#include "pp.h"



void Cd_graph::colect_cons_edges( Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Cd_graph","void Cd_graph::colect_cons_edges(Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

   adjacencies->colect_cons_edges(edges,
                                  found,
                                  edge);


  // suffix class wrappers

}

void Adjacency_Nlist::colect_cons_edges( Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Adjacency_Nlist","void Adjacency_Nlist::colect_cons_edges(Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

	Adjacency_list_iterator next(*this);
	Adjacency*		each;

	while (each = next())
  	   each->colect_cons_edges(edges,
                                  found,
                                  edge);


  // suffix class wrappers

}

void Adjacency::colect_cons_edges( Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Adjacency","void Adjacency::colect_cons_edges(Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

   // matching
   int matched = 0;
   edge->get_from()->match_vertex(source,matched);
   if (matched)
      ns->colect_cons_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Neighbors::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Neighbors","void Neighbors::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers



  // suffix class wrappers

}

void Neighbors_wc::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Neighbors_wc","void Neighbors_wc::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

   construct_ns->colect_cons_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Any_vertex_List::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Any_vertex_List","void Any_vertex_List::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

   Any_vertex_list_iterator next(*this);
   Any_vertex*              each;
   while (each = next())
     each->colect_cons_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Any_vertex::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Any_vertex","void Any_vertex::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers



  // suffix class wrappers

}

void Optional_term::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Optional_term","void Optional_term::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

    opt->colect_cons_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Opt_labeled_term_Sandwich::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Opt_labeled_term_Sandwich","void Opt_labeled_term_Sandwich::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

    inner->colect_cons_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Opt_labeled_term::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Opt_labeled_term","void Opt_labeled_term::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers



  // suffix class wrappers

}

void Regular::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Regular","void Regular::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

    derror('i',1," unexpected unlabeled part at Regular::colect_cons_edges\n");
    abort();


  // suffix class wrappers

}

void Labeled::colect_cons_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge )
{
  DEM_TRACE("Labeled","void Labeled::colect_cons_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_construction_edge*  edge)");
  // prefix class wrappers

   // matching
   int matched = 0;
   edge->get_to()->match_vertex(this->get_vertex(),matched);

   if (matched ==0)
      return;

   matched = 0;

   edge->get_edge_label()->match_label(this->get_label_name(),matched);

   if (matched)
   {
	found = 1;
        Meta_construction_edge *medge = new Meta_construction_edge();
	Fixed_term*        f = new Fixed_term();
	Fixed_term*        t = new Fixed_term();
	Relation_meta_var* l = new Relation_meta_var();

        Normal *newterm = new Normal();
        newterm->set_vertex((Vertex*)source->g_copy());
        newterm->set_moduleRef(new LocalRef());

        f->set_vertex(newterm);
        t->set_vertex((Term*)this->get_vertex()->g_copy());
        l->set_name((DemIdent*)this->get_label_name()->g_copy());

        medge->set_from(f);
	medge->set_to(t);
	medge->set_edge_label(l);
        edges->append(medge);
   }


  // suffix class wrappers

}

void Cd_graph::colect_alt_edges( Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Cd_graph","void Cd_graph::colect_alt_edges(Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers

   adjacencies->colect_alt_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency_Nlist::colect_alt_edges( Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Adjacency_Nlist","void Adjacency_Nlist::colect_alt_edges(Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers

	Adjacency_list_iterator next(*this);
	Adjacency*		each;

	while (each = next())
  	   each->colect_alt_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency::colect_alt_edges( Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Adjacency","void Adjacency::colect_alt_edges(Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers

   // matching
   int matched = 0;
   edge->get_from()->match_vertex(source,matched);
   if (matched)
      ns->colect_alt_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Neighbors::colect_alt_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Neighbors","void Neighbors::colect_alt_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers



  // suffix class wrappers

}

void Neighbors_wc::colect_alt_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Neighbors_wc","void Neighbors_wc::colect_alt_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers



  // suffix class wrappers

}

void Alternat_ns::colect_alt_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Alternat_ns","void Alternat_ns::colect_alt_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers

    if (alternat_ns)
      alternat_ns->colect_alt_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Term_Barlist::colect_alt_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge )
{
  DEM_TRACE("Term_Barlist","void Term_Barlist::colect_alt_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_alternation_edge*  edge)");
  // prefix class wrappers

   Term_list_iterator next(*this);
   Term*              each;

   while (each = next())
   {
        // matching
        int matched = 0;
        edge->get_to()->match_vertex(each,matched);

        if (matched ==0)
          continue;

	found = 1;
        Meta_alternation_edge *medge = new Meta_alternation_edge();
	Fixed_term*        f = new Fixed_term();
	Fixed_term*        t = new Fixed_term();

