lazy

Description

Typedefs
template<typename List , typename State , typename Fun >
using	meta::lazy::accumulate = defer< accumulate, List, State, Fun >
template<typename ListOfLists >
using	meta::lazy::cartesian_product = defer< cartesian_product, ListOfLists >
template<typename... Lists>
using	meta::lazy::concat = defer< concat, Lists... >
template<typename List , typename N >
using	meta::lazy::drop = defer< drop, List, N >
template<typename List , typename Pred >
using	meta::lazy::filter = defer< filter, List, Pred >
template<typename List , typename State , typename Fun >
using	meta::lazy::fold = defer< fold, List, State, Fun >
template<typename ListOfLists >
using	meta::lazy::join = defer< join, ListOfLists >
template<typename List , typename Pred >
using	meta::lazy::partition = defer< partition, List, Pred >
template<typename List >
using	meta::lazy::pop_front = defer< pop_front, List >
template<typename List , typename T >
using	meta::lazy::push_back = defer< push_back, List, T >
template<typename List , typename T >
using	meta::lazy::push_front = defer< push_front, List, T >
template<typename List , typename T , typename U >
using	meta::lazy::replace = defer< replace, T, U >
template<typename List , typename C , typename U >
using	meta::lazy::replace_if = defer< replace_if, C, U >
template<typename List >
using	meta::lazy::reverse = defer< reverse, List >
template<typename List , typename State , typename Fun >
using	meta::lazy::reverse_fold = defer< reverse_fold, List, State, Fun >
template<typename List , typename Pred >
using	meta::lazy::sort = defer< sort, List, Pred >
template<typename... Args>
using	meta::lazy::transform = defer< transform, Args... >
template<typename ListOfLists >
using	meta::lazy::transpose = defer< transpose, ListOfLists >
template<typename List >
using	meta::lazy::unique = defer< unique, List >
template<typename ListOfLists >
using	meta::lazy::zip = defer< zip, ListOfLists >
template<typename Fun , typename ListOfLists >
using	meta::lazy::zip_with = defer< zip_with, Fun, ListOfLists >

Typedef Documentation

accumulate

template<typename List , typename State , typename Fun >

using meta::lazy::accumulate = typedef defer<accumulate, List, State, Fun>

#include <meta/meta.hpp>

See also

'meta::accumulate'

cartesian_product

template<typename ListOfLists >

using meta::lazy::cartesian_product = typedef defer<cartesian_product, ListOfLists>

#include <meta/meta.hpp>

See also

'meta::cartesian_product'

concat

template<typename... Lists>

using meta::lazy::concat = typedef defer<concat, Lists...>

related

#include <meta/meta.hpp>

See also

'meta::concat'

drop

template<typename List , typename N >

using meta::lazy::drop = typedef defer<drop, List, N>

related

#include <meta/meta.hpp>

See also

'meta::drop'

filter

template<typename List , typename Pred >

using meta::lazy::filter = typedef defer<filter, List, Pred>

related

#include <meta/meta.hpp>

See also

'meta::filter'

fold

template<typename List , typename State , typename Fun >

using meta::lazy::fold = typedef defer<fold, List, State, Fun>

#include <meta/meta.hpp>

See also

'meta::foldl'

join

template<typename ListOfLists >

using meta::lazy::join = typedef defer<join, ListOfLists>

related

#include <meta/meta.hpp>

See also

'meta::join'

partition

template<typename List , typename Pred >

using meta::lazy::partition = typedef defer<partition, List, Pred>

#include <meta/meta.hpp>

See also

'meta::partition'

pop_front

template<typename List >

using meta::lazy::pop_front = typedef defer<pop_front, List>

#include <meta/meta.hpp>

See also

'meta::pop_front'

push_back

template<typename List , typename T >

using meta::lazy::push_back = typedef defer<push_back, List, T>

#include <meta/meta.hpp>

See also

'meta::push_back'

push_front

template<typename List , typename T >

using meta::lazy::push_front = typedef defer<push_front, List, T>

#include <meta/meta.hpp>

See also

'meta::push_front'

replace

template<typename List , typename T , typename U >

using meta::lazy::replace = typedef defer<replace, T, U>

related

#include <meta/meta.hpp>

See also

'meta::replace'

replace_if

template<typename List , typename C , typename U >

using meta::lazy::replace_if = typedef defer<replace_if, C, U>

related

#include <meta/meta.hpp>

See also

'meta::replace_if'

reverse

template<typename List >

using meta::lazy::reverse = typedef defer<reverse, List>

related

#include <meta/meta.hpp>

See also

'meta::reverse'

reverse_fold

template<typename List , typename State , typename Fun >

using meta::lazy::reverse_fold = typedef defer<reverse_fold, List, State, Fun>

#include <meta/meta.hpp>

See also

'meta::foldr'

sort

template<typename List , typename Pred >

using meta::lazy::sort = typedef defer<sort, List, Pred>

related

#include <meta/meta.hpp>

See also

'meta::sort'

transform

template<typename... Args>

using meta::lazy::transform = typedef defer<transform, Args...>

related

#include <meta/meta.hpp>

See also

'meta::transform'

transpose

template<typename ListOfLists >

using meta::lazy::transpose = typedef defer<transpose, ListOfLists>

#include <meta/meta.hpp>

See also

'meta::transpose'

unique

template<typename List >

using meta::lazy::unique = typedef defer<unique, List>

related

#include <meta/meta.hpp>

See also

'meta::unique'

zip

template<typename ListOfLists >

using meta::lazy::zip = typedef defer<zip, ListOfLists>

related

#include <meta/meta.hpp>

See also

'meta::zip'

zip_with

template<typename Fun , typename ListOfLists >

using meta::lazy::zip_with = typedef defer<zip_with, Fun, ListOfLists>

related

#include <meta/meta.hpp>

See also

'meta::zip_with'