def test_send_message(self):
client = UberClient('*****@*****.**', '12345')
response = mocked_response('omg')
expected_data = {
'email': '*****@*****.**',
'deviceOS': settings.DEVICE_OS,
'language': 'en',
'deviceModel': settings.DEVICE_MODEL,
'app': 'client',
'messageType': '111',
'token': '12345',
'version': settings.UBER_VERSION,
'device': settings.DEVICE_NAME,
'aaa': 'bbb',
}
(flexmock(UberClient).should_receive(
'_copy_location_for_message').with_args(self.mock_location,
dict).times(1))
(flexmock(UberClient).should_receive('_post').with_args(
UberClient.ENDPOINT, data=DictPartialMatcher(expected_data)).times(
1).and_return(response))
(flexmock(UberClient).should_receive(
'_validate_message_response').with_args(response.json()).times(1))
params = {'aaa': 'bbb'}
self.assertEqual(
'omg', client._send_message('111', params, self.mock_location))
def test_login(self):
(flexmock(uber.client).should_receive("hash_password").and_return("1122334455"))
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args("Login", params={"password": "******", "email": "aaa"})
.and_return({"client": {"token": "12345"}})
)
token = UberClient.login("aaa", "bbb")
self.assertEqual(token, "12345")
def test_login(self):
(flexmock(uber.client).should_receive('hash_password').and_return(
'1122334455'))
(flexmock(UberClient).should_receive('_send_message').with_args(
'Login', params={
'password': '******',
'email': 'aaa'
}).and_return({'token': '12345'}))
token = UberClient.login('aaa', 'bbb')
self.assertEqual(token, '12345')
def do_login(self, username, password):
"""
Logs into Uber.
usage: login <email> <password>
"""
try:
token = UberClient.login(username, password)
self._state.username = username
self._state.token = token
self._state.save()
self.setup_client()
print 'login ok'
except UberException as e:
print e.description
def do_login(self, username, password):
"""
Logs into Uber.
usage: login <email> <password>
"""
try:
token = UberClient.login(username, password)
self._state.username = username
self._state.token = token
self._state.save()
self.setup_client()
print "login ok"
except UberException as e:
print e.description
def bookuber(address):
#Login to obtain token
token = UberClient.login('*****@*****.**','123uberdone')
# token = 'cLqir9JuchqHqOtxncYSEmMC6BiQfN'
#Set up client
client = UberClient('*****@*****.**', token)
#show nearby ubers
ubers = nearbyUber(client,address)
address = 'Citizen Space, 425 2nd St , San Francisco, CA'
#geolocate
results = geolocate(address)
if not results:
print 'address not found :('
return
geo_address = results[0]
print 'booking UberX for {}...'.format(geo_address['formatted_address'])
def test_login(self):
(flexmock(uber.client)
.should_receive('hash_password')
.and_return('1122334455')
)
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Login', params={'password': '******', 'email': 'aaa'})
.and_return({
'token': '12345'
})
)
token = UberClient.login('aaa', 'bbb')
self.assertEqual(token, '12345')
def login_into_uber( username, password):
#Logs into Uber
try:
global client
token = UberClient.login(username, password)
username = username
if token:
client = UberClient(username, token)
if client:
print "Logged into Uber as " + username+'\n'
#checkout our pickup address
do_checkout_address(uberPickUpAddress)
#ping pickup address for nearby vehicles
ping_address_for_available_vehicles(uberPickUpAddress)
#order the uber to your location
do_pickup(uberPickUpAddress)
except UberException as e:
print e.description
class UberCli(Cmd):
def __init__(self):
Cmd.__init__(self)
self._state = CliState()
self._client = None
self.setup_client()
if self._client:
print 'logged in as ' + self._state.username
def setup_client(self):
if self._state.token:
self._client = UberClient(self._state.username, self._state.token)
@exempt_login
def do_login(self, username, password):
"""
Logs into Uber.
usage: login <email> <password>
"""
try:
token = UberClient.login(username, password)
self._state.username = username
self._state.token = token
self._state.save()
self.setup_client()
print 'login ok'
except UberException as e:
print e.description
@exempt_login
def do_logout(self):
"""
Log out of Uber (just deletes the token)
usage: logout
"""
self._state.token = None
self._state.save()
self._state = None
print 'Cleared access token'
@exempt_login
def do_lookup(self, address):
"""
Looks up an address
usage: lookup <address>
"""
result = geolocate(address)
for entry in result:
print entry['formatted_address']
def do_add_credit_card(self, creditcard, month, year, cvv, zipcode):
"""
Adds a credit card to Uber
usage: add_credit_card <creditcard> <month> <year> <cvv> <zipcode>
"""
result = self._client.add_payment(creditcard, month, year, cvv,
zipcode)
print result
def do_ping(self, address_str):
"""
shows you what taxis are close to you.
