void test_inserertrier_equipement()
{
ST_EQUIPEMENTS *Nouveau = NULL;
ST_EQUIPEMENTS *Tete = NULL;
Nouveau = CreationEquipement(1, "Television", 1200, 4.5, 0.9, 1.5, 12,18, 15, 20);
TEST_TITLE("test_inserertrier_equipement");
Tete = InsererTrierEquipements(Nouveau,NULL);
TEST(strcasecmp(Tete->nom_equipement,"Television") == 0);
ST_EQUIPEMENTS *Nouveau2 = NULL;
Nouveau2 = CreationEquipement(3,"Buanderie",1500,2, 3,4, 12,15,18,25);
Tete = InsererTrierEquipements(Nouveau2,Tete);
TEST(strcasecmp(Tete->nom_equipement,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->nom_equipement,"Television") == 0);
ST_EQUIPEMENTS *Nouveau3 = NULL;
Nouveau3 = CreationEquipement(4,"Salon",1400,3, 3,4, 12,15,18,25);
Tete = InsererTrierEquipements(Nouveau3,Tete);
TEST(strcasecmp(Tete->nom_equipement,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->suiv->nom_equipement,"Television") == 0);
TEST(strcasecmp(Tete->suiv->nom_equipement,"Salon") == 0);
ST_EQUIPEMENTS *Nouveau4 = NULL;
Nouveau4 = CreationEquipement(5,"Television",1200,3, 3,4, 12,15,18,25);
Tete = InsererTrierEquipements(Nouveau4,Tete);
TEST(strcasecmp(Tete->nom_equipement,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->nom_equipement,"Salon") == 0);
TEST(strcasecmp(Tete->suiv->suiv->nom_equipement,"Television") == 0);
TEST(strcasecmp(Tete->suiv->suiv->suiv->nom_equipement,"Television") == 0);
}
void test_inserertrier_piece()
{
TEST_TITLE("test_inserertrier_piece");
ST_PIECES *Tete = NULL;
ST_PIECES *Nouvelle = NULL;
Nouvelle = CreationPiece("Chambre",1, 3,4, 12,15,18,25,"");
Tete = InsererTrierPiece(Nouvelle,NULL);
TEST(strcasecmp(Tete->nom_piece,"Chambre") == 0);
ST_PIECES *Nouvelle2 = NULL;
Nouvelle2 = CreationPiece("Buanderie",2, 3,4, 12,15,18,25,"");
Tete = InsererTrierPiece(Nouvelle2,Tete);
TEST(strcasecmp(Tete->nom_piece,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->nom_piece,"Chambre") == 0);
ST_PIECES *Nouvelle3 = NULL;
Nouvelle3 = CreationPiece("Salon",3, 3,4, 12,15,18,25,"");
Tete = InsererTrierPiece(Nouvelle3,Tete);
TEST(strcasecmp(Tete->nom_piece,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->nom_piece,"Chambre") == 0);
TEST(strcasecmp(Tete->suiv->suiv->nom_piece,"Salon") == 0);
ST_PIECES *Nouvelle4 = NULL;
Nouvelle4 = CreationPiece("Chambre",3, 3,4, 12,15,18,25,"");
Tete = InsererTrierPiece(Nouvelle4,Tete);
TEST(strcasecmp(Tete->nom_piece,"Buanderie") == 0);
TEST(strcasecmp(Tete->suiv->nom_piece,"Chambre") == 0);
TEST(strcasecmp(Tete->suiv->suiv->nom_piece,"Chambre") == 0);
TEST(strcasecmp(Tete->suiv->suiv->suiv->nom_piece,"Salon") == 0);
}
void ground_area_text_storage_read_file_with_content_tests()
{
TEST_TITLE ("ground_area_text_storage_read_file_with_content_tests");
PtrGroundArea ground_area = NULL;
PtrGroundAreaTextStorage ground_area_text_storage = NULL;
ground_area_text_storage_create (&ground_area_text_storage);
char path_scenario[255] = "ground_area_with_content.txt";
FILE *file = NULL;
file = fopen (path_scenario, "r");
ground_area_text_storage_set_file (ground_area_text_storage, file);
ground_area = ground_area_text_storage_read_file (ground_area_text_storage);
ground_area_text_storage_destroy (&ground_area_text_storage);
fclose (file);
PtrGround ground = NULL;
ground = ground_area_get_ground (ground_area, 1, 1);
enum GROUND_TYPE type_ground = ground_get_type (ground);
TEST (ground_area != NULL);
TEST (ground_area -> width == 1000);
TEST (ground_area -> length == 1000);
TEST (type_ground == ground_type_ground);
}
void angle_shortener_rotation_tests ()
{
TEST_TITLE ("angle_shortener_rotation_tests");
TEST (angle_shortener_rotation (10.0, 335.0) == -35.0);
TEST (angle_shortener_rotation (10.0, 5.0) == -5.0);
TEST (angle_shortener_rotation (10.0, 100.0) == 90.0);
}
void test_creation_habitation()
{
TEST_TITLE("test_creation_habitation");
ST_HABITATIONS *Nouveau;
Nouveau = CreationHabitation(4,20,6,5,"3","","");
TEST(Nouveau->Exposition == 5);
TEST(Nouveau->inclinaison_toit == 20);
}
void test_creation_panneaux()
{
ST_PANNEAUX *Nouveau = NULL;
Nouveau = CreationPanneaux(1, 2,3,4,5,6,"","","");
