Type Members
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implicit final
class
AsSyntax[A] extends AnyRef
Value Members
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final
def
!=(arg0: Any): Boolean
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final
def
##(): Int
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final
def
==(arg0: Any): Boolean
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implicit
def
alternativeToScalaz[F[_]](implicit FC: Capture[Alternative[F]]): ApplicativePlus[F] with Synthetic
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implicit
def
applicativePlusToCats[F[_]](implicit FC: Capture[ApplicativePlus[F]]): Alternative[F] with Synthetic
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implicit
def
applicativeToCats[F[_]](implicit FC: Capture[Applicative[F]]): Applicative[F] with Synthetic
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implicit
def
applicativeToScalaz[F[_]](implicit FC: Capture[Applicative[F]]): Applicative[F] with Synthetic
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implicit
def
applyToCats[F[_]](implicit FC: Capture[Apply[F]]): Apply[F] with Synthetic
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implicit
def
applyToScalaz[F[_]](implicit FC: Capture[Apply[F]]): Apply[F] with Synthetic
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implicit
def
arrowToCats[F[_, _]](implicit FC: Capture[Arrow[F]]): Arrow[F] with Synthetic
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implicit
def
arrowToScalaz[F[_, _]](implicit FC: Capture[Arrow[F]]): Arrow[F] with Synthetic
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final
def
asInstanceOf[T0]: T0
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implicit
def
bifoldableToCats[F[_, _]](implicit FC: Capture[Bifoldable[F]]): Bifoldable[F] with Synthetic
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implicit
def
bifoldableToScalaz[F[_, _]](implicit FC: Capture[Bifoldable[F]]): Bifoldable[F] with Synthetic
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implicit
def
bifunctorToCats[F[_, _]](implicit FC: Capture[Bifunctor[F]]): Bifunctor[F] with Synthetic
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implicit
def
bifunctorToScalaz[F[_, _]](implicit FC: Capture[Bifunctor[F]]): Bifunctor[F] with Synthetic
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implicit
def
bindToCats[F[_]](implicit FC: Capture[Bind[F]], EFC: EitherCapture[Applicative[F], BindRec[F]]): FlatMap[F] with Synthetic
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implicit
def
bitraverseToCats[F[_, _]](implicit FC: Capture[Bitraverse[F]]): Bitraverse[F] with Synthetic
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implicit
def
bitraverseToScalaz[F[_, _]](implicit FC: Capture[Bitraverse[F]]): Bitraverse[F] with Synthetic
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implicit
def
categoryToCats[F[_, _]](implicit FC: Capture[Category[F]]): Category[F] with Synthetic
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implicit
def
categoryToScalaz[F[_, _]](implicit FC: Capture[Category[F]]): Category[F] with Synthetic
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implicit
def
choiceToCats[F[_, _]](implicit FC: Capture[Choice[F]], BF: Bifunctor[F]): Choice[F] with Synthetic
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implicit
def
choiceToScalaz[F[_, _]](implicit FC: Capture[Choice[F]], BF: Bifunctor[F]): Choice[F] with Synthetic
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def
clone(): AnyRef
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implicit
def
cobindToCats[F[_]](implicit FC: Capture[Cobind[F]]): CoflatMap[F] with Synthetic
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implicit
def
coflatMapToScalaz[F[_]](implicit FC: Capture[CoflatMap[F]]): Cobind[F] with Synthetic
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implicit
def
cokleisliAs[F[_], A, B]: AsScalaz[Cokleisli[F, A, B], Cokleisli[F, A, B]] with AsCats[Cokleisli[F, A, B], Cokleisli[F, A, B]]
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implicit
def
comonadToCats[F[_]](implicit FC: Capture[Comonad[F]]): Comonad[F] with Synthetic
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implicit
def
comonadToScalaz[F[_]](implicit FC: Capture[Comonad[F]]): Comonad[F] with Synthetic
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implicit
def
composeToCats[F[_, _]](implicit FC: Capture[Compose[F]]): Compose[F] with Synthetic
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implicit
def
composeToScalaz[F[_, _]](implicit FC: Capture[Compose[F]]): Compose[F] with Synthetic
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implicit
def
constAs[A, B]: AsScalaz[Const[A, B], Const[A, B]] with AsCats[Const[A, B], Const[A, B]]
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implicit
def
contravariantToCats[F[_]](implicit FC: Capture[Contravariant[F]]): Contravariant[F] with Synthetic
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implicit
def
contravariantToScalaz[F[_]](implicit FC: Capture[Contravariant[F]]): Contravariant[F] with Synthetic
