Stacks and Queues CSSE 230 Stacks And Queues Programming Assignment - 100 Points Overview and objectives Stacks and queues are simple, yet very useful data structures. In this assignment, you will: • Implement the Queue ADT using a circular array that grows efficiently. • Analyze four different implementations of the Queue ADT. • Develop practical algorithms that require a stack by creating a tool to evaluate simple mathematical expressions. Starting code is in the StacksAndQueues project in your pair's repository (see link from schedule page for your team number).

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Commit your working code to the repository as you go. Implement the Queue ADT using a growable circular array Recall from day 1 of this course that when dealing with arrays that must grow in size, it is most efficient to double the capacity when the array is full, so that the expensive resizing operation occurs infrequently. Your GrowableCircularArrayQueue class will implement the following operations specified by the Collections API: isEmpty(), clear(), size(), and contains(). You will also implement a toString() method for testing and convenience. The GrowableCircularArrayQueue will also implement the following operations specified by the Queue ADT: enqueue(), dequeue(), peek(). I added all of these to a nice SimpleQueue interface - make the GrowableCircularArrayQueue class implement that interface. Fujitsu Thermal Printer Fp 410 Drivers here. Implementation requirements and hints: • To make your work easier, we are only requiring you to grow the array when needed, and not requiring you to shrink it if many items are removed.