ZStream

Value Members

1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. object GroupBy

   

5. object Pull

   

6. def absolve[R, E, A](xs: ZStream[R, E, Either[E, A]]): ZStream[R, E, A]

   

   Submerges the error case of an Either into the ZStream.

7. def access[R]: AccessPartiallyApplied[R]

   

   Accesses the environment of the stream.

8. def accessM[R]: AccessMPartiallyApplied[R]

   

   Accesses the environment of the stream in the context of an effect.

9. def accessStream[R]: AccessStreamPartiallyApplied[R]

   

   Accesses the environment of the stream in the context of a stream.

10. def apply[R, E, A](pull: ZManaged[R, Nothing, Pull[R, E, A]]): ZStream[R, E, A]

    

    Creates a stream from a scoped Pull.

11. def apply[A](as: A*): Stream[Nothing, A]

    

    Creates a pure stream from a variable list of values

12. final def asInstanceOf[T0]: T0

    

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13. def bracket[R, E, A](acquire: ZIO[R, E, A])(release: (A) ⇒ ZIO[R, Nothing, Any]): ZStream[R, E, A]

    

    Creates a stream from a single value that will get cleaned up after the stream is consumed

14. def bracketExit[R, E, A](acquire: ZIO[R, E, A])(release: (A, Exit[Any, Any]) ⇒ ZIO[R, Nothing, Any]): ZStream[R, E, A]

    

    Creates a stream from a single value that will get cleaned up after the stream is consumed

15. def clone(): AnyRef

    

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16. def crossN[R, E, A, B, C, D, F](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B], zStream3: ZStream[R, E, C], zStream4: ZStream[R, E, D])(f: (A, B, C, D) ⇒ F): ZStream[R, E, F]

    

    Composes the specified streams to create a cartesian product of elements with a specified function.

    Composes the specified streams to create a cartesian product of elements with a specified function. Subsequent stream would be run multiple times, for every combination of elements in the prior streams.

    See also ZStream#zipN[R,E,A,B,C,D,F]* for the more common point-wise variant.

17. def crossN[R, E, A, B, C, D](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B], zStream3: ZStream[R, E, C])(f: (A, B, C) ⇒ D): ZStream[R, E, D]

    

    Composes the specified streams to create a cartesian product of elements with a specified function.

    Composes the specified streams to create a cartesian product of elements with a specified function. Subsequent stream would be run multiple times, for every combination of elements in the prior streams.

    See also ZStream#zipN[R,E,A,B,C,D]* for the more common point-wise variant.

18. def crossN[R, E, A, B, C](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B])(f: (A, B) ⇒ C): ZStream[R, E, C]

    

    Composes the specified streams to create a cartesian product of elements with a specified function.

    Composes the specified streams to create a cartesian product of elements with a specified function. Subsequent streams would be run multiple times, for every combination of elements in the prior streams.

    See also ZStream#zipN[R,E,A,B,C]* for the more common point-wise variant.

19. def die(ex: ⇒ Throwable): Stream[Nothing, Nothing]

    

    The stream that always dies with the ex.

20. def dieMessage(msg: ⇒ String): Stream[Nothing, Nothing]

    

    The stream that always dies with an exception described by msg.

21. def effectAsync[R, E, A](register: ((ZIO[R, Option[E], A]) ⇒ Unit) ⇒ Unit, outputBuffer: Int = 16): ZStream[R, E, A]

    

    Creates a stream from an asynchronous callback that can be called multiple times.

    Creates a stream from an asynchronous callback that can be called multiple times. The optionality of the error type E can be used to signal the end of the stream, by setting it to None.

22. def effectAsyncInterrupt[R, E, A](register: ((ZIO[R, Option[E], A]) ⇒ Unit) ⇒ Either[Canceler[R], ZStream[R, E, A]], outputBuffer: Int = 16): ZStream[R, E, A]

    

    Creates a stream from an asynchronous callback that can be called multiple times.

    Creates a stream from an asynchronous callback that can be called multiple times. The registration of the callback returns either a canceler or synchronously returns a stream. The optionality of the error type E can be used to signal the end of the stream, by setting it to None.

23. def effectAsyncM[R, E, A](register: ((ZIO[R, Option[E], A]) ⇒ Unit) ⇒ ZIO[R, E, Any], outputBuffer: Int = 16): ZStream[R, E, A]

    

    Creates a stream from an asynchronous callback that can be called multiple times The registration of the callback itself returns an effect.

    Creates a stream from an asynchronous callback that can be called multiple times The registration of the callback itself returns an effect. The optionality of the error type E can be used to signal the end of the stream, by setting it to None.

24. def effectAsyncMaybe[R, E, A](register: ((ZIO[R, Option[E], A]) ⇒ Unit) ⇒ Option[ZStream[R, E, A]], outputBuffer: Int = 16): ZStream[R, E, A]

    

    Creates a stream from an asynchronous callback that can be called multiple times.

