def search_by_bounding_box(
self,
sw_latitude,
sw_longitude,
ne_latitude,
ne_longitude,
**url_params
):
"""Make a request to the search endpoint by bounding box. Specify a
southwest latitude/longitude and a northeast latitude/longitude. See
http://www.yelp.com/developers/documentation/v2/search_api#searchGBB
Args:
sw_latitude (float): Southwest latitude of bounding box.
sw_longitude (float): Southwest longitude of bounding box.
ne_latitude (float): Northeast latitude of bounding box.
ne_longitude (float): Northeast longitude of bounding box.
**url_params: Dict corresponding to search API params
https://www.yelp.ca/developers/documentation/v2/search_api#searchGP
Returns:
SearchResponse object that wraps the response.
"""
url_params['bounds'] = self._format_bounds(
sw_latitude,
sw_longitude,
ne_latitude,
ne_longitude
)
return SearchResponse(self._make_request(SEARCH_PATH, url_params))
def call_API(self):
# return self.client.search('SF', self.data)
# return SearchResponse (
# self.client._make_request(SEARCH_PATH, self.data)
# )
response = SearchResponse(
self.client._make_request(SEARCH_PATH, self.data)
)
list_to_be_returned = []
# for bus in response.businesses:
# list_to_be_returned += Crawler.limit("http://www.yelp.com/biz_photos/" + bus.id + "?tab=food&start=0", self.food_per_business)
dict_of_urls = {}
for bus in response.businesses:
# pprint(vars(bus))
# pprint(bus.categories[0].name)
# pprint(vars(bus.location.coordinate))
url = "http://www.yelp.com/biz_photos/"+bus.id+"?tab=food&start=0"
# list_of_urls.append({url: [bus.location, bus.name]})
# list_of_urls.append({url:
category_list = []
for category in bus.categories:
category_list.append(category.name)
dict_of_urls= dict(address=bus.location.address,
restaurant_name=bus.name,
restaurantId = bus.id,
city=bus.location.city,
state=bus.location.state_code,
postal_code=bus.location.postal_code,
display_address=bus.location.display_address,
latitude=bus.location.coordinate.latitude,
longitude=bus.location.coordinate.longitude,
category=category_list
)
list_to_be_returned.append(dict_of_urls)
# print dict_of_urls
# pprint(list_of_urls)
# print (list_of_urls)
# Crawler.limit(list_of_urls, 1)
# return Crawler(dict_of_urls).limit(self.food_per_business)
# return dict_of_urls
return list_to_be_returned
def phone_search(self, phone, **url_params):
"""Make a request to the phone search endpoint.More info at
https://www.yelp.com/developers/documentation/v2/phone_search
Args:
phone (str): Business phone number to search for.
**url_params: Dict corresponding to phone search API params
https://www.yelp.com/developers/documentation/v2/phone_search
Returns:
SearchResponse object that wraps the response.
"""
url_params['phone'] = phone
return SearchResponse(
self._make_request(PHONE_SEARCH_PATH, url_params)
)
def call_API(self):
response = SearchResponse(
self.client._make_request(SEARCH_PATH, self.data))
dict_of_urls = {}
for bus in response.businesses:
# url = "http://www.yelp.com/biz_photos/"+bus.id+"?tab=food&start=0"
category_list = []
if bus.categories:
for category in bus.categories:
category_list.append(category.name)
dict_of_urls[bus.id] = dict(
address=bus.location.address,
city=bus.location.city,
state=bus.location.state_code,
postal_code=bus.location.postal_code,
display_address=bus.location.display_address,
restaurant_name=bus.name,
restaurantId=bus.id,
latitude=bus.location.coordinate.latitude,
longitude=bus.location.coordinate.longitude,
category=category_list)
print(vars(response))
if response.total == 0:
raise RuntimeError("Yelp returns no businesses")
if 'query_method' in self.data and self.data['query_method'] == 1:
print("DB")
food_list = DB(dict_of_urls).query(self.food_per_business)
else:
print("Yelp")
food_list = Crawler(dict_of_urls).query(self.food_per_business)
random.shuffle(food_list)
return food_list