum rofferr roff_onearg(ROFF_ARGS);

static enum roff_tok roff_parse(struct roff *, char *, int *,

Line 199 static enum rofferr roff_res(struct roff *, struct bu

Line 209 static enum rofferr roff_res(struct roff *, struct bu

static enum rofferr roff_rm(ROFF_ARGS);

static enum rofferr roff_rn(ROFF_ARGS);

static enum rofferr roff_rr(ROFF_ARGS);

static void roff_setregn(struct roff *, const char *,

size_t, int, char, int);

static void roff_setstr(struct roff *,

const char *, const char *, int);

static void roff_setstrn(struct roffkv **, const char *,

Line 206 static void roff_setstrn(struct roffkv **, const cha

Line 218 static void roff_setstrn(struct roffkv **, const cha

static enum rofferr roff_so(ROFF_ARGS);

static enum rofferr roff_tr(ROFF_ARGS);

static enum rofferr roff_Dd(ROFF_ARGS);

static enum rofferr roff_TH(ROFF_ARGS);

static enum rofferr roff_TE(ROFF_ARGS);

static enum rofferr roff_TS(ROFF_ARGS);

static enum rofferr roff_EQ(ROFF_ARGS);

Line 222 static enum rofferr roff_userdef(ROFF_ARGS);

Line 233 static enum rofferr roff_userdef(ROFF_ARGS);

const char *__roff_name[MAN_MAX + 1] = {

"br", "ce", "ft", "ll",

"mc", "sp", "ta", "ti",

"mc", "po", "rj", "sp",

NULL,

"ta", "ti", NULL,

"ab", "ad", "af", "aln",

"als", "am", "am1", "ami",

"ami1", "as", "as1", "asciify",

Line 264 const char *__roff_name[MAN_MAX + 1] = {

Line 275 const char *__roff_name[MAN_MAX + 1] = {

"open", "opena", "os", "output",

"padj", "papersize", "pc", "pev",

"pi", "PI", "pl", "pm",

"pn", "pnr", "po", "ps",

"pn", "pnr", "ps",

"psbb", "pshape", "pso", "ptr",

"pvs", "rchar", "rd", "recursionlimit",

"return", "rfschar", "rhang", "rj",

"return", "rfschar", "rhang",

"rm", "rn", "rnn", "rr",

"rs", "rt", "schar", "sentchar",

"shc", "shift", "sizes", "so",

Line 324 const char *__roff_name[MAN_MAX + 1] = {

Line 335 const char *__roff_name[MAN_MAX + 1] = {

"RE", "RS", "DT", "UC",

"PD", "AT", "in",

"OP", "EX", "EE", "UR",

"UE", NULL

"UE", "MT", "ME", NULL

};

const char *const *roff_name = __roff_name;

Line 334 static struct roffmac roffs[TOKEN_NONE] = {

Line 345 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_onearg, NULL, NULL, 0 }, /* ft */

{ roff_onearg, NULL, NULL, 0 }, /* ll */

{ roff_onearg, NULL, NULL, 0 }, /* mc */

{ roff_onearg, NULL, NULL, 0 }, /* po */

{ roff_onearg, NULL, NULL, 0 }, /* rj */

{ roff_onearg, NULL, NULL, 0 }, /* sp */

{ roff_manyarg, NULL, NULL, 0 }, /* ta */

{ roff_onearg, NULL, NULL, 0 }, /* ti */

Line 342 static struct roffmac roffs[TOKEN_NONE] = {

Line 355 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_line_ignore, NULL, NULL, 0 }, /* ad */

{ roff_line_ignore, NULL, NULL, 0 }, /* af */

{ roff_unsupp, NULL, NULL, 0 }, /* aln */

{ roff_unsupp, NULL, NULL, 0 }, /* als */

{ roff_als, NULL, NULL, 0 }, /* als */

{ roff_block, roff_block_text, roff_block_sub, 0 }, /* am */

{ roff_block, roff_block_text, roff_block_sub, 0 }, /* am1 */

{ roff_block, roff_block_text, roff_block_sub, 0 }, /* ami */

Line 478 static struct roffmac roffs[TOKEN_NONE] = {

Line 491 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_line_ignore, NULL, NULL, 0 }, /* nhychar */

{ roff_unsupp, NULL, NULL, 0 }, /* nm */

{ roff_unsupp, NULL, NULL, 0 }, /* nn */

{ roff_unsupp, NULL, NULL, 0 }, /* nop */

{ roff_nop, NULL, NULL, 0 }, /* nop */

{ roff_nr, NULL, NULL, 0 }, /* nr */

{ roff_unsupp, NULL, NULL, 0 }, /* nrf */

{ roff_line_ignore, NULL, NULL, 0 }, /* nroff */

Line 498 static struct roffmac roffs[TOKEN_NONE] = {

Line 511 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_line_ignore, NULL, NULL, 0 }, /* pm */

{ roff_line_ignore, NULL, NULL, 0 }, /* pn */

{ roff_line_ignore, NULL, NULL, 0 }, /* pnr */

{ roff_line_ignore, NULL, NULL, 0 }, /* po */

{ roff_line_ignore, NULL, NULL, 0 }, /* ps */

{ roff_unsupp, NULL, NULL, 0 }, /* psbb */

{ roff_unsupp, NULL, NULL, 0 }, /* pshape */

Line 511 static struct roffmac roffs[TOKEN_NONE] = {

Line 523 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_unsupp, NULL, NULL, 0 }, /* return */

{ roff_unsupp, NULL, NULL, 0 }, /* rfschar */

{ roff_line_ignore, NULL, NULL, 0 }, /* rhang */

{ roff_line_ignore, NULL, NULL, 0 }, /* rj */

{ roff_rm, NULL, NULL, 0 }, /* rm */

{ roff_rn, NULL, NULL, 0 }, /* rn */

{ roff_unsupp, NULL, NULL, 0 }, /* rnn */

Line 535 static struct roffmac roffs[TOKEN_NONE] = {

Line 546 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_T_, NULL, NULL, 0 }, /* T& */

