def z_parse(z, rest_json):
z_restaurants = rest_json.get('restaurants')
if z_restaurants:
for bus in z_restaurants:
rev_list = []
res = bus.get('restaurant')
res_id = res.get('R').get('res_id')
reviews = z.get_restaurant_reviews(res_id).get('user_reviews')
if reviews:
for review in reviews:
rev = res.RestaurantReview(
review.get('review').get('rating'),
review.get('review').get('review_text')
)
rev_list.append(rev)
else:
pass
restaurant = res.Restaurant(
res.get('id'),
res.get('name'),
float(res.get('user_rating').get('aggregate_rating')),
str(res.get('price_range')),
rev_list
)
restaurants.append(restaurant)
else:
pass
def read_csv(self):
with open('ranking.csv') as f:
reader = csv.reader(f)
l = [row for row in reader]
for i in range(len(l)):
r = restaurant.Restaurant(l[i][0], l[i][1])
self.restaurant_list.append(r)
def get_restaurants(self, yelp_database, locu_database):
"""Gets the top restaurants for a given User.
Args:
yelp_database (YelpDatabase): a YelpDatabase object
locu_database (MenuDatabase): a MenuDatabase object
Returns:
restaurants (list): a list of Restaurant objects.
"""
restaurants = []
# Look for the query in the yelp_database, and if it is, load the response from the database
if ((self.term, self.location)) in yelp_database.data:
print 'Found ' + self.term + ' in Yelp database!'
responses = yelp_database.data[(self.term, self.location)]
# Otherwise, make a Yelp API query
else:
print 'Querying Yelp for ' + self.term + '...'
responses = yelp_query.get_restaurant_responses(
self.term, self.location)
yelp_database.data[(self.term, self.location)] = responses
print responses[0]
# Each response in responses represents a restaurant. Create a Restaurant out of it.
for i, response in enumerate(responses):
name = restaurant_attribute_parser.get_name(response)
address = restaurant_attribute_parser.get_address(response)
locality = restaurant_attribute_parser.get_locality(response)
categories = restaurant_attribute_parser.get_categories(response)
image = restaurant_attribute_parser.get_image(response)
unenc_name = restaurant_attribute_parser.get_name_nonenc(response)
url = restaurant_attribute_parser.get_url(response)
display_name = unidecode(unenc_name)
# Look for the restaurant in the locu_database. If it is, load the menu from it
if ((unenc_name, locality)) in locu_database.data:
print 'Found ' + unenc_name + ' in Locu database!'
menu = locu_database.data[(unenc_name, locality)]
#Otherwise, make a Locu query for the menu
else:
print 'Querying Locu for ' + unenc_name + '...'
menu = locu_query.get_menu(unenc_name, locality)
locu_database.data[(unenc_name, locality)] = menu
# get the average price of mains from the Locu menu
price = locu_query.get_price_of_mains(menu)
# create the restaurant object
rest = restaurant.Restaurant(name, address, locality, categories,
price, image, unenc_name, url,
display_name)
restaurants.append(rest)
return restaurants
def parse(rest_json):
businesses = rest_json.get('businesses')
if (businesses):
for bus in businesses:
rev_list = []
reviews = get_reviews(API_KEY, bus.get('id')).get('reviews')
if (reviews):
for review in reviews:
rev = res.RestaurantReview(review.get('rating'),
review.get('text'))
rev_list.append(rev)
else:
pass
restaurant = res.Restaurant(bus.get('id'), bus.get('name'),
bus.get('rating'), bus.get('price'),
rev_list)
restaurants.append(restaurant)
else:
pass
def add_restaurant(self, restaurant_name):
search_results = self.yelp.search(restaurant_name,
self.city_name)['businesses']
if len(search_results) == 0:
return None
# maybe dumb
business = search_results[0]
params = {
restaurant.RESTAURANT_NAME: business['name'],
restaurant.RESTAURANT_RATING: business['rating'],
restaurant.RESTAURANT_REVIEW_COUNT: business['review_count'],
restaurant.RESTAURANT_CUISINE: business['categories'][0]['alias'],
restaurant.RESTAURANT_LINK: business['url'].split('?')[0],
restaurant.RESTAURANT_LOCATION: business['location']['city'],
restaurant.RESTAURANT_PRICE: business['price']
}
