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Part 2: Dynamic Stack In this part, you are going to design a dynamic stack of characters implemented as a linked list. Complete the code below as specified by the comments below. typedef char el_t; class Stack { private: struct StackNode { el_t element; StackNode *next; // letter in the node // Pointer to the next node } ; StackNode *top; // Pointer to the stack top public: // Constructor Stack() { top = nullptr; } // Destructor -Stack () ; // Stack operations void push (el_t); void pop (el t &); void getTop (el_t &) const; void displayAll () const; bool isEmpty() const; } ; // implement the public methods highlighted in bold here int main () { Stack s; el_t c; cout << " initial stack contents" << endl; s.displayAl1(); s.pop (c); s.push('a'); cout << endl << " stack contents after pushing a: << endl; s.displayAl1(); s.push( 'b'); cout << endl << " stack contents after pushing b: s.displayAl1(); << endl; s.push('c'); s.push('d'); s.push('e'); s.push ('f'); s.push ( 'g') ; cout << endl << " stack contents after pushing c-g: " << endl; s.displayAl1(); s.getTop(c); cout << endl << "top elment is " << c < endl; s.pop (c); cout << endl << c << endl; cout << endl << stack contents after popping one element: << endl; s.displayAll(); s.pop (c); cout << endl << " " << c << endl; popped element: " stack contents after popping another element: cout << endl << << endl; s.displayAl1(); s.pop(c); s.pop (c); if (!s.isEmpty()) { s.getTop(c); cout << endl << "top elment is " << c << endl; } s.pop (c); cout << endl << stack contents after popping 3 more elements: << endl; s.displayAl1(); s.pop(c); s.pop(c); s.push('a'); s.push( 'b'); cout << endl << " final stack contents << endl; s.displayAll(); return 0;

Part 2: Dynamic Stack In this part, you are going to design a dynamic stack of characters implemented as a linked list. Complete the code below as specified by the comments below. typedef char el_t; class Stack { private: struct StackNode { el_t element; StackNode *next; // letter in the node // Pointer to the next node } ; StackNode *top; // Pointer to the stack top public: // Constructor Stack() { top = nullptr; } // Destructor -Stack () ; // Stack operations void push (el_t); void pop (el t &); void getTop (el_t &) const; void displayAll () const; bool isEmpty() const; } ; // implement the public methods highlighted in bold here int main () { Stack s; el_t c; cout << " initial stack contents" << endl; s.displayAl1(); s.pop (c); s.push('a'); cout << endl << " stack contents after pushing a: << endl; s.displayAl1(); s.push( 'b'); cout << endl << " stack contents after pushing b: s.displayAl1(); << endl; s.push('c'); s.push('d'); s.push('e'); s.push ('f'); s.push ( 'g') ; cout << endl << " stack contents after pushing c-g: " << endl; s.displayAl1(); s.getTop(c); cout << endl << "top elment is " << c < endl; s.pop (c); cout << endl << c << endl; cout << endl << stack contents after popping one element: << endl; s.displayAll(); s.pop (c); cout << endl << " " << c << endl; popped element: " stack contents after popping another element: cout << endl << << endl; s.displayAl1(); s.pop(c); s.pop (c); if (!s.isEmpty()) { s.getTop(c); cout << endl << "top elment is " << c << endl; } s.pop (c); cout << endl << stack contents after popping 3 more elements: << endl; s.displayAl1(); s.pop(c); s.pop(c); s.push('a'); s.push( 'b'); cout << endl << " final stack contents << endl; s.displayAll(); return 0;

C++ Programming: From Problem Analysis to Program Design
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter18: Stacks And Queues
Section: Chapter Questions
Problem 3PE
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in c++ language please

Part 2: Dynamic Stack In this part, you are going to design a dynamic stack of characters implemented as a linked list. Complete the code below as specified by the comments below. typedef char el_t; class Stack { private: struct StackNode { el_t element; StackNode *next; // letter in the node // Pointer to the next node } ; StackNode *top; // Pointer to the stack top public: // Constructor Stack() { top = nullptr; } // Destructor -Stack () ; // Stack operations void push (el_t); void pop (el t &); void getTop (el_t &) const; void displayAll () const; bool isEmpty() const; } ; // implement the public methods highlighted in bold here int main () { Stack s; el_t c; cout << " initial stack contents" << endl; s.displayAl1(); s.pop (c); s.push('a'); cout << endl << " stack contents after pushing a: << endl; s.displayAl1(); s.push( 'b'); cout << endl << " stack contents after pushing b: s.displayAl1(); << endl;
Transcribed Image Text:Part 2: Dynamic Stack In this part, you are going to design a dynamic stack of characters implemented as a linked list. Complete the code below as specified by the comments below. typedef char el_t; class Stack { private: struct StackNode { el_t element; StackNode *next; // letter in the node // Pointer to the next node } ; StackNode *top; // Pointer to the stack top public: // Constructor Stack() { top = nullptr; } // Destructor -Stack () ; // Stack operations void push (el_t); void pop (el t &); void getTop (el_t &) const; void displayAll () const; bool isEmpty() const; } ; // implement the public methods highlighted in bold here int main () { Stack s; el_t c; cout << " initial stack contents" << endl; s.displayAl1(); s.pop (c); s.push('a'); cout << endl << " stack contents after pushing a: << endl; s.displayAl1(); s.push( 'b'); cout << endl << " stack contents after pushing b: s.displayAl1(); << endl;
s.push('c'); s.push('d'); s.push('e'); s.push ('f'); s.push ( 'g') ; cout << endl << " stack contents after pushing c-g: " << endl; s.displayAl1(); s.getTop(c); cout << endl << "top elment is " << c < endl; s.pop (c); cout << endl << c << endl; cout << endl << stack contents after popping one element: << endl; s.displayAll(); s.pop (c); cout << endl << " " << c << endl; popped element: " stack contents after popping another element: cout << endl << << endl; s.displayAl1(); s.pop(c); s.pop (c); if (!s.isEmpty()) { s.getTop(c); cout << endl << "top elment is " << c << endl; } s.pop (c); cout << endl << stack contents after popping 3 more elements: << endl; s.displayAl1(); s.pop(c); s.pop(c); s.push('a'); s.push( 'b'); cout << endl << " final stack contents << endl; s.displayAll(); return 0;
Transcribed Image Text:s.push('c'); s.push('d'); s.push('e'); s.push ('f'); s.push ( 'g') ; cout << endl << " stack contents after pushing c-g: " << endl; s.displayAl1(); s.getTop(c); cout << endl << "top elment is " << c < endl; s.pop (c); cout << endl << c << endl; cout << endl << stack contents after popping one element: << endl; s.displayAll(); s.pop (c); cout << endl << " " << c << endl; popped element: " stack contents after popping another element: cout << endl << << endl; s.displayAl1(); s.pop(c); s.pop (c); if (!s.isEmpty()) { s.getTop(c); cout << endl << "top elment is " << c << endl; } s.pop (c); cout << endl << stack contents after popping 3 more elements: << endl; s.displayAl1(); s.pop(c); s.pop(c); s.push('a'); s.push( 'b'); cout << endl << " final stack contents << endl; s.displayAll(); return 0;
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