{ roff_unsupp, NULL, NULL, 0 }, /* tc */

{ roff_TE, NULL, NULL, 0 }, /* TE */

{ roff_TH, NULL, NULL, 0 }, /* TH */

{ roff_Dd, NULL, NULL, 0 }, /* TH */

{ roff_line_ignore, NULL, NULL, 0 }, /* tkf */

{ roff_unsupp, NULL, NULL, 0 }, /* tl */

{ roff_line_ignore, NULL, NULL, 0 }, /* tm */

Line 573 static struct roffmac roffs[TOKEN_NONE] = {

Line 584 static struct roffmac roffs[TOKEN_NONE] = {

{ roff_userdef, NULL, NULL, 0 }

};

/* not currently implemented: Ds em Eq LP Me PP pp Or Rd Sf SH */

const char *const __mdoc_reserved[] = {

"Ac", "Ad", "An", "Ao", "Ap", "Aq", "Ar", "At",

"Bc", "Bd", "Bf", "Bk", "Bl", "Bo", "Bq",

"Brc", "Bro", "Brq", "Bsx", "Bt", "Bx",

"Cd", "Cm", "Db", "Dc", "Dd", "Dl", "Do", "Dq",

"Dt", "Dv", "Dx", "D1",

"Ec", "Ed", "Ef", "Ek", "El", "Em",

"En", "Eo", "Er", "Es", "Ev", "Ex",

"Fa", "Fc", "Fd", "Fl", "Fn", "Fo", "Fr", "Ft", "Fx",

"Hf", "Ic", "In", "It", "Lb", "Li", "Lk", "Lp",

"Ms", "Mt", "Nd", "Nm", "No", "Ns", "Nx",

"Oc", "Oo", "Op", "Os", "Ot", "Ox",

"Pa", "Pc", "Pf", "Po", "Pp", "Pq",

"Qc", "Ql", "Qo", "Qq", "Re", "Rs", "Rv",

"Sc", "Sh", "Sm", "So", "Sq",

"Ss", "St", "Sx", "Sy",

"Ta", "Tn", "Ud", "Ux", "Va", "Vt", "Xc", "Xo", "Xr",

"%A", "%B", "%C", "%D", "%I", "%J", "%N", "%O",

"%P", "%Q", "%R", "%T", "%U", "%V",

NULL

};

/* not currently implemented: BT DE DS ME MT PT SY TQ YS */

const char *const __man_reserved[] = {

"AT", "B", "BI", "BR", "DT",

"EE", "EN", "EQ", "EX", "HP", "I", "IB", "IP", "IR",

"LP", "OP", "P", "PD", "PP",

"R", "RB", "RE", "RI", "RS", "SB", "SH", "SM", "SS",

"TE", "TH", "TP", "TS", "T&", "UC", "UE", "UR",

NULL

};

/* Array of injected predefined strings. */

#define PREDEFS_MAX 38

static const struct predef predefs[PREDEFS_MAX] = {

Line 722 static void

Line 700 static void

roff_free1(struct roff *r)

{

struct tbl_node *tbl;

struct eqn_node *e;

int i;

while (NULL != (tbl = r->first_tbl)) {

Line 731 roff_free1(struct roff *r)

Line 708 roff_free1(struct roff *r)

}

r->first_tbl = r->last_tbl = r->tbl = NULL;

while (NULL != (e = r->first_eqn)) {

if (r->last_eqn != NULL)

r->first_eqn = e->next;

eqn_free(r->last_eqn);

eqn_free(e);

r->last_eqn = r->eqn = NULL;

}

r->first_eqn = r->last_eqn = r->eqn = NULL;

while (r->last)

roffnode_pop(r);

Line 788 roff_alloc(struct mparse *parse, int options)

Line 763 roff_alloc(struct mparse *parse, int options)

r = mandoc_calloc(1, sizeof(struct roff));

r->parse = parse;

r->reqtab = roffhash_alloc(0, ROFF_USERDEF);

r->reqtab = roffhash_alloc(0, ROFF_RENAMED);

r->options = options;

r->format = options & (MPARSE_MDOC | MPARSE_MAN);

r->rstackpos = -1;

Line 846 roff_man_free(struct roff_man *man)

Line 821 roff_man_free(struct roff_man *man)

struct roff_man *

roff_man_alloc(struct roff *roff, struct mparse *parse,

const char *defos, int quick)

const char *os_s, int quick)

{

struct roff_man *man;

man = mandoc_calloc(1, sizeof(*man));

man->parse = parse;

man->roff = roff;

man->defos = defos;

man->os_s = os_s;

man->quick = quick;

roff_man_alloc1(man);

roff->man = man;

Line 1010 roff_body_alloc(struct roff_man *man, int line, int po

Line 985 roff_body_alloc(struct roff_man *man, int line, int po

return n;

}

void

static void

roff_addeqn(struct roff_man *man, const struct eqn *eqn)

roff_addtbl(struct roff_man *man, struct tbl_node *tbl)

{

struct roff_node *n;

const struct tbl_span *span;

n = roff_node_alloc(man, eqn->ln, eqn->pos, ROFFT_EQN, TOKEN_NONE);

n->eqn = eqn;

if (eqn->ln > man->last->line)

n->flags |= NODE_LINE;

roff_node_append(man, n);

man->next = ROFF_NEXT_SIBLING;

}

void

roff_addtbl(struct roff_man *man, const struct tbl_span *tbl)

{

struct roff_node *n;

if (man->macroset == MACROSET_MAN)

man_breakscope(man, ROFF_TS);

n = roff_node_alloc(man, tbl->line, 0, ROFFT_TBL, TOKEN_NONE);

while ((span = tbl_span(tbl)) != NULL) {

n->span = tbl;

n = roff_node_alloc(man, tbl->line, 0, ROFFT_TBL, TOKEN_NONE);

roff_node_append(man, n);

n->span = span;

n->flags |= NODE_VALID | NODE_ENDED;

roff_node_append(man, n);

man->next = ROFF_NEXT_SIBLING;

n->flags |= NODE_VALID | NODE_ENDED;

man->next = ROFF_NEXT_SIBLING;

}

void

Line 1082 roff_node_free(struct roff_node *n)

