bool Rectangle::setProperty( const Falcon::String& s, const Falcon::Item& it )
{
assert( m_obj );
GdkRectangle* m_rectangle = (GdkRectangle*) m_obj;
if ( s == "x" )
m_rectangle->x = it.forceInteger();
else
if ( s == "y" )
m_rectangle->y = it.forceInteger();
else
if ( s == "width" )
m_rectangle->width = it.forceInteger();
else
if ( s == "height" )
m_rectangle->height = it.forceInteger();
else
return false;
return true;
}
bool Geometry::setProperty( const Falcon::String& s, const Falcon::Item& it )
{
assert( m_obj );
GdkGeometry* m_geom = (GdkGeometry*) m_obj;
if ( s == "min_width" )
m_geom->min_width = it.forceInteger();
else
if ( s == "min_height" )
m_geom->min_height = it.forceInteger();
else
if ( s == "max_width" )
m_geom->max_width = it.forceInteger();
else
if ( s == "max_height" )
m_geom->max_height = it.forceInteger();
else
if ( s == "base_width" )
m_geom->base_width = it.forceInteger();
else
if ( s == "base_height" )
m_geom->base_height = it.forceInteger();
else
if ( s == "width_inc" )
m_geom->width_inc = it.forceInteger();
else
if ( s == "height_inc" )
m_geom->height_inc = it.forceInteger();
else
if ( s == "min_aspect" )
m_geom->min_aspect = it.forceNumeric();
else
if ( s == "max_aspect" )
m_geom->max_aspect = it.forceNumeric();
else
if ( s == "win_gravity" )
m_geom->win_gravity = (GdkGravity) it.forceInteger();
else
return false;
return true;
}
void dfsapi_thor_Action::init(Falcon::VMachine* vm)
{
dfsapi_thor_Action* self = Falcon::dyncast<dfsapi_thor_Action*>(vm->self().asObject());
Falcon::Item* keyobut = vm->param(0);
Falcon::Item* act = vm->param(1);
if(keyobut == NULL || !keyobut->isOrdinal()) {
throw new Falcon::ParamError(Falcon::ErrorParam(Falcon::e_inv_params, __LINE__).extra("I, [I]"));
}
Falcon::int64 kob = keyobut->forceInteger();
if(kob - (Falcon::int64)sf::Keyboard::KeyCount > 0) {
sf::Mouse::Button but = sf::Mouse::Button(kob - ((Falcon::int64)sf::Keyboard::KeyCount + 1));
if(act != NULL)
self->action().reset(new thor::Action(but, (thor::Action::ActionType)act->forceInteger()));
else
self->action().reset(new thor::Action(but));
} else {
sf::Keyboard::Key key = (sf::Keyboard::Key)kob;
if(act != NULL)
self->action().reset(new thor::Action(key, (thor::Action::ActionType)act->forceInteger()));
else
self->action().reset(new thor::Action(key));
}
}
FALCON_FUNC FWrapLog(Falcon::VMachine* vm)
{
Falcon::Item* lglv = vm->param(0);
Falcon::Item* message = vm->param(1);
if((lglv == NULL || !lglv->isInteger())
|| (message == NULL || !message->isString()))
{
throw new Falcon::ParamError(Falcon::ErrorParam(Falcon::e_inv_params, __LINE__)
.extra("LOG_LEVEL, String"));
}
PE::Logging::Levels lvl = PE::Logging::Levels(lglv->forceInteger());
std::string mess = FString::fromStringS(*message->asString());
Log::log(lvl, mess);
}