Color::Proxy Color::operator[](const style::palette &paletteOverride) const {
auto index = main_palette::indexOfColor(*this);
return Proxy((index >= 0) ? paletteOverride.colorAtIndex(index) : (*this));
}
RInside::Proxy RInside::parseEvalNT(const std::string & line) {
SEXP ans;
parseEval(line, ans);
return Proxy( ans );
}
Proxy operator [] (uint i)
{
return Proxy( container, i );
}
List::Proxy List::operator[] ( size_type i )
{
return (Proxy(*this, i));
}
Proxy operator[](const std::size_t index)
{
return Proxy(array_of_arrays[index]);
}
void DiscardProxy() { Proxy(Ip::Endpoint()); }
int main() {
bool& ref = Proxy();
}
Object::Proxy Object::operator[] (Json::StaticString const& key)
{
return Proxy (*this, std::string (key));
}
void PhysicsWorld::QueryRegion(const Math::Vector3 &minPoint, const Math::Vector3 &maxPoint, RegionQueryResult &result)
{
return mBroadphase->QueryRegion(Proxy(minPoint, maxPoint), result);
}
Grid::Proxy Grid::operator[](int index)
{
assert (index >= 0 && index < gridSize);
return Proxy(dynamicGrid[index]);
}
Object::Proxy Object::operator[] (std::string const& key)
{
return Proxy (*this, key);
}
UserManagementServer::UserManagementServer(void)
{
Proxy("UserAce");
}
PropertyStream::Proxy PropertyStream::Map::operator[] (std::string const& key)
{
return Proxy (*this, key);
}
map::Proxy map::operator[](int key)
{
return Proxy(*this, key);
}
const map::Proxy map::operator[](int key) const
{
return Proxy(const_cast<map &>(*this), key);
}
#define X(op, bits) bits,
static unsigned char bits[] = { ENUMBINDING };
#undef X
/*
* Example 4
*
* in case the name X has already been taken somewhere
*/
#define Proxy(apply) \
apply(foo) \
apply(bar)
#define apply(a) K##a,
enum { Proxy(apply) };
#undef apply
#define apply(a) #a,
static char *str_vals[] = { Proxy(apply) };
#undef apply
int main()
{
printf("Value of key 2 is: %s\n", vals[KEY2]);
printf("String name of dog is: \"%s\"\n", animal_names[KDog]);
return 0;
}
