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Enter a line of text: straw Written backward that is: warts Again (y/n): y Enter a line of text: I love C++ Written backward that is: ++C evol I Again (y/n): n
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stack in the reverse of the order in which it enters the stack, the output shows the line written backward We have #included the implementation of the Stack class in our application program, as we normally do with template classes That means we cannot run or even compile our application program until we do the implementation of our Stack class template The definitions of the member functions for the template class Stack are given in the implementation file shown in Display 1715 Our stack class is implemented as a linked list in which the head of the list serves as the top of the stack The member variable top is a pointer that points to the head of the linked list The pointer top serves the same purpose as the pointer head did in our previous discussions of linked lists
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Adding a data item to a stack data structure is referred to as pushing the data item onto the stack Removing a data item from a stack is referred to as popping the item off the stack
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Display 1715 Implementation of the Stack Template Class (part 1 of 2)
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1 2 3 4 5 6 7 8 //This is the implementation file stackcpp //This is the implementation of the template class Stack //The interface for the template class Stack is in the header file stackh #include <iostream> #include <cstdlib> #include <cstddef> #include "stackh" using std::cout;
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namespace StackSavitch { //Uses cstddef: template<class T> Stack<T>::Stack( ) : top(NULL) { //Intentionally empty }
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template<class T> Stack<T>::Stack(const Stack<T>& aStack)
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<The definition of the copy constructor is Self-Test Exercise 12>
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Display 1715 Implementation of the Stack Template Class (part 2 of 2)
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20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 template<class T> Stack<T>& Stack<T>::operator =(const Stack<T>& rightSide)
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<The definition of the overloaded assignment operator is Self-Test Exercise 13>
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template<class T> Stack<T>::~Stack( ) { T next; while (! isEmpty( )) next = pop( );//pop calls delete }
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//Uses cstddef: template<class T> bool Stack<T>::isEmpty( ) const { return (top == NULL); } template<class T> void Stack<T>::push(T stackFrame)
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<The rest of the definition is Self-Test Exercise 11>
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//Uses cstdlib and iostream: template<class T> T Stack<T>::pop( ) { if (isEmpty( )) { cout << "Error: popping an empty stack\n"; exit(1); } T result = top->getData( ); Node<T> *discard; discard = top; top = top->getLink( ); delete discard; return result; } }//StackSavitch
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Writing the definition of the member function push is Self-Test Exercise 11 However, we have already given the algorithm for this task The code for the push member function is essentially the same as the function headInsert shown in Display 1711, except that in the member function push we use a pointer named top in place of a pointer named head An empty stack is just an empty linked list, so an empty stack is implemented by setting the pointer top equal to NULL Once you realize that NULL represents the empty stack, the implementations of the default constructor and of the member function empty are obvious The definition of the copy constructor is a bit more complicated but does not use any techniques we have not already discussed The details are left to Self-Test Exercise 12 The pop member function first checks to see if the stack is empty If the stack is not empty, it proceeds to remove the top character in the stack It sets the local variable result equal to the top symbol on the stack as follows:
T result = top->getData( );