Toy* Toys::AddToy(Toy::EnumToyType type)
{
Toy *toy = Toy::Create(type, m_pClient, /*parent*/0, GetWindowFlags());
if( toy )
{
connect(toy, SIGNAL(recvWidgetsChanged()), this, SLOT(onRecvWidgetsChanged()));
connect(toy, SIGNAL(closing(Toy*)), this, SLOT(onToyClosing(Toy*)));
connect(toy, SIGNAL(changed()), this, SLOT(onToyChanged()));
connect(toy, SIGNAL(toggleMainWindow()), this, SLOT(onToyToggledMainWindow()));
if(m_Opacity != 100)
toy->setWindowOpacity(m_Opacity * 0.01);
m_List.push_back(toy);
if( !m_Loading )
{
toy->showNormal();
BuildRecvWidgetsTable();
toy->raise();
}
emit changed();
}
return toy;
}
int main() {
int num;
if (scanf("%d", &num)==1) {
vector<int> weights(num);
Toy toy (ReadInWeights(num));
printf("%lld\n", toy.Effort());
}
return 0;
}
int main()
{
Toy toto;
Toy ET(Toy::ALIEN, "green", "./alien.txt");
toto.setName("TOTO !");
if (toto.getType() == Toy::BASIC_TOY)
std::cout << "basic toy: " << toto.getName() << std::endl
<< toto.getAscii() << std::endl;
if (ET.getType() == Toy::ALIEN)
std::cout << "this alien is: " << ET.getName() << std::endl
<< ET.getAscii() << std::endl;
return 1337;
}
void Toys::DeleteToy(size_t index)
{
if(index < m_List.size())
{
Toy *toy = m_List[index];
m_List.erase(m_List.begin() + index);
toy->close();
toy->deleteLater();
BuildRecvWidgetsTable();
emit changed();
}
}
void Toys::ActivateToy(size_t index)
{
if(index < m_List.size())
{
Toy *toy = m_List[index];
Qt::WindowStates ws = toy->windowState();
if( ws.testFlag(Qt::WindowMaximized) )
toy->showMaximized();
else
toy->showNormal();
toy->activateWindow();
}
}
bool Toys::Load(EosLog &log, const QString &path, QStringList &lines, int &index)
{
Clear();
while(index>=0 && index<lines.size())
{
m_Loading = true;
QStringList items;
Utils::GetItemsFromQuotedString(lines[index], items);
if(items.size() > 0)
{
bool ok = false;
int n = items[0].toInt(&ok);
if(ok && n>=0 && n<Toy::TOY_COUNT)
{
Toy *toy = AddToy( static_cast<Toy::EnumToyType>(n) );
if( toy )
toy->Load(log, path, lines, index);
else
index++;
}
else
index++;
}
else
index++;
m_Loading = false;
}
BuildRecvWidgetsTable();
return true;
}
int main()
{
Toy *b = new Buzz("buzziiiii");
Toy *w = new Woody("wood");
Toy *t = new Toy(Toy::ALIEN, "ET", "alien.txt");
b->speak("To the code, and beyond !!!!!!!!");
w->speak("There’s a snake in my boot.");
t->speak("the claaaaaaw");
return (0);
}
bool ToyStory::tellMeAStory(std::string const & filename, Toy & character1, toy_speak speak1, Toy & character2, toy_speak speak2) {
std::ifstream file(filename.data());
std::cout << character1.getAscii() << std::endl;
std::cout << character2.getAscii() << std::endl;
if (file.is_open()) {
char buffer[1024];
std::string sentence;
size_t index;
int count = 0;
while (!file.eof()) {
memset(buffer, 0, 1024);
file.getline(buffer, 1024);
sentence = buffer;
if ((index = sentence.find("picture:")) == 0) {
std::string picture = sentence.substr(8);
if (count % 2) {
if (!character1.setAscii(picture)) {
return false;
}
std::cout << character1.getAscii() << std::endl;
}
else {
if (!character2.setAscii(picture)) {
return false;
}
std::cout << character2.getAscii() << std::endl;
}
}
else {
if (count % 2) {
if (!(character1.*speak1)(sentence)) {
return false;
}
}
else {
if (!(character2.*speak2)(sentence)) {
return false;
}
}
}
count++;
}
}
return true;
}
int main()
{
// PICTURE
Tester *tester = new Tester("Picture");
Picture p;
tester->test(p.data, std::string(""),
"constructor without filename make an empty string");
