No, but it can be faked to varying degrees with templates:
template<typename AbsIterator>
class RichIterator : public AbsIterator {
public:
template<typename FuncType>
void foreach(FuncType f) { while( hasNext() ) f( next() ); }
};
class StringIterator {
std::string m_s;
int i;
public:
typedef char T;
StringIterator() : m_s(), i(0) {} // Unfortunately need this, or
// else RichIterator
// gets way more complicated
StringIterator(const std::string &s) : m_s(s), i(0) {}
void swap(StringIterator& other) {
m_s.swap(other.m_s);
std::swap(i, other.i);
}
void reset_str(const std::string& s) {
StringIterator(s).swap(*this);
}
bool hasNext() { return i < m_s.length(); }
char next() { return m_s[i++]; }
};
template<typename Outputable>
void println(const Outputable& o) {
std::cout << o << std::endl;
}
int main(int argc, char **argv) {
typedef RichIterator<StringIterator> Iter;
Iter iter;
iter.reset_str(argv[1]);
iter.foreach(&println<Iter::T>);
}
To be totally honest, I've haven't tested this by compiling it, but you should get the idea.