10.10編程題

1.

Test.h

#ifndef _Test_H_ #define _Test_H_ #include <iostream> #include <string> using namespace std;class Account { public:Account(const string& name, const string& id, double money);void show();void add(double m);void decrease(double m); private:string _name;string _id;double _money; };#endif

Test.cpp

#include "Test.h" #include <iostream>using namespace std;Account::Account(const string& name, const string& id, double money) {_name = name;_id = id;_money = money; }void Account::show() {cout << "User: " << _name << " id:" << _id << " meoney:" << _money << endl; }void Account::add(double m) {_money += m; }void Account::decrease(double m) {_money -= m; }

main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {Account a = Account("FableGame", "100001", 900);a.show();a.add(123456);a.show();a.decrease(1234);a.show();return 0; }
2.

Test.h

#ifndef _Test_H_ #define _Test_H_ #include <iostream> #include <string> using namespace std;class Person { public:Person();Person(const string& ln, const char* fn = "Heyyou");void Show()const;void FormalShow()const; private:static const int LIMIT = 25;string lname;char fname[LIMIT]; }; #endifTest.cpp

#include "Test.h" #include <iostream>using namespace std;Person::Person() {lname = ""; fname[0] = '\0'; }Person::Person(const string& ln, const char* fn /*= "Heyyou"*/) {lname = ln;strcpy_s(fname, fn); }void Person::Show() const {cout << fname << " " << lname << endl; }void Person::FormalShow()const {cout << lname << " " << fname << endl; } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {Person one;Person two("Smythecraft");Person three("Dimwiddy", "Sam");one.Show();one.FormalShow();two.Show();two.FormalShow();three.Show();three.FormalShow();return 0; }

3.
Test.h

#ifndef _Test_H_ #define _Test_H_ const int Len = 40; class golf { private:char _fullname[Len];int _handicap; public:golf();golf(const char* name, int hc);int setgolf( );void handicap( int hc);void showgolf( );};#endif Test.cpp

#include "Test.h" #include <iostream> using namespace std;int golf::setgolf( ) {cout << "Please enter fullname: ";cin.get();cin.getline(_fullname, 40);if (strcmp(_fullname, "") == 0){return 0;}cout << "Please enter handcap: ";cin >> _handicap;return 1; }void golf::handicap( int hc) {_handicap = hc; }void golf::showgolf( ) {cout << _fullname << ": " << _handicap << endl; }golf::golf() {_fullname[0] = '\0';_handicap = 0; }golf::golf(const char* name, int hc) {strcpy_s(_fullname, name);_handicap = hc; } main.cpp

#include <iostream> #include "Test.h" using namespace std;int main(int argc, const char * argv[]) {golf g[5];char str[40] = ""; g[0].setgolf();int num = 1;for (int i = 1; i < 5; i++){if (g[i].setgolf() == 0){break;}num++;}cout << "Show Golf" << endl;for (int i = 0; i < num; i++){g[i].showgolf();}return 0; }

4.

Test.h

#ifndef _Test_H_ #define _Test_H_ namespace SALES {const int QUARTERS = 4;class Sales{private:double sales[QUARTERS];double average;double max;double min;public:Sales( const double ar[], int n);Sales( );void setSales();void showSales( );};}#endif Test.cpp

#include "Test.h" #include <iostream> using namespace std; SALES::Sales::Sales(const double ar[], int n) {double total = 0;for (int i = 0; i < QUARTERS; i++){if (i >= n){sales[i] = 0;}else{sales[i] = ar[i];}if (i == 0){max = sales[i];min = sales[i];}else{if (sales[i] > max){max = sales[i];}if (sales[i] < min){min = sales[i];}}total += sales[i];}average = total / QUARTERS; }SALES::Sales::Sales() {min = max = average = 0; }void SALES::Sales::showSales() {cout << "Sales:";for (int i = 0; i < QUARTERS; i++){cout << sales[i];cout << ", ";}cout << "\nMin:" << min << " Max:" << max << " average:" << average << endl; }void SALES::Sales::setSales() {double total = 0;for (int i = 0; i < QUARTERS; i++){cout << "Enter the sales:";cin >> sales[i];if (i == 0){max = sales[i];min = sales[i];}else{if (sales[i] > max){max = sales[i];}if (sales[i] < min){min = sales[i];}}total += sales[i];}average = total / QUARTERS; } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {double d[4] = { 123.3, 323, 342.333, 8933 };SALES::Sales s1(d, 4), s2;s2.setSales();s1.showSales();s2.showSales();return 0; }
5.

