Interface RxFunction<I,O>

All Superinterfaces:

io.reactivex.rxjava3.core.FlowableTransformer<I,O>, Serializable

Functional Interface:

This is a functional interface and can therefore be used as the assignment target for a lambda expression or method reference.

@FunctionalInterface
public interface RxFunction<I,O>
extends io.reactivex.rxjava3.core.FlowableTransformer<I,O>, Serializable

A FlowableTransformer with support for method chaining

Method Summary

Modifier and Type	Method	Description
default <X> RxFunction<I,X>	andThen(RxFunction<? super O, X> next)	Generic chaining: RxFunctioninvalid input: '<'I, O> fn = RxFunction.identity() .andThen(a -> fn(a))...andThen(o -> fn(o));...
default <X> RxFunction<I,X>	andThenFlatMapIterable(SerializableFunction<? super O, ? extends Iterable<X>> mapper)
default <X> RxFunction<I,X>	andThenMap(SerializableFunction<? super O, X> mapper)	invalid input: '{@code andThenMap(x -> y) is a short hand for {@code andThen(flowable -> flowable.map(x -> y))} @param <X> @param mapper @return'
static <I,O> RxFunction<I,O>	from(RxFunction<I,O> rxfn)
static <X> RxFunction<X,X>	identity()

Methods inherited from interface io.reactivex.rxjava3.core.FlowableTransformer

apply

Method Details

andThen

default <X> RxFunction<I,X> andThen(RxFunction<? super O, X> next)

Generic chaining: RxFunctioninvalid input: '<'I, O> fn = RxFunction.identity() .andThen(a -> fn(a))...andThen(o -> fn(o));...

Type Parameters:

X -

Parameters:

next -

Returns:

andThenMap

default <X> RxFunction<I,X> andThenMap(SerializableFunction<? super O, X> mapper)

invalid input: '{@code andThenMap(x -> y) is a short hand for {@code andThen(flowable -> flowable.map(x -> y))} @param <X> @param mapper @return'

andThenFlatMapIterable

default <X> RxFunction<I,X> andThenFlatMapIterable(SerializableFunction<? super O, ? extends Iterable<X>> mapper)

from

static <I,O> RxFunction<I,O> from(RxFunction<I,O> rxfn)

identity

static <X> RxFunction<X,X> identity()