Line 1047 roff_node_free(struct roff_node *n)

mdoc_argv_free(n->args);

if (n->type == ROFFT_BLOCK || n->type == ROFFT_ELEM)

free(n->norm);

if (n->eqn != NULL)

eqn_box_free(n->eqn);

free(n->string);

free(n);

}

Line 1156 static enum rofferr

Line 1123 static enum rofferr

roff_res(struct roff *r, struct buf *buf, int ln, int pos)

{

char ubuf[24]; /* buffer to print the number */

struct roff_node *n; /* used for header comments */

const char *start; /* start of the string to process */

char *stesc; /* start of an escape sequence ('\\') */

char *ep; /* end of comment string */

const char *stnam; /* start of the name, after "[(*" */

const char *cp; /* end of the name, e.g. before ']' */

const char *res; /* the string to be substituted */

Line 1170 roff_res(struct roff *r, struct buf *buf, int ln, int

Line 1139 roff_res(struct roff *r, struct buf *buf, int ln, int

int npos; /* position in numeric expression */

int arg_complete; /* argument not interrupted by eol */

int done; /* no more input available */

int deftype; /* type of definition to paste */

int rcsid; /* kind of RCS id seen */

char sign; /* increment number register */

char term; /* character terminating the escape */

/* Search forward for comments. */

Line 1182 roff_res(struct roff *r, struct buf *buf, int ln, int

Line 1154 roff_res(struct roff *r, struct buf *buf, int ln, int

stesc++;

if (*stesc != '"' && *stesc != '#')

continue;

cp = strchr(stesc--, '\0') - 1;

if (*cp == '\n') {

/* Comment found, look for RCS id. */

rcsid = 0;

if ((cp = strstr(stesc, "$" "OpenBSD")) != NULL) {

rcsid = 1 << MANDOC_OS_OPENBSD;

cp += 8;

} else if ((cp = strstr(stesc, "$" "NetBSD")) != NULL) {

rcsid = 1 << MANDOC_OS_NETBSD;

cp += 7;

}

if (cp != NULL &&

isalnum((unsigned char)*cp) == 0 &&

strchr(cp, '$') != NULL) {

if (r->man->meta.rcsids & rcsid)

mandoc_msg(MANDOCERR_RCS_REP, r->parse,

ln, stesc + 1 - buf->buf, stesc + 1);

r->man->meta.rcsids |= rcsid;

}

/* Handle trailing whitespace. */

ep = strchr(stesc--, '\0') - 1;

if (*ep == '\n') {

done = 1;

cp--;

ep--;

}

if (*cp == ' ' || *cp == '\t')

if (*ep == ' ' || *ep == '\t')

mandoc_msg(MANDOCERR_SPACE_EOL, r->parse,

ln, cp - buf->buf, NULL);

ln, ep - buf->buf, NULL);

* Save comments preceding the title macro

* in the syntax tree.

if (r->format == 0) {

while (*ep == ' ' || *ep == '\t')

ep--;

ep[1] = '\0';

n = roff_node_alloc(r->man,

ln, stesc + 1 - buf->buf,

ROFFT_COMMENT, TOKEN_NONE);

n->string = mandoc_strdup(stesc + 2);

roff_node_append(r->man, n);

n->flags |= NODE_VALID | NODE_ENDED;

r->man->next = ROFF_NEXT_SIBLING;

}

/* Discard comments. */

while (stesc > start && stesc[-1] == ' ')

stesc--;

*stesc = '\0';

Line 1258 roff_res(struct roff *r, struct buf *buf, int ln, int

Line 1273 roff_res(struct roff *r, struct buf *buf, int ln, int

term = cp[1];

/* FALLTHROUGH */

case 'n':

sign = cp[1];

if (sign == '+' || sign == '-')

cp++;

res = ubuf;

break;

default:

Line 1346 roff_res(struct roff *r, struct buf *buf, int ln, int

Line 1364 roff_res(struct roff *r, struct buf *buf, int ln, int

switch (stesc[1]) {

case '*':

if (arg_complete)

if (arg_complete) {

res = roff_getstrn(r, stnam, naml);

deftype = ROFFDEF_USER | ROFFDEF_PRE;

res = roff_getstrn(r, stnam, naml, &deftype);

}

break;

case 'B':

npos = 0;

Line 1360 roff_res(struct roff *r, struct buf *buf, int ln, int

Line 1380 roff_res(struct roff *r, struct buf *buf, int ln, int

case 'n':

if (arg_complete)

(void)snprintf(ubuf, sizeof(ubuf), "%d",

roff_getregn(r, stnam, naml));

roff_getregn(r, stnam, naml, sign));

else

ubuf[0] = '\0';

break;

Line 1514 roff_parseln(struct roff *r, int ln, struct buf *buf,

Line 1534 roff_parseln(struct roff *r, int ln, struct buf *buf,

return e;

assert(e == ROFF_CONT);

}

if (r->eqn != NULL)

if (r->eqn != NULL && strncmp(buf->buf + ppos, ".EN", 3)) {

return eqn_read(&r->eqn, ln, buf->buf, ppos, offs);

eqn_read(r->eqn, buf->buf + ppos);

if (r->tbl != NULL && ( ! ctl || buf->buf[pos] == '\0'))

return ROFF_IGN;

return tbl_read(r->tbl, ln, buf->buf, ppos);

}

if (r->tbl != NULL && (ctl == 0 || buf->buf[pos] == '\0')) {

tbl_read(r->tbl, ln, buf->buf, ppos);

roff_addtbl(r->man, r->tbl);

return ROFF_IGN;

}

if ( ! ctl)

return roff_parsetext(r, buf, pos, offs);

Line 1549 roff_parseln(struct roff *r, int ln, struct buf *buf,

Line 1574 roff_parseln(struct roff *r, int ln, struct buf *buf,

/* Tables ignore most macros. */

if (r->tbl != NULL && (t == TOKEN_NONE || t == ROFF_TS ||

t == ROFF_br || t == ROFF_ce || t == ROFF_sp)) {

t == ROFF_br || t == ROFF_ce || t == ROFF_rj || t == ROFF_sp)) {

mandoc_msg(MANDOCERR_TBLMACRO, r->parse,

ln, pos, buf->buf + spos);

if (t != TOKEN_NONE)

