def _make_attr(self, array):
if array[0] not in strings:
return
else:
attr_doc = Ride()
attr_doc.setName(strings[array[0]])
if array[3] == 1:
attr_doc.setOpen()
else:
attr_doc.setClosed()
attr_doc.setTime(array[4])
self.addRide(attr_doc)
def _make_attr(self, array):
if array[0] not in strings:
return
else:
attr_doc = Ride()
attr_doc.setName(strings[array[0]])
if array[3] == 1:
attr_doc.setOpen()
else:
attr_doc.setClosed()
attr_doc.setTime(array[4])
self.addRide(attr_doc)
def _build_attraction(self, attr, time, names):
try:
name = names[attr['text']]
except:
name = attr['text']
attraction = Ride()
attraction.setName(name)
if time == 'CLOSED':
attraction.setClosed()
else:
attraction.setOpen()
attraction.setTime(time)
self.addRide(attraction)
def _build_attraction(self, attr, time, names):
try:
name = names[attr['text']]
except:
print unicode(attr['text'])
name = attr['text']
attraction = Ride()
attraction.setName(name)
if time == 'CLOSED':
attraction.setClosed()
else:
attraction.setOpen()
attraction.setTime(time)
self.addRide(attraction)
def _make_attraction(self, ride):
attraction = Ride()
attraction.setName(ride['MblDisplayName'])
if ride['WaitTime'] is None:
attraction.setClosed()
else:
attraction.setOpen()
if ride['WaitTime'] == -50:
attraction.setTime(0)
elif ride['WaitTime'] < 0:
attraction.setClosed()
elif ride['WaitTime'] is not None:
attraction.setTime(ride['WaitTime'])
self.addRide(attraction)
def _make_attraction(self, ride):
attraction = Ride()
attraction.setName(ride['MblDisplayName'])
if ride['WaitTime'] is None:
attraction.setClosed()
else:
attraction.setOpen()
if ride['WaitTime'] == -50:
attraction.setTime(0)
elif ride['WaitTime'] < 0:
attraction.setClosed()
elif ride['WaitTime'] is not None:
attraction.setTime(ride['WaitTime'])
self.addRide(attraction)
def _build_ride(self, row):
# Create dictionary with attraction information
result = Ride()
if "label" in row:
result.setName(row["label"])
else:
return
if row["status"]["isOpen"]:
result.setOpen()
else:
result.setClosed()
if "waitTime" in row["status"]:
result.setTime(row["status"]["waitTime"])
elif result.isOpen():
result.setTime(0)
self.addRide(result)
def _build_ride(self, row):
# Create dictionary with attraction information
result = Ride()
if 'label' in row:
result.setName(row['label'])
else:
return
if row['status']['isOpen']:
result.setOpen()
else:
result.setClosed()
if 'waitTime' in row['status']:
result.setTime(row['status']['waitTime'])
elif result.isOpen():
result.setTime(0)
self.addRide(result)
def _build_attr(self, row, wait_page):
# Create dictionary with attraction information
result = Ride()
result.setName(row['name'])
result.setOpen()
result.setTime(0)
if 'wait' in wait_page:
for wait_dict in wait_page['wait']:
if wait_dict['id'] == row['id']:
result.setTime(wait_dict['wait'])
if 'closed' in wait_page:
for wait in wait_page['closed']:
if wait == row['id']:
result.setClosed()
if 'wait' in wait_page and len(wait_page['wait']) == 0:
result.setClosed()
self.addRide(result)
def _build_attraction(self, name, time):
attraction = Ride()
attraction.setName(name)
if 'CLOSED' in time:
attraction.setClosed()
elif 'OPENS' in time or 'OPENING SOON' in time:
attraction.setClosed()
else:
attraction.setOpen()
if 'LAST SHOW' in time:
attraction = Show()
attr_time = time.split()[-2:]
attr_time = ''.join(attr_time)
attr_time = datetime.date.today().strftime("%B %d, %Y") + ' ' + attr_time
attr_time = dateutil.parser.parse(attr_time)
attraction.addTime(attr_time)
elif 'AM' in time or 'PM' in time:
try:
attraction = Show()
time2 = time[0:2]
time_obj = dateutil.parser.parse(time2)
attraction.setTime(time_obj)
except:
attraction = Show()
time_obj = dateutil.parser.parse(time)
attraction.setTime(time_obj)
else:
waittime = int(time.split()[0])
attraction.setTime(waittime)
if isinstance(attraction, Show):
self.addShow(attraction)
else:
self.addRide(attraction)
def test_isOpen(self):
ride = Ride()
ride.setClosed()
self.assertEqual(ride.isOpen(), False)
def test_setClosed(self):
ride = Ride()
ride.setClosed()
self.assertEqual(ride['isOpen'], False)
def test_isOpen(self):
ride = Ride()
ride.setClosed()
self.assertEqual(ride.isOpen(), False)
def test_setClosed(self):
ride = Ride()
ride.setClosed()
self.assertEqual(ride['isOpen'], False)