        Normal *newterm = new Normal();
        newterm->set_vertex((Vertex*)source->g_copy());
        newterm->set_moduleRef(new LocalRef());

        f->set_vertex(newterm);
        t->set_vertex((Term*)each->g_copy());

        medge->set_from(f);
	medge->set_to(t);
        edges->append(medge);
   }


  // suffix class wrappers

}

void Cd_graph::colect_inh_edges( Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge )
{
  DEM_TRACE("Cd_graph","void Cd_graph::colect_inh_edges(Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge)");
  // prefix class wrappers

   adjacencies->colect_inh_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency_Nlist::colect_inh_edges( Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge )
{
  DEM_TRACE("Adjacency_Nlist","void Adjacency_Nlist::colect_inh_edges(Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge)");
  // prefix class wrappers

	Adjacency_list_iterator next(*this);
	Adjacency*		each;

	while (each = next())
  	   each->colect_inh_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency::colect_inh_edges( Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge )
{
  DEM_TRACE("Adjacency","void Adjacency::colect_inh_edges(Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge)");
  // prefix class wrappers

   // matching

   if (superclasses)
   {
     int matched = 0;
     edge->get_from()->match_vertex(source,matched);
     if (matched)
       superclasses->colect_inh_edges(source, edges, found, edge);
   }


  // suffix class wrappers

}

void Vertex_List::colect_inh_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge )
{
  DEM_TRACE("Vertex_List","void Vertex_List::colect_inh_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_inheritance_edge*  edge)");
  // prefix class wrappers


   Vertex_list_iterator next(*this);
   Vertex*              each;

   while (each = next())
   {
        // matching
        int matched = 0;

        edge->get_to()->match_vertex(each,matched);

        if (matched ==0)
          continue;

	found = 1;
        Meta_inheritance_edge *medge = new Meta_inheritance_edge();
	Fixed_term*        f = new Fixed_term();
	Fixed_term*        t = new Fixed_term();

        Normal *fnewterm = new Normal();
        fnewterm->set_vertex((Vertex*)source->g_copy());
        fnewterm->set_moduleRef(new LocalRef());

        Normal *tnewterm = new Normal();
        tnewterm->set_vertex((Vertex*)each->g_copy());
        tnewterm->set_moduleRef(new LocalRef());

        f->set_vertex(fnewterm);
        t->set_vertex(tnewterm);

        medge->set_from(f);
	medge->set_to(t);
        edges->append(medge);
   }


  // suffix class wrappers

}

void Cd_graph::colect_rep_edges( Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Cd_graph","void Cd_graph::colect_rep_edges(Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

   adjacencies->colect_rep_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency_Nlist::colect_rep_edges( Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Adjacency_Nlist","void Adjacency_Nlist::colect_rep_edges(Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

	Adjacency_list_iterator next(*this);
	Adjacency*		each;

	while (each = next())
  	   each->colect_rep_edges(edges, found, edge);


  // suffix class wrappers

}

void Adjacency::colect_rep_edges( Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Adjacency","void Adjacency::colect_rep_edges(Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

   // matching
   int matched = 0;
   edge->get_from()->match_vertex(source,matched);
   if (matched)
      ns->colect_rep_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Neighbors::colect_rep_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Neighbors","void Neighbors::colect_rep_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers




  // suffix class wrappers

}

void Repetit_n::colect_rep_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Repetit_n","void Repetit_n::colect_rep_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

   if (sandwiched)
      sandwiched->colect_rep_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Kernel_Sandwich::colect_rep_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Kernel_Sandwich","void Kernel_Sandwich::colect_rep_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

   inner->colect_rep_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Kernel::colect_rep_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Kernel","void Kernel::colect_rep_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

   repeated->colect_rep_edges(source, edges, found, edge);


  // suffix class wrappers

}

void Term_Sandwich::colect_rep_edges( Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge )
{
  DEM_TRACE("Term_Sandwich","void Term_Sandwich::colect_rep_edges(Vertex*  source,Meta_edge_Commalist*  edges,int&  found,Meta_repetition_edge*  edge)");
  // prefix class wrappers

    // matching
    int matched = 0;
    edge->get_to()->match_vertex(inner,matched);

    if (matched ==0)
      return;

    found = 1;
    Meta_repetition_edge *medge = new Meta_repetition_edge();
    Fixed_term*        f = new Fixed_term();
    Fixed_term*        t = new Fixed_term();

    Normal *newterm = new Normal();
    newterm->set_vertex((Vertex*)source->g_copy());
    newterm->set_moduleRef(new LocalRef());

    f->set_vertex(newterm);
    t->set_vertex((Term*)inner->g_copy());

    medge->set_from(f);
    medge->set_to(t);
    edges->append(medge);


  // suffix class wrappers

}