stack-all stack functions

本文通过一个具体的C++示例程序介绍了如何使用STL中的stack容器。演示了如何向栈中压入元素、检查栈的大小、弹出栈顶元素等基本操作。
////////////////////////////////////////
//      2018/05/08 22:37:04
//      stack-all stack functions

// the C++ stack is a container adaoter that gives the programer the functionality 
// of a stack -- specifically,a FILO(first in, last-out) date structore.

// push.pop,size,top,empty

#include <iostream>
#include <stack>
#include <vector>
#include <algorithm>
#include <numeric>
#include <iterator>

using namespace std;

int main(){
    vector<int> v1(5), v2(5), v3(5);

    iota(v1.begin(),v1.end(),0);
    iota(v2.begin(),v2.end(),5);
    iota(v3.begin(),v3.end(),10);

    stack<vector<int>> s;
    s.push(v1);
    s.push(v2);
    s.push(v3);

    cout << "size of stack 's' = " << s.size() << endl;

    if (v3.size() != 2){
        s.pop();
    }

    cout << "size of stack 's' = " << s.size() << endl;
    vector<int> top = s.top();
    cout << "Contents of v2:";
    copy(v2.begin(),v2.end(), ostream_iterator<int>(cout, " "));
    cout << endl;

    while (!s.empty()){
        s.pop();
    }

    cout << "Stack 's' is " << (s.empty() ? "" : "not") << "empty." << endl;

    return 0;
}


/*
OUTPUT:
    size of stack 's' = 3
    size of stack 's' = 2
    Contents of v2:5 6 7 8 9
    Stack 's' is empty.
*/ 
config STACKPROTECTOR bool "Stack Protector buffer overflow detection" depends on HAVE_STACKPROTECTOR depends on $(cc-option,-fstack-protector) default y help This option turns on the "stack-protector" GCC feature. This feature puts, at the beginning of functions, a canary value on the stack just before the return address, and validates the value just before actually returning. Stack based buffer overflows (that need to overwrite this return address) now also overwrite the canary, which gets detected and the attack is then neutralized via a kernel panic. Functions will have the stack-protector canary logic added if they have an 8-byte or larger character array on the stack. This feature requires gcc version 4.2 or above, or a distribution gcc with the feature backported ("-fstack-protector"). On an x86 "defconfig" build, this feature adds canary checks to about 3% of all kernel functions, which increases kernel code size by about 0.3%. config STACKPROTECTOR_STRONG bool "Strong Stack Protector" depends on STACKPROTECTOR depends on $(cc-option,-fstack-protector-strong) default y help Functions will have the stack-protector canary logic added in any of the following conditions: - local variable's address used as part of the right hand side of an assignment or function argument - local variable is an array (or union containing an array), regardless of array type or length - uses register local variables This feature requires gcc version 4.9 or above, or a distribution gcc with the feature backported ("-fstack-protector-strong"). On an x86 "defconfig" build, this feature adds canary checks to about 20% of all kernel functions, which increases the kernel code size by about 2%. 怎么关闭
10-12
【EI复现】基于主从博弈的新型城镇配电系统产消者竞价策略【IEEE33节点】(Matlab代码实现)内容概要:本文介绍了基于主从博弈理论的新型城镇配电系统中产消者竞价策略的研究,结合IEEE33节点系统,利用Matlab进行仿真代码实现。该研究聚焦于电力市场环境下产消者(既生产又消费电能的主体)之间的博弈行为建模,通过构建主从博弈模型优化竞价策略,提升配电系统运行效率与经济性。文中详细阐述了模型构建思路、优化算法设计及Matlab代码实现过程,旨在复现高水平期刊(EI收录)研究成果,适用于电力系统优化、能源互联网及需求响应等领域。; 适合人群:具备电力系统基础知识和一定Matlab编程能力的研究生、科研人员及从事能源系统优化工作的工程技术人员;尤其适合致力于电力市场博弈、分布式能源调度等方向的研究者。; 使用场景及目标:① 掌握主从博弈在电力系统产消者竞价中的建模方法;② 学习Matlab在电力系统优化仿真中的实际应用技巧;③ 复现EI级别论文成果,支撑学术研究或项目开发;④ 深入理解配电系统中分布式能源参与市场交易的决策机制。; 阅读建议:建议读者结合IEEE33节点标准系统数据,逐步调试Matlab代码,理解博弈模型的变量设置、目标函数构建与求解流程;同时可扩展研究不同市场机制或引入不确定性因素以增强模型实用性。
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