def test_search_trip_driver_closer_to_destination(self):
'''
Rider and driver are now at the same latitude, 46.502000. We move Driver to
46.503000 North (+0.01000). Therefore, driver is after rider and closer to
the destination.
Before this method:
Driver Position: '46.502000 11.340000'
Rider Position: '46.502000 11.340000'
After this method:
Driver Position: '46.503000 11.340000'
Rider Position: '46.502000 11.340000'
'''
self.driver.position_lat += 0.001000
self.driver_position = utils.georss_point_from_coords(self.driver.position_lat,self.driver.position_lon)
self.driver.location = classes.Location(georss_point=self.driver_position)
response = self.driver.update_position(location=self.driver.location)
assert response['code'] == response_codes.CREATED or response['code'] == response_codes.ALL_OK
response = self.rider.search_ride(self.rider.location,self.rider.destination)
assert response['code'] == response_codes.ALL_OK
with py.test.raises(KeyError):
assert response['trips'] == True
def test_search_trip_driver_moving_away_from_rider(self):
'''
We now move the Driver to South, making it moving away from rider.
Therefore, rider should not get his trip in a search.
Before this method:
Driver Position: '46.503000 11.340000'
Rider Position: '46.502000 11.340000'
After this method:
Driver Position: '46.501000 11.340000'
Rider Position: '46.502000 11.340000'
'''
for i in range (1,21):
self.driver.position_lat -= 0.0001
self.driver_position = utils.georss_point_from_coords(self.driver.position_lat,self.driver.position_lon)
self.driver.location = classes.Location(georss_point=self.driver_position)
response = self.driver.update_position(location=self.driver.location)
assert response['code'] == response_codes.CREATED or response['code'] == response_codes.ALL_OK
driver_position = utils.coords_from_georss_point(self.driver.get_position()['value']['georss_point'])
response = self.rider.search_ride(self.rider.location,self.rider.destination)
assert response['code'] == response_codes.ALL_OK
with py.test.raises(KeyError):
assert response['trips'] == True
def test_search_trip_valid(self):
'''
We move Driver + 0.00010 North 20 times, until he reaches rider
location. Rider is +0.002000 North initially.
Before this method:
Driver Position: '46.500000 11.340000'
Rider Position: '46.502000 11.340000'
After this method:
Driver Position: '46.502000 11.340000'
Rider Position: '46.502000 11.340000'
'''
for i in range (1,21):
self.driver.position_lat += 0.000100
self.driver_position = utils.georss_point_from_coords(self.driver.position_lat,self.driver.position_lon)
self.driver.location = classes.Location(georss_point=self.driver_position)
response = self.driver.update_position(location=self.driver.location)
assert response['code'] == response_codes.CREATED or response['code'] == response_codes.ALL_OK
response = self.rider.search_ride(self.rider.location,self.rider.destination)
assert response['code'] == response_codes.ALL_OK
self.rider.trip = response['value']['trips'][0]
driver_position = utils.coords_from_georss_point(self.driver.get_position()['value']['georss_point'])
rider_position = utils.coords_from_georss_point(self.rider.get_position()['value']['georss_point'])
assert driver_position == rider_position
def setup_class(self):
self.rider = classes.Rider(settings.REGISTRATION_USERNAME,settings.REGISTRATION_PASSWORD,settings.DYCAPO_URL)
self.rider.position_lat = 46.494957
self.rider.position_lon = 11.340239
self.rider_position = utils.georss_point_from_coords(self.rider.position_lat, self.rider.position_lon)
