def __init__(self):
"""
Initializes
self.api - object with which to call Stocktime Series service endpoints
"""
super(StocktimeSeriesTestCase, self).__init__()
self.api = ApiRequest()
self.logger.info("End of StocktimeSeriesTestCase__init__() ")
def request_events(self, city=None, category=None, date_and_time=None, city_num=10, radius="1"):
apirequst_object = ApiRequest()
all_events = ""
events = ""
for source in apirequst_object.get_sources():
if source == "meetup":
events = self.meetup_response(city, category, date_and_time, city_num, radius)
elif source == "eventbrite":
events = self.eventbrite_response(city, category, date_and_time)
all_events += events
return all_events
def log_data(data):
host = config[env]['host']
port = config[env]['port']
path = config[env]['path']
url = 'https://' + host + ':' + port + path
try:
data['temperature'] = float(data['temperature'])
except:
data['temperature'] = ''
try:
data['light'] = float(data['light'])
except:
data['light'] = ''
try:
data['sound'] = float(data['sound'])
except:
data['sound'] = ''
data['humidity'] = ''
data['device'] = cpx_device
data['key'] = config[env]['key']
data['readingTime'] = data['readingTime']
print("LOGGING DATA")
print("Post request to:", url)
response = ApiRequest.make_api_post_request(
url, data, verify=(False if env == 'dev' else True))
print("Response:", response)
return response
class DailyTreatEventsHandler(webapp2.RequestHandler):
obj = SearchEventsUsingAPI()
api_obj = ApiRequest()
def get(self):
self.response.write('Welcome to attender server! Here is a cron job for pulling events from sorces: meetup.com and evenbrite.com')
ev = Event()
at = Attendings()
logging.info("Adding new events to DataStore")
results = self.obj.request_events(radius="25")
logging.info("Events added: {}".format(results))
logging.info("Deleting old events from DataStore")
#Delete passed events
qe = ev.return_all_events()
results = qe.filter(Event.date < datetime.now())
for res in results:
logging.info(str(res.key.id()))
old_attending = Attendings.query(Attendings.event_id == int(res.key.id())).get()
logging.info("query {}".format(old_attending))
if old_attending is not None:
old_attending.key.delete()
res.key.delete()
#Update city names
for q in qe:
changed = self.api_obj.check_city(q.city)
if changed:
q.city = changed
q.put()
def request_events(self,
city=None,
category=None,
date_and_time=None,
city_num=10,
radius="1"):
apirequst_object = ApiRequest()
all_events = ""
events = ""
for source in apirequst_object.get_sources():
if source == 'meetup':
events = self.meetup_response(city, category, date_and_time,
city_num, radius)
elif source == 'eventbrite':
events = self.eventbrite_response(city, category,
date_and_time)
all_events += events
return all_events
class StocktimeSeriesTestCase(FrameworkTestCase):
"""
Parent class for all the Stock Time Series Api Requests.
"""
def __init__(self):
"""
Initializes
self.api - object with which to call Stocktime Series service endpoints
"""
super(StocktimeSeriesTestCase, self).__init__()
self.api = ApiRequest()
self.logger.info("End of StocktimeSeriesTestCase__init__() ")
def setup(self):
super(StocktimeSeriesTestCase, self).setup()
def teardown(self):
super(StocktimeSeriesTestCase, self).teardown()
def stocktime_get(self, endpoint):
"""
stocktime_get will perform a GET to an stocktime series endpoint
the endpoint string normally will contain a beginning '/' character.
"""
return self.api.request('GET', endpoint)
def stocktime_post(self, endpoint, payload):
"""
stocktime_post will perform a POST to a stocktime series endpoint with a payload.
The endpoint string normally will contain a beginning '/' character.
The payload object will typically, depending on the endpoint, be a JSON object
"""
return self.api.request('POST', endpoint, payload)
def request(cls, action_data={}, method='GET'):
# type: (object, object) -> object
domain, params_string = ApiRequest.build_url(action_data)
# print(domain + '/?'+params_string)
try:
if method == 'GET':
r = requests.request('get',
domain + '/?' + params_string,
verify=False)
elif method == 'POST':
r = requests.request('post',
domain + '/?' + params_string,
verify=False)
else:
raise Exception("请求方式有误")
return cls.parse(r.content)
except Exception as e:
print(e)
def build_bundle(self, request=None):
"""
for now this for testing purpose
"""
return ApiRequest(request=request)
'lng': -120.38485
}, {
'station_id': 'SE793',
'lat': 33.78849,
'lng': -118.37804
}, {
'station_id': 'SE574',
'lat': 34.14406,
'lng': -116.40036
}, {
'station_id': 'SE283',
'lat': 34.90743,
'lng': -118.52388
}, {
'station_id': 'SE278',
'lat': 36.05461,
'lng': -118.74505
}]
for station in stations:
# Request api for each station
location = ApiRequest(station['station_id'], station['lat'],
station['lng'])
location_data = location.get_api_request()
# Send to topic 'datastation'
producer.send('datastation', value=location_data)
print(location_data)
sleep(10)
