digital.bakehouse.rxusecase.operation

Class ContinuousUseCase<I,O>

java.lang.Object

digital.bakehouse.rxusecase.RxUseCase<I,O>

digital.bakehouse.rxusecase.operation.ContinuousUseCase<I,O>

Type Parameters:

I - Input type

O - Output type

All Implemented Interfaces:

Continuous<I,O>

public abstract class ContinuousUseCase<I,O>
extends RxUseCase<I,O>
implements Continuous<I,O>

Abstraction for use-cases that represent a continuous operation which starts when its Observable is being subscribed to, can emit items continuously, and completes normally or with failure by invoking the Continuous.Notifier respective methods. When its Observable is being un-subscribed from, the Continuous.cancel(Object) method will get invoked.

Nested Class Summary

Nested classes/interfaces inherited from interface digital.bakehouse.rxusecase.operation.Continuous

Continuous.Notifier<O>

Constructor Summary

Constructors

Constructor and Description
ContinuousUseCase()

Method Summary

Modifier and Type	Method and Description
protected io.reactivex.Observable<Response<O>>	execute(I input) Create use-case observable with input.

Methods inherited from class digital.bakehouse.rxusecase.RxUseCase

addDecorator, create, create, create, decorateWith, decorateWith, decorateWithNothing, fromAsynchronous, fromContinuous, fromSource, fromSynchronous, get, get, get, justFail, justSucceed, origin, removeDecorator, safeCreate, toRx, toRx, toRx

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface digital.bakehouse.rxusecase.operation.Continuous

act, cancel

Constructor Detail

ContinuousUseCase

public ContinuousUseCase()

Method Detail

execute

protected final io.reactivex.Observable<Response<O>> execute(I input)

Description copied from class: RxUseCase

Create use-case observable with input. This method will get called by invoking any of the: RxUseCase.create(), RxUseCase.create(Object), RxUseCase.create(Request) methods. Implement it to define the logic/mechanism/action that this use-case represents.

Specified by:

execute in class RxUseCase<I,O>

Parameters:

input - Use-case input

Returns:

Observable stream