int main() {
cout << "Hello world !" << endl;
shared_ptr<ISource> loadChannel(new SourceFile(".", false));
shared_ptr<ISource> saveChannel(new SourceFile(".", true));
DynamicObjectManager *pom = DynamicObjectManager::getInstancePtr();
pom->addLoadSource(loadChannel);
pom->addSaveSource(saveChannel);
/*
shared_ptr<DynamicObject> Zelda = pom->load("zelda");
shared_ptr<Integer> ageZelda = Zelda->getAttribute< Integer > ("age");
shared_ptr<Integer> newAge(new Integer((*ageZelda)() + 1));
Zelda->setAttribute("age2", newAge);
*/
shared_ptr<Integer> newAge(new Integer(1));
PJ pj("zelda32");
pj.computeAge();
pj.setAttribute("age2", newAge);
pj.save();
return 0;
}
void CInputEventsTranslator::activateKeyboardTranslation()
{
Messages::MessageType keyDown("KEYBOARD_KEYDOWN");
Messages::MessageType keyUp("KEYBOARD_KEYUP");
Messages::MessageType updateKeyboard("UPDATE_KEYBOARD");
DynamicObjectManager *dom = DynamicObjectManager::getInstancePtr();
shared_ptr< Gnoll::DynamicObject::DynamicObject > keyboardConfig = dom->load("keyboardConfig");
/**
* How often will the keyboard module get updated (millisecond)
*/
unsigned long int period = 300;
shared_ptr< Gnoll::DynamicObject::Integer > periodFromConfig = keyboardConfig->getAttribute< Gnoll::DynamicObject::Integer >("period");
period = *periodFromConfig;
CMessageModule* messageModule = CMessageModule::getInstancePtr();
Messages::Messenger* messageManager = messageModule->getMessageManager();
keyboardEventsTranslator = shared_ptr<Messages::Listener> ( new CKeyboardEventsTranslator() );
keyboardEventsTrigger = shared_ptr<Messages::Listener> ( new CKeyboardEventsTrigger(static_pointer_cast<CKeyboardEventsTranslator>(keyboardEventsTranslator) ));
keyboardStateTranslator = shared_ptr<Messages::Listener> ( new CKeyboardStateTranslator() );
try
{
/**
* Continuous keyboard messages
*/
messageManager->addListener ( keyboardEventsTranslator, keyDown );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "KeyboardEventsTranslator listener installed" );
messageManager->addListener ( keyboardEventsTranslator, keyUp );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "KeyboardEventsTranslator listener installed" );
messageManager->addListener ( keyboardEventsTrigger, updateKeyboard );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "KeyboardEventsTrigger listener installed" );
/**
* State based keyboard messages
*/
messageManager->addListener ( keyboardStateTranslator, keyDown );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "KeyboardStateTranslator listener installed" );
messageManager->addListener ( keyboardStateTranslator, keyUp );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "KeyboardStateTranslator listener installed" );
}
catch(...)
{
throw;
}
CTimeModule* timeModule = CTimeModule::getInstancePtr();
m_periodData = shared_ptr<boost::any> (new boost::any(period)) ;
shared_ptr<CMessage> message (new CMessage(updateKeyboard, m_periodData ));
timeModule->addPeriodicEvent(0, message, period);
}
CMouseButtonEventsTranslator::CMouseButtonEventsTranslator():
mouseButtonPressedEvent("MOUSE_PRESSED"),
mouseButtonReleasedEvent("MOUSE_RELEASED")
{
DynamicObjectManager *pom = DynamicObjectManager::getInstancePtr();
/**
* Loading translation map : Keycode -> Action
*/
this->mouseButtonEventTranslationMap = pom->load("mouseButtonEventTranslationMap");
/**
* Mouse config
*/
this->mouseConfig = pom->load("mouseConfig");
}
void Application::init()
{
// The very first thing to do is to add the current directory in DynamicObjectManager's list of repositories
// In case some modules would need to load some config files
shared_ptr<ISource> loadChannel(new SourceFile(".", false));
shared_ptr<ISource> saveChannel(new SourceFile(".", true));
DynamicObjectManager *pom = DynamicObjectManager::getInstancePtr();
