def get_dining_hall(hall, address):
'''
Finds the lunch or brunch menu for a given hall and calculates walking time
Inputs:
hall: a dining hall name, either "Bartlett" or "South"
address: the provided address of the user
Output: two items:
a list containing the name of the Dining Hall, the address, and the
walking time
the menu for that day, a list
This function is called by find_dining_halls
'''
addresses = {"Bartlett": "5640 S University Ave", "South": "6025 S Ellis Ave"}
menu = dining_scraper.find_dining_menu_items(hall, "Lunch")
if menu == []:
# every day has either lunch or brunch
menu = dining_scraper.find_dining_menu_items(hall, "Brunch")
# makes sure Google searches in Chicago instead of some random place
dh_addr = addresses[hall] + ", Chicago"
dist, time = google_dist.get_distance(address, dh_addr)
if not 'hour' in time:
time = int(time.split()[0])
# makes sure result is in minutes
else:
time = 60*int(time.split()[0]) + int(time.split()[2])
return [hall + " Dining Hall", addresses[hall], time], menu
def yelp_search(location, term=None, coordinates=False):
'''
takes a location, optional term and whether the location is coordinates
and does a yelp search and puts that search into a yelp_database
term should be a string, location will most likely be a string
Food_search only deals with location as a string, but coordinates are
helpful for testing.
'''
#params dictionary for yelp search
params = {"category_filter":"restaurants"}
if not term == None:
params["term"] = term
#handles if searching with coordinates or not
if coordinates:
lat, lon = location
location = str(lat) + " " + str(lon)
results = client.search_by_coordinates(lat, lon, **params)
else:
results = client.search(location, **params)
#string to create table
table_string = "CREATE TABLE yelp_results (name varchar(50), latitude real, longitude real, rating real, address varchar(50), city varchar(25), state varchar(3), zip_code integer, phone_number integer, distance varchar(10), walking_time int) ;"
connection_yelp = sqlite3.connect("yelp_database")
db = connection_yelp.cursor()
#if the code fails unexpectedly or is quitted out an error will be thrown because
#the table never gets deleted, this solves that issue
try:
db.execute(table_string)
except:
db.execute("drop table yelp_results")
db.execute(table_string)
#results.businesses is a list of the buisinesses, this loops over it
for i in range(len(results.businesses)):
if not(results.businesses[i].location.coordinate == None or results.businesses[i].location.address == []):
#calls get_distance to get distance and walking time
distance, walking_time = get_distance(location, results.businesses[i].location.address[0] +", "+ results.businesses[i].location.city)
#turns walking time into minutes, gets rid of "mins" at end so it is an integer
if not 'hour' in walking_time:
walking_time = int(walking_time.split()[0])
else:
walking_time = 60*int(walking_time.split()[0]) + int(walking_time.split()[2])
#creates line and executes it to make a row in the yelp_results table
one_line = [results.businesses[i].name, str(results.businesses[i].location.coordinate.latitude), str(results.businesses[i].location.coordinate.longitude), str(results.businesses[i].rating), results.businesses[i].location.address[0], results.businesses[i].location.city, results.businesses[i].location.state_code, results.businesses[i].location.postal_code,results.businesses[i].phone, distance, walking_time]
db.execute("Insert into yelp_results Values (?,?,?,?,?,?,?,?,?,?,?);", one_line)
connection_yelp.commit()
db.close()
def yelp_search_food_trucks(location, term=None):
'''
takes a location and a search term (string) and does a yelp
search and puts that search into a yelp_database
returns nothing, only creates the yelp table
'''
#params dictionary for yelp search (only searches foodtrucks)
params = {"category_filter": "foodtrucks"}
if not term == None:
params["term"] = term
results_list = []
#searches yelp always with location chicago, food trucks have no location in hyde park
results_list.append(client.search("Chicago", **params))
#seees how many searches of 20 will get full list
iterations = round(results_list[0].total / 20 + .4999999)
#since foodtrucks have no locations, yelps first 20 results are
#not always what we want, so we do multiple searches
for num in range(1, iterations):
params['offset'] = 20 * num
results_list.append(client.search("Chicago", **params))
table_string = "CREATE TABLE yelp_food_trucks (name varchar(50), rating real, phone_number integer, distance varchar(10), walking_time int, arrive_time varchar(5), leave_time varchar(5));"
connection_yelp = sqlite3.connect("yelp_database")
db = connection_yelp.cursor()
#accounds for occasional error in same mannar as with restaurants
try:
db.execute(table_string)
except:
db.execute("drop table yelp_food_trucks")
db.execute(table_string)
#all food trucks are on near 58th and University according to food truck finder, uses this address for walking time
distance, walking_time = get_distance(location,
"5800 University, Chicago, IL")
#makes walking time a integer of minutes
if not 'hour' in walking_time:
walking_time = int(walking_time.split()[0])
else:
walking_time = 60 * int(walking_time.split()[0]) + int(
walking_time.split()[2])
#scrapes website for which foodtrucks are available today
trucks_today, truck_dict = scrap_food_trucks()
#needs the extra loop because occasionally more than one results to loop over (4 in the case of no search term)
for results in results_list:
for i in range(len(results.businesses)):
#Occasionally names from yelp and foodtruck finders are slightly different
key = reasonable_permutation(results.businesses[i].name,
trucks_today)
#if foodtruck is present, will be true, creates line it table for the truck
if not key == None:
arrive, leave = truck_dict[key]
one_line = [
results.businesses[i].name,
str(results.businesses[i].rating),
results.businesses[i].phone, distance, walking_time,
arrive, leave
]
db.execute(
"Insert into yelp_food_trucks Values (?,?,?,?,?,?,?);",
one_line)
connection_yelp.commit()
db.close()
def yelp_search(location, term=None, coordinates=False):
'''
takes a location, optional term and whether the location is coordinates
and does a yelp search and puts that search into a yelp_database
term should be a string, location will most likely be a string
Food_search only deals with location as a string, but coordinates are
helpful for testing.
