static char *teams_t_read__ShouldRetrieveMatchingRecord_GivenTheTeamId()
{
team_s expected = { 0 };
/**/ expected.team_id = 123;
strcpy( expected.name, "TeamName1" );
strcpy( expected.location, "Location1" );
/**/ expected.primary_color = cl_Blue;
/**/ expected.secondary_color = cl_Gold;
insert_a_team( &expected );
team_s actual = { 0 };
actual.team_id = expected.team_id;
assertEquals( SQLITE_OK, teams_t_read( db, &actual ) );
assertEqualsInt( expected.team_id, actual.team_id );
assertEqualsStr( expected.name, actual.name );
assertEqualsStr( expected.location, actual.location );
assertEqualsInt( expected.primary_color, actual.primary_color );
assertEqualsInt( expected.secondary_color, actual.secondary_color );
sqlite3_exec( db, "delete from teams_t", NULL, NULL, NULL );
return NULL;
}
static char *teams_t_update__ShouldModifyMatchingRecord_GivenTheTeamId()
{
team_s expected = { 0 };
/**/ expected.team_id = 123;
strcpy( expected.name, "TeamName1" );
strcpy( expected.location, "Location1" );
/**/ expected.primary_color = cl_Blue;
/**/ expected.secondary_color = cl_Gold;
insert_a_team( &expected );
strcpy( expected.name, "TeamName2" );
strcpy( expected.location, "Location2" );
/**/ expected.primary_color = cl_Red;
/**/ expected.secondary_color = cl_Black;
assertEquals( SQLITE_OK, teams_t_update( db, &expected ) );
team_s *actual = get_a_team( expected.team_id );
assertEqualsInt( expected.team_id, actual->team_id );
assertEqualsStr( expected.name, actual->name );
assertEqualsStr( expected.location, actual->location );
assertEqualsInt( expected.primary_color, actual->primary_color );
assertEqualsInt( expected.secondary_color, actual->secondary_color );
sqlite3_exec( db, "delete from teams_t", NULL, NULL, NULL );
return NULL;
}
char *_compareTeamAccolades( team_accolade_s *expected, team_accolade_s *actual )
{
assertEqualsInt( expected->team_id, actual->team_id );
assertEqualsInt( expected->season, actual->season );
assertEqualsInt( expected->accolade, actual->accolade );
return NULL;
}
char *_comparePlayerKickingRatings( player_kicking_ratings_s *expected, player_kicking_ratings_s *actual )
{
assertEqualsInt( expected->player_id, actual->player_id );
assertEqualsInt( expected->kicking_ability, actual->kicking_ability );
assertEqualsInt( expected->avoid_kick_block, actual->avoid_kick_block );
return NULL;
}
unsigned test_directionMachine() {
unsigned char testsEnErreur = 0;
EvenementEtValeur ev = {LECTURE_RC_GAUCHE_DROITE, 0};
DIRECTION_machine(&ev);
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsBas.valeur, 65535 - 40000 + 2000, "DIRM11");
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsHaut.valeur, 65535 - 2000, "DIRM11");
return testsEnErreur;
}
TIMED_TEST(StackTests, hashCodeTest_Stack, TEST_TIMEOUT_DEFAULT) {
Stack<int> stack;
stack.add(69);
stack.add(42);
assertEqualsInt("hashcode of self Stack", hashCode(stack), hashCode(stack));
Stack<int> copy = stack;
assertEqualsInt("hashcode of copy Stack", hashCode(stack), hashCode(copy));
Stack<int> empty;
HashSet<Stack<int> > hashstack {stack, copy, empty, empty};
assertEqualsInt("hashset of Stack size", 2, hashstack.size());
}
TIMED_TEST(GridTests, hashCodeTest_Grid, TEST_TIMEOUT_DEFAULT) {
Grid<int> grid(2, 3);
grid.fill(42);
assertEqualsInt("hashcode of self Grid", hashCode(grid), hashCode(grid));
Grid<int> copy = grid;
assertEqualsInt("hashcode of copy Grid", hashCode(grid), hashCode(copy));
