abstract class Pipe[I, +O] extends Serializable
Represents a factory for an input/output channel for broadcasting input to multiple subscribers.
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- new Pipe()
Abstract Value Members
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abstract
def
unicast: (Observer[I], Observable[O])
Returns an input/output pair that can be used to push input to a single subscriber.
Returns an input/output pair that can be used to push input to a single subscriber.
This means that the returned observable should be subscribed at most once, otherwise the behavior is undefined.
- See also
multicast for creating a safe observable that can be subscribed many times.
Concrete Value Members
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def
concurrent(strategy: Synchronous[I], producerType: ProducerSide)(implicit s: Scheduler): (Sync[I], Observable[O])
Returns an input/output pair with an input that can be used synchronously and concurrently (without back-pressure or multi-threading issues) to push signals to multiple subscribers.
Returns an input/output pair with an input that can be used synchronously and concurrently (without back-pressure or multi-threading issues) to push signals to multiple subscribers.
- strategy
is the OverflowStrategy used for the underlying multi-producer/single-consumer buffer
- producerType
specifies the ChannelType.ProducerSide, which configures the type of the producer, for performance optimization; can be multi producer (the default) or single producer
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def
concurrent(strategy: Synchronous[I])(implicit s: Scheduler): (Sync[I], Observable[O])
Returns an input/output pair with an input that can be used synchronously and concurrently (without back-pressure or multi-threading issues) to push signals to multiple subscribers.
Returns an input/output pair with an input that can be used synchronously and concurrently (without back-pressure or multi-threading issues) to push signals to multiple subscribers.
- strategy
is the OverflowStrategy used for the underlying multi-producer/single-consumer buffer
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def
concurrent(implicit s: Scheduler): (Sync[I], Observable[O])
Returns an input/output pair with an input that can be used synchronously and concurrently (without back-pressure or multi-threading issues) to push signals to multiple subscribers.
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eq(arg0: AnyRef): Boolean
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finalize(): Unit
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def
isInstanceOf[T0]: Boolean
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- final def liftByOperator[B](op: Operator[O, B]): Pipe[I, B]
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def
multicast(implicit s: Scheduler): (Observer[I], Observable[O])
Returns an input/output pair that can be used to push input to multiple subscribers.
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final
def
ne(arg0: AnyRef): Boolean
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def
notify(): Unit
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notifyAll(): Unit
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def
toString(): String
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final
def
transform[B](f: (Observable[O]) ⇒ Observable[B]): Pipe[I, B]
Transforms the source using the given transformer function.
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def
wait(): Unit
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def
wait(arg0: Long, arg1: Int): Unit
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wait(arg0: Long): Unit
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