p.getPictureFromFile(std::string("file.test"));
tester->test(p.data, std::string("this is a test\ncool"),
"when a correct filename is provided, it correctly reads the file");
p.getPictureFromFile(std::string("notExistingFile.test"));
tester->test(p.data, std::string("ERROR"),
"when there is an error, the string is set to ERROR");
delete tester;
// PICTURE
// TOY
tester = new Tester("Toy");
Toy t;
tester->test(t.getType(), Toy::BASIC_TOY,
"default constructor set the type to BASIC_TOY");
tester->test(t.getName(), std::string("toy"),
"default constructor set the name to toy");
tester->test(t.getAscii(), std::string(""),
"default constructor set the ascii to ''");
Toy t2(Toy::ALIEN, std::string("E.T"), std::string("file.test"));
tester->test(t2.getType(), Toy::ALIEN,
"constructor set the type correctly");
tester->test(t2.getName(), std::string("E.T"),
"constructor set the name correctly");
tester->test(t2.getAscii(), std::string("this is a test\ncool"),
"constructor set the ascii correctly");
t = t2;
tester->test(t.getType(), t2.getType() ,
"operator= set the type correctly");
tester->test(t.getName(), t2.getName(),
"operator= set the name correctly");
tester->test(t.getAscii(), t2.getAscii(),
"operator= set the ascii correctly");
delete tester;
// TOY
// BUZZ + WOODY
tester = new Tester("Buzz and Woody");
Buzz buzz(std::string("foo"));
Woody woody(std::string("bar"), std::string("file.test"));
tester->test(buzz.getType(), Toy::BUZZ,
"Buzz constructor (no file) set the type correctly");
tester->test(buzz.getName(), std::string("foo"),
"Buzz constructor (no file) set the name correctly");
tester->test(buzz.getAscii(), std::string("Buzz !!!"),
"Buzz constructor (no file) set the ascii correctly");
tester->test(woody.getType(), Toy::WOODY,
"Woody constructor set the type correctly");
tester->test(woody.getName(), std::string("bar"),
"Woody constructor set the name correctly");
tester->test(woody.getAscii(), std::string("this is a test\ncool"),
"Woody constructor set the ascii correctly");
tester->warn("The following tests cannot be unit tested, please check by hand");
t.speak("I cannot unit test this... Does it work ? (toy)");
buzz.speak("I cannot unit test this... Does it work ? (buzz)");
woody.speak("I cannot unit test this... Does it work ? (woody)");
delete tester;
// BUZZ + WOODY
// OPERATOR<<
tester = new Tester("operator<<");
t << "woohoo";
tester->test(t.getAscii(), std::string("woohoo"),
"operator<< with TOY and STRING");
tester->warn("The following test cannot be unit tested, please check by hand");
std::cout << t;
delete tester;
// OPERATOR<<
return 0;
}
Toy::Toy(const Toy &c)
{
this->Type = c.getType();
this->Name = c.getName();
}
void Toys::UpdateWindowFlags()
{
for(TOY_LIST::const_iterator i=m_List.begin(); i!=m_List.end(); i++)
{
Toy *toy = *i;
QPoint pos( toy->frameGeometry().topLeft() );
Qt::WindowStates ws = toy->windowState();
bool wasVisible = toy->isVisible();
toy->hide();
toy->setWindowFlags( GetWindowFlags() );
if( ws.testFlag(Qt::WindowMinimized) )
{
toy->showMinimized();
}
else if( ws.testFlag(Qt::WindowMaximized) )
{
toy->showMaximized();
if( !wasVisible )
toy->close();
}
else
{
toy->move( pos );
toy->showNormal();
Toy::ClipToScreen( *toy );
if( !wasVisible )
toy->close();
}
}
}
Toy::Toy(const Toy &ty) {
_name = ty.getName();
_pic.data = ty.getAscii();
_type = ty.getType();
}
Toy::Toy(Toy const &cls)
{
_type = cls.getType();
_name = cls.getName();
_picture = cls.getPicture();
}