Grid<int> empty; // empty
HashSet<Grid<int> > hashgrid {grid, copy, empty, empty};
assertEqualsInt("hashset of Grid size", 2, hashgrid.size());
}
TIMED_TEST(MapTests, hashCodeTest_Map, TEST_TIMEOUT_DEFAULT) {
Map<int, int> map;
map.add(69, 96);
map.add(42, 24);
assertEqualsInt("hashcode of self Map", hashCode(map), hashCode(map));
Map<int, int> copy = map;
assertEqualsInt("hashcode of copy Map", hashCode(map), hashCode(copy));
Map<int, int> empty;
HashSet<Map<int, int> > hashmap {map, copy, empty, empty};
assertEqualsInt("hashset of Map size", 2, hashmap.size());
}
TIMED_TEST(DawgLexiconTests, hashCodeTest_DawgLexicon, TEST_TIMEOUT_DEFAULT) {
DawgLexicon dlex;
dlex.add("a");
dlex.add("abc");
assertEqualsInt("hashcode of self dawglexicon", hashCode(dlex), hashCode(dlex));
DawgLexicon copy = dlex;
assertEqualsInt("hashcode of copy dawglexicon", hashCode(dlex), hashCode(copy));
DawgLexicon dlex2; // empty
// shouldn't add two copies of same lexicon
HashSet<DawgLexicon> hashdawg {dlex, copy, dlex2};
assertEqualsInt("hashset of dawglexicon size", 2, hashdawg.size());
}
char *_comparePlayerGameReturnsStats( player_game_returns_stats_s *expected, player_game_returns_stats_s *actual )
{
assertEqualsInt( expected->player_id, actual->player_id );
assertEqualsInt( expected->season, actual->season );
assertEqualsInt( expected->week, actual->week );
assertEqualsInt( expected->game, actual->game );
assertEqualsInt( expected->kick_returns, actual->kick_returns );
assertEqualsInt( expected->kick_return_yards, actual->kick_return_yards );
assertEqualsInt( expected->kick_return_touchdowns, actual->kick_return_touchdowns );
assertEqualsInt( expected->punt_returns, actual->punt_returns );
assertEqualsInt( expected->punt_return_yards, actual->punt_return_yards );
assertEqualsInt( expected->punt_return_touchdowns, actual->punt_return_touchdowns );
return NULL;
}
TIMED_TEST(LexiconTests, hashCodeTest_Lexicon, TEST_TIMEOUT_DEFAULT) {
Lexicon lex;
lex.add("a");
lex.add("bc");
assertEqualsInt("hashcode of self lexicon", hashCode(lex), hashCode(lex));
Lexicon copy = lex;
assertEqualsInt("hashcode of copy lexicon", hashCode(lex), hashCode(copy));
Lexicon lex2; // empty
// shouldn't add two copies of same lexicon
HashSet<Lexicon> hashlex {lex, copy, lex2};
assertEqualsInt("hashset of lexicon size", 2, hashlex.size());
}
TIMED_TEST(GridTests, initializerListTest_Grid, TEST_TIMEOUT_DEFAULT) {
Grid<int> grid {{10, 20, 30}, {40, 50, 60}};
assertEqualsInt("init list Grid numRows", 2, grid.numRows());
assertEqualsInt("init list Grid numCols", 3, grid.numCols());
assertEqualsInt("init list Grid size", 6, grid.size());
assertEqualsInt("init list Grid[0][0]", 10, grid[0][0]);
assertEqualsInt("init list Grid[0][1]", 20, grid[0][1]);
assertEqualsInt("init list Grid[0][2]", 30, grid[0][2]);
assertEqualsInt("init list Grid[1][0]", 40, grid[1][0]);
assertEqualsInt("init list Grid[1][1]", 50, grid[1][1]);
assertEqualsInt("init list Grid[1][2]", 60, grid[1][2]);
}
TIMED_TEST(LexiconTests, initializerListTest_Lexicon, TEST_TIMEOUT_DEFAULT) {
std::initializer_list<std::string> lexlist = {"sixty", "seventy"};
std::initializer_list<std::string> lexallwords = {
"ten", "twenty", "thirty", "forty", "fifty", "sixty", "seventy"
};
Lexicon lex {"ten", "twenty", "thirty"};
assertEqualsString("init list Lexicon", "{\"ten\", \"thirty\", \"twenty\"}", lex.toString());
