vectorInt.hpp#pragmaonce#include<iostream>#include<cassert>usingnamespacestd;classvectorInt{public:vectorInt(intn);vectorInt(intn,in

#include<iostream>#include<vector>#include<string>usingnamespacestd;classvectorInt{public:vectorInt();vectorInt(intn);

#pragmaonce#include<iostream>usingnamespacestd;classvectorInt{public:vectorInt(intn);vectorInt(intn,intvalue);vectorInt(constvect

实验任务5：vectorInt.hpp#pragmaonce#include<bits/stdc++.h>usingnamespacestd;classvectorInt{public:vectorInt(intn);vectorInt(intn,intv

任务五代码：vectorInt:#pragmaonce#include<iostream>#include<cassert>usingnamespacestd;classVectorInt{public:VectorInt(ints);

1cpp#include<iostream>#include"point.hpp"#include<vector>usingnamespacestd;voidtest1(){intn;cin>>n;vector<Point>x(n);x.

task5vectorint.hpp#pragmaonce#include<iostream>#include<cassert>usingnamespacestd;classvectorint{public:vectorint(){};vectorint(intn

task5:vectorInt.hpp:#pragmaonce#include<bits/stdc++.h>#include<iomanip>usingnamespacestd;classvectorInt{public:vectorInt(intnum):si

task5hpp #pragmaonce#include<iostream>usingnamespacestd;classvectorInt{public:vectorInt(intn);vectorInt(intn,intvalue);vector

任务五#include<iostream>#include"vectorInt.hpp"voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);for(autoi=0;i<n;i

实验任务5：#include<iostream>#include"vectorInt.h"usingnamespacestd;voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);

实验五：task5.cpp#include<iostream>#include"vectorInt.hpp"voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);for(autoi

Task1~4浅复制：inta=10;intb=a;可用于静态内存的复制。对于简单的类，默认的复制构造函数已经够用了，但当类持有其他资源，如动态分配的内存、指针等，就需要用到深复制

实验任务五cpp#include<iostream>#include"vectorInt.hpp"voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);for(aut

//task.5.cpp#include<iostream>#include"vectorInt.hpp"voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);for(au

11#pragmaonce22#include<iostream>3344usingstd::cout;55usingstd::endl;6677classvectorInt{88public:99//构造

2022.11.02OOP实验课实验4类与数组、指针任务5代码：vectorInt54.hpp#pragmaonce#include<iostream>#include<cassert>#include<iomanip>usingnamespace

实验任务5vectorInt.hpp1#pragmaonce2#include<iostream>3#include<cassert>4usingnamespacestd;56classvectorInt{7public:8vectorI

task5vectorInt.hpp#pragmaonce#include<iostream>usingnamespacestd;classvectorInt{public:vectorInt(intn){cout<<"constructor2ca

#include<iostream>#include<cassert>usingstd::cout;usingstd::endl;classvectorInt{public:vectorInt(intn,intm);vectorInt(intn);vecto

1#pragmaonce2#include<iostream>3usingnamespacestd;4classvectorInt5{6public:7vectorInt(intn);8vectorInt(intn,intnum);9

task5.cpp#include<iostream>#include"vectorInt.hpp"voidtest(){usingnamespacestd;intn;cin>>n;vectorIntx1(n);for(autoi

实验任务5vectorlnt.hpp#pragmaonce#include<iostream>#include<cassert>usingstd::cout;classvectorInt{public:vectorInt(intn);vectorInt(int

一、实验目的会正确定义和使用简单的类模板能够说明指针、引用的联系和区别，能根据问题场景灵活、正确使用指针作为函数参数、引用作为函数参数知道什么是深复制、浅复

一.实验任务1-4总结：通过完成实验任务1-4，我对深复制和浅复制有了更加深刻的印象，加深对指针、引用作为形参用法的理解，理解了参数传递的过程。二.实验任务51.源代码：（1）vecto