SoundManager *soundManager = SoundManager::getInstancePtr();
GNOLL_LOG() << "Adding load/save source for current path to the DynamicObjectManager\n";
pom->addLoadSource(loadChannel);
pom->addSaveSource(saveChannel);
GNOLL_LOG() << "Adding load/save source for current path to the SoundManager\n";
soundManager->addLoadSource(loadChannel);
soundManager->addSaveSource(saveChannel);
/**
* Now program options have been parsed,
* program is initialized
*/
GNOLL_LOG() << "Instanciating modules...\n";
logModule = CLogModule::getInstancePtr();
graphicmanager = CGraphicModule::getInstancePtr();
timeModule = CTimeModule::getInstancePtr();
messageModule = CMessageModule::getInstancePtr();
soundmanager = CSoundModule::getInstancePtr();
inputEventsTranslator = CInputEventsTranslator::getInstancePtr();
statsModule = CStatsModule::getInstancePtr();
GNOLL_LOG() << "Instanciating modules...[DONE]\n";
try
{
GNOLL_LOG() << "Initializing message module\n";
messageModule->init();
GNOLL_LOG() << "Initializing message module [DONE]\n";
GNOLL_LOG() << "Initializing graphic module\n";
graphicmanager->init();
GNOLL_LOG() << "Initializing graphic module [DONE]\n";
GNOLL_LOG() << "Initializing input manager\n";
inputmanager.init();
GNOLL_LOG() << "Initializing input manager [DONE]\n";
GNOLL_LOG() << "Initializing sound manager\n";
soundmanager->init();
GNOLL_LOG() << "Initializing sound manager [DONE]\n";
GNOLL_LOG() << "Initializing time module\n";
timeModule->init();
GNOLL_LOG() << "Initializing time module [DONE]\n";
GNOLL_LOG() << "Initializing input event translator\n";
inputEventsTranslator->init();
GNOLL_LOG() << "Initializing input event translator [DONE]\n";
GNOLL_LOG() << "Initializing stats module\n";
statsModule->init();
GNOLL_LOG() << "Initializing stats module [DONE]\n";
}
catch (Glib::ustring str)
{
cout << str << endl;
}
/*
* Define the listener of the application
* like the message on quit
*/
shared_ptr<Gnoll::ApplicationListener> listenerInput = shared_ptr<Gnoll::ApplicationListener>(
new Gnoll::ApplicationListener());
messageModule->getMessageManager()->addListener ( listenerInput, Messages::MessageType(Gnoll::Input::ACTION_EVENT_TYPE) );
/**
* Define the listener for the button
*/
CEGUI::PushButton *button_quit;
button_quit = (CEGUI::PushButton *) CEGUI::WindowManager::getSingleton().getWindow("buttonQuit");
button_quit->subscribeEvent(CEGUI::PushButton::EventClicked, CEGUI::Event::Subscriber(&Application::quit_OnClick, this));
}
void Application::analyzeArguments (int argc, char* argv[])
{
// Declare the supported options.
options_description desc("Allowed options");
desc.add_options()
("help,h", "Produce help message")
("log,l", value<std::string>(), "Log file name")
("load-source-directory", value< vector<string> >()->composing(), "Add a directory as a load source")
("save-source-directory", value< vector<string> >()->composing(), "Add a directory as a save source")
;
variables_map vm;
store(parse_command_line(argc, argv, desc), vm);
notify(vm);
/**
* If help is required
* -> Display usage
* -> Exit
*/
if (vm.count("help"))
{
cout << desc;
::exit(1);
}
CLogModule *logModule = CLogModule::getInstancePtr();
if (vm.count("log"))
{
std::string logFile = vm["log"].as<std::string>();
logModule->setLogFileName(logFile);
}
logModule->init();
DynamicObjectManager *pom = DynamicObjectManager::getInstancePtr();
SoundManager *soundManager = SoundManager::getInstancePtr();
CameraManager *cameraManager = CameraManager::getInstancePtr();
/**
* If a loading source has to be added
*/
if (vm.count("load-source-directory"))
{
vector<string> lsd = vm["load-source-directory"].as< vector<string> >();
for (vector<string>::iterator it = lsd.begin(); it != lsd.end(); it++)
{
GNOLL_LOG() << "Adding new load source directory : \n";
shared_ptr<ISource> userLoadChannel(new SourceFile(*it, false, 10));
pom->addLoadSource(userLoadChannel);