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implicit
def
distributiveToCats[F[_]](implicit FC: Capture[Distributive[F]]): Distributive[F] with Synthetic
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implicit
def
distributiveToScalaz[F[_]](implicit FC: Capture[Distributive[F]]): Distributive[F] with Synthetic
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implicit
def
eitherAs[A, B]: AsScalaz[Either[A, B], \/[A, B]] with AsCats[\/[A, B], Either[A, B]] { def s2c(e: scalaz.\/[A,B]): Product with Serializable with scala.util.Either[A,B] }
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implicit
def
eitherKAs[F[_], G[_], A]: AsScalaz[EitherK[F, G, A], Coproduct[F, G, A]] with AsCats[Coproduct[F, G, A], EitherK[F, G, A]]
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implicit
def
eitherTAs[F[_], A, B](implicit F: Functor[F]): AsScalaz[EitherT[F, A, B], EitherT[F, A, B]] with AsCats[EitherT[F, A, B], EitherT[F, A, B]]
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final
def
eq(arg0: AnyRef): Boolean
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implicit
def
eqToScalaz[A](implicit AC: Capture[Eq[A]]): Equal[A] with Synthetic
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implicit
def
equalToCats[A](implicit AC: Capture[Equal[A]]): Eq[A] with Synthetic
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def
equals(arg0: Any): Boolean
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implicit
def
evalAs[A]: AsScalaz[Eval[A], Trampoline[A]] with AsCats[Trampoline[A], Eval[A]]
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def
finalize(): Unit
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implicit
def
flatMapToScalaz[F[_]](implicit FC: Capture[FlatMap[F]]): BindRec[F] with Synthetic
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implicit
def
foldableToCats[F[_]](implicit FC: Capture[Foldable[F]]): Foldable[F] with Synthetic
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implicit
def
foldableToScalaz[F[_]](implicit FC: Capture[Foldable[F]]): Foldable[F] with Synthetic
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implicit
def
freeAs[S[_], A]: AsScalaz[Free[S, A], Free[S, A]] with AsCats[Free[S, A], Free[S, A]]
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implicit
def
functionkAs[F[_], G[_]]: AsScalaz[FunctionK[F, G], ~>[F, G]] with AsCats[~>[F, G], FunctionK[F, G]]
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implicit
def
functorToCats[F[_]](implicit FC: Capture[Functor[F]]): Functor[F] with Synthetic
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implicit
def
functorToScalaz[F[_]](implicit FC: Capture[Functor[F]]): Functor[F] with Synthetic
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final
def
getClass(): Class[_]
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def
hashCode(): Int
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implicit
def
ifunctorToCats[F[_]](implicit FC: Capture[InvariantFunctor[F]]): Invariant[F] with Synthetic
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implicit
def
ifunctorToScalaz[F[_]](implicit FC: Capture[Invariant[F]]): InvariantFunctor[F] with Synthetic
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implicit
def
injectToCats[F[_], G[_]](implicit FC: Capture[Inject[F, G]]): InjectK[F, G] with Synthetic
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implicit
def
iorAs[A, B]: AsScalaz[Ior[A, B], \&/[A, B]] with AsCats[\&/[A, B], Ior[A, B]]
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final
def
isInstanceOf[T0]: Boolean
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implicit
def
kleisliAs[F[_], A, B]: AsScalaz[Kleisli[F, A, B], Kleisli[F, A, B]] with AsCats[Kleisli[F, A, B], Kleisli[F, A, B]]
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implicit
def
maybeAs[A]: AsCats[Maybe[A], Option[A]]
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implicit
def
maybeTAs[F[_], A](implicit F: Functor[F]): AsCats[MaybeT[F, A], OptionT[F, A]]
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implicit
def
monadErrorToCats[F[_], E](implicit FC: Capture[MonadError[F, E]], OFC: OptionCapture[BindRec[F]]): MonadError[F, E] with Synthetic
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implicit
def
monadErrorToScalaz[F[_], E](implicit FC: Capture[MonadError[F, E]]): MonadError[F, E] with Synthetic
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implicit
def
monadToCats[F[_]](implicit FC: Capture[Monad[F]], OFC: OptionCapture[BindRec[F]]): Monad[F] with Synthetic
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implicit
def
monadToScalaz[F[_]](implicit FC: Capture[Monad[F]]): Monad[F] with Synthetic
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implicit
def
monoidKToScalaz[F[_]](implicit FC: Capture[MonoidK[F]]): PlusEmpty[F] with Synthetic
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implicit
def
monoidToCats[A](implicit FC: Capture[Monoid[A]]): Monoid[A] with Synthetic
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implicit
def
monoidToScalaz[A](implicit FC: Capture[Monoid[A]]): Monoid[A] with Synthetic
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implicit
