See: Description
Interface | Description |
---|---|
BasicEmitter<T> |
Abstraction over a Subscriber.
|
FlowableAsyncEmitter<T> |
Provides an API on top of the
Emitter signals that allow
setting and replacing a Cancellable resource to be cancelled
when the associated flow is cancelled. |
PartialCollectEmitter<T,I,A,R> |
Provides callbacks and methods to support the partial collect operator:
access to cached elements, save and retrieve an input index and accumulator and
produce the output instance.
|
Class | Description |
---|---|
BasicMergeSubscription<T> |
Subscription coordinator that merges items from a fixed set of source Publishers by
picking the smallest available next item from them based on a Comparator.
|
Completables |
Additional operators in the form of
CompletableConverter s,
use Completable.to(CompletableConverter)
to apply the operators to an existing sequence. |
CompletableTransformers |
Additional operators in the form of
CompletableTransformer ,
use Completable.compose(CompletableTransformer)
to apply the operators to an existing sequence. |
Flowables |
Utility class to create Flowable sources.
|
FlowableTransformers |
Additional operators in the form of
FlowableTransformer ,
use Flowable.compose(FlowableTransformer)
to apply the operators to an existing sequence. |
Maybes |
Additional operators in the form of
MaybeConverter s,
use Maybe.to(MaybeConverter)
to apply the operators to an existing sequence. |
MaybeTransformers |
Additional operators in the form of
MaybeTransformer ,
use Maybe.compose(MaybeTransformer)
to apply the operators to an existing sequence. |
Observables |
Utility class to create Observable sources.
|
ObservableTransformers |
Additional operators in the form of
ObservableTransformer ,
use Observable.compose(ObservableTransformer)
to apply the operators to an existing sequence. |
Singles |
Additional operators in the form of
SingleConverter s,
use Single.to(SingleConverter)
to apply the operators to an existing sequence. |
SingleTransformers |
Additional operators in the form of
SingleTransformer ,
use Single.compose(SingleTransformer)
to apply the operators to an existing sequence. |
Enum | Description |
---|---|
ExpandStrategy |
Represents the strategies for recursive expansion with the
expand() operator. |