TEST_TITLE("test_creation_panneaux");
TEST(Nouveau->type == 2);
TEST(Nouveau->indice == 1);
}
void event_execute_test()
{
TEST_TITLE ("event_execute_test : Doit afficher un warning");
PtrEvent event = NULL;
event_create (&event);
event -> Execute (event);
event -> Destroy (&event);
}
void test_creation_equipement()
{
ST_EQUIPEMENTS *Nouveau = NULL;
Nouveau = CreationEquipement(1, "Television", 1200, 4.5, 0.9, 1.5, 12,18, 15, 20);
TEST_TITLE("test_creation_equipement");
TEST(Nouveau->coordX1 == 12);
TEST(Nouveau->indice == 1);
TEST(strcasecmp(Nouveau->nom_equipement,"Television") == 0);
}
void test_creation_piece()
{
ST_PIECES *Nouvelle = NULL;
Nouvelle =CreationPiece("Chambre",1, 3,4, 12,15,18,25,"");
TEST_TITLE("test_creation_piece");
TEST(Nouvelle->coordX1 == 12);
TEST(Nouvelle->type_piece == 1);
TEST(strcasecmp(Nouvelle->nom_piece,"Chambre") == 0);
}
static int
mymain(void)
{
struct metadataTest test;
int ret = EXIT_SUCCESS;
if (!(test.conn = virConnectOpen("test:///default")))
return EXIT_FAILURE;
if (!(test.dom = virDomainLookupByName(test.conn, "test"))) {
virConnectClose(test.conn);
return EXIT_FAILURE;
}
virtTestQuiesceLibvirtErrors(false);
if (virtTestRun("Assign metadata ", testAssignMetadata, &test) < 0)
ret = EXIT_FAILURE;
if (virtTestRun("Rewrite Metadata ", testRewriteMetadata, &test) < 0)
ret = EXIT_FAILURE;
if (virtTestRun("Erase metadata ", testEraseMetadata, &test) < 0)
ret = EXIT_FAILURE;
TEST_TITLE("1", "qwert");
TEST_TITLE("2", NULL);
TEST_TITLE("3", "blah");
TEST_TITLE_FAIL("4", "qwe\nrt");
TEST_TITLE("5", "");
TEST_TITLE_FAIL("6", "qwert\n");
TEST_TITLE_FAIL("7", "\n");
TEST_DESCR("1", "qwert\nqwert");
TEST_DESCR("2", NULL);
TEST_DESCR("3", "qwert");
TEST_DESCR("4", "\n");
TEST_DESCR("5", "");
virDomainFree(test.dom);
virConnectClose(test.conn);
return ret;
}
/*!
* \brief Teste le cast EVENT(pointer)
*/
void event_cast_test ()
{
TEST_TITLE ("event_cast_test");
PtrEvent event = NULL;
event_create (&event);
void* cast_event = (void*) event;
TEST (EVENT (cast_event) -> next == NULL);
event -> Destroy (&event);
}
void event_create_destroy ()
{
TEST_TITLE ("event_create_destroy");
PtrEvent event = NULL;
event_create (&event);
TEST (event != NULL);
event -> Destroy (&event);
TEST (event == NULL);
}
/*!
* \brief Teste le fonctionnement de l'assesseur qui permet d'accéder au temps
*/
void event_set_get_time_test ()
{
TEST_TITLE ("event_set_get_time_test");
PtrEvent event = NULL;
event_create (&event);
int time = event_get_time (event);
TEST (time == 0);
event_set_time (event, 15);
time = event_get_time (event);
TEST (time == 15);
event -> Destroy (&event);
}
/*!
* \brief Teste de la fonction ground_area_text_storage_write_file
*/
void ground_area_text_storage_write_file_tests ()
{
TEST_TITLE ("ground_area_text_storage_write_file_tests");
// Initialisation d'un jeu de donnee
PtrGroundArea ground_area = NULL;
ground_area_create (&ground_area, 1000, 1000);
PtrGroundAreaTextStorage ground_area_text_storage = NULL;
ground_area_text_storage_create (&ground_area_text_storage);
char path_scenario[255] = "ground_area.txt";
FILE *file = NULL;
file = fopen (path_scenario, "w+");
ground_area_text_storage_set_file (ground_area_text_storage, file);
ground_area_text_storage_write_file (ground_area_text_storage, ground_area);
ground_area_text_storage_destroy (&ground_area_text_storage);
fclose (file);
}
void ground_area_text_storage_read_file_tests()
{
TEST_TITLE ("ground_area_text_storage_read_file_tests");
PtrGroundArea ground_area = NULL;
PtrGroundAreaTextStorage ground_area_text_storage = NULL;
ground_area_text_storage_create (&ground_area_text_storage);
char path_scenario[255] = "ground_area.txt";
FILE *file = NULL;
file = fopen (path_scenario, "r");
ground_area_text_storage_set_file (ground_area_text_storage, file);
ground_area = ground_area_text_storage_read_file (ground_area_text_storage);
ground_area_text_storage_destroy (&ground_area_text_storage);
fclose (file);
TEST (ground_area != NULL);
TEST (ground_area -> width == 1000);
TEST (ground_area -> length == 1000);
}
