Uses of Class
no.finn.lambdacompanion.Either

Uses of Either in no.finn.lambdacompanion

Methods in no.finn.lambdacompanion that return Either

Modifier and Type	Method and Description
abstract <X> Either<X,R>	Either.joinLeft(Function<L,Either<X,R>> leftJoiner) Joins an Either through Left.
abstract <X> Either<L,X>	Either.joinRight(Function<R,Either<L,X>> rightJoiner) Joins an Either through Right.
static <L,R> Either<L,R>	Either.left(L value)
<X> Either<X,R>	Either.LeftProjection.map(Function<L,X> mapper) The given function is applied if this is a Left.
<X> Either<L,X>	Either.RightProjection.map(Function<R,X> mapper) The given function is applied if this is a Right.
Either<L,R>	Either.LeftProjection.peek(Consumer<? super L> consumer) Executes the given side-effecting function if this is a Left and returns this Either
Either<L,R>	Either.RightProjection.peek(Consumer<? super R> consumer) Executes the given side-effecting function if this is a Right and returns this Either
static <L,R> Either<L,R>	Either.right(R value)
Either<? extends Exception,T>	Success.toEither()
Either<? extends Exception,T>	Failure.toEither()
abstract <X extends Exception> Either<X,T>	Try.toEither() Creates an Either where the Left is the Failure and Right is the Success from this Try

Methods in no.finn.lambdacompanion that return types with arguments of type Either

Modifier and Type	Method and Description
Optional<Either<L,R>>	Either.LeftProjection.filter(Predicate<L> predicate)
Optional<Either<L,R>>	Either.RightProjection.filter(Predicate<R> predicate)

Method parameters in no.finn.lambdacompanion with type arguments of type Either

Modifier and Type	Method and Description
abstract <X> Either<X,R>	Either.joinLeft(Function<L,Either<X,R>> leftJoiner) Joins an Either through Left.
abstract <X> Either<L,X>	Either.joinRight(Function<R,Either<L,X>> rightJoiner) Joins an Either through Right.
static <L,R> Pair<List<L>,List<R>>	Pair.of(List<Either<L,R>> collection) Given a list of Either[L,R] that can be a mixed collection of Left and Right, groups left side values into one list and right side values into another list and return both lists together as a Pair (makes a union of the values contained within a collection of disjoint unions)