Usage: ping <address>
"""
if not address_str:
print
results = geolocate(address_str)
if not results:
print 'address not found :('
return
geodecoded_address = results[0]
print 'pinging: ' + geodecoded_address['formatted_address']
app_state = self._client.ping(geodecoded_address)
city = app_state.city
vehicle_views = city.vehicle_views
for key in city.vehicle_views_order:
nearby_info = app_state.nearby_vehicles.get(key)
view = vehicle_views[key]
count = len(nearby_info.vehicle_paths)
if count:
additional_info = ''
if view.surge:
additional_info = 'Warning - x{multiplier} surge pricing is active!'.format(
multiplier=view.surge.multiplier)
print '{name} has {count} cars near by (eta {eta}). {additional_info}'.format(
name=view.description,
count=len(nearby_info.vehicle_paths),
eta=nearby_info.eta_string,
additional_info=additional_info)
else:
print '{name} has no vehicles nearby :('.format(
name=view.description)
def do_pickup(self, address):
"""
Have an UberX pick you up
Usage: pickup <address>
"""
results = geolocate(address)
if not results:
print 'address not found :('
return
if len(results) == 1:
geo_address = results[0]
else:
for i in xrange(len(results)):
entry = results[i]
print '{index}) {entry}'.format(
index=i + 1, entry=entry['formatted_address'])
print ''
selection_num = int(
raw_input('choose address# (0 to abort)> ') or 0)
if not selection_num:
return
geo_address = results[selection_num - 1]
print 'booking UberX for {}...'.format(
geo_address['formatted_address'])
self._book_ride(geo_address)
def _book_ride(self, location):
abort_signal = []
def handle_abort(*args):
abort_signal.append(None)
print ''
print 'cancelling ride...'
self._client.cancel_pickup()
print 'ride cancelled.'
signal.signal(signal.SIGINT, signal.SIG_DFL)
signal.signal(signal.SIGINT, handle_abort)
self._client.request_pickup(location)
print_state = True
last_status = None
print 'waiting for ride (ctrl+c at any time to cancel ride)'
while print_state and not abort_signal:
state = self._client.ping(None)
status = state.client.status
if status != last_status:
print 'status: ' + status
last_status = status
if status == ClientStatus.LOOKING:
print state.client.last_request_note
break
if status == ClientStatus.WAITING_FOR_PICKUP:
trip = state.trip
vehicle = trip.vehicle
sys.stdout.write(
"\r{driver} will pick you up in {eta} with a {color} {make} {model}."
.format(
driver=trip.driver.name,
eta=trip.eta_string_short,
color=vehicle.exterior_color,
make=vehicle.vehicle_type.make,
model=vehicle.vehicle_type.model,
))
sys.stdout.flush()
time.sleep(1)
def do_experiments(self):
"""
print uber's running experiments
"""
state = self._client.ping(None)
for experiment in state.client.active_experiments.values():
print '{name} ({group})'.format(
name=experiment.name, group=experiment.treatment_group_name)
@exempt_login
def do_exit(self):
exit()
do_bye = do_exit
def onecmd(self, line):
"""
Interpret the argument as though it had been typed in response
to the prompt.
