// CPP program to illustrate// Implementation of pop() function#include<iostream>#include<stack>usingnamespacestd;intmain(){stack<int> mystack; mystack.push(1); mystack.push(2); mystack.push(3); mystack.push(4);// Stack becomes 1, 2, 3, 4mystack.pop(); mystack.pop();// Stac...
Stack stack; stack.push(11.8); stack.push(4.9); std::cout << stack.pop() <<'\n';// should print "4.9"stack.push(3.4); std::cout << stack.pop() <<'\n';// should print "3.4"std::cout << stack.pop() <<'\n';// should print "11.8"std::cout << stack.pop() <<'\...
(int i = 0; i < 4; ++i) s.push(thedata[i]); cout << "The stack size is now " << s.size() << endl; cout << "Popping 3 elements " << endl; for (int i = 0; i < 3; ++i) { cout << s.top() << endl; s.pop(); } cout << "The stack size is now " <<...
C++ code to implement stack using c++ class with implementation of PUSH, POP and TRAVERSE operations. Stack with C++ class.
//该程序用于通过插入简单的整数值来演示堆栈的pop()函数的使用。 #include<iostream>#include<stack>intmain(){std::stack<int> newstack; newstack.push(69); newstack.push(79); newstack.push(80); newstack.push(85); newstack.push(90);while(!newstack.empty () ) ...
可以看到使用数组来存数,然后定义push, peek, pop三种方法。 delete[] arr; new与delete应该对应,都用[ ]或都不用[ ]。定义arr 时用了[ ],故这里也用 [ ]来删除 (2)测试文件。Main.cpp #include <iostream> #include "ArrayStack.h" using namespace std; int main() { int tmp=0; ArrayStack<int...
stk.push(6);stk.push(5);stk.push(3);stk.push(1);stk.display();// Display the elements in the stackcout<<"\nRemove 2 elements from the stack:\n";stk.pop();stk.pop();stk.display();// Display the updated stackcout<<"\nInput 2 more elements:\n";stk.push(8);stk.push(9);...
// cliext_stack_pop.cpp // compile with: /clr #include <cliext/stack> typedef cliext::stack<wchar_t> Mystack; int main() { Mystack c1; c1.push(L'a'); c1.push(L'b'); c1.push(L'c'); // display contents " a b c" for each (wchar_t elem in c1.get_container()) Syste...
Then we are retrieving and removing the elements from the stack using the top() and pop() functions respectively until the stack becomes empty.Open Compiler #include <iostream> #include <stack> using namespace std; int main(void) { stack <char> s1; s1.push('t'); s1.push('r'); s...
{ // Do nothing and wait for all elements are poped. } } LockFreeStack(const LockFreeStack& other) = delete; LockFreeStack& operator=(const LockFreeStack& other) = delete; bool IsEmpty() const { return head_.load() == nullptr; } void Push(const T& data) { Node* new_node = ...