Halogen.Data.Prism

type Prism1' f g a = Prism' (f a) (g a)

Operator alias for Data.Either.Either (right-associative / precedence 6)

Operator alias for Data.Functor.Coproduct.Coproduct (right-associative / precedence 6)

_Either1 :: forall z a. Prism' (a \/ z) a

_Coproduct1 :: forall x z a. Prism1' (a <\/> z) a x

_Either2 :: forall z b a. Prism' (a \/ b \/ z) b

_Coproduct2 :: forall x z b a. Prism1' (a <\/> b <\/> z) b x

_Either3 :: forall z c b a. Prism' (a \/ b \/ c \/ z) c

_Coproduct3 :: forall x z c b a. Prism1' (a <\/> b <\/> c <\/> z) c x

_Either4 :: forall z d c b a. Prism' (a \/ b \/ c \/ d \/ z) d

_Coproduct4 :: forall x z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> z) d x

_Either5 :: forall z e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ z) e

_Coproduct5 :: forall x e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> z) e x

_Either6 :: forall z f e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ f \/ z) f

_Coproduct6 :: forall x f e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> f <\/> z) f x

_Either7 :: forall z g f e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ f \/ g \/ z) g

_Coproduct7 :: forall x g f e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> f <\/> g <\/> z) g x

_Either8 :: forall z h g f e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ f \/ g \/ h \/ z) h

_Coproduct8 :: forall x h g f e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> f <\/> g <\/> h <\/> z) h x

_Either9 :: forall z i h g f e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ f \/ g \/ h \/ i \/ z) i

_Coproduct9 :: forall x i h g f e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> f <\/> g <\/> h <\/> i <\/> z) i x

_Either10 :: forall z j i h g f e d c b a. Prism' (a \/ b \/ c \/ d \/ e \/ f \/ g \/ h \/ i \/ j \/ z) j

_Coproduct10 :: forall x j i h g f e z d c b a. Prism1' (a <\/> b <\/> c <\/> d <\/> e <\/> f <\/> g <\/> h <\/> i <\/> j <\/> z) j x