Line 1558 roff_parseln(struct roff *r, int ln, struct buf *buf,

Line 1583 roff_parseln(struct roff *r, int ln, struct buf *buf,

pos++;

while (buf->buf[pos] == ' ')

pos++;

return tbl_read(r->tbl, ln, buf->buf, pos);

tbl_read(r->tbl, ln, buf->buf, pos);

roff_addtbl(r->man, r->tbl);

return ROFF_IGN;

}

/* For now, let high level macros abort .ce mode. */

if (ctl && roffce_node != NULL &&

(t == TOKEN_NONE || t == ROFF_EQ || t == ROFF_TS)) {

(t == TOKEN_NONE || t == ROFF_Dd || t == ROFF_EQ ||

t == ROFF_TH || t == ROFF_TS)) {

r->man->last = roffce_node;

r->man->next = ROFF_NEXT_SIBLING;

roffce_lines = 0;

Line 1587 roff_parseln(struct roff *r, int ln, struct buf *buf,

Line 1615 roff_parseln(struct roff *r, int ln, struct buf *buf,

void

roff_endparse(struct roff *r)

{

if (r->last != NULL)

if (r->last)

mandoc_msg(MANDOCERR_BLK_NOEND, r->parse,

r->last->line, r->last->col,

roff_name[r->last->tok]);

if (r->eqn) {

if (r->eqn != NULL) {

mandoc_msg(MANDOCERR_BLK_NOEND, r->parse,

r->eqn->eqn.ln, r->eqn->eqn.pos, "EQ");

r->eqn->node->line, r->eqn->node->pos, "EQ");

eqn_end(&r->eqn);

eqn_parse(r->eqn);

r->eqn = NULL;

}

if (r->tbl) {

if (r->tbl != NULL) {

mandoc_msg(MANDOCERR_BLK_NOEND, r->parse,

r->tbl->line, r->tbl->pos, "TS");

tbl_end(&r->tbl);

tbl_end(r->tbl);

r->tbl = NULL;

}

Line 1616 roff_parse(struct roff *r, char *buf, int *pos, int ln

Line 1645 roff_parse(struct roff *r, char *buf, int *pos, int ln

char *cp;

const char *mac;

size_t maclen;

int deftype;

enum roff_tok t;

cp = buf + *pos;

Line 1626 roff_parse(struct roff *r, char *buf, int *pos, int ln

Line 1656 roff_parse(struct roff *r, char *buf, int *pos, int ln

mac = cp;

maclen = roff_getname(r, &cp, ln, ppos);

t = (r->current_string = roff_getstrn(r, mac, maclen)) ?

deftype = ROFFDEF_USER | ROFFDEF_REN;

ROFF_USERDEF :

r->current_string = roff_getstrn(r, mac, maclen, &deftype);

(r->current_string = roff_getrenn(r, mac, maclen)) ?

switch (deftype) {

ROFF_RENAMED : roffhash_find(r->reqtab, mac, maclen);

case ROFFDEF_USER:

t = ROFF_USERDEF;

break;

case ROFFDEF_REN:

t = ROFF_RENAMED;

break;

default:

t = roffhash_find(r->reqtab, mac, maclen);

break;

}

if (t != TOKEN_NONE)

*pos = cp - buf;

else if (deftype == ROFFDEF_UNDEF) {

/* Using an undefined macro defines it to be empty. */

roff_setstrn(&r->strtab, mac, maclen, "", 0, 0);

roff_setstrn(&r->rentab, mac, maclen, NULL, 0, 0);

}

return t;

}

Line 1725 roff_ccond(struct roff *r, int ln, int ppos)

Line 1767 roff_ccond(struct roff *r, int ln, int ppos)

static enum rofferr

roff_block(ROFF_ARGS)

{

const char *name;

const char *name, *value;

char *iname, *cp;

char *call, *cp, *iname, *rname;

size_t namesz;

size_t csz, namesz, rsz;

int deftype;

/* Ignore groff compatibility mode for now. */

Line 1755 roff_block(ROFF_ARGS)

Line 1798 roff_block(ROFF_ARGS)

/* Resolve the macro name argument if it is indirect. */

if (namesz && (tok == ROFF_dei || tok == ROFF_ami)) {

if ((name = roff_getstrn(r, iname, namesz)) == NULL) {

deftype = ROFFDEF_USER;

name = roff_getstrn(r, iname, namesz, &deftype);

if (name == NULL) {

mandoc_vmsg(MANDOCERR_STR_UNDEF,

r->parse, ln, (int)(iname - buf->buf),

"%.*s", (int)namesz, iname);

Line 1779 roff_block(ROFF_ARGS)

Line 1824 roff_block(ROFF_ARGS)

* appended from roff_block_text() in multiline mode.

if (tok == ROFF_de || tok == ROFF_dei)

if (tok == ROFF_de || tok == ROFF_dei) {

roff_setstrn(&r->strtab, name, namesz, "", 0, 0);

roff_setstrn(&r->rentab, name, namesz, NULL, 0, 0);

} else if (tok == ROFF_am || tok == ROFF_ami) {

deftype = ROFFDEF_ANY;

value = roff_getstrn(r, iname, namesz, &deftype);

switch (deftype) { /* Before appending, ... */

case ROFFDEF_PRE: /* copy predefined to user-defined. */

roff_setstrn(&r->strtab, name, namesz,

value, strlen(value), 0);

break;

case ROFFDEF_REN: /* call original standard macro. */

csz = mandoc_asprintf(&call, ".%.*s \\$* \\\"\n",

(int)strlen(value), value);

roff_setstrn(&r->strtab, name, namesz, call, csz, 0);

roff_setstrn(&r->rentab, name, namesz, NULL, 0, 0);

free(call);

break;

case ROFFDEF_STD: /* rename and call standard macro. */

rsz = mandoc_asprintf(&rname, "__%s_renamed", name);

roff_setstrn(&r->rentab, rname, rsz, name, namesz, 0);

csz = mandoc_asprintf(&call, ".%.*s \\$* \\\"\n",

(int)rsz, rname);

roff_setstrn(&r->strtab, name, namesz, call, csz, 0);

free(call);

free(rname);

break;

default:

break;