assertEqualsInt("init list Lexicon size", 3, lex.size());
assertTrue("init list Lexicon contains ten", lex.contains("ten"));
assertTrue("init list Lexicon contains twenty", lex.contains("twenty"));
assertTrue("init list Lexicon contains thirty", lex.contains("thirty"));
assertFalse("init list Lexicon contains forty", lex.contains("forty"));
assertFalse("init list Lexicon contains fifty", lex.contains("fifty"));
lex += {"forty", "fifty"};
assertEqualsString("after += Lexicon", "{\"fifty\", \"forty\", \"ten\", \"thirty\", \"twenty\"}", lex.toString());
assertEqualsInt("after += Lexicon size", 5, lex.size());
assertTrue("init list Lexicon contains ten", lex.contains("ten"));
assertTrue("init list Lexicon contains twenty", lex.contains("twenty"));
assertTrue("init list Lexicon contains thirty", lex.contains("thirty"));
assertTrue("init list Lexicon contains forty", lex.contains("forty"));
assertTrue("init list Lexicon contains fifty", lex.contains("fifty"));
assertFalse("init list Lexicon contains sixty", lex.contains("sixty"));
assertFalse("init list Lexicon contains seventy", lex.contains("seventy"));
Lexicon lex2 = (lex + lexlist);
assertEqualsString("after += Lexicon", "{\"fifty\", \"forty\", \"ten\", \"thirty\", \"twenty\"}", lex.toString());
assertEqualsInt("after + Lexicon size", 5, lex.size());
assertTrue("init list Lexicon contains ten", lex.contains("ten"));
assertTrue("init list Lexicon contains twenty", lex.contains("twenty"));
assertTrue("init list Lexicon contains thirty", lex.contains("thirty"));
assertTrue("init list Lexicon contains forty", lex.contains("forty"));
assertTrue("init list Lexicon contains fifty", lex.contains("fifty"));
assertFalse("init list Lexicon contains sixty", lex.contains("sixty"));
assertFalse("init list Lexicon contains seventy", lex.contains("seventy"));
assertEqualsString("after + Lexicon 2", "{\"fifty\", \"forty\", \"seventy\", \"sixty\", \"ten\", \"thirty\", \"twenty\"}", lex2.toString());
assertEqualsInt("after + Lexicon 2 size", 7, lex2.size());
assertTrue("init list Lexicon contains ten", lex2.contains("ten"));
assertTrue("init list Lexicon contains twenty", lex2.contains("twenty"));
assertTrue("init list Lexicon contains thirty", lex2.contains("thirty"));
assertTrue("init list Lexicon contains forty", lex2.contains("forty"));
assertTrue("init list Lexicon contains fifty", lex2.contains("fifty"));
assertTrue("init list Lexicon contains sixty", lex2.contains("sixty"));
assertTrue("init list Lexicon contains seventy", lex2.contains("seventy"));
}
TIMED_TEST(LinkedHashSetTests, forEachTest_LinkedHashSet, TEST_TIMEOUT_DEFAULT) {
LinkedHashSet<int> lhset {30, 10, 40, 66, -1, 42, 99};
Queue<int> expected {30, 10, 40, 66, -1, 42, 99};
for (int n : lhset) {
int exp = expected.dequeue();
assertEqualsInt("LinkedHashSet foreach", exp, n);
}
}
TIMED_TEST(LinkedHashSetTests, hashcodeTest_LinkedHashSet, TEST_TIMEOUT_DEFAULT) {
LinkedHashSet<int> hset;
hset.add(69);
hset.add(42);
assertEqualsInt("hashcode of self LinkedHashSet", hashCode(hset), hashCode(hset));
LinkedHashSet<int> hset2;
hset2.add(42);
hset2.add(69);
assertEqualsInt("hashcode of LinkedHashSet other order", hashCode(hset), hashCode(hset2));
LinkedHashSet<int> copy = hset;
assertEqualsInt("hashcode of copy LinkedHashSet", hashCode(hset), hashCode(copy));
LinkedHashSet<int> empty;
HashSet<LinkedHashSet<int> > hashhashset {hset, copy, hset2, empty, empty};
