int j;
for (j = 0; ; j++)
{
- if (shifts->num <= j)
- abort ();
+ assert (j < shifts->num);
if (TRANSITION_SYMBOL (shifts, j) == sym)
return shifts->states[j];
}
size_t rules_size = num * sizeof *reds;
reductions *res = xmalloc (offsetof (reductions, rules) + rules_size);
res->num = num;
- res->look_ahead_tokens = NULL;
+ res->lookahead_tokens = NULL;
memcpy (res->rules, reds, rules_size);
return res;
}
state *res;
size_t items_size = nitems * sizeof *core;
- if (STATE_NUMBER_MAXIMUM <= nstates)
- abort ();
+ assert (nstates < STATE_NUMBER_MAXIMUM);
res = xmalloc (offsetof (state, items) + items_size);
res->number = nstates++;
void
state_errs_set (state *s, int num, symbol **tokens)
{
- if (s->errs)
- abort ();
+ assert (!s->errs);
s->errs = errs_new (num, tokens);
}
-/*---------------------------------------------------.
-| Print on OUT all the look-ahead tokens such that S |
-| wants to reduce R. |
-`---------------------------------------------------*/
+/*--------------------------------------------------.
+| Print on OUT all the lookahead tokens such that S |
+| wants to reduce R. |
+`--------------------------------------------------*/
void
-state_rule_look_ahead_tokens_print (state *s, rule *r, FILE *out)
+state_rule_lookahead_tokens_print (state *s, rule *r, FILE *out)
{
/* Find the reduction we are handling. */
reductions *reds = s->reductions;
int red = state_reduction_find (s, r);
/* Print them if there are. */
- if (reds->look_ahead_tokens && red != -1)
+ if (reds->lookahead_tokens && red != -1)
{
bitset_iterator biter;
int k;
char const *sep = "";
fprintf (out, " [");
- BITSET_FOR_EACH (biter, reds->look_ahead_tokens[red], k, 0)
+ BITSET_FOR_EACH (biter, reds->lookahead_tokens[red], k, 0)
{
fprintf (out, "%s%s", sep, symbols[k]->tag);
sep = ", ";