Python mirror queue and reverse queue

1.

Write a function, mirror_queue(q), which takes a Queue, q, as a parameter and modifies the queue so that the queue items appear in their original order followed by a copy of the queue items in reverse order. You must make use of a stack to help you to solve this problem.

The implementations of both the Stack and Queue ADTs are provided to you. You can simply use: push(), pop(), is_empty() as well as enqueue() and dequeue() as necessary in your function definition.

However, you will need to use the following statement to create a Stack (in this question)

s = my_stack_module.Stack()

Similarly, you will need to use the following statement to create a Queue (in this question)

q = my_queue_module.Queue()

For example:

Test	Result
q1 = my_queue_module.Queue() q1.enqueue(1) q1.enqueue(2) q1.enqueue(3) mirror_queue(q1) print(q1)	Queue: [1, 2, 3, 3, 2, 1]
q1 = my_queue_module.Queue() mirror_queue(q1) print(q1)	Queue: []

2.

Write a function, reverse_queue(q), which takes a Queue, q, as a parameter and modifies the queue so that the elements in the queue are rearranged into reverse order. You must make use of a stack to help you in reversing the elements in the queue.

The implementations of both the Stack and Queue ADTs are provided to you. You can simply use: push(), pop(), is_empty() as well as enqueue() and dequeue() as necessary in your function definition.

However, you will need to use the following statement to create a Stack (in this question)

s = my_stack_module.Stack()

Similarly, you will need to use the following statement to create a Queue (in this question)

q = my_queue_module.Queue()

For example:

Test	Result
q1 = my_queue_module.Queue() q1.enqueue(1) q1.enqueue(2) q1.enqueue(3) print(q1) reverse_queue(q1) print(q1)	Queue: [1, 2, 3] Queue: [3, 2, 1]
q1 = my_queue_module.Queue() reverse_queue(q1) print(q1)	Queue: []