soundManager->addLoadSource(userLoadChannel);
cameraManager->addLoadSource(userLoadChannel);
}
}
/**
* If a saving source has to be added
*/
if (vm.count("save-source-directory"))
{
vector<string> lsd = vm["save-source-directory"].as< vector<string> >();
for (vector<string>::iterator it = lsd.begin(); it != lsd.end(); it++)
{
GNOLL_LOG() << "Adding new save source directory : \n";
shared_ptr<ISource> userSaveChannel(new SourceFile( *it, true, 10 ));
pom->addSaveSource(userSaveChannel);
soundManager->addSaveSource(userSaveChannel);
cameraManager->addLoadSource(userSaveChannel);
}
}
}
int main() {
cout << "Hello world !" << endl;
DynamicObject toto = DynamicObject("toto");
shared_ptr<Scalar<float> > pi( new Scalar<float>("float", 3.145) );
shared_ptr<Integer> age( new Integer(345) );
shared_ptr<Scalar<Glib::ustring> > phrase ( new Scalar<Glib::ustring>("string", "c'etait un cafard qui vivait dans le noir") );
toto.setAttribute( Glib::ustring("pi"), pi);
toto.setAttribute( "phrase", phrase);
toto.setAttribute( "age", age);
cout << (*pi)() << endl;
cout << (*phrase)() << endl;
cout << "Toto has attribute 'pi' : " << toto.hasAttribute("pi") << endl;
cout << "Toto has attribute 'phrase' : " << toto.hasAttribute("phrase") << endl;
cout << "Toto has attribute 'tournoyant' : " << toto.hasAttribute("tournoyant") << endl;
const Glib::ustring pi_name("pi");
shared_ptr<Scalar<float> > pi2 = toto.getAttribute< Scalar<float> > (pi_name);
shared_ptr<Scalar<Glib::ustring> > phrase2 = toto.getAttribute< Scalar<Glib::ustring> > ("phrase");
cout << "Get attribute 'pi' : " << *pi2 << endl;
cout << "Get attribute 'phrase' : " << *phrase2 << endl;
try
{
shared_ptr<Scalar<Glib::ustring> > phrase3 = toto.getAttribute< Scalar<Glib::ustring> > ("aioli");
}
catch(Glib::ustring e)
{
cout << e << endl;
}
cout << endl << "Serializationed (I'am sure it exists :) toto : " << endl;
shared_ptr<xmlpp::Document> output = toto.serializeXML();
cout << output->write_to_string_formatted() << endl;
SourceFile sf("./");
shared_ptr<IStream> stream = sf.loadStream("testpo.cpp");
unsigned int bytesRead = 0;
while (!stream->eof())
{
char buffer[256];
unsigned int nbRead = stream->read(buffer, 255);
buffer[nbRead] = 0;
// cout << buffer;
bytesRead += nbRead;
}
stream->close();
cout << endl << "Bytes Read : " << bytesRead << endl;
sf.setOverWrite(true);
shared_ptr<IStream> streamW = sf.saveStream("testpo.cppW");
unsigned int bytesWritten = streamW->write("Jesuislorsdelajusticeetdel'emeriteca\nvalier", 40);
streamW->close();
cout << endl << "Bytes Written : " << bytesWritten << endl;
shared_ptr<ISource> loadChannel(new SourceFile(".", false));
shared_ptr<ISource> saveChannel(new SourceFile(".", true));
DynamicObjectManager *pom = DynamicObjectManager::getInstancePtr();
pom->addLoadSource(loadChannel);
pom->addSaveSource(saveChannel);
shared_ptr<DynamicObject> Zelda = pom->load("zelda");
shared_ptr<Integer> ageZelda = Zelda->getAttribute< Integer > ("age");
shared_ptr<Integer> newAge(new Integer((*ageZelda)() + 1));
Zelda->setAttribute("age2", newAge);
try
{
shared_ptr< Float > piZelda = Zelda->getAttribute< Float > ("pi");
cout << "Float pi**2 zelda : " << (*piZelda) * (*piZelda) << endl;
shared_ptr< String > nut = Zelda->getAttribute< String > ("nut");
cout << "Attribute nut = '" << *nut << "'" << endl;
shared_ptr< Double > dpi = Zelda->getAttribute< Double > ("dpi");
cout << "Double PI in Zelda : " << setprecision(16) << *dpi << endl;
cout << "Squared Double PI in Zelda : " << setprecision(16) << (*dpi) * (*dpi) << endl;
typedef list< shared_ptr<IAttribute> >::iterator ListIterator;
shared_ptr< List > list = Zelda->getAttribute< List > ("ListPreums");
for (ListIterator it = list->begin(); it != list->end(); it++)
{
if (shared_ptr<String> str = dynamic_pointer_cast<String>(*it))
{