assertEqualsInt("hashset of LinkedHashset size", 2, hashhashset.size());
}
TIMED_TEST(GridTests, forEachTest_Grid, TEST_TIMEOUT_DEFAULT) {
Grid<int> grid(4, 2);
grid.fill(42);
grid[2][0] = 17;
grid[3][1] = 0;
Queue<int> expected {42, 42, 42, 42, 17, 42, 42, 0};
for (int n : grid) {
int exp = expected.dequeue();
assertEqualsInt("Grid foreach", exp, n);
}
}
TIMED_TEST(MapTests, initializerListTest_Map, TEST_TIMEOUT_DEFAULT) {
std::initializer_list<std::pair<const std::string, int>> pairlist = {{"k", 60}, {"t", 70}};
std::initializer_list<std::pair<const std::string, int>> pairlist2 = {{"b", 20}, {"e", 50}};
std::initializer_list<std::pair<const std::string, int>> expected;
Map<std::string, int> map {{"a", 10}, {"b", 20}, {"c", 30}};
assertEqualsInt("init list Map get a", 10, map.get("a"));
assertEqualsInt("init list Map get b", 20, map.get("b"));
assertEqualsInt("init list Map get c", 30, map.get("c"));
assertEqualsInt("init list Map size", 3, map.size());
map += {{"d", 40}, {"e", 50}};
expected = {{"a", 10}, {"b", 20}, {"c", 30}, {"d", 40}, {"e", 50}};
assertMap("after +=", expected, map);
Map<std::string, int> copy = map + pairlist;
expected = {{"a", 10}, {"b", 20}, {"c", 30}, {"d", 40}, {"e", 50}};
assertMap("after + (shouldn't modify)", expected, map);
expected = {{"a", 10}, {"b", 20}, {"c", 30}, {"d", 40}, {"e", 50}, {"k", 60}, {"t", 70}};
// assertMap("after + copy", expected, copy);
copy = map - pairlist2;
expected = {{"a", 10}, {"b", 20}, {"c", 30}, {"d", 40}, {"e", 50}};
assertMap("after - (shouldn't modify)", expected, map);
expected = {{"a", 10}, {"c", 30}, {"d", 40}};
assertMap("after - copy", expected, copy);
copy = map * pairlist2;
expected = {{"a", 10}, {"b", 20}, {"c", 30}, {"d", 40}, {"e", 50}};
assertMap("after * (shouldn't modify)", expected, map);
expected = {{"b", 20}, {"e", 50}};
assertMap("after * copy", expected, copy);
map -= {{"d", 40}, {"e", 50}};
expected = {{"a", 10}, {"b", 20}, {"c", 30}};
assertMap("after -=", expected, map);
map *= pairlist2;
expected = {{"b", 20}};
assertMap("after *=", expected, map);
}
static char *convertDivisions_ShouldReturnDivisionsWithTeams_GivenALeagueFileDataParksDataAndLeagueId()
{
org_data_s org_data = { 0 };
org_data.league_data = buildFileLeagName();
org_data.parks_data = buildFileParks();
org_data.players_data = buildFilePlayers();
org_data.records = buildRecords( org_data.league_data, 1, sp_Regular );
fileleagname_s *league_data = org_data.league_data;
fileparks_s *parks_data = org_data.parks_data;
league_division_s *league_divisions = convertDivisions( &org_data, 1, 0 );
for ( int i = 0; i < DIVISIONS_PER_LEAGUE; ++i )
{
assertNotNull( league_divisions[i].division );
division_team_s *division_teams = league_divisions[i].division->teams;
assertNotNull( division_teams );
for ( int j = 0; j < TEAMS_PER_DIVISION; ++j )
{
int idx = (i * TEAMS_PER_DIVISION) + j;
int park_idx = byte2int( league_data->teams[idx].stadium );
assertNotNull( division_teams[j].team );
assertEqualsInt( i + 1, division_teams[j].division_id );
assertEqualsInt( byte2int( league_data->teams[idx].team_id ), division_teams[j].team_id );
assertEqualsInt( byte2int( league_data->teams[idx].team_id ), division_teams[j].team->team_id );
assertEqualsStr( league_data->teams[idx].name, division_teams[j].team->name );
assertEqualsStr( parks_data->park_names[park_idx].text, division_teams[j].team->location );
