-
(α->α->α) -> ZipList α -> α
-
Foldable_ZipList.foldl1, Foldable_ZipList.foldr1
-
ZipList α -> ZipList α -> ZipList α
-
ListLike_ZipList.++, Semigroup_ZipList.mappend
-
ZipList α -> ZipList α
-
ListLike_ZipList.tail
-
ZipList α -> [α]
-
ListSource_ZipList.toList, ZipList.get
-
ZipList α -> Bool
-
Empty_ZipList.null
-
ZipList α -> Int
-
ListLike_ZipList.length
-
ZipList α -> α
-
ListLike_ZipList.head
-
[ZipList α] -> ZipList α
-
Monoid_ZipList.mconcat, Semigroup_ZipList.sconcat
-
[a] -> ZipList a
-
ZipList.ZipList
-
Int -> ZipList α -> ZipList α
-
Monoid_ZipList.mtimes, Semigroup_ZipList.stimes
-
α -> ZipList α
-
Applicative_ZipList.return
-
α -> Bool
-
ZipList.has$get
-
Monoid α => ZipList α -> α
-
Foldable_ZipList.fold
-
Semigroup α => ZipList α -> α
-
Foldable_ZipList.fold1
-
ZipList α
-
Empty_ZipList.empty, Monoid_ZipList.mempty
-
(α->β->α) -> α -> ZipList β -> α
-
Foldable_ZipList.foldl
-
(α->β->β) -> β -> ZipList α -> β
-
Foldable_ZipList.foldr
-
(α->β) -> ZipList α -> ZipList β
-
Functor_ZipList.fmap
-
ZipList (α->β) -> ZipList α -> ZipList β
-
Applicative_ZipList.<*>
-
ZipList α -> ([α]->[β]) -> ZipList β
-
ZipList.chg$get
-
ZipList α -> ZipList β -> ZipList α
-
Applicative_ZipList.<*
-
ZipList α -> ZipList β -> ZipList β
-
Applicative_ZipList.*>
-
ZipList α -> [β] -> ZipList β
-
ZipList.upd$get
-
Monoid β => (α->β) -> ZipList α -> β
-
Foldable_ZipList.foldMap
-
Semigroup β => (α->β) -> ZipList α -> β
-
Foldable_ZipList.foldMap1
-
Applicative α => ZipList (α β) -> α (ZipList β)
-
Traversable_ZipList.sequenceA
-
Monad α => ZipList (α β) -> α (ZipList β)
-
Traversable_ZipList.sequence
-
Applicative β => (γ->β α) -> ZipList γ -> β (ZipList α)
-
Traversable_ZipList.traverse
-
Monad β => (γ->β α) -> ZipList γ -> β (ZipList α)
-
Traversable_ZipList.mapM