elif user_choice == 'i':
context.set_strategy(first_strategy)
print('Strategy 1 chosen')
elif user_choice == 'f':
context.set_strategy(second_strategy)
print('Strategy 2 chosen')
elif user_choice == 'g':
print_dict(list_dict)
chosen = input('Enter the number of the list you want to edit: ')
if chosen in list_dict:
position = input('Enter position to insert new values: ')
param = input('Enter the value of the parameter: ')
new_list = context.generate(list_dict[chosen], position, param)
if new_list is not False:
print('New list:', new_list)
list_dict[chosen] = new_list
else:
print('We have only list 1 and list 2')
elif user_choice == 's':
print_dict(list_dict)
elif user_choice == 'd':
print_dict(list_dict)
chosen = input('Enter the number of the list you want to edit: ')
if chosen in list_dict:
position = input('Enter position to delete an element: ')
if list_dict[chosen].remove_at(position):
def main():
first_list = LinkedList()
second_list = LinkedList()
list_dict = {1: first_list,
2: second_list}
first_strat = StrategyOne()
second_strat = StrategyTwo()
strategy_to_use = Context()
option = int(menu_ui())
while option != 8:
# print("Option is", option)
if option == 1:
strategy_to_use.set_strategy(first_strat)
print("Using first strategy")
elif option == 2:
strategy_to_use.set_strategy(second_strat)
print("Using second strategy")
elif option == 3:
# print("\noption 3\n")
list_choice = list_choice_func()
position = input('Enter position to insert new values: ')
data = input('Enter the value of the parameter (amount to generate or name of file): ')
new_list = strategy_to_use.generate(list_dict[list_choice], position, data)
if new_list is not False:
print('New list:')
new_list.print()
list_dict[list_choice] = new_list
# print('New list:')
# list_dict[list_choice].print()
elif option == 4:
list_choice = list_choice_func()
position = input('Enter position of an element you want to delete: ')
if list_dict[list_choice].delete_by_position(position):
print('List with element removed at position', position, "is", list_dict[list_choice])
elif option == 5:
list_choice = list_choice_func()
print("Enter the positions for numbers to be deleted between:")
start = input("Enter starting position: ")
end = input("Enter ending position: ")
list_dict[list_choice].delete_between(start, end)
elif option == 6:
print("starting function")
if list_dict[1].size() == list_dict[2].size():
N = list_dict[1].size()
k = input('Enter K:')
if represents_int(k):
k_in_x = list_dict[1].search(k) # щоб не було матрьошки функцій
if list_dict[1].biggest() == int(k): # працює
if len(k_in_x) == 1: # працює
if k_in_x[0] < N // 2: # працює
if list_dict[2].no_positive():
max_in_y = list_dict[2].biggest()
index_of_max_in_y = list_dict[2].search(max_in_y)
if len(index_of_max_in_y) == 1:
list_dict[2].cubing(index_of_max_in_y[0])
else:
print('More than 1 biggest number in list y')
else:
print('There are positive number(s) in list y')
else:
print('k is in the second part of list x', k_in_x[0])
else:
print('There are more than one k in list x or no k in x')
else:
print('Biggest element in list x != k, biggest is', list_dict[1].biggest())
print('The result list is:')
list_dict[2].print()
else:
print("lists must be same length")
elif option == 7:
if list_dict[1].size() != 0:
print("First list:")
list_dict[1].print()
else:
print("First list is empty")
if list_dict[2].size() != 0:
print("Second list:")
list_dict[2].print()
else:
print("Second list is empty")
elif option == 8:
break
option = int(menu_ui())