self.restaurant_list.append(restaurant.Restaurant(params))
def setUpClass(cls):
# Called once at the beginning
print('Class set up')
cls.restaurant = restaurant.Restaurant()
# Create dishes
cls.lasagna = dish.Dish("Lasagna", "Entree", 12.00)
cls.chocolate_cake = dish.Dish("Chocolate Cake", "Desert", 13.00)
# Add dishes to the restaurant
cls.restaurant.add_dish(cls.lasagna)
cls.restaurant.add_dish(cls.chocolate_cake)
# Create patrons
cls.miranda = patron.Patron("Miranda", False)
cls.derek = patron.Patron("Derek", True)
# Add patrons to the restaurant
cls.restaurant.add_patron(cls.miranda)
cls.restaurant.add_patron(cls.derek)
#9-10 imported restaurant
import restaurant as rs
restaurant_0 = rs.Restaurant('morleys', 'chicken')
restaurant_1 = rs.Restaurant('golden grill', 'kebab')
restaurant_2 = rs.Restaurant('fat duck', 'fancy schmancy')
restaurant_0.describe_restaurant()
restaurant_2.describe_restaurant()
restaurant_1.set_number_served(19)
print(restaurant_1.number_served)
restaurant_1.increment_number_served(4)
print(restaurant_1.name.title() + " has served " +
str(restaurant_1.number_served) + " peeps today")
# -*- coding: utf-8 -*-
import restaurant
import datetime
my_res1 = restaurant.Restaurant('重庆小面', '面馆', 10)
my_res1.get_resInfo()
# 给出固定的时间 9点和23点，测试是否营业
my_res1.get_resWorkingTime(9)
my_res1.get_resWorkingTime(23)
print()
#获取当前时间
now_time = datetime.datetime.now()
print(f"当前时间为{now_time}")
my_res1.get_resWorkingTime(now_time.hour)
print()
my_res1.get_eatingPeople()
my_res1.change_eatingPeople(12)
my_res1.change_eatingPeople(10)
print()
my_res = restaurant.XMRestaurant('小明', '火锅', 10, '四川', 10)
my_res.get_resInfo()
# 正数表示有人入职
my_res.update_employeeNum(1)
# 负数表示离职
my_res.update_employeeNum(-1)
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# 9-10 导入Restaurant类型
import restaurant
restaurant = restaurant.Restaurant('Mcdonald', 'junk food')
restaurant.describe_restaurant()
# 9-11 导入Admin类
#import user
#admin = user.Admin('Augustine', 'Geordie', ['a', 'b', 'c'])
#admin.show_privileges()
# 9-12 多个模块
from user import User
from admin import Admin, Privileges
admin = Admin('Augustine', 'Geordie', ['a', 'b', 'c'])
admin.show_privileges()
# for flavor in self.flavors:
# print("\t" + flavor)
#
# def add_flavor(self, flavors):
# for flavor in flavors:
# self.flavors.append(flavor)
#
#
# ice_cream_stand = IceCreamStand("tea", "Taiwan")
# flavors = ['mint', 'cho', 'strawberry']
# ice_cream_stand.add_flavor(flavors)
# ice_cream_stand.describe_ice_cream_stand()
# 9-10
restaurant = rt.Restaurant("tea", "Taiwan")
restaurant.describe_restaurant()
# 9-11
dict = OrderedDict()
dict['int'] = 'Integer'
dict['float'] = 'Floating point'
dict['none'] = 'None'
dict['dictionary'] = 'Dictionary type'
dict['list'] = 'List type'
for key, value in dict.items():
print("Key: " + key + "\tvalue: "+value)
import restaurant
first_restuarant = restaurant.Restaurant('McDonald', 'abc')
first_restuarant.describe()
first_restuarant.open_restuarant()
print("first count is "+str(first_restuarant.count))
second_restuarant = restaurant.Restaurant('KFC','Hello')
print(second_restuarant.name);
print("second count is "+str(second_restuarant.count))
second_restuarant.add_count(10)
print("second count is "+str(second_restuarant.count))
print("-------------------")
lemon = restaurant.Fruit('lemon')
ice_cream_restua = restaurant.IceCreamStand('HaGenHash','Big','Ice Cream',lemon)
ice_cream_restua.describe()
ice_cream_restua.show_flavor()
ice_cream_restua.fruit.change_type('watermelon')
ice_cream_restua.show_flavor()
def scrape(self, url):
rest = restaurant.Restaurant()
rest.url = url
# htmlの抽出
try:
response = requests.get(url)
response.encoding = response.apparent_encoding
bs = BeautifulSoup(response.text, 'html.parser')
except:
print("Error occured when extracting html from , from " + url)
return rest # htmlが抽出できないとそれ以上解析ができないため、ここで終了する。
# 店名の取得
try:
restaurant_name = self.__extract_text(
bs.find(class_='display-name').find('span'))
rest.name = restaurant_name
except:
