#include "xcddraw.h"

void VertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
   assert(kind == CONS_VERTEX || kind == ALT_VERTEX || kind == REP_VERTEX);

   if (kind == CONS_VERTEX)
      altvstore->check_conflict_name(tn,legal,kind);

   if (!legal)
      return;

   if (kind == CONS_VERTEX)
        repvstore->check_conflict_name(tn,legal,kind);

   if (!legal)
     return;

   if (kind == ALT_VERTEX)
        consvstore->check_conflict_name(tn,legal,kind);

   if (!legal)
     return;

   if (kind == ALT_VERTEX)
        repvstore->check_conflict_name(tn,legal,kind);

   if (!legal)
     return;

   if (kind == REP_VERTEX)
        consvstore->check_conflict_name(tn,legal,kind);

   if (!legal)
     return;

   if (kind == REP_VERTEX)
        altvstore->check_conflict_name(tn,legal,kind);

}


void ConstructionVertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
    tempstore->check_conflict_name(tn,legal,kind); 
}

void AlternationVertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
   tempstore->check_conflict_name(tn,legal,kind); 
}

void RepetitionVertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
    tempstore->check_conflict_name(tn,legal,kind); 
}

void  ExternalVertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
   tempstore->check_conflict_name(tn,legal,kind); 
}

void NameSensitiveVertexStore::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
   if (vertices)
       vertices->check_conflict_name(tn,legal,kind);
}

void NameSensitiveVertexList::check_conflict_name(char *tn,int &legal,draw_kind kind)
{
   if (strcmp(tn,elm->get_vertex_name()->get_vertex_name()) == 0)
     legal = 0;
   else
   if (next)
      next->check_conflict_name(tn,legal,kind);
}