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template <class Object> class Deque : private Queue<Object> i public: void addFront( const Object & x ) ; void addBack( const Object ( enqueue( x ) ; } void removeFront( ( dequeue( ; }
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void removeBack( 1 ; const Object
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const Object & getFront( ) const ( return Queue<Object>::getFront( ) ; boo1 isEmpty( ) const [ return Queue<Object>::isEmpty( j; void makeEmpty ( ) [ Queue<Object> : :makeEmpty ) ; } (
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Figure 1631 Double-ended queue class Deque derived from the array-based Queue class
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circular array implementation The use of wraparound to implement a queue (p 543) double-ended queue (deque) A queue that allows access at both ends Much of its functionality can be derived from the queue class (P 558) wraparound Occurs when front or back returns to the beginning of the array when it reaches the end (p 543)
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1 Using an implementation that does not provide constant time access is a bad error There is no justification for this inefficiency 2 In the linked list implementation of the Stack class we must save a pointer to the front node prior to adjusting the top of the stack; otherwise, the delete does not work A common error is to delete the top node directly and then adjust the top of the stack This generally appears to work because the deleted node's contents are not immediately overwritten (so the next member still points at the new top of stack), but it is unsafe programming 3 For all these routines, memory leaks are common programming errors 4 Shallow copies can result in errors 5 Not all compilers support nested class templates You may need to rewrite the linked list-based Stack and Queue classes without nested classes to avoid this limitation
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The files listed are available Contains the interface for an array-based stack Contains the implementation of an array-based stack TestStackArcpp Contains a test program for an array-based stack StackLih Contains the interface for a linked list-based stack StackLicpp Contains the implementation of a linked list-based stack TestStackLicpp Contains a test program for a linked list-based stack
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StackArh StackArcpp
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Contains the interface for an array-based queue Contains the implementation of an array-based queue TestQueueArcpp Contains a test program for an array-based queue Contains the interface for a linked list-based queue QueueLih Contains the implementation of a linked list-based QueueLicpp queue TestQueueLicpp Contains a test program for a linked list-based queue stackh Contains the implementation of an STL-like stack
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In Short 161 In each of the four implementations, what happens if the alias test in operator= is omitted
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162 Draw the stack and queue data structures (for both the array and linked list implementations) for each step in the following sequence: add(l), add(2), remove, add(3), add(4), remove, remove, add(5) Assume an initial size of 3 for the array implementation In Practice 163 Add constructors to the array-based Stack and Queue classes that allow the user to specify an initial capacity 164 Compare the running times for the array and linked list versions of the Stack class Use int objects 165 Write a main that declares and uses a stack of int and a stack of double simultaneously
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166 Complete the implementation of the Deque class
167 Implement operator= for the array-based queue to copy the elements in rhs to the same array positions Do not do more copies than are necessary
168 Implement the array-based Stack class with a primitive array What are the advantages and disadvantages of this approach
169 Implement the array-based Queue class with a primitive array What are the advantages and disadvantages of this approach
1610 For the queue implementation presented in Section 1612, show how to rearrange the queue elements in the doublequeue operation so that at most half the elements move Programming Projects 1611 Implement the linked list-based Queue class by private inheritance from the linked list-based Stack class Make appropriate choices of members to be made protected 1612 An output-restricted double-ended queue supports insertions from both ends but accesses and deletions only from the front a Use inheritance to derive this new class from the Queue class b Use inheritance to derive this new class from the Deque class 1613 Suppose that you want to add the findMin (but not delete~in) operation to the Stack repertoire a Use inheritance to derive the new class and implement findMin as a sequential scan of the stack items b Do not use inheritance but instead implement the new class as two stacks, as described in Exercise 75 1614 Suppose that you want to add the findMin (but not delete~in) operation to the Deque repertoire a Use inheritance to derive the new class and implement f indMin as a sequential scan of the Deque items As in Exercise 161 1, make appropriate choices of members to be made protected b Do not use inheritance but instead implement the new class as four stacks If a deletion empties a stack, you will need to reorganize the remaining items evenly