Metafunctions

Expression	Return type	Complexity
`range_iterator<X>::type`	T::iterator P::first_type A*	compile time
`range_iterator<const X>::type`	T::const_iterator P::first_type const A*	compile time
`range_value<X>::type`	`boost::iterator_value<range_iterator<X>::type>::type`	compile time
`range_reference<X>::type`	`boost::iterator_reference<range_iterator<X>::type>::type`	compile time
`range_pointer<X>::type`	`boost::iterator_pointer<range_iterator<X>::type>::type`	compile time
`range_category<X>::type`	`boost::iterator_category<range_iterator<X>::type>::type`	compile time
`range_difference<X>::type`	`boost::iterator_difference<range_iterator<X>::type>::type`	compile time
`range_reverse_iterator<X>::type`	`boost::reverse_iterator<range_iterator<X>::type>`	compile time
`range_reverse_iterator<const X>::type`	`boost::reverse_iterator<range_iterator<const X>::type`	compile time
`has_range_iterator<X>::type`	`mpl::true_` if `range_mutable_iterator<X>::type` is a valid expression, `mpl::false_` otherwise	compile time
`has_range_const_iterator<X>::type`	`mpl::true_` if `range_const_iterator<X>::type` is a valid expression, `mpl::false_` otherwise	compile time

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