print("Error occured when extracting restaurant name, from " + url)
# ジャンルの取得（ジャンルは複数あるが、一番最初に出てきたジャンルを抽出することにする）
try:
# dtタグの値が 'ジャンル：' であるdlタグを探し、
# そのdlタグ内で、実際のジャンル名が書かれているタグ(class名が'linktree__parent-target-text')を抽出する。
target_dl_tags = bs.find(class_='rdheader-info-data').findAll(
'dl', {'class': 'rdheader-subinfo__item'})
for dl_tag in target_dl_tags:
dt_tag = self.__extract_text(
dl_tag.find('dt',
{'class': 'rdheader-subinfo__item-title'}))
genre = ""
if dt_tag == u'ジャンル：':
genre = self.__extract_text(
dl_tag.find(class_='linktree__parent-target-text'))
break
rest.genre = genre
except:
print("Error occured when extracting genre, from " + url)
# 食べログスコアの取得
try:
score = self.__extract_text(
bs.find(class_='rdheader-rating__score-val-dtl'))
rest.score = score
except:
print("Error occured when extracting score, from " + url)
# 夜の予算
try:
dinner_budget = self.__extract_text(bs.find(class_='gly-b-dinner'))
rest.dinner_budget = dinner_budget
except:
print("Error occured when extracting dinner budget, from " + url)
# 昼の予算
try:
lunch_budget = self.__extract_text(bs.find(class_='gly-b-lunch'))
rest.lunch_budget = lunch_budget
except:
print("Error occured when extracting lunch budget, from " + url)
# 所在地
try:
address = self.__extract_text(
bs.find(class_='rstinfo-table__address'))
rest.address = address
except:
print("Error occured when extracting address, from " + url)
return rest
def main():
#attempt to load from file. If fails, just create new restaurant object
restaurant_attempt = get_restaurant_from_file()
if (restaurant_attempt == None): restaurant1 = restaurant.Restaurant()
else: restaurant1 = restaurant_attempt
while (True):
print("\nWelcome to restaurant Dingo! How may we help you today?")
print("1: Check tables")
print("2: Reserve a table")
print("3: Cancel reservation")
print("4: List reservations")
print("5: END\n")
chosen = input("Choose option (enter a number 1-3): ")
#CHECK TABLE SITUATION
if (chosen == "1"):
table_number, target_day, target_hour = get_params_from_user(
False,
"Enter the day you want to check, in format DD.MM.YYYY: ",
False)
if (target_day == None): continue
print("\nTABLES SITUATION ON " + target_day.strftime("%d.%m.%Y") +
"\n")
print("{:<9}".format("Table #"), end='')
def header_action(iterated_hour):
print("{:>8}".format(iterated_hour.strftime("%H:00")), end='')
restaurant.loop_opening_hours(header_action)
print("\n")
tables = restaurant1.get_tables()
for i in range(8):
table = tables[i]
reservations = table.get_reservations_for_day(target_day)
print("{:<9}".format("Table " + str(i + 1)), end='')
def row_action(iterated_hour):
reserved = False
for reservation in reservations:
res_date = reservation.get_date()
if (res_date.hour == iterated_hour.hour):
reserved = True
break
if (reserved): print("{:>8}".format("X"), end='')
else: print("{:>8}".format("FREE"), end='')
restaurant.loop_opening_hours(row_action)
print("\n")
#RESERVE TABLES
elif (chosen == "2"):
table_number, target_day, date_hour = get_params_from_user(
"Enter the number of the table you want to reserve (1-8): ",
"Enter the day you want to reserve, in format DD.MM.YYYY: ",
"Enter the hour you want to reserve (12-19), in format HH: ")
if (table_number == None or target_day == None
or date_hour == None):
continue
table = restaurant1.get_tables()[table_number - 1]
reservations = table.get_reservations_for_day(target_day)
reserved = False
for reservation in reservations:
if (reservation.get_date().hour == int(date_hour.hour)):
reserved = True
break
if (reserved):
print(
"\nThis hour has already been reserved. Check the tables for availability.\n"
)
else:
info = input(
"Enter your name to create a unique reservation: ")
table.add_reservation(date_hour, info)
print("\nA reservation was successfully created for " + info +
" in " + date_hour.strftime("%d.%m.%Y at %H:00") + "\n")
#CANCEL RESERVATIONS
elif (chosen == "3"):
table_number, target_day, date_hour = get_params_from_user(
"Enter the number of the table you want to cancel (1-8): ",
