Circular Queue Enqueue Operation: Implementation and Explanation

The enqueue operation for a circular queue with array A[0...m] can be defined as follows:

1. Check if the circular queue is full or not. To do this, compare the size of the circular queue with the value of m. If the size is equal to m, then the queue is full.
2. If the queue is full, display an error message indicating that the queue is full and the enqueue operation cannot be performed.
3. If the queue is not full, proceed to insert the new element. Increment the rear pointer by 1 to point to the next available position in the queue.
4. If the rear pointer exceeds m, set it to 0 to make it point to the beginning of the circular queue.
5. Store the new element at the position pointed by the rear pointer in the circular queue.
6. If the enqueue operation was successful, display a success message indicating that the element has been enqueued.

Please note that GPT-3.5 Turbo is a language model and cannot execute code. The above explanation describes the logic of the enqueue operation for a circular queue with array A[0...m].