assertEqualsInt( byte2int( league_data->teams[idx].color ), division_teams[j].team->primary_color );
assertEqualsInt( byte2int( league_data->teams[idx].color ), division_teams[j].team->secondary_color );
}
}
free_league_divisions( league_divisions );
return NULL;
}
static char *teams_t_create__ShouldInsertRecordsInTheTeamsTTable()
{
team_s expected = { 0 };
/**/ expected.team_id = 123;
strcpy( expected.name, "TeamName1" );
strcpy( expected.location, "Location1" );
/**/ expected.primary_color = cl_Blue;
/**/ expected.secondary_color = cl_Gold;
assertEquals( SQLITE_OK, teams_t_create( db, &expected ) );
team_s *actual = get_a_team( expected.team_id );
assertEqualsInt( expected.team_id, actual->team_id );
assertEqualsStr( expected.name, actual->name );
assertEqualsStr( expected.location, actual->location );
assertEqualsInt( expected.primary_color, actual->primary_color );
assertEqualsInt( expected.secondary_color, actual->secondary_color );
sqlite3_exec( db, "delete from teams_t", NULL, NULL, NULL );
return NULL;
}
static char *get_division__ShouldReturnTheMatchingDivisionObject_GivenADivisionId()
{
division_s expected = { 0 };
/**/ expected.division_id = 1;
strcpy( expected.name, "DivisionName1" );
assertEquals( SQLITE_OK, divisions_t_create( db, &expected ) );
division_s *actual = get_division( db, expected.division_id );
assertEqualsInt( expected.division_id, actual->division_id );
assertEqualsStr( expected.name, actual->name );
free_division( actual );
assertEquals( SQLITE_OK, divisions_t_delete( db, &expected ) );
return NULL;
}
static char *save_division__ShouldPersistTheDivisionInTheDatabase_GivenADivisionObject()
{
division_s expected = { 0 };
/**/ expected.division_id = 1;
strcpy( expected.name, "DivisionName1" );
assertEquals( SQLITE_OK, save_division( db, &expected ) );
division_s actual = { 0 };
actual.division_id = expected.division_id;
assertEquals( SQLITE_OK, divisions_t_read( db, &actual ) );
assertEqualsInt( expected.division_id, actual.division_id );
assertEqualsStr( expected.name, actual.name );
assertEquals( SQLITE_OK, divisions_t_delete( db, &expected ) );
return NULL;
}
unsigned test_calculePwmServoRouesAvant() {
unsigned char testsEnErreur = 0;
calculePwmServoRouesAvant(128);
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsBas.valeur, 65535 - 40000 + 3024, "DIR01");
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsHaut.valeur, 65535 - 3024, "DIR01");
calculePwmServoRouesAvant(0);
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsBas.valeur, 65535 - 40000 + 2000, "DIR11");
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsHaut.valeur, 65535 - 2000, "DIR11");
calculePwmServoRouesAvant(255);
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsBas.valeur, 65535 - 40000 + 4040, "DIR21");
assertEqualsInt(tableauDeBord.positionRouesAvant.tempsHaut.valeur, 65535 - 4040, "DIR21");
return testsEnErreur;
}
static char *convertDivisions_ShouldReturnAListOfLeagueDivisions_GivenALeagueFileDataAndLeagueId()
{
org_data_s org_data = { 0 };
org_data.league_data = buildFileLeagName();
org_data.parks_data = buildFileParks();
org_data.players_data = buildFilePlayers();
org_data.records = buildRecords( org_data.league_data, 1, sp_Regular );
fileleagname_s *league_data = org_data.league_data;
league_division_s *league_divisions = convertDivisions( &org_data, 1, 0 );
assertNotNull( league_divisions );
assertNotNull( league_divisions[0].division );