"""
if line == 'EOF':
exit()
built_in_functions = ['help']
cmd, arg, line = self.parseline(line)
if not line:
return self.emptyline()
if cmd is None:
return self.default(line)
self.lastcmd = line
if cmd == '':
return self.default(line)
try:
func = getattr(self, 'do_' + cmd)
except AttributeError:
return self.default(line)
if cmd in built_in_functions:
return func(arg)
if getattr(func, 'exempt_login', False) is False and not self._client:
print '''login required. type 'login <user> <password>' to login'''
return
arg_count = func.func_code.co_argcount - 1
# if one arg, just give the string as-is
if arg_count == 1:
if not arg:
print get_usage(func)
return
return func(arg)
else:
# split to various args
split_args = shlex.split(arg)
if len(split_args) != arg_count:
print get_usage(func)
return
return func(*split_args)
class TestUberClient(unittest.TestCase):
mock_location = GPSLocation(1, 2)
def setUp(self):
self._client = UberClient("*****@*****.**", "12345")
def test_post(self):
data = {"a": "b"}
(
flexmock(self._client._session)
.should_receive("post")
.with_args("http://www.boo.org", json.dumps(data), headers=self._client._headers)
.and_return(mocked_response({"aaa": "bbb"}))
.times(1)
)
self.assertEqual(self._client._post("http://www.boo.org", data=data).json(), {"aaa": "bbb"})
def test_message_error_handling(self):
error_data = {"messageType": "Error", "description": "something bad", "errorCode": 12345}
(flexmock(self._client._session).should_receive("post").and_return(mocked_response(error_data)).times(1))
with self.assertRaises(UberException) as expected_exception:
self._client._send_message("crap")
self.assertEqual(expected_exception.exception.description, "something bad")
self.assertEqual(expected_exception.exception.error_code, 12345)
def test_http_error_handling(self):
(flexmock(self._client._session).should_receive("post").and_return(mocked_response("error!", 401)).times(1))
with self.assertRaises(UberException) as expected_exception:
self._client._post("http://www.test.org", {"nobody": "cares"})
self.assertEqual(expected_exception.exception.error_code, 401)
self.assertEqual(expected_exception.exception.description, "error!")
def test_send_message(self):
client = UberClient("*****@*****.**", "12345")
response = mocked_response("omg")
expected_data = {
"email": "*****@*****.**",
"deviceOS": settings.DEVICE_OS,
"language": "en",
"deviceModel": settings.DEVICE_MODEL,
"app": "client",
"messageType": "111",
"token": "12345",
"version": settings.UBER_VERSION,
"device": settings.DEVICE_NAME,
"aaa": "bbb",
}
(flexmock(UberClient).should_receive("_copy_location_for_message").with_args(self.mock_location, dict).times(1))
(
flexmock(UberClient)
.should_receive("_post")
.with_args(UberClient.ENDPOINT, data=DictPartialMatcher(expected_data))
.times(1)
.and_return(response)
)
(flexmock(UberClient).should_receive("_validate_message_response").with_args(response.json()).times(1))
params = {"aaa": "bbb"}
self.assertEqual("omg", client._send_message("111", params, self.mock_location))
def test_login(self):
(flexmock(uber.client).should_receive("hash_password").and_return("1122334455"))
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args("Login", params={"password": "******", "email": "aaa"})
.and_return({"client": {"token": "12345"}})
)
token = UberClient.login("aaa", "bbb")
self.assertEqual(token, "12345")
def test_hash_password(self):
from uber.client import hash_password
self.assertEqual(hash_password("12345"), "e186e4e7a446d1b451e8e985c8db4a21")
def test_nearby_places(self):
params = {"searchTypes": ["places"], "query": "huge potato"}
expected_places = [1, 2, 3, 4, 5]
(
flexmock(self._client)
.should_receive("_send_message")
.with_args("LocationSearch", params=params, location="test_location")
.and_return({"places": expected_places})
)
result = self._client.nearby_places("huge potato", "test_location")
self.assertEqual([x.raw for x in result], expected_places)
for item in result:
self.assertEqual(type(item), Place)
def test_copy_location_for_message(self):
data = {}
self._client._copy_location_for_message({"longitude": 1, "latitude": 0.5}, data)
self.assertEqual(data, {"longitude": 1, "latitude": 0.5})
data = {}