}

if (*cp == '\0')

return ROFF_IGN;

Line 1793 roff_block(ROFF_ARGS)

Line 1867 roff_block(ROFF_ARGS)

/* Resolve the end marker if it is indirect. */

if (namesz && (tok == ROFF_dei || tok == ROFF_ami)) {

if ((name = roff_getstrn(r, iname, namesz)) == NULL) {

deftype = ROFFDEF_USER;

name = roff_getstrn(r, iname, namesz, &deftype);

if (name == NULL) {

mandoc_vmsg(MANDOCERR_STR_UNDEF,

r->parse, ln, (int)(iname - buf->buf),

"%.*s", (int)namesz, iname);

Line 1886 roff_cond_sub(ROFF_ARGS)

Line 1962 roff_cond_sub(ROFF_ARGS)

rr = r->last->rule;

roffnode_cleanscope(r);

t = roff_parse(r, buf->buf, &pos, ln, ppos);

* Fully handle known macros when they are structurally

* required or when the conditional evaluated to true.

if (t != TOKEN_NONE && (rr || roffs[t].flags & ROFFMAC_STRUCT))

return (*roffs[t].proc)(r, t, buf, ln, ppos, pos, offs);

* If `\}' occurs on a macro line without a preceding macro,

* drop the line completely.

Line 1908 roff_cond_sub(ROFF_ARGS)

Line 1975 roff_cond_sub(ROFF_ARGS)

/* Always check for the closing delimiter `\}'. */

while ((ep = strchr(ep, '\\')) != NULL) {

if (*(++ep) == '}') {

switch (ep[1]) {

*ep = '&';

case '}':

roff_ccond(r, ln, ep - buf->buf - 1);

memmove(ep, ep + 2, strlen(ep + 2) + 1);

}

roff_ccond(r, ln, ep - buf->buf);

if (*ep != '\0')

break;

case '\0':

++ep;

break;

default:

ep += 2;

break;

}

return rr ? ROFF_CONT : ROFF_IGN;

* Fully handle known macros when they are structurally

* required or when the conditional evaluated to true.

t = roff_parse(r, buf->buf, &pos, ln, ppos);

return t != TOKEN_NONE && (rr || roffs[t].flags & ROFFMAC_STRUCT)

? (*roffs[t].proc)(r, t, buf, ln, ppos, pos, offs) : rr

? ROFF_CONT : ROFF_IGN;

}

static enum rofferr

Line 2065 roff_evalcond(struct roff *r, int ln, char *v, int *po

Line 2147 roff_evalcond(struct roff *r, int ln, char *v, int *po

{

char *cp, *name;

size_t sz;

int number, savepos, wanttrue;

int deftype, number, savepos, istrue, wanttrue;

if ('!' == v[*pos]) {

wanttrue = 0;

Line 2081 roff_evalcond(struct roff *r, int ln, char *v, int *po

Line 2163 roff_evalcond(struct roff *r, int ln, char *v, int *po

(*pos)++;

return wanttrue;

case 'c':

case 'd':

case 'e':

case 't':

case 'v':

(*pos)++;

return !wanttrue;

case 'd':

case 'r':

cp = name = v + ++*pos;

cp = v + *pos + 1;

sz = roff_getname(r, &cp, ln, *pos);

while (*cp == ' ')

cp++;

name = cp;

sz = roff_getname(r, &cp, ln, cp - v);

if (sz == 0)

istrue = 0;

else if (v[*pos] == 'r')

istrue = roff_hasregn(r, name, sz);

else {

deftype = ROFFDEF_ANY;

roff_getstrn(r, name, sz, &deftype);

istrue = !!deftype;

}

*pos = cp - v;

return (sz && roff_hasregn(r, name, sz)) == wanttrue;

return istrue == wanttrue;

default:

break;

}

Line 2243 roff_ds(ROFF_ARGS)

Line 2337 roff_ds(ROFF_ARGS)

/* The rest is the value. */

roff_setstrn(&r->strtab, name, namesz, string, strlen(string),

ROFF_as == tok);

roff_setstrn(&r->rentab, name, namesz, NULL, 0, 0);

return ROFF_IGN;

}

Line 2457 roff_evalnum(struct roff *r, int ln, const char *v,

Line 2552 roff_evalnum(struct roff *r, int ln, const char *v,

void

roff_setreg(struct roff *r, const char *name, int val, char sign)

{

roff_setregn(r, name, strlen(name), val, sign, INT_MIN);

}

static void

roff_setregn(struct roff *r, const char *name, size_t len,

int val, char sign, int step)

{

struct roffreg *reg;

/* Search for an existing register with the same name. */

reg = r->regtab;

while (reg && strcmp(name, reg->key.p))

while (reg != NULL && (reg->key.sz != len ||

strncmp(reg->key.p, name, len) != 0))

reg = reg->next;

if (NULL == reg) {

/* Create a new register. */

reg = mandoc_malloc(sizeof(struct roffreg));

reg->key.p = mandoc_strdup(name);

reg->key.p = mandoc_strndup(name, len);

reg->key.sz = strlen(name);

reg->key.sz = len;

reg->val = 0;

reg->step = 0;

reg->next = r->regtab;

r->regtab = reg;

}

Line 2481 roff_setreg(struct roff *r, const char *name, int val,

Line 2585 roff_setreg(struct roff *r, const char *name, int val,

reg->val -= val;

else

reg->val = val;

if (step != INT_MIN)

reg->step = step;

}

Line 2514 roff_getregro(const struct roff *r, const char *name)

Line 2620 roff_getregro(const struct roff *r, const char *name)

}

int

roff_getreg(const struct roff *r, const char *name)

roff_getreg(struct roff *r, const char *name)

{

struct roffreg *reg;

return roff_getregn(r, name, strlen(name), '\0');

int val;

if ('.' == name[0] && '\0' != name[1] && '\0' == name[2]) {

val = roff_getregro(r, name + 1);

if (-1 != val)

return val;

}

for (reg = r->regtab; reg; reg = reg->next)

if (0 == strcmp(name, reg->key.p))

return reg->val;

return 0;