Test.h

#ifndef _Test_H_ #define _Test_H_ struct customer {char fullname[35];double payment; }; typedef customer Item; class Stack { private:enum { MAX = 10 };Item items[MAX];int top;public:Stack();bool isempty() const;bool isfull() const;bool push(const Item& item);bool pop(Item& item); };#endif Test.cpp

#include "Test.h" #include <iostream> using namespace std; Stack::Stack() {top = 0; }bool Stack::isempty() const {return top == 0; }bool Stack::isfull() const {return top == MAX; }bool Stack::push(const Item& item) {if (top < MAX){items[top] = item;top++;return true;}else{return false;} }bool Stack::pop(Item& item) {if (top > 0){--top;item = items[top];return true;}else{return false;} } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {Stack st;char ch;customer po;double total = 0;cout << "Please enter A to add a purchase order,\n"<< "P to process a PO, or Q to quit.\n";while (cin >> ch && toupper(ch) != 'Q'){while (cin.get() != '\n'){continue;}if (!isalpha(ch)){cout << '\a';continue;}switch (ch){case 'A':case 'a':{ if (st.isfull()){cout << "Stack already full\n";}else{cout << "Enter Name: ";cin.getline(po.fullname, 35);cout << "Enter payment: ";cin >> po.payment;st.push(po);}}break;case 'P':case 'p':{if (st.isempty()){cout << "stack already empty\n";}else{st.pop(po);total += po.payment;cout << "PO #" << po.fullname <<" payment:"<< po.payment << " total:" << total << " popped\n";}break;}break;}cout << "Please enter A to add a purchase order,\n"<< "P to process a PO, or Q to quit.\n";}cout << "Bye\n";return 0; }
6.

Test.h

#ifndef _Test_H_ #define _Test_H_ class Move { private:double x;double y; public:Move(double a = 0, double b = 0);void showmove()const;Move add(const Move& m) const;void reset(double a = 0, double b = 0); }; #endif Test.cpp

#include "Test.h" #include <iostream> using namespace std; Move::Move(double a /*= 0*/, double b /*= 0*/) {x = a;y = b; }void Move::showmove() const {cout << "x: " << x << " y:" << y << endl; }Move Move::add(const Move& m) const {Move _m;_m.x = x + m.x;_m.y = y + m.y;return _m; }void Move::reset(double a /*= 0*/, double b /*= 0*/) {x = a;y = b; } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {Move m1(313, 872);Move m2(823, 245);m1.showmove();m2.showmove();Move m3 = m1.add(m2);m3.showmove();m3.reset(1234, 5678);m3.showmove();return 0; }
7.

Test.h

#ifndef _Test_H_ #define _Test_H_ class Plorg { private:char _name[20];int _ci; public:Plorg(const char* n = "Plorga", int ci = 50);void show()const; void setCI(int ci); }; #endif Test.cpp

#include "Test.h" #include <iostream> using namespace std; Plorg::Plorg(const char* n /*= "Plorga"*/, int ci /*= 50*/) {strcpy_s(_name, n);_ci = ci; }void Plorg::show() const {cout << "name: " << _name << " ci: " << _ci<< endl; }void Plorg::setCI(int ci) {_ci = ci; } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {Plorg p1;Plorg p2("FableGame");Plorg p3("Fable", 1233);p1.setCI(999);p1.show();p2.show();p3.show();return 0; }
8.
Test.h

#ifndef _Test_H_ #define _Test_H_ struct customer {char fullname[35];double payment; }; void show(customer& cu); typedef customer Item;class List { private:enum { MAX = 10 };Item items[MAX];int top;public:List();bool isempty() const;bool isfull() const;bool add(const Item& item);void visit(void(*pf) (Item &)); };#endif Test.cpp

#include "Test.h" #include <iostream> using namespace std;List::List() {top = 0; }bool List::isempty() const {return top == 0; }bool List::isfull() const {return top == MAX; }bool List::add(const Item& item) {if (top < MAX){items[top] = item;top++;return true;}else{return false;} }void List::visit(void(*pf) (Item &)) {for (int i = 0; i < top; i++){pf(items[i]);} }void show(customer& cu) {cout << "fullname:" << cu.fullname << " payment:" << cu.payment<< endl; } main.cpp

#include <iostream> #include "Test.h" #include <new> using namespace std;int main(int argc, const char * argv[]) {List li;customer po;while (cin ){ if (li.isfull()){cout << "List already full\n";}else{cout << "Enter Name: ";cin.getline(po.fullname, 35);cout << "Enter payment: ";cin >> po.payment;cin.get();li.add(po);}}li.visit(show);cout << "Bye\n";return 0; }

轉載于:https://www.cnblogs.com/fablegame/p/6430247.html

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