self._client._copy_location_for_message(GPSLocation(latitude=0.5, longitude=1), data)
self.assertEqual(data, {"longitude": 1, "latitude": 0.5})
data = {}
self._client._copy_location_for_message(
GPSLocation(latitude=0.5, longitude=1, vertical_accuracy=0.1, horizontal_accuracy=0.2, altitude=0.3), data
)
self.assertEqual(
data, {"latitude": 0.5, "longitude": 1, "verticalAccuracy": 0.1, "horizontalAccuracy": 0.2, "altitude": 0.3}
)
def test_request_pickup(self):
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args(
"Pickup",
params={"vehicleViewId": 1, "useCredits": True, "pickupLocation": {"some_geo_field": "12345"}},
location=self.mock_location,
)
)
self._client.request_pickup(
vehicle_type=VehicleView({"id": 1}),
pickup_address={"some_geo_field": "12345"},
gps_location=self.mock_location,
)
def test_request_pickup_with_string_address(self):
(
flexmock(geolocation)
.should_receive("geolocate")
.with_args("some address")
.and_return([{"some_geo_field": "12345"}])
)
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args(
"Pickup",
params={"vehicleViewId": 1, "useCredits": True, "pickupLocation": {"some_geo_field": "12345"}},
location=self.mock_location,
)
)
self._client.request_pickup(
vehicle_type=VehicleView({"id": 1}), pickup_address="some address", gps_location=self.mock_location
)
def test_request_pickup_with_bad_string_address(self):
(flexmock(geolocation).should_receive("geolocate").with_args("some address").and_return([]))
with self.assertRaises(UberLocationNotFound):
self._client.request_pickup(
vehicle_type=VehicleView({"id": 1}), pickup_address="some address", gps_location=self.mock_location
)
def test_request_pickup_int_args(self):
(
flexmock(geolocation)
.should_receive("geolocate")
.with_args("some address")
.and_return([{"some_geo_field": "12345"}])
)
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args(
"Pickup",
params={
"vehicleViewId": 111,
"useCredits": True,
"paymentProfileId": 555,
"pickupLocation": {"some_geo_field": "12345"},
},
location=self.mock_location,
)
)
self._client.request_pickup(
vehicle_type=111, pickup_address="some address", payment_profile=555, gps_location=self.mock_location
)
def test_request_pickup_model_args(self):
(
flexmock(geolocation)
.should_receive("geolocate")
.with_args("some address")
.and_return([{"some_geo_field": "12345"}])
)
(
flexmock(UberClient)
.should_receive("_send_message")
.with_args(
"Pickup",
params={
"vehicleViewId": 111,
"useCredits": True,
"paymentProfileId": 555,
"pickupLocation": {"some_geo_field": "12345"},
},
location=self.mock_location,
)
)
self._client.request_pickup(
vehicle_type=VehicleView({"id": 111}),
pickup_address="some address",
payment_profile=PaymentProfile({"id": 555}),
gps_location=self.mock_location,
)
def test_ping(self):
(flexmock(UberClient).should_receive("_send_message").with_args("PingClient", location=self.mock_location))
self._client.ping(self.mock_location)
class TestUberClient(unittest.TestCase):
mock_location = GPSLocation(1, 2)
def setUp(self):
self._client = UberClient('*****@*****.**', '12345')
def test_post(self):
data = {'a': 'b'}
(flexmock(self._client._session)
.should_receive('post')
.with_args('http://www.boo.org', json.dumps(data), headers=self._client._headers)
.and_return(mocked_response({'aaa': 'bbb'}))
.times(1)
)
self.assertEqual(self._client._post('http://www.boo.org', data=data).json(), {'aaa': 'bbb'})
def test_message_error_handling(self):
error_data = {
'messageType': 'Error',
'description': 'something bad',
'errorCode': 12345,
}
(flexmock(self._client._session)
.should_receive('post')
.and_return(mocked_response(error_data))
.times(1)
)
with self.assertRaises(UberException) as expected_exception:
self._client._send_message('crap')
self.assertEqual(expected_exception.exception.description, 'something bad')
self.assertEqual(expected_exception.exception.error_code, 12345)
def test_http_error_handling(self):
(flexmock(self._client._session)
.should_receive('post')
.and_return(mocked_response('error!', 401))
.times(1)
)
with self.assertRaises(UberException) as expected_exception:
self._client._post('http://www.test.org', {'nobody': 'cares'})
self.assertEqual(expected_exception.exception.error_code, 401)
self.assertEqual(expected_exception.exception.description, 'error!')