cout << "String element in list : '" << (*str) << "'" << endl;
}
if (shared_ptr<Integer> integer = dynamic_pointer_cast<Integer>(*it))
{
cout << "Integer element in list : [" << (*integer) + 2 << "]" << endl;
}
if (shared_ptr<Double> dbl = dynamic_pointer_cast<Double>(*it))
{
cout << "Double element in list : [" << (*dbl) << "]" << endl;
}
if (shared_ptr<Float> flt = dynamic_pointer_cast<Float>(*it))
{
cout << "Float element in list : [" << (*flt) << "]" << endl;
}
}
}
catch(Glib::ustring e)
{
cout << e << endl;
}
pom->save(Zelda->getInstance());
cout << endl << "Serializationed (I'am sure it exists :) Zelda : " << endl;
shared_ptr<xmlpp::Document> outputZelda = Zelda->serializeXML();
cout << outputZelda->write_to_string_formatted() << endl;
cout << endl << endl << "--------------------------------------------" << endl << endl;
shared_ptr<DynamicObject> Zelda2 = pom->load("zelda2");
shared_ptr<xmlpp::Document> outputZelda2 = Zelda2->serializeXML();
cout << outputZelda2->write_to_string_formatted() << endl;
return 0;
}
void CInputEventsTranslator::activateMouseButtonTranslation()
{
Messages::MessageType mousePressed("MOUSE_PRESSED");
Messages::MessageType mouseReleased("MOUSE_RELEASED");
Messages::MessageType updateMouse("UPDATE_MOUSE");
DynamicObjectManager *dom = DynamicObjectManager::getInstancePtr();
shared_ptr< Gnoll::DynamicObject::DynamicObject > mouseConfig = dom->load("mouseConfig");
/**
* How often will the mouse button module get updated (millisecond)
*/
unsigned long int period = 300;
shared_ptr< Gnoll::DynamicObject::Integer > periodFromConfig = mouseConfig->getAttribute< Gnoll::DynamicObject::Integer >("period");
period = *periodFromConfig;
CMessageModule* messageModule = CMessageModule::getInstancePtr();
Messages::Messenger* messageManager = messageModule->getMessageManager();
mouseButtonEventsTranslator = shared_ptr<Messages::Listener> ( new CMouseButtonEventsTranslator() );
mouseButtonEventsTrigger = shared_ptr<Messages::Listener> ( new CMouseButtonEventsTrigger(static_pointer_cast<CMouseButtonEventsTranslator>(mouseButtonEventsTranslator) ) );
mouseButtonStateTranslator = shared_ptr<Messages::Listener> ( new CMouseButtonStateTranslator() );
try
{
/**
* Continuous mouse messages
*/
messageManager->addListener ( mouseButtonEventsTranslator, mousePressed );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "mouseButtonEventsTranslator listener installed for MOUSE_PRESSED" );
messageManager->addListener ( mouseButtonEventsTranslator, mouseReleased );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage( "mouseButtonEventsTranslator listener installed for MOUSE_RELEASED" );
messageManager->addListener ( mouseButtonEventsTrigger, updateMouse );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage ( "mouseButtonEventsTrigger listener installed" );
/**
* State based mouse messages
*/
messageManager->addListener ( mouseButtonStateTranslator, mousePressed );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage ( "mouseButtonStateTranslator listener installed for MOUSE_PRESSED" );
messageManager->addListener ( mouseButtonStateTranslator, mouseReleased );
Gnoll::Log::CLogModule::getInstancePtr()->logMessage ( "mouseButtonStateTranslator listener installed for MOUSE_RELEASED" );
}
catch(...)
{
throw;
}
CTimeModule* timeModule = CTimeModule::getInstancePtr();
m_periodData = shared_ptr<boost::any> (new boost::any(period)) ;
shared_ptr<CMessage> message (new CMessage(updateMouse, m_periodData ));
timeModule->addPeriodicEvent(0, message, period);
}
void DynamicObjectProxy::save()
{
DynamicObjectManager* pom = DynamicObjectManager::getInstancePtr();
pom->save(m_self->getInstance(), m_self);
}
DynamicObjectProxy::DynamicObjectProxy(string instanceName)
{
DynamicObjectManager* pom = DynamicObjectManager::getInstancePtr();
m_self = pom->load(instanceName);
}