    Creates a stream from an asynchronous callback that can be called multiple times. The registration of the callback can possibly return the stream synchronously. The optionality of the error type E can be used to signal the end of the stream, by setting it to None.

25. val empty: Stream[Nothing, Nothing]

    

    The empty stream

26. def environment[R]: ZStream[R, Nothing, R]

    

    Accesses the whole environment of the stream.

27. final def eq(arg0: AnyRef): Boolean

    

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28. def equals(arg0: Any): Boolean

    

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29. def fail[E](error: ⇒ E): Stream[E, Nothing]

    

    The stream that always fails with the error

30. def finalize(): Unit

    

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31. def finalizer[R](finalizer: ZIO[R, Nothing, Any]): ZStream[R, Nothing, Nothing]

    

    Creates an empty stream that never fails and executes the finalizer when it ends.

32. def flatten[R, E, A](fa: ZStream[R, E, ZStream[R, E, A]]): ZStream[R, E, A]

    

    Flattens nested streams.

33. def flattenPar[R, E, A](n: Int, outputBuffer: Int = 16)(fa: ZStream[R, E, ZStream[R, E, A]]): ZStream[R, E, A]

    

    Flattens a stream of streams into a stream by executing a non-deterministic concurrent merge.

    Flattens a stream of streams into a stream by executing a non-deterministic concurrent merge. Up to n streams may be consumed in parallel and up to outputBuffer elements may be buffered by this operator.

34. def flattenParUnbounded[R, E, A](outputBuffer: Int = 16)(fa: ZStream[R, E, ZStream[R, E, A]]): ZStream[R, E, A]

    

    Like flattenPar, but executes all streams concurrently.

35. def fromChunk[A](c: ⇒ Chunk[A]): Stream[Nothing, A]

    

    Creates a stream from a zio.Chunk of values

36. def fromEffect[R, E, A](fa: ZIO[R, E, A]): ZStream[R, E, A]

    

    Creates a stream from an effect producing a value of type A

37. def fromEffectOption[R, E, A](fa: ZIO[R, Option[E], A]): ZStream[R, E, A]

    

    Creates a stream from an effect producing a value of type A or an empty Stream

38. def fromInputStream(is: ⇒ InputStream, chunkSize: Int = ZStreamChunk.DefaultChunkSize): StreamEffectChunk[Any, IOException, Byte]

    

    Creates a stream from a java.io.InputStream

39. def fromIterable[A](as: ⇒ Iterable[A]): Stream[Nothing, A]

    

    Creates a stream from an iterable collection of values

40. def fromIterableM[R, E, A](iterable: ZIO[R, E, Iterable[A]]): ZStream[R, E, A]

    

    Creates a stream from an effect producing a value of type Iterable[A]

41. def fromIterator[R, E, A](iterator: ZIO[R, E, Iterator[A]]): ZStream[R, E, A]

    

    Creates a stream from an iterator

42. def fromIteratorManaged[R, E, A](iterator: ZManaged[R, E, Iterator[A]]): ZStream[R, E, A]

    

    Creates a stream from a managed iterator

43. def fromJavaIterator[R, E, A](iterator: ZIO[R, E, Iterator[A]]): ZStream[R, E, A]

    

    Creates a stream from a Java iterator

44. def fromJavaIteratorManaged[R, E, A](iterator: ZManaged[R, E, Iterator[A]]): ZStream[R, E, A]

    

    Creates a stream from a managed iterator

45. def fromQueue[R, E, A](queue: ZQueue[Nothing, Any, R, E, Nothing, A]): ZStream[R, E, A]

    

    Creates a stream from a zio.ZQueue of values

46. def fromQueueWithShutdown[R, E, A](queue: ZQueue[Nothing, Any, R, E, Nothing, A]): ZStream[R, E, A]

    

    Creates a stream from a zio.ZQueue of values.

    Creates a stream from a zio.ZQueue of values. The queue will be shutdown once the stream is closed.

47. def fromSchedule[R, A](schedule: Schedule[R, Any, A]): ZStream[R, Nothing, A]

    

    Creates a stream from a zio.Schedule that does not require any further input.

    Creates a stream from a zio.Schedule that does not require any further input. The stream will emit an element for each value output from the schedule, continuing for as long as the schedule continues.

48. def fromTQueue[A](queue: TQueue[A]): ZStream[Any, Nothing, A]

    

    Creates a stream from a zio.stm.TQueue of values.

49. final def getClass(): Class[_]

    

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50. def halt[E](cause: ⇒ Cause[E]): ZStream[Any, E, Nothing]

    

    The stream that always halts with cause.