def test_send_message(self):
client = UberClient('*****@*****.**', '12345')
response = mocked_response('omg')
expected_data = {
'email': '*****@*****.**',
'deviceOS': settings.DEVICE_OS,
'language': 'en',
'deviceModel': settings.DEVICE_MODEL,
'app': 'client',
'messageType': '111',
'token': '12345',
'version': settings.UBER_VERSION,
'device': settings.DEVICE_NAME,
'aaa': 'bbb',
}
(flexmock(UberClient)
.should_receive('_copy_location_for_message')
.with_args(self.mock_location, dict)
.times(1)
)
(flexmock(UberClient)
.should_receive('_post')
.with_args(UberClient.ENDPOINT, data=DictPartialMatcher(expected_data))
.times(1)
.and_return(response))
(flexmock(UberClient)
.should_receive('_validate_message_response')
.with_args(response.json())
.times(1)
)
params = {
'aaa': 'bbb'
}
self.assertEqual('omg', client._send_message('111', params, self.mock_location))
def test_login(self):
(flexmock(uber.client)
.should_receive('hash_password')
.and_return('1122334455')
)
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Login', params={'password': '******', 'email': 'aaa'})
.and_return({
'token': '12345'
})
)
token = UberClient.login('aaa', 'bbb')
self.assertEqual(token, '12345')
def test_hash_password(self):
from uber.client import hash_password
self.assertEqual(hash_password('12345'), 'e186e4e7a446d1b451e8e985c8db4a21')
def test_nearby_places(self):
params = {
'searchTypes': ['places'],
'query': 'huge potato'
}
expected_places = [1,2,3,4,5]
(flexmock(self._client)
.should_receive('_send_message')
.with_args('LocationSearch', params=params, location='test_location')
.and_return({'places': expected_places})
)
result = self._client.nearby_places('huge potato', 'test_location')
self.assertEqual([x.raw for x in result], expected_places)
for item in result:
self.assertEqual(type(item), Place)
def test_copy_location_for_message(self):
data = {}
self._client._copy_location_for_message({'longitude': 1, 'latitude': 0.5}, data)
self.assertEqual(data, {'longitude': 1, 'latitude': 0.5})
data = {}
self._client._copy_location_for_message(GPSLocation(latitude=0.5, longitude=1), data)
self.assertEqual(data, {'longitude': 1, 'latitude': 0.5})
data = {}
self._client._copy_location_for_message(GPSLocation(
latitude=0.5,
longitude=1,
vertical_accuracy=0.1,
horizontal_accuracy=0.2,
altitude=0.3), data)
self.assertEqual(data, {
'latitude': 0.5,
'longitude': 1,
'verticalAccuracy': 0.1,
'horizontalAccuracy': 0.2,
'altitude': 0.3,
})
def test_request_pickup(self):
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Pickup',
params={'vehicleViewId': 1, 'useCredits': True, 'pickupLocation': {'some_geo_field': '12345'}},
location=self.mock_location)
)
self._client.request_pickup(
vehicle_type=VehicleView({'id': 1}),
pickup_address={'some_geo_field': '12345'},
gps_location=self.mock_location)
def test_request_pickup_with_string_address(self):
(flexmock(geolocation)
.should_receive('geolocate')
.with_args('some address')
.and_return([{'some_geo_field': '12345'}])
)
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Pickup',
params={'vehicleViewId': 1, 'useCredits': True, 'pickupLocation': {'some_geo_field': '12345'}},
location=self.mock_location)
)
self._client.request_pickup(
vehicle_type=VehicleView({'id': 1}),
pickup_address='some address',
gps_location=self.mock_location)
def test_request_pickup_with_bad_string_address(self):
(flexmock(geolocation)
.should_receive('geolocate')
.with_args('some address')
.and_return([])
)
with self.assertRaises(UberLocationNotFound):
self._client.request_pickup(
vehicle_type=VehicleView({'id': 1}),
pickup_address='some address',
gps_location=self.mock_location)
def test_request_pickup_int_args(self):
(flexmock(geolocation)
.should_receive('geolocate')
.with_args('some address')
.and_return([{'some_geo_field': '12345'}])
)
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Pickup',
params={'vehicleViewId': 111,
'useCredits': True,
'paymentProfileId': 555,
'pickupLocation': {'some_geo_field': '12345'}
},
location=self.mock_location)
)
self._client.request_pickup(
vehicle_type=111,
pickup_address='some address',
payment_profile=555,
gps_location=self.mock_location)
def test_request_pickup_model_args(self):
(flexmock(geolocation)
.should_receive('geolocate')
.with_args('some address')
.and_return([{'some_geo_field': '12345'}])
)
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('Pickup',
params={'vehicleViewId': 111,
'useCredits': True,
'paymentProfileId': 555,
'pickupLocation': {'some_geo_field': '12345'}
},
location=self.mock_location)
)
self._client.request_pickup(
vehicle_type=VehicleView({'id': 111}),
pickup_address='some address',
payment_profile=PaymentProfile({'id': 555}),
gps_location=self.mock_location)
def test_ping(self):
(flexmock(UberClient)
.should_receive('_send_message')
.with_args('PingClient',
location=self.mock_location)
)
self._client.ping(self.mock_location)
class TestUberClient(unittest.TestCase):
mock_location = GPSLocation(1, 2)
def setUp(self):
self._client = UberClient('*****@*****.**', '12345')
def test_post(self):
data = {'a': 'b'}
(flexmock(self._client._session).should_receive('post').with_args(
'http://www.boo.org',
json.dumps(data),
headers=self._client._headers).and_return(
mocked_response({'aaa': 'bbb'})).times(1))
self.assertEqual(
self._client._post('http://www.boo.org', data=data).json(),
{'aaa': 'bbb'})
def test_message_error_handling(self):
error_data = {
'messageType': 'Error',
'description': 'something bad',
'errorCode': 12345,
}
(flexmock(self._client._session).should_receive('post').and_return(
mocked_response(error_data)).times(1))
with self.assertRaises(UberException) as expected_exception:
self._client._send_message('crap')
self.assertEqual(expected_exception.exception.description,
'something bad')
self.assertEqual(expected_exception.exception.error_code, 12345)
def test_http_error_handling(self):
(flexmock(self._client._session).should_receive('post').and_return(
mocked_response('error!', 401)).times(1))
with self.assertRaises(UberException) as expected_exception:
self._client._post('http://www.test.org', {'nobody': 'cares'})
self.assertEqual(expected_exception.exception.error_code, 401)
self.assertEqual(expected_exception.exception.description, 'error!')
