def get_profile_photo(self, size='medium'):
if size not in ('small', 'medium', 'large'):
raise InvalidSizeException('User get_profile_photo size must one of "small", "medium" or "large".')
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
user_profile_photo = instance._user_profile_photo.find(self.id)
return getattr(user_profile_photo, size)
def get_profile_photo(self, size='medium'):
if size not in ('small', 'medium', 'large'):
raise InvalidSizeException(
'User get_profile_photo size must one of "small", "medium" or "large".'
)
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
user_profile_photo = instance._user_profile_photo.find(self.id)
return getattr(user_profile_photo, size)
def activity_type(self):
if hasattr(self, '_activity_type'):
return self._activity_type
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
activity_type = instance.activity_type.find(self.activity_type_id)
self._activity_type = activity_type
return self._activity_type
def route(self):
if self.route_id:
if hasattr(self, '_route'):
return self._route
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
route = instance.route.find(self.route_id)
self._route = route
return self._route
def activity_type(self):
if hasattr(self, "_activity_type"):
return self._activity_type
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
activity_type = instance.activity_type.find(self.activity_type_id)
self._activity_type = activity_type
return self._activity_type
def route(self):
if self.route_id:
if hasattr(self, '_route'):
return self._route
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
route = instance.route.find(self.route_id)
self._route = route
return self._route
def root_activity_type(self):
if not self.has_parent:
return self
if hasattr(self, '_activity_type'):
return self._activity_type
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
activity_type = instance.activity_type.find(self.root_activity_type_id)
self._activity_type = activity_type
return self._activity_type
def time_series(self):
if self.has_time_series:
if 'time_series' in self.original_dict:
return self.original_dict['time_series']
elif hasattr(self, '_time_series'):
return self._time_series
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
workout = instance.workout.find(self.id)
self._time_series = workout.time_series
return self._time_series
def time_series(self):
if self.has_time_series:
if 'time_series' in self.original_dict:
return self.original_dict['time_series']
elif hasattr(self, '_time_series'):
return self._time_series
else:
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
workout = instance.workout.find(self.id)
self._time_series = workout.time_series
return self._time_series
def __getattr__(self, name):
# First checking to see if we're entering a recursion
# cycle, and if so exiting immediately. Calling `hasattr(self, name)`
# will call getattr(self, name) itself and therefore keep recursing.
if '__getattr__' in inspect.stack()[1]:
raise AttributeNotFoundException
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
user = instance.user.find(self.id)
self.__init__(user.original_dict)
return getattr(self, name)
def __getattr__(self, name):
# First checking to see if we're entering a recursion
# cycle, and if so exiting immediately. Calling `hasattr(self, name)`
# will call getattr(self, name) itself and therefore keep recursing.
if '__getattr__' in inspect.stack()[1]:
raise AttributeNotFoundException
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
user = instance.user.find(self.id)
self.__init__(user.original_dict)
return getattr(self, name)
def tearDown(self):
MapMyFitness._drop()
def test_MapMyFitness_instance(self):
MapMyFitness('api-key', 'access_token')
assert MapMyFitness.instance()
def test_MapMyFitness_singleton_not_initialized(self):
MapMyFitness._drop()
self.assertRaises(NotInitializedException, MapMyFitness.instance)
def test_MapMyFitness_is_singleton(self):
mmf1 = MapMyFitness('api-key1', 'access_token1')
mmf2 = MapMyFitness('api-key2', 'access_token2')
assert mmf1 == mmf2
def tearDown(self):
MapMyFitness._drop()
def test_MapMyFitness_instance(self):
MapMyFitness('api-key', 'access_token')
assert MapMyFitness.instance()
def get_friends(self):
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
friends = instance.user.search(friends_with=self.id)
return friends
def setUp(self):
self.mmf = MapMyFitness(api_key='abc123',
access_token='super-secret-token')
def get_friends(self):
from mapmyfitness import MapMyFitness
instance = MapMyFitness.instance()
friends = instance.user.search(friends_with=self.id)
return friends
from mapmyfitness import MapMyFitness
z = MapMyFitness(api_key='vd9aadfjcrd6ncae2wx92mc8tm4zfnx2',
access_token='21933fbf63aad3d8a49dde82d703fbbff3dbc727')
print z.user.find("self/")
def test_MapMyFitness_singleton_not_initialized(self):
MapMyFitness._drop()
self.assertRaises(NotInitializedException, MapMyFitness.instance)