}

static int

roff_getregn(const struct roff *r, const char *name, size_t len)

roff_getregn(struct roff *r, const char *name, size_t len, char sign)

{

struct roffreg *reg;

int val;

Line 2544 roff_getregn(const struct roff *r, const char *name, s

Line 2637 roff_getregn(const struct roff *r, const char *name, s

return val;

}

for (reg = r->regtab; reg; reg = reg->next)

for (reg = r->regtab; reg; reg = reg->next) {

if (len == reg->key.sz &&

0 == strncmp(name, reg->key.p, len))

0 == strncmp(name, reg->key.p, len)) {

switch (sign) {

case '+':

reg->val += reg->step;

break;

case '-':

reg->val -= reg->step;

break;

default:

break;

}

return reg->val;

}

roff_setregn(r, name, len, 0, '\0', INT_MIN);

return 0;

}

Line 2588 roff_freereg(struct roffreg *reg)

Line 2694 roff_freereg(struct roffreg *reg)

static enum rofferr

roff_nr(ROFF_ARGS)

{

char *key, *val;

char *key, *val, *step;

size_t keysz;

int iv;

int iv, is, len;

char sign;

key = val = buf->buf + pos;

Line 2600 roff_nr(ROFF_ARGS)

Line 2706 roff_nr(ROFF_ARGS)

keysz = roff_getname(r, &val, ln, pos);

if (key[keysz] == '\\')

return ROFF_IGN;

key[keysz] = '\0';

sign = *val;

if (sign == '+' || sign == '-')

val++;

if (roff_evalnum(r, ln, val, NULL, &iv, ROFFNUM_SCALE))

len = 0;

roff_setreg(r, key, iv, sign);

if (roff_evalnum(r, ln, val, &len, &iv, ROFFNUM_SCALE) == 0)

return ROFF_IGN;

step = val + len;

while (isspace((unsigned char)*step))

step++;

if (roff_evalnum(r, ln, step, NULL, &is, 0) == 0)

is = INT_MIN;

roff_setregn(r, key, keysz, iv, sign, is);

return ROFF_IGN;

}

Line 2654 roff_rm(ROFF_ARGS)

Line 2767 roff_rm(ROFF_ARGS)

name = cp;

namesz = roff_getname(r, &cp, ln, (int)(cp - buf->buf));

roff_setstrn(&r->strtab, name, namesz, NULL, 0, 0);

roff_setstrn(&r->rentab, name, namesz, NULL, 0, 0);

if (name[namesz] == '\\')

break;

}

Line 2692 roff_it(ROFF_ARGS)

Line 2806 roff_it(ROFF_ARGS)

static enum rofferr

roff_Dd(ROFF_ARGS)

{

const char *const *cp;

int mask;

enum roff_tok t, te;

if ((r->options & (MPARSE_MDOC | MPARSE_QUICK)) == 0)

switch (tok) {

for (cp = __mdoc_reserved; *cp; cp++)

case ROFF_Dd:

roff_setstr(r, *cp, NULL, 0);

tok = MDOC_Dd;

te = MDOC_MAX;

if (r->format == 0)

r->format = MPARSE_MDOC;

mask = MPARSE_MDOC | MPARSE_QUICK;

break;

case ROFF_TH:

tok = MAN_TH;

te = MAN_MAX;

if (r->format == 0)

r->format = MPARSE_MAN;

mask = MPARSE_QUICK;

break;

default:

abort();

}

if ((r->options & mask) == 0)

for (t = tok; t < te; t++)

roff_setstr(r, roff_name[t], NULL, 0);

return ROFF_CONT;

}

static enum rofferr

roff_TH(ROFF_ARGS)

{

const char *const *cp;

if ((r->options & MPARSE_QUICK) == 0)

for (cp = __man_reserved; *cp; cp++)

roff_setstr(r, *cp, NULL, 0);

if (r->format == 0)

r->format = MPARSE_MAN;

return ROFF_CONT;

}

static enum rofferr

roff_TE(ROFF_ARGS)

{

if (r->tbl == NULL) {

if (NULL == r->tbl)

mandoc_msg(MANDOCERR_BLK_NOTOPEN, r->parse,

ln, ppos, "TE");

else if ( ! tbl_end(&r->tbl)) {

return ROFF_IGN;

}

if (tbl_end(r->tbl) == 0) {

r->tbl = NULL;

free(buf->buf);

buf->buf = mandoc_strdup(".sp");

buf->sz = 4;

*offs = 0;

return ROFF_REPARSE;

}

r->tbl = NULL;

return ROFF_IGN;

}

Line 2817 roff_eqndelim(struct roff *r, struct buf *buf, int pos

Line 2935 roff_eqndelim(struct roff *r, struct buf *buf, int pos

static enum rofferr

roff_EQ(ROFF_ARGS)

{

struct eqn_node *e;

struct roff_node *n;

if (r->man->macroset == MACROSET_MAN)

man_breakscope(r->man, ROFF_EQ);

n = roff_node_alloc(r->man, ln, ppos, ROFFT_EQN, TOKEN_NONE);

if (ln > r->man->last->line)

n->flags |= NODE_LINE;

n->eqn = mandoc_calloc(1, sizeof(*n->eqn));

n->eqn->expectargs = UINT_MAX;

roff_node_append(r->man, n);

r->man->next = ROFF_NEXT_SIBLING;

assert(r->eqn == NULL);

e = eqn_alloc(ppos, ln, r->parse);

if (r->last_eqn == NULL)

r->last_eqn = eqn_alloc(r->parse);

else

eqn_reset(r->last_eqn);

r->eqn = r->last_eqn;

r->eqn->node = n;

if (r->last_eqn) {

r->last_eqn->next = e;

e->delim = r->last_eqn->delim;

e->odelim = r->last_eqn->odelim;

e->cdelim = r->last_eqn->cdelim;

} else

r->first_eqn = r->last_eqn = e;

r->eqn = r->last_eqn = e;

if (buf->buf[pos] != '\0')

mandoc_vmsg(MANDOCERR_ARG_SKIP, r->parse, ln, pos,

".EQ %s", buf->buf + pos);

Line 2842 roff_EQ(ROFF_ARGS)