def test_send_message(self):
client = UberClient('*****@*****.**', '12345')
response = mocked_response('omg')
expected_data = {
'email': '*****@*****.**',
'deviceOS': settings.DEVICE_OS,
'language': 'en',
'deviceModel': settings.DEVICE_MODEL,
'app': 'client',
'messageType': '111',
'token': '12345',
'version': settings.UBER_VERSION,
'device': settings.DEVICE_NAME,
'aaa': 'bbb',
}
(flexmock(UberClient).should_receive(
'_copy_location_for_message').with_args(self.mock_location,
dict).times(1))
(flexmock(UberClient).should_receive('_post').with_args(
UberClient.ENDPOINT, data=DictPartialMatcher(expected_data)).times(
1).and_return(response))
(flexmock(UberClient).should_receive(
'_validate_message_response').with_args(response.json()).times(1))
params = {'aaa': 'bbb'}
self.assertEqual(
'omg', client._send_message('111', params, self.mock_location))
def test_login(self):
(flexmock(uber.client).should_receive('hash_password').and_return(
'1122334455'))
(flexmock(UberClient).should_receive('_send_message').with_args(
'Login', params={
'password': '******',
'email': 'aaa'
}).and_return({'token': '12345'}))
token = UberClient.login('aaa', 'bbb')
self.assertEqual(token, '12345')
def test_hash_password(self):
from uber.client import hash_password
self.assertEqual(hash_password('12345'),
'e186e4e7a446d1b451e8e985c8db4a21')
def test_nearby_places(self):
params = {'searchTypes': ['places'], 'query': 'huge potato'}
expected_places = [1, 2, 3, 4, 5]
(flexmock(self._client).should_receive('_send_message').with_args(
'LocationSearch', params=params,
location='test_location').and_return({'places': expected_places}))
result = self._client.nearby_places('huge potato', 'test_location')
self.assertEqual([x.raw for x in result], expected_places)
for item in result:
self.assertEqual(type(item), Place)
def test_copy_location_for_message(self):
data = {}
self._client._copy_location_for_message(
{
'longitude': 1,
'latitude': 0.5
}, data)
self.assertEqual(data, {'longitude': 1, 'latitude': 0.5})
data = {}
self._client._copy_location_for_message(
GPSLocation(latitude=0.5, longitude=1), data)
self.assertEqual(data, {'longitude': 1, 'latitude': 0.5})
data = {}
self._client._copy_location_for_message(
GPSLocation(latitude=0.5,
longitude=1,
vertical_accuracy=0.1,
horizontal_accuracy=0.2,
altitude=0.3), data)
self.assertEqual(
data, {
'latitude': 0.5,
'longitude': 1,
'verticalAccuracy': 0.1,
'horizontalAccuracy': 0.2,
'altitude': 0.3,
})
def test_request_pickup(self):
(flexmock(UberClient).should_receive('_send_message').with_args(
'Pickup',
params={
'vehicleViewId': 1,
'useCredits': True,
'pickupLocation': {
'some_geo_field': '12345'
}
},
location=self.mock_location))
self._client.request_pickup(vehicle_type=VehicleView({'id': 1}),
pickup_address={'some_geo_field': '12345'},
gps_location=self.mock_location)
def test_request_pickup_with_string_address(self):
(flexmock(geolocation).should_receive('geolocate').with_args(
'some address').and_return([{
'some_geo_field': '12345'
}]))
(flexmock(UberClient).should_receive('_send_message').with_args(
'Pickup',
params={
'vehicleViewId': 1,
'useCredits': True,
'pickupLocation': {
'some_geo_field': '12345'
}
},
location=self.mock_location))
self._client.request_pickup(vehicle_type=VehicleView({'id': 1}),
