struct sPath_Paths_Paths_Path
{
  idPath_Path id_path;
 char *t_path;
 uint32_t u4_len;
};

struct sPath_Paths_Paths
{
  idPath_Paths id_paths;
 struct sPath_Paths_Paths_Path *as_paths;
  uint32_t u4_paths;
};

struct sPath_Paths
{
 struct sPath_Paths_Paths *as_paths;
 uint32_t u4_paths;

  struct sBasic_Pack *ps_pack;
};

const uint32_t cu4_sPath_Paths = sizeof(struct sPath_Paths);

#define SFENCEPATH_fromerror_paths (SFENCEPATH_fromerror+0)

struct sPath_Paths * Path_Paths_Construct(struct sPath_Paths *ps_paths, struct sBasic_Pack *ps_pack)
{
 //enum eSFENCE_Bool b_return=eSFENCE_Bool_False;

 if (ps_paths==NULL)
  {
   ps_paths=(struct sPath_Paths *)GetRAM(ps_pack, cu4_sPath_Paths);

   //b_return=eSFENCE_Bool_True;
  }
 if (ps_paths)
 {
   ps_paths->ps_pack=ps_pack;

    ps_paths->as_paths=NULL;
   ps_paths->u4_paths=0;
  }
 return ps_paths;
}
void Path_Paths_Destruct(struct sPath_Paths *ps_paths, enum eSFENCE_Bool b_return)
{
 CHECKTHIS(ps_paths, 0, )

  {
   uint32_t u4_n, u4_k;

   for (u4_n=0;u4_n<ps_paths->u4_paths;u4_n++)
    {
     for (u4_k=0;u4_k<ps_paths->as_paths[u4_n].u4_paths;u4_k++)
      {
       if (ps_paths->as_paths[u4_n].as_paths[u4_k].t_path) ReturnRAM(ps_paths->ps_pack, ps_paths->as_paths[u4_n].as_paths[u4_k].t_path);
     }

     if (ps_paths->as_paths[u4_n].as_paths) ReturnRAM(ps_paths->ps_pack, ps_paths->as_paths[u4_n].as_paths);
   }
  }

  if (ps_paths->as_paths) ReturnRAM(ps_paths->ps_pack, ps_paths->as_paths);

  if (b_return==eSFENCE_Bool_True) ReturnRAM(ps_paths->ps_pack, ps_paths);
}