def test_split_into_long_and_normal_lists():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
long, short = main.split_into_long_and_normal_lists(data_list=data,
mater=list(),
vehicles=list())
assert len(short) == 7
assert len(long) == 2
def test_insert_into_table():
engine = utils.get_db_engine()
Temp_table.__table__.create(bind=engine, checkfirst=True)
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
long, short = main.split_into_long_and_normal_lists(data_list=data,
mater=list(),
vehicles=list())
test_short = list()
for row in short:
test_short.append(row[:3])
test_short.append(test_short[6])
main.insert_into_table(data_list=test_short,
table=Temp_table,
engine=engine)
length = engine.execute("SELECT COUNT(*) FROM test_table").scalar()
Temp_table.__table__.drop(bind=engine)
assert length == 7
def test_make_long_enough_longer():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
fixed_row = main.make_long_enough(data[7])
assert len(fixed_row) == 40
def test_fix_short_row_correct():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
fixed_row = main.fix_short_row(data[8])
assert len(fixed_row) == 36
def test_read_csv_all_rows():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
assert len(data) == 9
def test_read_csv_rest_not_upper():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
assert data[0][3] == "should_lower_case"
def test_read_csv_pk_upper():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
assert data[0][2] != "shouldnt_lower_case"
def test_read_csv_no_header():
data = main.read_data_from_csv(source="test/vehicle.csv0001_part_00")
assert data[0][0] == "LPAE"
assert data[0][0] != "country"