"Enter the day you want to cancel, in format DD.MM.YYYY: ",
"Enter the hour you want to cancel (12-19), in format HH: ")
if (table_number == None or target_day == None
or date_hour == None):
continue
table = restaurant1.get_tables()[table_number - 1]
reservations = table.get_reservations_for_day(target_day)
target_reservation = None
for reservation in reservations:
if (reservation.get_date().hour == int(date_hour.hour)):
target_reservation = reservation
break
if (target_reservation == None):
print("\nThis time is not reserved.\n")
else:
name = input("Enter your name to confirm it's you: ")
if (name != target_reservation.get_customer_info()):
print(
"\nThis name is not the same as the reservation. Cancelation cannot be done.\n"
)
else:
table.remove_reservation(target_reservation)
print("\nThe reservation was successfully removed.\n")
elif (chosen == "4"):
table_number, target_day, date_hour = get_params_from_user(
False,
"Enter the day you want to list, in format DD.MM.YYYY: ",
False)
if (target_day == None): continue
tables = restaurant1.get_tables()
for table in tables:
reservations = table.get_reservations_for_day(target_day)
for reservation in reservations:
print(
"Table " + str(table.get_number()) + " - " +
str(reservation.get_date().strftime("%d.%m.%Y %H:00")))
elif (chosen == "5"):
save_restaurant_to_file(restaurant1)
break
else:
print("\nThere is no option with input " + chosen +
". Please try again.\n")
#!/usr/bin/env python3
import restaurant
my_restaurant = restaurant.Restaurant('Panda', 'Chinese')
print(my_restaurant.cuisine)
def __init__(self,
clients_number,
restaurants_number,
mutation_probability,
isDataProvided=False):
self.cl = []
self.rest = []
self.workers = []
self.clients_number = clients_number
self.restaurants_number = restaurants_number
self.mutation_probability = mutation_probability
self.probability = []
self.worst = []
self.best = []
self.workers_number = 0
dtxt = []
if not isDataProvided:
for i in range(restaurants_number):
self.rest.append(
restaurant.Restaurant(lower_distance=5,
upper_distance=20,
lower_cost=5,
upper_cost=10))
for i in range(clients_number):
self.cl.append(client.Client(1, 5))
for r in self.rest:
dtxt.append([])
for c in self.cl:
distance = random.randint(1, 20)
if distance <= r.max_distance:
r.clients[c] = distance
c.restaurants[r] = distance
dtxt[-1].append(distance)
else:
dtxt[-1].append(0)
# for c in dtxt:
# print(c)
# with open('distsData.txt', 'a') as f:
# for c in dtxt:
# for i in c:
# f.write(str(i)+"\t")
# f.write("\n")
else:
restsFile = open("restsData.txt")
restsString = restsFile.read().split("\n")
restsTable = []
for r in restsString:
restsTable.append(list(map(int, r.split("\t"))))
for r in restsTable:
self.rest.append(restaurant.Restaurant(r[0], r[1], r[2]))
restsFile.close()
clientsFile = open("clientsData.txt")
clientsString = clientsFile.read().split("\n")
clientsTable = []
for c in clientsString:
clientsTable.append(list(map(int, c.split("\t"))))
for c in clientsTable:
self.cl.append(client.Client(c[0], c[1], True))
clientsFile.close()
distsFile = open("distsData.txt")
distsString = distsFile.read().split("\n")
distsTable = []
for d in distsString:
l = list(map(int, d.split("\t")))
distsTable.append(l)
distsFile.close()
for r in self.rest:
for c in self.cl:
distance = distsTable[r.ID - 1][c.ID - 1]
if distance > 0:
r.clients[c] = distance
c.restaurants[r] = distance
import restaurant
import table
import notificator
import datetime
new_rest = restaurant.Restaurant(name="Leto")
new_table = table.Table(seats_capacity=2,
shape='Rectangular',
coordinates=(50, 30),
dimensions=(20, 10))
new_notificator = notificator.Notificator(name="Hostess")
new_rest.add_table(new_table, 1)
iter_tables = new_rest.get_tables()
for table in iter_tables:
print(table)
reservation_date = datetime.date(year=2018, month=5, day=17)
new_table.reserve(date=reservation_date,
notificator=new_notificator,
name="John",
email="*****@*****.**")
new_table.check_availability(date=reservation_date,
notificator=new_notificator)