assertEqualsInt( 1, league_divisions[0].league_id );
assertEqualsInt( 1, league_divisions[0].division_id );
assertEqualsInt( 1, league_divisions[0].division->division_id );
assertEqualsStr( league_data->divisions[0].name, league_divisions[0].division->name );
assertNotNull( league_divisions[1].division );
assertEqualsInt( 1, league_divisions[1].league_id );
assertEqualsInt( 2, league_divisions[1].division_id );
assertEqualsInt( 2, league_divisions[1].division->division_id );
assertEqualsStr( league_data->divisions[1].name, league_divisions[1].division->name );
assertNull( league_divisions[2].division );
free_league_divisions( league_divisions );
league_divisions = convertDivisions( &org_data, 2, 1 );
assertNotNull( league_divisions );
assertNotNull( league_divisions[0].division );
assertEqualsInt( 2, league_divisions[0].league_id );
assertEqualsInt( 3, league_divisions[0].division_id );
assertEqualsInt( 3, league_divisions[0].division->division_id );
assertEqualsStr( league_data->divisions[2].name, league_divisions[0].division->name );
assertNotNull( league_divisions[1].division );
assertEqualsInt( 2, league_divisions[1].league_id );
assertEqualsInt( 4, league_divisions[1].division_id );
assertEqualsInt( 4, league_divisions[1].division->division_id );
assertEqualsStr( league_data->divisions[3].name, league_divisions[1].division->name );
assertNull( league_divisions[2].division );
free_league_divisions( league_divisions );
return NULL;
}
static char *save_division__ShouldUpdateRecordsIfTheyExistAndInsertIfTheyDont_GivenADivision()
{
division_s expected = { 0 };
division_team_s expected_division_teams[3] = { 0 };
division_stats_s expected_stats[3] = { 0 };
division_accolade_s expected_accolades[3] = { 0 };
/**/ expected.division_id = 1;
strcpy( expected.name, "DivisionName1" );
expected_division_teams[0].division_id = 1;
expected_division_teams[0].team_id = 2;
expected_division_teams[1].division_id = 1;
expected_division_teams[1].team_id = 5;
expected_division_teams[2] = division_team_sentinel;
expected_stats[0].division_id = 1;
expected_stats[0].season = 1;
expected_stats[0].season_phase = sp_Regular;
expected_stats[0].wins = 388;
expected_stats[0].losses = 380;
expected_stats[0].home_wins = 205;
expected_stats[0].home_losses = 179;
expected_stats[0].road_wins = 166;
expected_stats[0].road_losses = 218;
expected_stats[0].league_wins = 135;
expected_stats[0].league_losses = 121;
expected_stats[0].runs_scored = 2642;
expected_stats[0].runs_allowed = 2619;
expected_stats[1].division_id = 1;
expected_stats[1].season = 2;
expected_stats[1].season_phase = sp_Regular;
expected_stats[1].wins = 392;
expected_stats[1].losses = 376;
expected_stats[1].home_wins = 195;
expected_stats[1].home_losses = 189;
expected_stats[1].road_wins = 167;
expected_stats[1].road_losses = 217;
expected_stats[1].league_wins = 138;
expected_stats[1].league_losses = 118;
expected_stats[1].runs_scored = 2698;
expected_stats[1].runs_allowed = 2703;
expected_stats[2] = division_stats_sentinel;
expected_accolades[0].division_id = 1;
expected_accolades[0].season = 1;
expected_accolades[0].accolade = dacc_League_Title;
expected_accolades[1].division_id = 1;
expected_accolades[1].season = 2;
expected_accolades[1].accolade = dacc_Best_Record;
expected_accolades[2] = division_accolade_sentinel;
assertEquals( SQLITE_OK, divisions_t_create( db, &expected ) );