def
nameAs[A]: AsCats[Name[A], Eval[A]]
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final
def
ne(arg0: AnyRef): Boolean
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implicit
def
needAs[A]: AsCats[Need[A], Eval[A]]
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implicit
def
nelAs[A]: AsScalaz[NonEmptyList[A], NonEmptyList[A]] with AsCats[NonEmptyList[A], NonEmptyList[A]]
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final
def
notify(): Unit
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final
def
notifyAll(): Unit
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implicit
def
oneAndAs[F[_], A]: AsScalaz[OneAnd[F, A], OneAnd[F, A]] with AsCats[OneAnd[F, A], OneAnd[F, A]]
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implicit
def
optionTAs[F[_], A]: AsScalaz[OptionT[F, A], OptionT[F, A]] with AsCats[OptionT[F, A], OptionT[F, A]]
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implicit
def
orderToCats[A](implicit AC: Capture[Order[A]]): Order[A] with Synthetic
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implicit
def
orderToScalaz[A](implicit AC: Capture[Order[A]]): Order[A] with Synthetic
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implicit
def
plusEmptyToCats[F[_]](implicit FC: Capture[PlusEmpty[F]]): MonoidK[F] with Synthetic
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implicit
def
plusToCats[F[_]](implicit FC: Capture[Plus[F]]): SemigroupK[F] with Synthetic
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implicit
def
profunctorToCats[F[_, _]](implicit FC: Capture[Profunctor[F]]): Profunctor[F] with Synthetic
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implicit
def
profunctorToScalaz[F[_, _]](implicit FC: Capture[Profunctor[F]]): Profunctor[F] with Synthetic
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implicit
def
representableToCats[F[_], X](implicit FC: Capture[Representable[F, X]]): Representable[F] with Synthetic { type Representation = X }
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implicit
def
representableToScalaz[F[_], X](implicit FC: Capture[Representable[F] { type Representation = X }]): Representable[F, X] with Synthetic
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implicit
def
rwstAs[F[_], E, L, S, A](implicit F: Monad[F]): AsScalaz[RWST[F, E, L, S, A], RWST[F, E, L, S, A]] with AsCats[RWST[F, E, L, S, A], RWST[F, E, L, S, A]]
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implicit
def
semigroupKToScalaz[F[_]](implicit FC: Capture[SemigroupK[F]]): Plus[F] with Synthetic
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implicit
def
semigroupToCats[A](implicit FC: Capture[Semigroup[A]]): Semigroup[A] with Synthetic
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implicit
def
semigroupToScalaz[A](implicit FC: Capture[Semigroup[A]]): Semigroup[A] with Synthetic
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implicit
def
showToCats[A](implicit FC: Capture[Show[A]]): Show[A] with Synthetic
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implicit
def
showToScalaz[A](implicit FC: Capture[Show[A]]): Show[A] with Synthetic
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implicit
def
stateTAs[F[_], S1, S2, A](implicit arg0: Monad[F]): AsScalaz[IndexedStateT[F, S1, S2, A], IndexedStateT[F, S1, S2, A]] with AsCats[IndexedStateT[F, S1, S2, A], IndexedStateT[F, S1, S2, A]]
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implicit
def
strongToCats[F[_, _]](implicit FC: Capture[Strong[F]]): Strong[F] with Synthetic
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implicit
def
strongToScalaz[F[_, _]](implicit FC: Capture[Strong[F]]): Strong[F] with Synthetic
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final
def
synchronized[T0](arg0: ⇒ T0): T0
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def
toString(): String
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implicit
def
traverseToCats[F[_]](implicit FC: Capture[Traverse[F]]): Traverse[F] with Synthetic
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implicit
def
traverseToScalaz[F[_]](implicit FC: Capture[Traverse[F]]): Traverse[F] with Synthetic
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implicit
def
validatedAs[E, A]: AsScalaz[Validated[E, A], Validation[E, A]] with AsCats[Validation[E, A], Validated[E, A]]
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implicit
def
validatedNelAs[E, A]: AsScalaz[ValidatedNel[E, A], ValidationNel[E, A]] with AsCats[ValidationNel[E, A], ValidatedNel[E, A]]
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implicit
def
valueAs[A]: AsCats[Value[A], Eval[A]]
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final
def
wait(): Unit
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final
def
wait(arg0: Long, arg1: Int): Unit
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final
def
wait(arg0: Long): Unit
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implicit
def
writerTAs[F[_], W, A]: AsScalaz[WriterT[F, W, A], WriterT[F, W, A]] with AsCats[WriterT[F, W, A], WriterT[F, W, A]]
Inherited from AnyRef
Inherited from Any
