int main()
{
employee paul("Paul","Economics");
person john( "Mumu");
somefunc(paul);
somefunc(john);
}
int main()
{
Employee joe("Joe", "Butcher");
Friend john("John");
std::vector<Person> people;
people.push_back(joe);
people.push_back(john);
int n = people.size();
for (int i = 0; i < n; i++) {
people[i].Print();
}
// design flaw is that it will call upon the Base::Function() as opposed to the Derived::Function()
}
int main()
{
Person jane("Jane Doe", 37, 64, 115, true);
Person john("John Smith", 87, 70, 180, false);
Person noone;
// Can't touch these values; they're private. Uncomment these lines
// to see the compiler messages.
//strcpy(noone.name, "Davy Jones");
//noone.age = 99;
// Check the output again, with the new default constructor
char ident[1000];
jane.tostring(ident);
printf("Jane ==> %s\n", ident);
john.tostring(ident);
printf("John ==> %s\n", ident);
noone.tostring(ident);
printf("noone==> %s\n", ident);
return 0;
}
int main()
{
Person jane("Jane Doe", 37, 64, 115, true);
Person john("John Smith", 87, 70, 180, false);
// Now we can use the default constructor and initialize individual
// members separately.
Person noone;
strcpy(noone.name, "Davy Jones");
noone.age = 99;
// Note that we haven't initialized everything; check the output!
char ident[1000];
jane.tostring(ident);
printf("Jane ==> %s\n", ident);
john.tostring(ident);
printf("John ==> %s\n", ident);
noone.tostring(ident);
printf("noone ==> %s\n", ident);
return 0;
}
int main()
{
Bureaucrat john("John", 1);
Bureaucrat julie("Julie", 150);
try {
Form residence("Residence", 16, 17);
std::cout << john << std::endl;
std::cout << residence << std::endl;
john.signForm(residence);
std::cout << residence << std::endl;
}
catch (std::exception &e)
{
std::cout << e.what() << std::endl;
}
std::cout << std::endl;
try {
Form residence("Residence", 16, 17);
std::cout << julie << std::endl;
std::cout << residence << std::endl;
julie.signForm(residence);
std::cout << residence << std::endl;
julie.decrementGrade();
}
catch (std::exception &e)
{
std::cout << e.what() << std::endl;
}
std::cout << std::endl;
try {
Form irs = Form("IRS", 1, 151);
std::cout << irs << std::endl;
julie.signForm(irs);
std::cout << irs << std::endl;
julie.decrementGrade();
}
catch (std::exception &e)
{
std::cout << e.what() << std::endl;
}
std::cout << std::endl;
try {
Form water = Form("water", 0, 150);
std::cout << water << std::endl;
julie.signForm(water);
std::cout << water << std::endl;
julie.decrementGrade();
}
catch (std::exception &e)
{
std::cout << e.what() << std::endl;
}
}
int main(int argc, char *argv[])
{
// Creation des abonnes, des etudiants et des professeurs
Abonne john("1839456", "Doe", "John", 23);
Abonne nicolas("1630236", "Gagnon", "Nicolas", 8);
Abonne martin("1269348", "Tremblay", "Martin", 18);
Etudiant harry("1782965", "Potter", "Harry", 21, "Pourdlard");
Etudiant hermione("1876458", "Granger", "Hermione", 20, "Pourdlard");
EtudiantBaccalaureat tony("1865487", "Stark", "Tony", 42);
Professeur albus("p878546", "Dumbledore", "Albus", 78, { "Polytechnique", "UdM", "Poudlard" });
// Création des livres et DVD
Livre livre1("BD302", "Harry Potter et le prisionier d'Azkaban", 1999, 3, 17, "JK ROWLING", "Science-Fiction");
Livre livre2("QA204", "Calcul a plusieurs variables partie 2", 2011, 3, 1, "Cay HORTSTMANN", "Informatique");
Livre livre3("GA403", "Big C++", 2009, 8, 2, "Cay HORTSTMANN", "Informatique");
Livre livre4("AC409", "Le chateau d'Ortrante", 1764, 16, 2, "Cay HORTSTMANN", "Informatique");
Livre livre5("QA203", "Calcul a plusieurs variables partie 1", 2011, 3, 1, "Cay HORTSTMANN", "Informatique");
Livre livre6("GA404", "Big C++", 2016, 8, 2, "Cay HORTSTMANN", "Informatique");
Dvd dvd1("D8403", "Rush Hour", 1998, 2, 13, "Al", { "Jackie Chan", "Chris Tucker" });
Dvd dvd2("D7203", "Avenger", 2012, 3, 5, "Nick Fury", { "Iron Man", "Thor","Hulk", "Captain America", "Black Window" });
// Creation de la bibliotheque, et ajout des elements
Bibliotheque biblio;
//Ajout des Abonnes
biblio += &john; biblio += &nicolas; biblio += &martin;
biblio += &harry; biblio += &tony; biblio += &hermione;
biblio += &albus;
// Ajout des livres et DVD
biblio += &livre1; biblio += &livre2; biblio += &livre3;
biblio += &livre4; biblio += &livre5; biblio += &livre6;
biblio += &dvd1; biblio += &dvd2;
// Creation des objets numeriques et ajout à la bibliotheque
LivreNumerique livNum1(FORMAT_EPUB, 1270, "vvv.3Mousquetaire.com", "NUM392",
"Les 3 mousquetaires", 1844, 11, 5, "A. Dumas", "Roman");
LivreNumerique livNum2(FORMAT_EPUB, 1270, "vvv.3Mousquetaire.com", "NUM393",
"Les 3 mousquetaires 2", 1846, 11, 5, "A. Dumas", "Roman");
biblio += &livNum1;
biblio += &livNum2;
// Création du vecteur pour effectuer les emprunts
vector<pair<string,string> > vecEmp {make_pair("1630236","BD302"), make_pair("1630236","D7203"),
make_pair("1782965","AC409"), make_pair("1782965","BD302"),
make_pair("1782965","D7203"), make_pair("1782965","QA203"),
make_pair("1865487","AC409"), make_pair("1865487","BD302"),
make_pair("1865487","D7203"), make_pair("1865487","QA204"),
make_pair("1865487","NUM392"), make_pair("p878546","BD302"),
make_pair("p878546","D7203"), make_pair("p878546","NUM392")};
// Effectue les emprunts
for (size_t i = 0; i < vecEmp.size(); i++) {
try {
biblio.emprunter(vecEmp[i].first, vecEmp[i].second, 160204);
} catch (exception&) {}
}
QApplication a(argc, argv);
MainWindow w(&biblio);
w.show();
return a.exec();
}