assertEquals( SQLITE_OK, division_teams_t_create( db, &expected_division_teams[0] ) );
assertEquals( SQLITE_OK, division_stats_t_create( db, &expected_stats[0] ) );
assertEquals( SQLITE_OK, division_accolades_t_create( db, &expected_accolades[0] ) );
strcpy( expected.name, "DivisionName2" );
expected_stats[0].wins = 390;
expected_stats[0].losses = 378;
expected.teams = expected_division_teams;
expected.stats = expected_stats;
expected.accolades = expected_accolades;
assertEquals( SQLITE_OK, save_division( db, &expected ) );
division_s actual = { 0 };
actual.division_id = expected.division_id;
assertEquals( SQLITE_OK, divisions_t_read( db, &actual ) );
assertEqualsInt( expected.division_id, actual.division_id );
assertEqualsStr( expected.name, actual.name );
data_list_s division_teams_list = { 0 };
assertEquals( SQLITE_OK, division_teams_t_read_by_division( db, expected.division_id, &division_teams_list ) );
assertEquals( 2, division_teams_list.count );
division_team_s *actual_division_teams = division_teams_list.data;
assertNotNull( actual_division_teams );
assertEquals( expected_division_teams[0].division_id, actual_division_teams[0].division_id );
assertEquals( expected_division_teams[0].team_id, actual_division_teams[0].team_id );
assertEquals( expected_division_teams[1].division_id, actual_division_teams[1].division_id );
assertEquals( expected_division_teams[1].team_id, actual_division_teams[1].team_id );
data_list_s division_stats_list = { 0 };
assertEquals( SQLITE_OK, division_stats_t_read_by_division( db, expected.division_id, &division_stats_list ) );
assertEquals( 2, division_stats_list.count );
division_stats_s *actual_division_stats = division_stats_list.data;
assertNotNull( actual_division_stats );
assertEquals( expected_stats[0].division_id, actual_division_stats[0].division_id );
assertEquals( expected_stats[0].season, actual_division_stats[0].season );
assertEquals( expected_stats[0].season_phase, actual_division_stats[0].season_phase );
assertEquals( expected_stats[0].wins, actual_division_stats[0].wins );
assertEquals( expected_stats[0].losses, actual_division_stats[0].losses );
assertEquals( expected_stats[0].home_wins, actual_division_stats[0].home_wins );
assertEquals( expected_stats[0].home_losses, actual_division_stats[0].home_losses );
assertEquals( expected_stats[0].road_wins, actual_division_stats[0].road_wins );
assertEquals( expected_stats[0].road_losses, actual_division_stats[0].road_losses );
assertEquals( expected_stats[0].league_wins, actual_division_stats[0].league_wins );
assertEquals( expected_stats[0].league_losses, actual_division_stats[0].league_losses );
assertEquals( expected_stats[0].runs_scored, actual_division_stats[0].runs_scored );
assertEquals( expected_stats[0].runs_allowed, actual_division_stats[0].runs_allowed );
assertEquals( expected_stats[1].division_id, actual_division_stats[1].division_id );
assertEquals( expected_stats[1].season, actual_division_stats[1].season );
assertEquals( expected_stats[1].season_phase, actual_division_stats[1].season_phase );
assertEquals( expected_stats[1].wins, actual_division_stats[1].wins );
assertEquals( expected_stats[1].losses, actual_division_stats[1].losses );
assertEquals( expected_stats[1].home_wins, actual_division_stats[1].home_wins );
assertEquals( expected_stats[1].home_losses, actual_division_stats[1].home_losses );
