def test_writing_new_datapackage(basic, redirect_userdata):
rower = Rower("animals")
rower.define_RoWs()
rower.label_RoWs()
dp = rower.save_data_package("foo", "bar")
assert len(Rower("animals").list_existing()) == 8
assert "foo" in Rower("animals").list_existing()[-1]
def test_locations_changed_as_expected(basic):
rower = Rower("animals")
rower.define_RoWs()
rower.label_RoWs()
assert get_activity(('animals', 'mutt pup'))['location'] == 'RoW_user_0'
assert get_activity(('animals', 'mutt'))['location'] == 'RoW_user_0'
assert get_activity(('animals', 'moggy'))['location'] == 'RoW_user_1'
def test_userdata_redirect(basic, redirect_userdata):
rower = Rower("animals")
rower.define_RoWs()
rower.label_RoWs()
dp = rower.save_data_package("foo", "bar")
print(dp)
assert "rower" not in dp
assert "pytest" in dp
def main():
print('rowercast, start.')
# shared data object of a rower.
my_rower = Rower()
# serial data reader.
serial_reader = FDFReader(my_rower, SERIAL_ADDRESS)
# Ant+ FE rower broadcaster.
ant_broadcaster = AntRower(my_rower, ANT_CONFIG)
# start reading, start broadcasting.
try:
ant_broadcaster.start()
serial_reader.start()
# except:
# # todo: how to deal with the exception?
# pass
finally:
# todo: close the program, release the hardware.
serial_reader.close()
ant_broadcaster.close()
print('rowercast, exit.')
def test_existing_ecoinvent_present(basic):
assert len(Rower("animals").list_existing()) == 7
# print('--------------')
# dzieciecy1 = Dzieciecy()
# print(dzieciecy1.nazwa)
# print(dzieciecy1.kola)
# dzieciecy2 = Dzieciecy()
# print(dzieciecy2.nazwa)
# print(dzieciecy2.kola)
#
# print(rower1.jedz())
# print(dzieciecy2.jedz())
auto1 = Samochod('Volvo')
print(auto1)
auto1.moc = 163
auto1.tuning()
print(auto1.moc)
auto2 = Samochod('BMW')
auto2.moc = 180
print(auto1 > auto2)
rower1 = Rower("Romet")
print(rower1)
print('-----------')
kids1 = Dzieciecy()
print(kids1.kola)
kids1.dodaj_kolo()
print(kids1.kola)
def __init__(self):
'''Konstruktor nie przyjmuje argumentu'''
Rower.__init__(self, 'dzieciecy')
self.kola = 4
def __init__(self):
self.nazwa = 'dzieciecy'
Rower.__init__(self, self.nazwa)
self.kola = 4
from pojazd import Pojazd
from rower import Rower
from rower_dziec import Dzieciey
from samochod import Samochod
poj1 = Pojazd('ogolny')
print(poj1)
rower1 = Rower('Romet')
print(rower1)
print(rower1.zadzown())
print(rower1.kola)
print(rower1.jedz())
print('-------------')
dzieciecy1 = Dzieciey()
print(dzieciecy1.nazwa)
print(dzieciecy1.kola)
#dzieciecy2 = Dzieciey
print(rower1.jedz())
#print(dzieciecy2.jedz())
auto1 = Samochod('Volvo')
print(auto1)
auto1.moc = 163
auto1.tuning()
print(auto1.moc)
auto2 = Samochod('BMW')
auto2.moc = 180