def test_get_mileage_no_mileage_found(self):
"""
If no mileage is found in the setup file, the odometer should start from 0
"""
with patch("devices.odometer.SetupFile.get_value") as m_get_value:
m_get_value.side_effect = AttributeError
odo = Odometer()
assert odo.get_mileage() == {"km": 0, "miles": 0}
def test_get_mileage(self, unit, value, expected_km, expected_miles):
"""
Checks that the odometer reads the correct mileage after setting the value in the json setup file.
"""
with patch("devices.odometer.SetupFile.get_value") as m_get_value:
m_get_value.return_value = {"value": value, "unit": unit}
odo = Odometer()
assert odo.get_mileage() == {"km": expected_km, "miles": expected_miles}
def test_save_not_enough_distance_traveled(self):
"""
The mileage should not increase if more than one km more is not reached
"""
with freeze_time("00:00:00"):
# setting the starting mileage
with patch("devices.odometer.SetupFile.get_value") as get_value:
get_value.return_value = {"value": 0}
odo = Odometer()
assert odo.get_mileage() == {"km": 0, "miles": 0} # we are clean
with freeze_time("00:00:30"):
# after 30 secs we will notify the odometer that we have been going to 100km/h
with patch("devices.odometer.SetupFile.update_key") as m_update_key:
odo.save(100)
# checking that we couldn't reach one km more so no update to the setup file is needed
m_update_key.assert_not_called()
# the mileage will remain the same
assert odo.get_mileage() == {"km": 0, "miles": 0}
def test_save(self):
"""
Checks that the mileage increases after been some time running to a certain speed.
"""
with freeze_time("00:00:00"):
# setting the starting mileage
with patch("devices.odometer.SetupFile.get_value") as get_value:
get_value.return_value = {"value": 0}
odo = Odometer()
assert odo.get_mileage() == {"km": 0, "miles": 0} # we are clean
with freeze_time("01:00:00"):
# after an hour we will notify the odometer that we have been going to 100km/h
with patch("devices.odometer.SetupFile.update_key") as m_update_key:
odo.save(100)
# checking that we tried to save the new mileage into the setup file
m_update_key.assert_called_with("odo", {"value": 100})
# after an hour we should be in 100km mileage
assert odo.get_mileage() == {"km": 100, "miles": 62}
def _init_resources(self):
self.time = Time()
self.odo = Odometer()
self.kpro = Kpro()
from devices.kpro import Kpro
from devices.time import Time
from devices.odometer import Odometer
from mapper import Mapper
while True:
try:
run()
break
except:
continue
kpro = Kpro()
time = Time()
odo = Odometer()
map = Mapper()
iat_unit = map.get_unit('iat')
ect_unit = map.get_unit('ect')
vss_unit = map.get_unit('vss')
o2_unit = map.get_unit('o2')
map_unit = map.get_unit('map')
an0_unit = map.get_unit('an0')
an0_formula = map.get_formula('an0')
an1_unit = map.get_unit('an1')
an1_formula = map.get_formula('an1')
an2_unit = map.get_unit('an2')
an2_formula = map.get_formula('an2')
an3_unit = map.get_unit('an3')
an3_formula = map.get_formula('an3')