Applicative
, f, to a value inside of this
Applicative
.Functor
s.f1
, f2
to the components of this BiFunctor.Foldable
from the left, starting with monoid.zero()
and successively calling monoid::combine
.Foldable
from the left, starting with monoid.zero()
and successively calling monoid::combine
.Monoid
and applies foldLeft
, starting with monoid.zero()
:monoid.zero()
and successively calling monoid::combine
.map
function.Function
to a higher Lifted1
function that operates on Monads.BiFunction
to a higher Lifted2
function that operates on Monads.Function3
to a higher Lifted3
function that operates on Monads.Function4
to a higher Lifted4
function that operates on Monads.Function5
to a higher Lifted5
function that operates on Monads.Function6
to a higher Lifted6
function that operates on Monads.Function7
to a higher Lifted7
function that operates on Monads.Function8
to a higher Lifted8
function that operates on Monads.f
to the components of this Functor.T -> R
lifted to M<T> -> M<R>
.(T1, T2) -> R
lifted to (M<T1>, M<T2>) -> M<R>
.(T1, T2, T3) -> R
lifted to (M<T1>, M<T2>, M<T3>) -> M<R>
.(T1, T2, T3, T4) -> R
lifted to (M<T1>, M<T2>, M<T3>, M<T4>) -> M<R>
.(T1, T2, T3, T4, T5) -> R
lifted to (M<T1>, M<T2>, M<T3>, M<T4>, M<T5>) -> M<R>
.(T1, T2, T3, T4, T5, T6) -> R
lifted to (M<T1>, M<T2>, M<T3>, M<T4>, M<T5>, M<T6>) -> M<R>
.(T1, T2, T3, T4, T5, T6, T7) -> R
lifted to (M<T1>, M<T2>, M<T3>, M<T4>, M<T5>, M<T6>, M<T7>) -> M<R>
.(T1, T2, T3, T4, T5, T6, T7, T8) -> R
lifted to (M<T1>, M<T2>, M<T3>, M<T4>, M<T5>, M<T6>, M<T7>, M<T8>) -> M<R>
.zero
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