def display_preferences(data):
preferences = []
for items in data:
name, drink = items[0], items[1]
preference = f"{name}'s favourite drink: {drink}"
preferences.append(preference)
table('PREFERENCES', preferences)
def remove_drink(header, data):
not_removed_drink = True
while not_removed_drink:
if len(data.values()) == 0:
print("\nThere are no drinks to remove")
break
else:
drink = Drink()
table(header, data)
deleted_drink = drink.remove_drink_from_database(data)
print(f"You have removed {deleted_drink} from the list of drinks")
if len(data.values()) > 0:
not_removed_drink = continue_operation("\nWould you like to remove another drink")
else:
print("All drinks have been removed!")
not_removed_drink = False
def remove_person(header, data):
not_removed_person = True
while not_removed_person:
if len(data.values()) == 0:
print("\nThere are no people to remove")
break
else:
person = Person()
table(header, data)
name = person.remove_person_from_database(data)
print(f"Goodbye {name}! See you soon!")
if len(data.values()) > 0:
not_removed_person = continue_operation("\nWould you like to remove another person")
else:
print("All people have been removed!")
not_removed_person = False
def order(self, people_dic, drinks_dic):
order_dic = {}
selected = []
# pick person and corresponding fave drink
round_order = True
while round_order:
name_table = table('PEOPLE', people_dic)
not_chosen_person = True
while not_chosen_person:
self.person_tag = int(input("\nPlease choose a person: "))
if self.person_tag not in people_dic.keys():
print("\nYou're out of range, try again.")
else:
not_chosen_person = False
drinks_table = table('DRINKS', drinks_dic)
not_chosen_drink = True
while not_chosen_drink:
self.drink_tag = int(
input("\nSelect that person's drink order: "))
if self.drink_tag not in drinks_dic.keys():
print("\nYou're out of range, try again.")
else:
not_chosen_drink = False
order_dic[people_dic[self.person_tag]] = drinks_dic[self.drink_tag]
name = people_dic.pop(
self.person_tag) # (-1) --> Account for index position
selected.append(name)
# CREATE CHECK AGAINST REPEAT PREFERENCE!
not_chosen_option = True
while not_chosen_option:
option = input(
"\nWould you like to add another drink to the order, Y or N?: "
)
if option == 'y' or option == 'Y':
round_order = True
not_chosen_option = False
elif option == 'n' or option == 'N':
round_order = False
not_chosen_option = False
else:
print("\nSorry, I don't understand.")
not_chosen_option = True
return order_dic
def choose_drink(self, drinks_dic):
chosen_drink = True
while chosen_drink:
drink_table = table('DRINKS', drinks_dic)
self.drink_tag = int(
input("\nPlease select a drink using a number: "))
if self.drink_tag not in drinks_dic.keys():
print("\nThere are only so many drinks available, try again.")
chosen_drink = True
# potential check for number 0 input here.
else:
chosen_drink = False
chosen_drink = True
return self.drink_tag
def choose_name(self, people_dic, selected_name):
chosen_name = True
while chosen_name:
name_table = table('PEOPLE', people_dic)
self.name_tag = int(input("\nPlease choose a person: "))
if self.name_tag not in people_dic.keys():
print("\nThere are only so many people! Try again")
chosen_name = True
else:
chosen_name = False
person_name = people_dic[self.name_tag]
chosen_name = True
return self.name_tag
def app_start():
while True:
os.system("clear")
view_menu = True
menu() # show the menu
# initial assignment of lists
people = SL.LoadData().load_items('src/data/names.csv')
drinks = SL.LoadData().load_items('src/data/drinks.csv')
drinks_preferences = SL.LoadData().load_preferences(
'src/data/new_preferences.csv')
new_preference = AC.Preferences()
people_dic = new_preference.data_dictionary(
people) # create people dictionary
drinks_dic = new_preference.data_dictionary(
drinks) # create drinks dictionary
while view_menu: # Loop for decision making, accounting for mistakes
try:
option = int(input("\nChoose your selection here (1-10): ")
) # user picks their desired page
if option == 1:
if len(people) == 0:
print("\nThere are no people present, add some!")
else:
table('PEOPLE', people)
view_menu = False
elif option == 2:
if len(drinks) == 0:
print("\nThere are no drinks, add some!")
