2329 merge_pattern_info::merge_pattern_info (unsigned int num_transitions)  in merge_pattern_info()  argument
2340   transitions.safe_grow_cleared (num_transitions);  in merge_pattern_info()
2389   unsigned int num_transitions;  variable
2406     num_transitions (0),  in merge_state_info()
2436   for (unsigned int j = 0; j < sinfo->num_transitions; ++j)  in valid_result_p()
2466   for (unsigned int j = 0; j < sinfo->num_transitions; ++j)  in complete_result_p()
2627   h.add_int (sinfo->num_transitions);  in hash()
2643 	  && sinfo1->num_transitions == sinfo2->num_transitions);  in equal()
2686   unsigned int num_transitions = sinfo1->num_transitions;  in merge_patterns()  local
2687   gcc_assert (num_transitions == sinfo2->num_transitions);  in merge_patterns()
2688   for (unsigned int i = 0; i < num_transitions; ++i)  in merge_patterns()
2759   for (unsigned int i = 0; i < num_transitions; ++i)  in merge_patterns()
2765 	  if (num_transitions != 1  in merge_patterns()
3126 	  states[i].num_transitions += 1;  in split_out_patterns()
3134       if (sinfo->num_transitions)  in split_out_patterns()
3137 	  first_transition += sinfo->num_transitions;  in split_out_patterns()
3199       unsigned int num_transitions = sinfo2->num_transitions;  in split_out_patterns()  local
3206 	    = new merge_pattern_info (num_transitions);  in split_out_patterns()
3212 	  new_pat->num_results = num_transitions;  in split_out_patterns()
3241       merge_pattern_info *new_pat = new merge_pattern_info (num_transitions);  in split_out_patterns()
3249       for (unsigned int j = 0; j < num_transitions; ++j)  in split_out_patterns()
3337 	  for (unsigned int j = 0; j < sinfo->num_transitions; ++j)  in split_out_patterns()