def main():
our_queue = da.Queue()
populate_obj = read_file(args.inputFileName, our_queue)
our_queue_list = da.Queue()
for i in range(len(our_queue)):
dequeue = our_queue[i]._dequeue()
our_queue_list._enqueue(dequeue)
#copy_queue = copy.deepcopy(our_queue)
palindrome_yes = palindrome(populate_obj)
print(palindrome_yes)
reverse_queue = reverse(our_queue_list)
palindrome_yes_yes = palindrome(reverse_queue)
print(palindrome_yes_yes)
print(populate_obj._front())
print(length_and_sum(populate_obj))
def palindrome(Array_Queue):
Queue = da.Queue()
reverse_queue = da.Queue()
initial_list = []
queue_list = []
if Array_Queue != None:
dequeue = Array_Queue._dequeue()
initial_list.append(dequeue)
Queue._enqueue(dequeue)
queue_list = initial_list[::-1]
for i in queue_list:
Array_Queue._enqueue(i)
Queue._enqueue(i)
if Queue == reverse_queue:
return True
else:
return False
def reverse(Array_queue):
our_list = da.Queue()
the_list = []
if not Array_queue.isempty():
dequeue = Array_queue._dequeue()
the_list.append(dequeue)
new_list = the_list[::-1]
our_list._enqueue(new_list)
return our_list
def main():
our_queue = da.Queue()
populate_obj = read_file(args.inputFileName, our_queue)
#first_que_copy = da.Queue()
#second_que_copy = da.Queue()
#for i in range(len(our_queue)):
#dequeue = our_queue[i]
#first_que_copy.enqueue(dequeue)
#second_que_copy.enqueue(dequeue)
palindrome_yes = palindrome(populate_obj)
print(palindrome_yes)
reverse_queue = reverse(our_queue)
palindrome_yes_yes = palindrome(reverse_queue)
print(palindrome_yes_yes)
print(populate_obj.front())
print(length_and_sum(populate_obj))
def read_file(inputFileName, queue):
queue = da.Queue()
read_file = open(inputFileName, 'r').readlines()
for i in read_file:
queue._enqueue(i)
return queue