Tests_Util.cpp

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#ifdef TESTS__
int test_Ref()
{
  Cerr << "test_Ref" << finl;
  DoubleVect x(5);
  OBS_PTR(DoubleVect) xx;                                //Constructeur par defaut.
  assert(!xx);                        // pointer not set
  OBS_PTR(DoubleVect) yy(x);                        //Constructeur par const T&.
  OBS_PTR(DoubleVect) zz(yy);                        //Constructeur par const T&.
  xx=x;                                        //Operateur = const T&.
  xx=yy;                                        //Operateur = const Deriv<T>&.
  assert(xx->size() == x.size());                //Operateur ->
  assert(yy->size() == zz->size());        //valeur()
  assert(xx == yy);                                //Operateur ==
  (static_cast<DoubleVect&>(xx))[2]=1;                        //cast
  assert (xx == x);                                //Operateur !=
  const Nom& name=xx.le_nom();                        //le_nom()
  return zz->operator bool();
}
 
 
/*! @brief
 *
 */
int test_Deriv()
{
  Cerr << "test_Deriv" << finl;
  DoubleVect x(5);
  OWN_PTR(DoubleVect) xx;                        //Constructeur par defaut.
  assert(!xx); // pointer not set
  OWN_PTR(DoubleVect) yy(x);                        //Constructeur par const T&.
  OWN_PTR(DoubleVect) zz(yy);                        //Constructeur par const T&.
  xx=x;                                        //Operateur = const T&.
  xx=yy;                                        //Operateur = const Deriv<T>&.
  assert(xx->size() == x.size());                //Operateur ->
  assert(yy->size() == zz->size());        //valeur()
  assert(xx == yy);                                //Operateur ==
  (static_cast<DoubleVect&>(xx))[2]=1;                        //cast
  assert (xx != x);                                //Operateur !=
  const Nom& name=xx.le_nom();                        //le_nom()
  return zz->operator bool();
}
 
 
/*! @brief
 *
 */
int test_List()
{
  Cerr << "test_List" << finl;
  LIST(Nom) la_liste;
  la_liste.add("Chien");
  la_liste.add("Chat");
  la_liste.add("Chou");
  Cerr << la_liste;
  LIST(Nom) copie(la_liste);
  Cerr << copie;
  if(la_liste == copie)
    Cerr << "The two lists are identical" << finl;
  copie.add_if_not(Nom("Chien"));
  copie.add_if_not(Nom("Chiens"));
  copie["Chiens"]=Nom("Chats");
  la_liste[2]="Choux";
  Cerr << la_liste;
  Cerr << copie;
  if(la_liste != copie)
    Cerr << "The two lists are different" << finl;
  return 1;
}
 
 
/*! @brief
 *
 */
int test_Vect()
{
  Cerr << "test_Vect" << finl;
  DoubleVect x(5);
  DoubleVects xx(2);
  xx[1]=x;
  assert( xx.search(x) == 1);
  Motcles les_mots(3);
  les_mots[0]=Motcle("Zero");
  les_mots[1]=Motcle("Un");
  les_mots[2]=Motcle("Deux");
  assert( les_mots.contient(Motcle("Un"))     );
  assert( les_mots.search(Motcle("Deux")) == 2);
  assert( les_mots.search(Motcle("Un")) == 1  );
  assert( les_mots.search(Motcle("Zero")) == 0);
  return 1;
}
 
 
/*! @brief
 *
 */
int test_DoubleVect()
{
  Cerr << "test_DoubleVect" << finl;
  return 1;
}
 
/*! @brief
 *
 */
int test_IntVect()
{
  Cerr << "test_IntVect" << finl;
  return 1;
}
#endif