lazy

Typedefs
template<typename L>
using	meta::lazy::size = defer<size, L>
template<typename N, typename T = void>
using	meta::lazy::repeat_n = defer<repeat_n, N, T>
template<std::size_t N, typename T = void>
using	meta::lazy::repeat_n_c = defer<repeat_n, meta::size_t<N>, T>
template<typename L, typename N>
using	meta::lazy::at = defer<at, L, N>
template<typename L>
using	meta::lazy::front = defer<front, L>
template<typename L>
using	meta::lazy::back = defer<back, L>
template<typename L>
using	meta::lazy::empty = defer<empty, L>
template<typename Pair>
using	meta::lazy::first = defer<first, Pair>
template<typename Pair>
using	meta::lazy::second = defer<second, Pair>
template<typename Sequence>
using	meta::lazy::as_list = defer<as_list, Sequence>

Detailed Description

Typedef Documentation

as_list

template<typename Sequence>

using meta::lazy::as_list = defer<as_list, Sequence>

See also

'meta::as_list'

at

template<typename L, typename N>

using meta::lazy::at = defer<at, L, N>

See also

'meta::at'

back

template<typename L>

using meta::lazy::back = defer<back, L>

See also

'meta::back'

empty

template<typename L>

using meta::lazy::empty = defer<empty, L>

See also

'meta::empty'

first

template<typename Pair>

using meta::lazy::first = defer<first, Pair>

See also

'meta::first'

front

template<typename L>

using meta::lazy::front = defer<front, L>

See also

'meta::front'

repeat_n

template<typename N, typename T = void>

using meta::lazy::repeat_n = defer<repeat_n, N, T>

See also

'meta::repeat_n'

repeat_n_c

template<std::size_t N, typename T = void>

using meta::lazy::repeat_n_c = defer<repeat_n, meta::size_t<N>, T>

See also

'meta::repeat_n_c'

second

template<typename Pair>

using meta::lazy::second = defer<second, Pair>

See also

'meta::second'

size

template<typename L>

using meta::lazy::size = defer<size, L>

See also

'meta::size'