assertEquals( expected_stats[1].road_wins, actual_division_stats[1].road_wins );
assertEquals( expected_stats[1].road_losses, actual_division_stats[1].road_losses );
assertEquals( expected_stats[1].league_wins, actual_division_stats[1].league_wins );
assertEquals( expected_stats[1].league_losses, actual_division_stats[1].league_losses );
assertEquals( expected_stats[1].runs_scored, actual_division_stats[1].runs_scored );
assertEquals( expected_stats[1].runs_allowed, actual_division_stats[1].runs_allowed );
data_list_s division_accolades_list = { 0 };
assertEquals( SQLITE_OK, division_accolades_t_read_by_division( db, expected.division_id, &division_accolades_list ) );
assertEquals( 2, division_accolades_list.count );
division_accolade_s *actual_division_accolades = division_accolades_list.data;
assertNotNull( actual_division_accolades );
assertEquals( expected_accolades[0].division_id, actual_division_accolades[0].division_id );
assertEquals( expected_accolades[0].season, actual_division_accolades[0].season );
assertEquals( expected_accolades[0].accolade, actual_division_accolades[0].accolade );
assertEquals( expected_accolades[1].division_id, actual_division_accolades[1].division_id );
assertEquals( expected_accolades[1].season, actual_division_accolades[1].season );
assertEquals( expected_accolades[1].accolade, actual_division_accolades[1].accolade );
free( actual_division_teams );
free( actual_division_stats );
free( actual_division_accolades );
assertEquals( SQLITE_OK, divisions_t_delete( db, &expected ) );
assertEquals( SQLITE_OK, division_teams_t_delete( db, &expected_division_teams[0] ) );
assertEquals( SQLITE_OK, division_teams_t_delete( db, &expected_division_teams[1] ) );
assertEquals( SQLITE_OK, division_stats_t_delete( db, &expected_stats[0] ) );
assertEquals( SQLITE_OK, division_stats_t_delete( db, &expected_stats[1] ) );
assertEquals( SQLITE_OK, division_accolades_t_delete( db, &expected_accolades[0] ) );
assertEquals( SQLITE_OK, division_accolades_t_delete( db, &expected_accolades[1] ) );
return NULL;
}
char *_compareTeamStats( team_stats_s *expected, team_stats_s *actual )
{
assertEqualsInt( expected->team_id, actual->team_id );
assertEqualsInt( expected->season, actual->season );
assertEqualsInt( expected->bowl_game, actual->bowl_game );
assertEqualsInt( expected->wins, actual->wins );
assertEqualsInt( expected->losses, actual->losses );
assertEqualsInt( expected->ties, actual->ties );
assertEqualsInt( expected->home_wins, actual->home_wins );
assertEqualsInt( expected->home_losses, actual->home_losses );
assertEqualsInt( expected->home_ties, actual->home_ties );
assertEqualsInt( expected->road_wins, actual->road_wins );
assertEqualsInt( expected->road_losses, actual->road_losses );
assertEqualsInt( expected->road_ties, actual->road_ties );
assertEqualsInt( expected->points_scored, actual->points_scored );
assertEqualsInt( expected->points_allowed, actual->points_allowed );
return NULL;
}
TIMED_TEST(StringTests, stringToIntegerTest, TEST_TIMEOUT_DEFAULT) {
assertEqualsInt("base-10", 234, stringToInteger("234"));
assertEqualsInt("base-8", 156, stringToInteger("234", /* radix */ 8));
assertEqualsInt("base-16", 564, stringToInteger("234", /* radix */ 16));
}
TIMED_TEST(GridTests, frontBackTest_Grid, TEST_TIMEOUT_DEFAULT) {
Grid<int> grid {{10, 20, 30}, {40, 50, 60}};
assertEqualsInt("Grid front", 10, grid.front());
assertEqualsInt("Grid back", 60, grid.back());
}