if restaurants[restaurant_name].fave >= score:
print(restaurant_name + " is a " + str(restaurants[restaurant_name].fave) + "/5 rated place " + \
str(restaurants[restaurant_name].dist) + " minutes from here")
def add_restaurant():
name = input("Enter Restaurant Name: ")
cuisine = input("Enter Restaurant type: ")
cost = input("Enter Restaurant cost (out of 5): ")
fave = input("Enter star rating (out of 5): ")
dist = input("Enter distance (minutes' walk): ")
restaurants[name] = shared.Restaurant(name, cuisine, cost, fave, dist)
shared.read_csvfile(restaurants, filename)
print(restaurants)
while not finished:
show_menu()
choice = input("Please enter choice: ")
if choice == "1":
search_on_distance(input("Please enter max distance: "))
elif choice == "2":
search_on_rating(input("Please enter minimum rating: "))
elif choice == "3":
add_restaurant()
elif choice == "4":
shared.save_changes(restaurants, filename)
elif choice == "5":
finished = True
for restaurant_name in restaurants.keys():
if restaurants[restaurant_name].fave >= score:
print restaurant_name + " is a " + str(restaurants[restaurant_name].fave) + "/5 rated place " + \
str(restaurants[restaurant_name].dist) + " minutes from here"
def add_restaurant():
name = raw_input("Enter Restaurant Name: ")
cuisine = raw_input("Enter Restaurant type: ")
cost = raw_input("Enter Restaurant cost (out of 5): ")
fave = raw_input("Enter star rating (out of 5): ")
dist = raw_input("Enter distance (minutes' walk): ")
restaurants[name] = shared.Restaurant(name, cuisine, cost, fave, dist)
restaurants = shared.read_csvfile(filename)
while not finished:
show_menu()
choice = raw_input("Please enter choice: ")
if choice == "1":
search_on_distance(raw_input("Please enter max distance: "))
elif choice == "2":
search_on_rating(raw_input("Please enter minimum rating: "))
elif choice == "3":
add_restaurant()
elif choice == "4":
shared.save_changes(filename, restaurants)
elif choice == "5":
finished = True
else:
def add_restaurant():
name = input("Enter Restaurant Name: ")
cuisine = input("Enter Restaurant type: ")
cost = input("Enter Restaurant cost (out of 5): ")
fave = input("Enter cost (out of 5): ")
dist = input("Enter distance (minutes' walk): ")
restaurants[name] = {
"type": cuisine,
"cost": cost,
"fave": fave,
"dist": dist
}
shared.read_csvfile(restaurants)
while not finished:
show_menu()
choice = input("Please enter choice: ")
if choice == "1":
search_on_distance(input("Please enter max distance: "))
elif choice == "2":
search_on_rating(input("Please enter minimum rating: "))
elif choice == "3":
add_restaurant()
elif choice == "4":
shared.save_changes(restaurants)
elif choice == "5":
finished = True
else:
name = input_data.name
type = input_data.type
# Add some code in here to add the input to the internal restaurants data
# Then save it out (call the function to save the changes)
# Then send the HTML for the new restaurant back, like for TripDeviser above
return name, type
class Restaurants:
def GET(self):
print restaurants
web.header('Content-Type', 'text/plain')
return '\n'.join(sorted(restaurants.keys()))
class SpecificRestaurant:
def GET(self, name):
web.header('Content-Type', 'text/plain')
return str(restaurants[name])
class Index:
def GET(self):
return "This is the index page"
restaurants = shared.read_csvfile('restaurants-lesson8.csv')
app = web.application(urls, globals())
if __name__ == "__main__":
app.run()
@get('/restarants')
def all_restaurants(self):
print(restaurants)
response.set_header('Content-Type', 'text/plain')
return '\n'.join(restaurants.keys())
@get('/restaurants/<restaurant>')
def specific_restaurant(restaurant):
response.set_header('Content-Type', 'text/plain')
return str(restaurants[restaurant])
@get('/hello/<name:re:[A-Z][a-z]*>')
def say_hello(name):
return f"Why hello there, {name}"
@get('/score/<score>')
def restaurants_by_score (score):
# check that the score provided is one of the digits 1-5
# hint: use a regular expression match
score = int (score)
# get the restaurants with a particular score
return # those restaurants
restaurants = shared.read_csvfile('restaurants-lesson7.csv')
if __name__ == "__main__":
run(host='localhost', port=8080)
print(restaurant_name + " is a " + rest_details["fave"] + "/5 rated place " +
str(rest_details["dist"]) + " minutes from here")
def add_restaurant():
name = input("Enter Restaurant Name: ")
cuisine = input("Enter Restaurant type: ")
cost = input("Enter Restaurant cost (out of 5): ")
fave = input("Enter star rating (out of 5): ")
dist = input("Enter distance (minutes' walk): ")
# Change this to use a Restaurant instead of a dictionary as well.
restaurants[name] = {"type": cuisine, "cost": cost,
"fave": fave, "dist": dist}
shared.read_csvfile(restaurants)
while not finished:
show_menu()
choice = input("Please enter choice: ")
if choice == "1":
search_on_distance(input("Please enter max distance: "))
elif choice == "2":
search_on_rating(input("Please enter minimum rating: "))
elif choice == "3":
add_restaurant()
elif choice == "4":
shared.save_changes(restaurants)
elif choice == "5":
finished = True
else:
cost = request.forms.get('cost')
fave = request.forms.get('fave')
dist = request.forms.get('dist')
restaurants[name] = shared.Restaurant(name, cuisine, cost, fave, dist)
shared.save_changes(filename, restaurants)
return generate_response(name)
def generate_html_rest_list():
list_entry = '<li><a href="/tripdeviser/{0}">{0}</a></li>'
html_output_fragment = ''
for restaurant_name in sorted(restaurants):
html_output_fragment = html_output_fragment + list_entry.format(restaurant_name)
return html_output_fragment
def generate_response(name):
with open("tripdeviser.html") as html_template:
output_html = html_template.read()
output_html = output_html.replace('{{RESTLIST}}', generate_html_rest_list())
output_html = output_html.replace('{{PLACENAME}}', name)
output_html = output_html.replace('{{PLACEDESCRIPTION}}', str(restaurants[name]))
return output_html
if __name__ == "__main__":
filename = 'restaurants-lesson8.csv'
restaurants = shared.read_csvfile(filename)
print(restaurants)
run(host='localhost', port=8080)