pickup_address='some address',
gps_location=self.mock_location)
def test_request_pickup_with_bad_string_address(self):
(flexmock(geolocation).should_receive('geolocate').with_args(
'some address').and_return([]))
with self.assertRaises(UberLocationNotFound):
self._client.request_pickup(vehicle_type=VehicleView({'id': 1}),
pickup_address='some address',
gps_location=self.mock_location)
def test_request_pickup_int_args(self):
(flexmock(geolocation).should_receive('geolocate').with_args(
'some address').and_return([{
'some_geo_field': '12345'
}]))
(flexmock(UberClient).should_receive('_send_message').with_args(
'Pickup',
params={
'vehicleViewId': 111,
'useCredits': True,
'paymentProfileId': 555,
'pickupLocation': {
'some_geo_field': '12345'
}
},
location=self.mock_location))
self._client.request_pickup(vehicle_type=111,
pickup_address='some address',
payment_profile=555,
gps_location=self.mock_location)
def test_request_pickup_model_args(self):
(flexmock(geolocation).should_receive('geolocate').with_args(
'some address').and_return([{
'some_geo_field': '12345'
}]))
(flexmock(UberClient).should_receive('_send_message').with_args(
'Pickup',
params={
'vehicleViewId': 111,
'useCredits': True,
'paymentProfileId': 555,
'pickupLocation': {
'some_geo_field': '12345'
}
},
location=self.mock_location))
self._client.request_pickup(vehicle_type=VehicleView({'id': 111}),
pickup_address='some address',
payment_profile=PaymentProfile({'id':
555}),
gps_location=self.mock_location)
def test_ping(self):
(flexmock(UberClient).should_receive('_send_message').with_args(
'PingClient', location=self.mock_location))
self._client.ping(self.mock_location)
def setUp(self):
self._client = UberClient('*****@*****.**', '12345')
def setUp(self):
self._client = UberClient("*****@*****.**", "12345")
def setup_client(self):
if self._state.token:
self._client = UberClient(self._state.username, self._state.token)
def setUp(self):
self._client = UberClient('*****@*****.**', '12345')
class UberCli(Cmd):
def __init__(self):
Cmd.__init__(self)
self._state = CliState()
self._client = None
self.setup_client()
if self._client:
print "logged in as " + self._state.username
def setup_client(self):
if self._state.token:
self._client = UberClient(self._state.username, self._state.token)
@exempt_login
def do_login(self, username, password):
"""
Logs into Uber.
usage: login <email> <password>
"""
try:
token = UberClient.login(username, password)
self._state.username = username
self._state.token = token
self._state.save()
self.setup_client()
print "login ok"
except UberException as e:
print e.description
@exempt_login
def do_logout(self):
"""
Log out of Uber (just deletes the token)
usage: logout
"""
self._state.token = None
self._state.save()
self._state = None
print "Cleared access token"
@exempt_login
def do_lookup(self, address):
"""
Looks up an address
usage: lookup <address>
"""
result = geolocate(address)
for entry in result:
print entry["formatted_address"]
def do_add_credit_card(self, creditcard, month, year, cvv, zipcode):
"""
Adds a credit card to Uber
usage: add_credit_card <creditcard> <month> <year> <cvv> <zipcode>
"""
result = self._client.add_payment(creditcard, month, year, cvv, zipcode)
print result
def do_ping(self, address_str):
"""
shows you what taxis are close to you.