Line 2965 roff_EQ(ROFF_ARGS)

static enum rofferr

roff_EN(ROFF_ARGS)

{

if (r->eqn != NULL) {

mandoc_msg(MANDOCERR_BLK_NOTOPEN, r->parse, ln, ppos, "EN");

eqn_parse(r->eqn);

r->eqn = NULL;

} else

mandoc_msg(MANDOCERR_BLK_NOTOPEN, r->parse, ln, ppos, "EN");

if (buf->buf[pos] != '\0')

mandoc_vmsg(MANDOCERR_ARG_SKIP, r->parse, ln, pos,

"EN %s", buf->buf + pos);

return ROFF_IGN;

}

static enum rofferr

roff_TS(ROFF_ARGS)

{

struct tbl_node *tbl;

if (r->tbl != NULL) {

if (r->tbl) {

mandoc_msg(MANDOCERR_BLK_BROKEN, r->parse,

ln, ppos, "TS breaks TS");

tbl_end(&r->tbl);

tbl_end(r->tbl);

}

r->tbl = tbl_alloc(ppos, ln, r->parse);

tbl = tbl_alloc(ppos, ln, r->parse);

if (r->last_tbl)

r->last_tbl->next = tbl;

r->last_tbl->next = r->tbl;

else

r->first_tbl = r->last_tbl = tbl;

r->first_tbl = r->tbl;

r->last_tbl = r->tbl;

r->tbl = r->last_tbl = tbl;

return ROFF_IGN;

}

Line 2877 roff_onearg(ROFF_ARGS)

Line 3001 roff_onearg(ROFF_ARGS)

int npos;

if (r->man->flags & (MAN_BLINE | MAN_ELINE) &&

(tok == ROFF_sp || tok == ROFF_ti))

(tok == ROFF_ce || tok == ROFF_rj || tok == ROFF_sp ||

tok == ROFF_ti))

man_breakscope(r->man, tok);

if (tok == ROFF_ce && roffce_node != NULL) {

if (roffce_node != NULL && (tok == ROFF_ce || tok == ROFF_rj)) {

r->man->last = roffce_node;

r->man->next = ROFF_NEXT_SIBLING;

}

Line 2901 roff_onearg(ROFF_ARGS)

Line 3026 roff_onearg(ROFF_ARGS)

roff_word_alloc(r->man, ln, pos, buf->buf + pos);

}

if (tok == ROFF_ce) {

if (tok == ROFF_ce || tok == ROFF_rj) {

if (r->man->last->tok == ROFF_ce) {

if (r->man->last->type == ROFFT_ELEM) {

roff_word_alloc(r->man, ln, pos, "1");

r->man->last->flags |= NODE_NOSRC;

}

Line 2952 roff_manyarg(ROFF_ARGS)

Line 3077 roff_manyarg(ROFF_ARGS)

}

static enum rofferr

roff_als(ROFF_ARGS)

{

char *oldn, *newn, *end, *value;

size_t oldsz, newsz, valsz;

newn = oldn = buf->buf + pos;

if (*newn == '\0')

return ROFF_IGN;

newsz = roff_getname(r, &oldn, ln, pos);

if (newn[newsz] == '\\' || *oldn == '\0')

return ROFF_IGN;

end = oldn;

oldsz = roff_getname(r, &end, ln, oldn - buf->buf);

if (oldsz == 0)

return ROFF_IGN;

valsz = mandoc_asprintf(&value, ".%.*s \\$*\\\"\n",

(int)oldsz, oldn);

roff_setstrn(&r->strtab, newn, newsz, value, valsz, 0);

roff_setstrn(&r->rentab, newn, newsz, NULL, 0, 0);

free(value);

return ROFF_IGN;

}

static enum rofferr

roff_br(ROFF_ARGS)

{

if (r->man->flags & (MAN_BLINE | MAN_ELINE))

Line 3010 roff_eo(ROFF_ARGS)

Line 3162 roff_eo(ROFF_ARGS)

}

static enum rofferr

roff_nop(ROFF_ARGS)

{

while (buf->buf[pos] == ' ')

pos++;

*offs = pos;

return ROFF_RERUN;

}

static enum rofferr

roff_tr(ROFF_ARGS)

{

const char *p, *first, *second;

Line 3077 roff_rn(ROFF_ARGS)

Line 3238 roff_rn(ROFF_ARGS)

const char *value;

char *oldn, *newn, *end;

size_t oldsz, newsz;

int deftype;

oldn = newn = buf->buf + pos;

if (*oldn == '\0')

Line 3091 roff_rn(ROFF_ARGS)

Line 3253 roff_rn(ROFF_ARGS)

if (newsz == 0)

return ROFF_IGN;

deftype = ROFFDEF_ANY;

* Rename a user-defined macro bearing the old name,

value = roff_getstrn(r, oldn, oldsz, &deftype);

* overriding an existing renamed high-level macro

switch (deftype) {

* bearing the new name, if that exists.

case ROFFDEF_USER:

if ((value = roff_getstrn(r, oldn, oldsz)) != NULL) {

roff_setstrn(&r->strtab, newn, newsz, value, strlen(value), 0);

roff_setstrn(&r->strtab, oldn, oldsz, NULL, 0, 0);

roff_setstrn(&r->rentab, newn, newsz, NULL, 0, 0);

return ROFF_IGN;

break;

}

case ROFFDEF_PRE:

roff_setstrn(&r->strtab, newn, newsz, value, strlen(value), 0);

roff_setstrn(&r->rentab, newn, newsz, NULL, 0, 0);

* Rename a high-level macro bearing the old name,

break;

* either renaming it a second time if it was already

case ROFFDEF_REN:

* renamed before, or renaming it for the first time.

