170   hstate.add_int (m_setjmp_record.m_enode->m_index);  in add_to_hash()
178   return m_setjmp_record.m_enode->m_index;  in get_enode_index()
393 			   eedge->m_src->m_index,  in find_stmt()
394 			   eedge->m_dest->m_index);  in find_stmt()
420 		       eedge->m_src->m_index,  in find_stmt()
421 		       eedge->m_dest->m_index);  in find_stmt()
773 	  cur_start_idx = cur_finish_idx = enode->m_index;  in print_enode_indices()
777 	  if (enode->m_index == cur_finish_idx + 1)  in print_enode_indices()
779 	    cur_finish_idx = enode->m_index;  in print_enode_indices()
787 	      cur_start_idx = cur_finish_idx = enode->m_index;  in print_enode_indices()
806 : m_ps (ps), m_status (STATUS_WORKLIST), m_index (index)  in exploded_node()
863   pp_printf (pp, "EN: %i", m_index);  in dump_dot()
916   pp_printf (pp, "exploded_node_%i", m_index);  in dump_dot_id()
925   pp_printf (pp, "EN: %i", m_index);  in dump_to_pp()
1340   LOG_FUNC_1 (eg.get_logger (), "EN: %i", m_index);  in detect_leaks()
1597     if (m_per_node[i].m_index == -1)  in strongly_connected_components()
1613 	       i, v.m_index, v.m_lowlink, v.m_on_stack);  in dump()
1627   v->m_index = index;  in strong_connect()
1639       per_node_data *w = &m_per_node[w_snode->m_index];  in strong_connect()
1640       if (w->m_index == -1)  in strong_connect()
1643 	  strong_connect (w_snode->m_index);  in strong_connect()
1651 	  v->m_lowlink = MIN (v->m_lowlink, w->m_index);  in strong_connect()
1657   if (v->m_lowlink == v->m_index)  in strong_connect()
1760   if (snode_a->m_index != snode_b->m_index)  in cmp()
1761     return snode_a->m_index - snode_b->m_index;  in cmp()
1804   return ka.m_enode->m_index - kb.m_enode->m_index;  in cmp()
1944 	logger->log ("reused EN: %i", (*slot)->m_index);  in get_or_create_node()
1963 			 existing_enode->m_index);  in get_or_create_node()
1975 			     existing_enode->m_index);  in get_or_create_node()
1989 		    logger->log ("reused EN: %i", (*slot)->m_index);  in get_or_create_node()
1999 			   existing_enode->m_index);  in get_or_create_node()
2032     m_PK_AFTER_SUPERNODE_per_snode[point.get_supernode ()->m_index]++;  in get_or_create_node()
2038       logger->log ("created EN: %i", node->m_index);  in get_or_create_node()
2189 		       enode->m_index, fun->decl);  in build_initial_worklist()
2217 	logger->log ("next to process: EN: %i", node->m_index);  in process_worklist()
2233 	      logger->log ("peek worklist: EN: %i", node_2->m_index);  in process_worklist()
2244 		       node->m_index, node_2->m_index);  in process_worklist()
2263 				   node->m_index, node_2->m_index);  in process_worklist()
2303 				       node->m_index, node_2->m_index,  in process_worklist()
2304 				       merged_enode->m_index);  in process_worklist()
2417   LOG_FUNC_1 (logger, "EN: %i", node->m_index);  in process_node()
2588 			   succ->m_src->m_index, succ->m_dest->m_index);  in process_node()
2601 			       succ->m_dest->m_index);  in process_node()
2673       enodes_per_supernode[iter_snode->m_index]++;  in print_bar_charts()
2688       excess_enodes_per_supernode[iter_snode->m_index]  in print_bar_charts()
2711 		     iter_snode->m_index, iter_snode->m_bb->index);  in print_bar_charts()
2713 				     enodes_per_supernode[iter_snode->m_index]);  in print_bar_charts()
2715 	    = excess_enodes_per_supernode[iter_snode->m_index];  in print_bar_charts()
2793   fprintf (out, "PK_AFTER_SUPERNODE nodes for SN: %i\n", snode->m_index);  in dump_states_for_supernode()
2807 		   state_idx++, enode->m_index,  in dump_states_for_supernode()
2812 	   snode->m_index, state_idx);  in dump_states_for_supernode()
2865 		     eedge->m_src->m_index,  in feasible_p()
2866 		     eedge->m_dest->m_index);  in feasible_p()
2894 			 sedge->m_src->m_index,  in feasible_p()
2895 			 sedge->m_dest->m_index,  in feasible_p()
2917 	      gcc_assert (eedge->m_src->m_index == 0);  in feasible_p()
2952 		       eedge->m_src->m_index,  in feasible_p()
2953 		       eedge->m_dest->m_index);  in feasible_p()
2973 		 eedge->m_src->m_index,  in dump_to_pp()
2974 		 eedge->m_dest->m_index);  in dump_to_pp()
3036 		 m_supernode->m_index, m_supernode->m_bb->index);  in dump_dot()
3264 			    m_enode->m_index, pp_formatted_text (&pp));  in get_text()
3344 	  fprintf (outf, "\nEN %i:\n", enode->m_index);  in dump_exploded_nodes()
3371 	  fprintf (outf, "EN %i:\n", enode->m_index);  in dump_exploded_nodes()
3475 			       other_enode->m_index);  in dump_exploded_nodes()
3517   : m_fun (fun), m_index (index), m_num_supernodes (0), m_num_superedges (0)  in viz_callgraph_node()
3533     pp_printf (pp, "VCG: %i: %s", m_index, function_name (m_fun));  in dump_dot()
3607     pp_printf (pp, "vcg_%i", m_index);  in dump_dot_id()
3612   int m_index;  member in ana::viz_callgraph_node
3764 	m_enodes_per_snodes[enode->get_supernode ()->m_index]->safe_push (enode);  in exploded_graph_annotator()
3784     FOR_EACH_VEC_ELT (*m_enodes_per_snodes[n.m_index], i, enode)  in add_node_annotations()
3814     FOR_EACH_VEC_ELT (*m_enodes_per_snodes[snode->m_index], i, enode)  in add_stmt_annotations()
3845     FOR_EACH_VEC_ELT (*m_enodes_per_snodes[n.m_index], i, enode)  in add_after_node_annotations()
3874     pp_printf (pp, "EN: %i", enode->m_index);  in print_enode()
3935 		     p->m_eedge.m_src->m_index,  in print_saved_diagnostic()
3936 		     p->m_eedge.m_dest->m_index);  in print_saved_diagnostic()