51. def hashCode(): Int

    

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52. final def isInstanceOf[T0]: Boolean

    

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53. def iterate[A](a: A)(f: (A) ⇒ A): ZStream[Any, Nothing, A]

    

    The infinite stream of iterative function application: a, f(a), f(f(a)), f(f(f(a))), ...

54. def managed[R, E, A](managed: ZManaged[R, E, A]): ZStream[R, E, A]

    

    Creates a single-valued stream from a managed resource

55. def mergeAll[R, E, A](n: Int, outputBuffer: Int = 16)(streams: ZStream[R, E, A]*): ZStream[R, E, A]

    

    Merges a variable list of streams in a non-deterministic fashion.

    Merges a variable list of streams in a non-deterministic fashion. Up to n streams may be consumed in parallel and up to outputBuffer elements may be buffered by this operator.

56. def mergeAllUnbounded[R, E, A](outputBuffer: Int = 16)(streams: ZStream[R, E, A]*): ZStream[R, E, A]

    

    Like mergeAll, but runs all streams concurrently.

57. final def ne(arg0: AnyRef): Boolean

    

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58. val never: Stream[Nothing, Nothing]

    

    The stream that never produces any value or fails with any error.

59. final def notify(): Unit

    

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60. final def notifyAll(): Unit

    

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61. def paginate[A, S](s: S)(f: (S) ⇒ (A, Option[S])): Stream[Nothing, A]

    

    Like unfold, but allows the emission of values to end one step further the unfolding of the state.

    Like unfold, but allows the emission of values to end one step further the unfolding of the state. This is useful for embedding paginated APIs, hence the name.

62. def paginateM[R, E, A, S](s: S)(f: (S) ⇒ ZIO[R, E, (A, Option[S])]): ZStream[R, E, A]

    

    Like unfoldM, but allows the emission of values to end one step further than the unfolding of the state.

    Like unfoldM, but allows the emission of values to end one step further than the unfolding of the state. This is useful for embedding paginated APIs, hence the name.

63. def range(min: Int, max: Int): Stream[Nothing, Int]

    

    Constructs a stream from a range of integers (lower bound included, upper bound not included)

64. def repeatEffect[R, E, A](fa: ZIO[R, E, A]): ZStream[R, E, A]

    

    Creates a stream from an effect producing a value of type A which repeats forever

65. def repeatEffectOption[R, E, A](fa: ZIO[R, Option[E], A]): ZStream[R, E, A]

    

    Creates a stream from an effect producing values of type A until it fails with None.

66. def repeatEffectWith[R, E, A](fa: ZIO[R, E, A], schedule: Schedule[R, Unit, _]): ZStream[R, E, A]

    

    Creates a stream from an effect producing a value of type A which repeats using the specified schedule

67. def succeed[A](a: ⇒ A): Stream[Nothing, A]

    

    Creates a single-valued pure stream

68. final def synchronized[T0](arg0: ⇒ T0): T0

    

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69. def toString(): String

    

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70. def unfold[S, A](s: S)(f0: (S) ⇒ Option[(A, S)]): Stream[Nothing, A]

    

    Creates a stream by peeling off the "layers" of a value of type S

71. def unfoldM[R, E, A, S](s: S)(f0: (S) ⇒ ZIO[R, E, Option[(A, S)]]): ZStream[R, E, A]

    

    Creates a stream by effectfully peeling off the "layers" of a value of type S

72. val unit: Stream[Nothing, Unit]

    

    The stream of units

73. def unwrap[R, E, A](fa: ZIO[R, E, ZStream[R, E, A]]): ZStream[R, E, A]

    

    Creates a stream produced from an effect

74. def unwrapManaged[R, E, A](fa: ZManaged[R, E, ZStream[R, E, A]]): ZStream[R, E, A]

    

    Creates a stream produced from a ZManaged

75. final def wait(): Unit

    

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76. final def wait(arg0: Long, arg1: Int): Unit

    

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77. final def wait(arg0: Long): Unit

    

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78. def zipN[R, E, A, B, C, D, F](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B], zStream3: ZStream[R, E, C], zStream4: ZStream[R, E, D])(f: (A, B, C, D) ⇒ F): ZStream[R, E, F]

    

    Returns an effect that executes the specified effects in parallel, combining their results with the specified f function.

    Returns an effect that executes the specified effects in parallel, combining their results with the specified f function. If any effect fails, then the other effects will be interrupted.

79. def zipN[R, E, A, B, C, D](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B], zStream3: ZStream[R, E, C])(f: (A, B, C) ⇒ D): ZStream[R, E, D]

    

    Zips with specified streams together with the specified function.

80. def zipN[R, E, A, B, C](zStream1: ZStream[R, E, A], zStream2: ZStream[R, E, B])(f: (A, B) ⇒ C): ZStream[R, E, C]

    

    Zips the specified streams together with the specified function.