new_table.cancel_reserve(reservation_date)
new_table.check_availability(date=reservation_date,
notificator=new_notificator)
# 导入Restaurant类
import restaurant
# 实例
Haagen_Dazs = restaurant.IceCreamStand("Häagen-Dazs")
Haagen_Dazs.flavors = ['strawberry', 'chocolate', 'oreo']
Haagen_Dazs.describe_restaurant()
Haagen_Dazs.show_flavors()
chongqinghuoguo = restaurant.Restaurant("chongqinghuoguo", "hotpot")
chongqinghuoguo.describe_restaurant()
import restaurant
import mesero
import os
marca_zapatera = os.sys.argv[1]
zapato_marca = os.sys.argv[2]
zap1 = mesero.Mesero(zapato_marca, 42, "cuero", "deportivo", 1200)
z1 = restaurant.Restaurant(marca_zapatera, zap1, "madera", 20, "americano")
print("restaurant:" + z1.getNombre())
print("mesero:" + zap1.getNombre())
z1.setMesero(zap1)
print(z1.cocinar())
import restaurant
r1 = restaurant.Restaurant("Super", "French")
r1.describe()
import restaurant
restaurant = restaurant.Restaurant('shi mao', '5 star')
restaurant.describe_restaurant()
# -*- coding: utf-8 -*-
# filename: main_restaurant.py
# author: Kaishen
# date: 2019-5-24 23:24
# system import
import datetime
# customer import
import restaurant
''' 打印门店信息 '''
my_rest = restaurant.Restaurant('重庆小面', '面馆', 20)
my_rest.introduce()
# 设置工作时间
my_rest.showWorkTime(9)
my_rest.showWorkTime(23)
print()
# 更新就餐人数
my_rest.changeEatingPeople(10)
# 获取当前时间
now_time = datetime.datetime.now()
print(f'当前时间为 {now_time} ')
my_rest.showWorkTime(now_time.hour)
print()
my_rest.showTotalCustomers()
my_rest.changeEatingPeople(15)
my_rest.changeEatingPeople(12)
# coding=utf-8
# 日期：2020-03-10
# 作者：YangZai
# 功能：导入Restaurant类
# 9-10 导入Restaurant类
import restaurant
my_restaurant = restaurant.Restaurant('老新亨手工面', '中餐馆')
my_restaurant.describe_restaurant()
my_restaurant.open_restaurant()
"""
9-10 Imported Restaurant: Using your latest Restaurant class, store it in
a module. Make a separate file that imports Restaurant. Make a Restaurant
instance, and call one of Restaurant's methods to show that the import
statment is working properly.
"""
import restaurant
myRestaurant = restaurant.Restaurant("burger king", "fast")
myRestaurant.describe_restaurant()
import restaurant as res
my_res1 = res.Restaurant('a_name', 'B_cusine')
my_res1.des_restaurant()
my_res1.open_restaurant()
"""
9-10. Imported Restaurant: Using your latest Restaurant class, store it in a module. Make a separate file that imports Restaurant. Make a Restaurant instance, and call one of Restaurant’s methods to show that the import statement is working properly.
"""
import restaurant
new_restaurant = restaurant.Restaurant('Don Pepe', 'Pizza')
new_restaurant.open_restaurant()
new_restaurant.describe_restaurant()
def main():
my_restaurant = restaurant.Restaurant()
my_simulation = simulate.Simulate(my_restaurant)
my_simulation.run()
##-------------------------------
# Cap.9 - Classes
# Python Crash Course
# Autor: Washington Candeia
##-------------------------------
# Faça você mesmo, p.249
# 9.10 - Importando Restaurant
import restaurant
restaurante = restaurant.Restaurant('roma', 'italiana')
restaurante.describe_restaurant()
import restaurant
restaurant.Restaurant('Church Chicken', 'Fried food').describe_restaurant()
import restaurant
res = restaurant.Restaurant("aa", ["bb"])
res.describe_restaurant()
managers = [
people.Manager("Silly", "Seaborn", 12345),
people.Manager("Sally", "Landborn", 64578),
people.Manager("Sully", "Spaceborn", 11223)
]
cooks = [
people.Cook("Rikky", "Stormfire", 55794),
people.Cook("Rukky", "Thunderfire", 5542)
]
managers.extend(cooks)
return managers
rest = restaurant.Restaurant()
rest.hall_dispatcher.workers_list.extend(populate_workers())
rest.hall_dispatcher.add_customer()
print("Making orders")
rest.hall_dispatcher.make_order()
rest.hall_dispatcher.make_order()
rest.hall_dispatcher.make_order()
print("\nGetting transaction history\n")
print(
rest.get_transactions_history([
datetime.datetime(year=2021, month=1, day=1),
datetime.datetime(year=2022, month=1, day=1)
]))