'''
#params dictionary for yelp search
params = {"category_filter": "restaurants"}
if not term == None:
params["term"] = term
#handles if searching with coordinates or not
if coordinates:
lat, lon = location
location = str(lat) + " " + str(lon)
results = client.search_by_coordinates(lat, lon, **params)
else:
results = client.search(location, **params)
#string to create table
table_string = "CREATE TABLE yelp_results (name varchar(50), latitude real, longitude real, rating real, address varchar(50), city varchar(25), state varchar(3), zip_code integer, phone_number integer, distance varchar(10), walking_time int) ;"
connection_yelp = sqlite3.connect("yelp_database")
db = connection_yelp.cursor()
#if the code fails unexpectedly or is quitted out an error will be thrown because
#the table never gets deleted, this solves that issue
try:
db.execute(table_string)
except:
db.execute("drop table yelp_results")
db.execute(table_string)
#results.businesses is a list of the buisinesses, this loops over it
for i in range(len(results.businesses)):
if not (results.businesses[i].location.coordinate == None
or results.businesses[i].location.address == []):
#calls get_distance to get distance and walking time
distance, walking_time = get_distance(
location, results.businesses[i].location.address[0] + ", " +
results.businesses[i].location.city)
#turns walking time into minutes, gets rid of "mins" at end so it is an integer
if not 'hour' in walking_time:
walking_time = int(walking_time.split()[0])
else:
walking_time = 60 * int(walking_time.split()[0]) + int(
walking_time.split()[2])
#creates line and executes it to make a row in the yelp_results table
one_line = [
results.businesses[i].name,
str(results.businesses[i].location.coordinate.latitude),
str(results.businesses[i].location.coordinate.longitude),
str(results.businesses[i].rating),
results.businesses[i].location.address[0],
results.businesses[i].location.city,
results.businesses[i].location.state_code,
results.businesses[i].location.postal_code,
results.businesses[i].phone, distance, walking_time
]
db.execute(
"Insert into yelp_results Values (?,?,?,?,?,?,?,?,?,?,?);",
one_line)
connection_yelp.commit()
db.close()
def yelp_search_food_trucks(location, term=None):
'''
takes a location and a search term (string) and does a yelp
search and puts that search into a yelp_database
returns nothing, only creates the yelp table
'''
#params dictionary for yelp search (only searches foodtrucks)
params = {"category_filter":"foodtrucks"}
if not term == None:
params["term"] = term
results_list = []
#searches yelp always with location chicago, food trucks have no location in hyde park
results_list.append(client.search("Chicago", **params))
#seees how many searches of 20 will get full list
iterations = round(results_list[0].total/20 +.4999999)
#since foodtrucks have no locations, yelps first 20 results are
#not always what we want, so we do multiple searches
for num in range(1,iterations):
params['offset'] = 20*num
results_list.append(client.search("Chicago", **params))
table_string = "CREATE TABLE yelp_food_trucks (name varchar(50), rating real, phone_number integer, distance varchar(10), walking_time int, arrive_time varchar(5), leave_time varchar(5));"
connection_yelp = sqlite3.connect("yelp_database")
db = connection_yelp.cursor()
#accounds for occasional error in same mannar as with restaurants
try:
db.execute(table_string)
except:
db.execute("drop table yelp_food_trucks")
db.execute(table_string)
#all food trucks are on near 58th and University according to food truck finder, uses this address for walking time
distance, walking_time = get_distance(location, "5800 University, Chicago, IL")
#makes walking time a integer of minutes
if not 'hour' in walking_time:
walking_time = int(walking_time.split()[0])
else:
walking_time = 60*int(walking_time.split()[0]) + int(walking_time.split()[2])
#scrapes website for which foodtrucks are available today
trucks_today, truck_dict = scrap_food_trucks()
#needs the extra loop because occasionally more than one results to loop over (4 in the case of no search term)
for results in results_list:
for i in range(len(results.businesses)):
#Occasionally names from yelp and foodtruck finders are slightly different
key = reasonable_permutation(results.businesses[i].name, trucks_today)
#if foodtruck is present, will be true, creates line it table for the truck
if not key == None:
arrive, leave = truck_dict[key]
one_line = [results.businesses[i].name, str(results.businesses[i].rating),results.businesses[i].phone, distance, walking_time, arrive, leave]
db.execute("Insert into yelp_food_trucks Values (?,?,?,?,?,?,?);", one_line)
connection_yelp.commit()
db.close()