def cursor2cars(cursor):
cars = []
for row in cursor:# each row is a tuple
c = Car(brand=row[1],model=row[2],price=row[3])
c.id = row[0] # we don't need to cast type, it has already to cast to correct type
cars.append(c)
return cars
def cursor2cars(cursor):
cars = []
for row in cursor: # each row is a tuple
c = Car(brand=row[1], model=row[2], price=row[3])
c.id = row[
0] # we don't need to cast type, it has already to cast to correct type
cars.append(c)
return cars
def load_access_col_by_name():
"""
to access each column in row by name instead of index
we need to set connection's row_factory to 'sqlite3.Row'
"""
with sqlite3.connect(Database) as conn:
conn.text_factory = str # by default, it will return unicode, so change it to 'str'
conn.row_factory = sqlite3.Row
cursor = conn.execute("SELECT * FROM Cars")
cars = []
for row in cursor:
c = Car(brand=row["Brand"],price=row["Price"],model=row["Model"])
c.id = row["Id"]
cars.append(c)
Car.display(cars)
def load_access_col_by_name():
"""
to access each column in row by name instead of index
we need to set connection's row_factory to 'sqlite3.Row'
"""
with sqlite3.connect(Database) as conn:
conn.text_factory = str # by default, it will return unicode, so change it to 'str'
conn.row_factory = sqlite3.Row
cursor = conn.execute("SELECT * FROM Cars")
cars = []
for row in cursor:
c = Car(brand=row["Brand"], price=row["Price"], model=row["Model"])
c.id = row["Id"]
cars.append(c)
Car.display(cars)