* In both cases, override an existing user-defined

* macro bearing the new name, if that exists.

if ((value = roff_getrenn(r, oldn, oldsz)) != NULL) {

roff_setstrn(&r->rentab, newn, newsz, value, strlen(value), 0);

roff_setstrn(&r->rentab, oldn, oldsz, NULL, 0, 0);

} else

roff_setstrn(&r->strtab, newn, newsz, NULL, 0, 0);

break;

case ROFFDEF_STD:

roff_setstrn(&r->rentab, newn, newsz, oldn, oldsz, 0);

roff_setstrn(&r->strtab, newn, newsz, NULL, 0, 0);

break;

default:

roff_setstrn(&r->strtab, newn, newsz, NULL, 0, 0);

roff_setstrn(&r->rentab, newn, newsz, NULL, 0, 0);

break;

}

return ROFF_IGN;

}

Line 3156 roff_so(ROFF_ARGS)

Line 3317 roff_so(ROFF_ARGS)

static enum rofferr

roff_userdef(ROFF_ARGS)

{

const char *arg[9], *ap;

const char *arg[16], *ap;

char *cp, *n1, *n2;

int expand_count, i, ib, ie;

size_t asz, rsz;

Line 3168 roff_userdef(ROFF_ARGS)

Line 3329 roff_userdef(ROFF_ARGS)

r->argc = 0;

cp = buf->buf + pos;

for (i = 0; i < 9; i++) {

for (i = 0; i < 16; i++) {

if (*cp == '\0')

arg[i] = "";

else {

Line 3214 roff_userdef(ROFF_ARGS)

Line 3375 roff_userdef(ROFF_ARGS)

ln, (int)(cp - n1), NULL);

free(buf->buf);

buf->buf = n1;

*offs = 0;

return ROFF_IGN;

}

Line 3304 roff_renamed(ROFF_ARGS)

Line 3466 roff_renamed(ROFF_ARGS)

{

char *nbuf;

buf->sz = mandoc_asprintf(&nbuf, ".%s %s", r->current_string,

buf->sz = mandoc_asprintf(&nbuf, ".%s%s%s", r->current_string,

buf->buf + pos) + 1;

buf->buf[pos] == '\0' ? "" : " ", buf->buf + pos) + 1;

free(buf->buf);

buf->buf = nbuf;

*offs = 0;

return ROFF_CONT;

}

Line 3360 static void

Line 3523 static void

roff_setstr(struct roff *r, const char *name, const char *string,

int append)

{

size_t namesz;

roff_setstrn(&r->strtab, name, strlen(name), string,

namesz = strlen(name);

roff_setstrn(&r->strtab, name, namesz, string,

string ? strlen(string) : 0, append);

roff_setstrn(&r->rentab, name, namesz, NULL, 0, 0);

}

static void

Line 3438 roff_setstrn(struct roffkv **r, const char *name, size

Line 3604 roff_setstrn(struct roffkv **r, const char *name, size

}

static const char *

roff_getstrn(const struct roff *r, const char *name, size_t len)

roff_getstrn(struct roff *r, const char *name, size_t len,

int *deftype)

{

const struct roffkv *n;

int i;

int found, i;

enum roff_tok tok;

for (n = r->strtab; n; n = n->next)

found = 0;

if (0 == strncmp(name, n->key.p, len) &&

for (n = r->strtab; n != NULL; n = n->next) {

'\0' == n->key.p[(int)len])

if (strncmp(name, n->key.p, len) != 0 ||

n->key.p[len] != '\0' || n->val.p == NULL)

continue;

if (*deftype & ROFFDEF_USER) {

*deftype = ROFFDEF_USER;

return n->val.p;

} else {

for (i = 0; i < PREDEFS_MAX; i++)

found = 1;

if (0 == strncmp(name, predefs[i].name, len) &&

break;

'\0' == predefs[i].name[(int)len])

}

for (n = r->rentab; n != NULL; n = n->next) {

if (strncmp(name, n->key.p, len) != 0 ||

n->key.p[len] != '\0' || n->val.p == NULL)

continue;

if (*deftype & ROFFDEF_REN) {

*deftype = ROFFDEF_REN;

return n->val.p;

} else {

found = 1;

break;

}

for (i = 0; i < PREDEFS_MAX; i++) {

if (strncmp(name, predefs[i].name, len) != 0 ||

predefs[i].name[len] != '\0')

continue;

if (*deftype & ROFFDEF_PRE) {

*deftype = ROFFDEF_PRE;

return predefs[i].str;

} else {

found = 1;

break;

}

if (r->man->macroset != MACROSET_MAN) {

for (tok = MDOC_Dd; tok < MDOC_MAX; tok++) {

if (strncmp(name, roff_name[tok], len) != 0 ||

roff_name[tok][len] != '\0')

continue;

if (*deftype & ROFFDEF_STD) {

*deftype = ROFFDEF_STD;

return NULL;

} else {

found = 1;

break;

}

if (r->man->macroset != MACROSET_MDOC) {

for (tok = MAN_TH; tok < MAN_MAX; tok++) {

if (strncmp(name, roff_name[tok], len) != 0 ||

roff_name[tok][len] != '\0')

continue;

if (*deftype & ROFFDEF_STD) {

*deftype = ROFFDEF_STD;

return NULL;

} else {

found = 1;

break;

}

return NULL;

if (found == 0 && *deftype != ROFFDEF_ANY) {

}

if (*deftype & ROFFDEF_REN) {

* This might still be a request,

* so do not treat it as undefined yet.

*deftype = ROFFDEF_UNDEF;

return NULL;

}

/* Using an undefined string defines it to be empty. */

* Check whether *name is the renamed name of a high-level macro.

* Return the standard name, or NULL if it is not.

static const char *

roff_getrenn(const struct roff *r, const char *name, size_t len)

{

const struct roffkv *n;

for (n = r->rentab; n; n = n->next)

roff_setstrn(&r->strtab, name, len, "", 0, 0);

if (0 == strncmp(name, n->key.p, len) &&

roff_setstrn(&r->rentab, name, len, NULL, 0, 0);

'\0' == n->key.p[(int)len])

}

return n->val.p;

*deftype = 0;

return NULL;

}

Line 3487 roff_freestr(struct roffkv *r)

Line 3711 roff_freestr(struct roffkv *r)

}

/* --- accessors and utility functions ------------------------------------ */

const struct tbl_span *

roff_span(const struct roff *r)

{

return r->tbl ? tbl_span(r->tbl) : NULL;

}

const struct eqn *

roff_eqn(const struct roff *r)

{

return r->last_eqn ? &r->last_eqn->eqn : NULL;

}

* Duplicate an input string, making the appropriate character

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