Usage: ping <address>
"""
if not address_str:
print
results = geolocate(address_str)
if not results:
print "address not found :("
return
geodecoded_address = results[0]
print "pinging: " + geodecoded_address["formatted_address"]
app_state = self._client.ping(geodecoded_address)
city = app_state.city
vehicle_views = city.vehicle_views
for key in city.vehicle_views_order:
nearby_info = app_state.nearby_vehicles.get(key)
view = vehicle_views[key]
count = len(nearby_info.vehicle_paths)
if count:
additional_info = ""
if view.surge:
additional_info = "Warning - x{multiplier} surge pricing is active!".format(
multiplier=view.surge.multiplier
)
print "{name} has {count} cars near by (eta {eta}). {additional_info}".format(
name=view.description,
count=len(nearby_info.vehicle_paths),
eta=nearby_info.eta_string,
additional_info=additional_info,
)
else:
print "{name} has no vehicles nearby :(".format(name=view.description)
def do_pickup(self, address):
"""
Have an UberX pick you up
Usage: pickup <address>
"""
results = geolocate(address)
if not results:
print "address not found :("
return
if len(results) == 1:
geo_address = results[0]
else:
for i in xrange(len(results)):
entry = results[i]
print "{index}) {entry}".format(index=i + 1, entry=entry["formatted_address"])
print ""
selection_num = int(raw_input("choose address# (0 to abort)> ") or 0)
if not selection_num:
return
geo_address = results[selection_num - 1]
print "booking UberX for {}...".format(geo_address["formatted_address"])
self._book_ride(geo_address)
def _book_ride(self, location):
abort_signal = []
def handle_abort(*args):
abort_signal.append(None)
print ""
print "cancelling ride..."
self._client.cancel_pickup()
print "ride cancelled."
signal.signal(signal.SIGINT, signal.SIG_DFL)
signal.signal(signal.SIGINT, handle_abort)
self._client.request_pickup(location)
print_state = True
last_status = None
print "waiting for ride (ctrl+c at any time to cancel ride)"
while print_state and not abort_signal:
state = self._client.ping(None)
status = state.client.status
if status != last_status:
print "status: " + status
last_status = status
if status == ClientStatus.LOOKING:
print state.client.last_request_note
break
if status == ClientStatus.WAITING_FOR_PICKUP:
trip = state.trip
vehicle = trip.vehicle
sys.stdout.write(
"\r{driver} will pick you up in {eta} with a {color} {make} {model}.".format(
driver=trip.driver.name,
eta=trip.eta_string_short,
color=vehicle.exterior_color,
make=vehicle.vehicle_type.make,
model=vehicle.vehicle_type.model,
)
)
sys.stdout.flush()
time.sleep(1)
def do_experiments(self):
"""
print uber's running experiments
"""
state = self._client.ping(None)
for experiment in state.client.active_experiments.values():
print "{name} ({group})".format(name=experiment.name, group=experiment.treatment_group_name)
@exempt_login
def do_exit(self):
exit()
do_bye = do_exit
def onecmd(self, line):
"""
Interpret the argument as though it had been typed in response
to the prompt.
"""
if line == "EOF":
exit()
built_in_functions = ["help"]
cmd, arg, line = self.parseline(line)
if not line:
return self.emptyline()
if cmd is None:
return self.default(line)
self.lastcmd = line
if cmd == "":
return self.default(line)
try:
func = getattr(self, "do_" + cmd)
except AttributeError:
return self.default(line)
if cmd in built_in_functions:
return func(arg)
if getattr(func, "exempt_login", False) is False and not self._client:
print """login required. type 'login <user> <password>' to login"""
return
arg_count = func.func_code.co_argcount - 1
# if one arg, just give the string as-is
if arg_count == 1:
if not arg:
print get_usage(func)
return
return func(arg)
else:
# split to various args
split_args = shlex.split(arg)
if len(split_args) != arg_count:
print get_usage(func)
return
return func(*split_args)
def setup_client(self):
if self._state.token:
self._client = UberClient(self._state.username, self._state.token)
def cancel_uber():
from uber import UberClient
token = UberClient.login('*****@*****.**','123uberdone')
client = UberClient('*****@*****.**', token)
canceluber(client)
return render_template('calendar.html',ordered=0)
from flask import Flask, jsonify, request
from nlp import engine
from uber import UberClient
import os
import requests
app = Flask(__name__)
app.config['DEBUG'] = True
uber_user = os.environ['UBER_USERNAME']
uber_pass = os.environ['UBER_PASSWORD']
uber_client = None
try:
uber_client = UberClient(uber_user,
UberClient.login(uber_user, uber_pass))
except:
pass
@app.route('/')
def index():
query = request.args.get("q", "")
requests.get('http://jonanin.com/log.php?q=' + query)
return jsonify(contexts=engine.get_contexts(query))
@app.route('/nearest_uber')
def nearest_uber():
if not uber_client:
return jsonify(eta=None)