else:
table('DRINKS', drinks)
view_menu = False
elif option == 3:
new_people = AM.add_to_table('PEOPLE', people)
SL.SaveData().save_items('src/data/names.csv', new_people)
view_menu = False
elif option == 4:
table('PEOPLE', people)
new_people = AM.remove_from_table('PEOPLE',
people_dic).values()
table('PEOPLE', new_people)
SL.SaveData().save_items("src/data/names.csv", new_people)
view_menu = False
elif option == 5:
new_drinks = AM.add_to_table('DRINKS', drinks)
SL.SaveData().save_items('src/data/drinks.csv', new_drinks)
view_menu = False
elif option == 6:
table('DRINKS', drinks)
new_drinks = AM.remove_from_table('DRINKS',
drinks_dic).values()
table('DRINKS', new_drinks)
SL.SaveData().save_items("src/data/drinks.csv", new_drinks)
view_menu = False
elif option == 7:
drinks_prefs = AM.assign_preference(
people_dic, drinks_dic, people, drinks)
SL.SaveData().save_preferences(
'src/data/new_preferences.csv', drinks_prefs)
view_menu = False
elif option == 8:
preferences_table = AM.preferences_display(
"PREFERENCES", drinks_preferences)
view_menu = False
elif option == 9:
drinks_round = AC.Round(people, drinks)
beverages = drinks_round.order(people, drinks)
drinks_round.print_round(beverages)
view_menu = False
elif option == 10:
print("\nThanks for stopping by, see you soon!\n")
exit()
else:
print(
"\nSorry I dont understand.\nPlease choose between 1 and 10."
)
except ValueError as v: # Raised if anything other than an integer is input.
print('\n')
print(v)
print("That is not an integer between 1 and 10, try again!")
except NameError as n: # Raised if the preferences list is opened without
print('\n') # assigning people to drinks
print(n)
if not view_another_page(): # Ending the app
print("\nThanks for stopping by, see you soon!\n"
) # FIX for 'if __name__ == "__main__"' clause!
break
def app_start():
menu_initialisation()
while True:
AM.clear()
menu() # show the menu
# initial assignment of data dictionaries
people_dic = AM.Load_People()
drinks_dic = AM.Load_Drinks()
view_menu = True
while view_menu: # Loop for decision making, accounting for mistakes
try:
option = int(input("\nChoose your selection here (1-10): ")) # user picks their desired page
if option == 1:
if len(people_dic.values()) == 0:
print("\nThere are no people present, add some!")
else:
table('PEOPLE', people_dic)
view_menu = False
elif option == 2:
if len(drinks_dic.values()) == 0:
print("\nThere are no drinks, add some!")
else:
table('DRINKS', drinks_dic)
view_menu = False
elif option == 3:
AM.add_person('PEOPLE')
AM.clear()
view_menu = False
elif option == 4:
AM.remove_person('PEOPLE', people_dic)
view_menu = False
elif option == 5:
AM.add_drink('DRINKS')
AM.clear()
view_menu = False
elif option == 6:
AM.remove_drink('DRINKS', drinks_dic)
view_menu = False
elif option == 7:
drinks_prefs = AM.assign_preference(people_dic, drinks_dic)
view_menu = False
elif option == 8:
preferences_table = AM.access_preferences()
AM.display_preferences(preferences_table)
view_menu = False
elif option == 9:
drinks_round = AC.Round()
beverages = drinks_round.order(people_dic, drinks_dic)
drinks_round.print_round(beverages)
view_menu = False
elif option == 10:
print("\nThanks for stopping by, see you soon!\n")
time.sleep(1)
print("""
* *
*** ***
* *
*** ** ***
*** ** ***
**** ** ****
***** *****
*****************
************
*****
""")
time.sleep(2)
AM.clear()
exit()
else:
print("\nSorry I dont understand.\nPlease choose between 1 and 10.")
except ValueError as v: # Raised if anything other than an integer is input.
print('\n')
print(v)
print("That is not an integer between 1 and 10")
except NameError as n: # Raised if the preferences list is opened without
print('\n') # assigning people to drinks
print(n)
if not view_another_page(): # Ending the app
print("\nThanks for stopping by, see you soon!\n")
time.sleep(1)
print("""
* *
*** ***
* *
*** ** ***
*** ** ***
**** ** ****
***** *****
*****************
************
*****
""")
time.sleep(2)
AM.clear()
break