Value Members

1.  final def !=(arg0: Any): Boolean

   Definition Classes

   AnyRef → Any

2.  final def ##: Int

   Definition Classes

   AnyRef → Any

3.  final def ==(arg0: Any): Boolean

   Definition Classes

   AnyRef → Any

4.  def absolve[R, E, A](v: => ZIO[R, E, Either[E, A]]): ZIO[R, E, A]

   Submerges the error case of an Either into the ZIO.

   Submerges the error case of an Either into the ZIO. The inverse operation of IO.either.

5.  def access[R]: AccessPartiallyApplied[R]

   Accesses the environment of the effect.

   Accesses the environment of the effect.

   val portNumber = effect.access(_.config.portNumber)

6.  def accessZIO[R]: AccessZIOPartiallyApplied[R]

   Effectfully accesses the environment of the effect.

7.  def acquireReleaseExitWith[R, E, A, B](acquire: => ZIO[R, E, A], release: (A, Exit[E, B]) => URIO[R, Any], use: (A) => ZIO[R, E, B]): ZIO[R, E, B]

   Uncurried version.

   Uncurried version. Doesn't offer curried syntax and has worse type-inference characteristics, but guarantees no extra allocations of intermediate zio.ZIO.BracketExitAcquire and zio.ZIO.BracketExitRelease objects.

8.  def acquireReleaseExitWith[R, E, A](acquire: => ZIO[R, E, A]): BracketExitAcquire[R, E, A]

   Acquires a resource, uses the resource, and then releases the resource.

   Acquires a resource, uses the resource, and then releases the resource. Neither the acquisition nor the release will be interrupted, and the resource is guaranteed to be released, so long as the acquire effect succeeds. If use fails, then after release, the returned effect will fail with the same error.

9.  def acquireReleaseWith[R, E, A, B](acquire: => ZIO[R, E, A], release: (A) => URIO[R, Any], use: (A) => ZIO[R, E, B]): ZIO[R, E, B]

   Uncurried version.

   Uncurried version. Doesn't offer curried syntax and have worse type-inference characteristics, but guarantees no extra allocations of intermediate zio.ZIO.BracketAcquire and zio.ZIO.BracketRelease objects.

10.  def acquireReleaseWith[R, E, A](acquire: => ZIO[R, E, A]): BracketAcquire[R, E, A]

    When this effect represents acquisition of a resource (for example, opening a file, launching a thread, etc.), acquireReleaseWith can be used to ensure the acquisition is not interrupted and the resource is always released.

    When this effect represents acquisition of a resource (for example, opening a file, launching a thread, etc.), acquireReleaseWith can be used to ensure the acquisition is not interrupted and the resource is always released.

    The function does two things:

    1. Ensures this effect, which acquires the resource, will not be interrupted. Of course, acquisition may fail for internal reasons (an uncaught exception). 2. Ensures the release effect will not be interrupted, and will be executed so long as this effect successfully acquires the resource.

    In between acquisition and release of the resource, the use effect is executed.

    If the release effect fails, then the entire effect will fail even if the use effect succeeds. If this fail-fast behavior is not desired, errors produced by the release effect can be caught and ignored.

    openFile("data.json").acquireReleaseWith(closeFile) { file =>
      for {
        header <- readHeader(file)
        ...
      } yield result
    }

11.  def allowInterrupt: UIO[Unit]

    Makes an explicit check to see if the fiber has been interrupted, and if so, performs self-interruption

12.  def apply[A](a: => A): Task[A]
13.  final def asInstanceOf[T0]: T0

    Definition Classes

    Any

14.  def async[R, E, A](register: ((ZIO[R, E, A]) => Unit) => Any, blockingOn: => FiberId = FiberId.None): ZIO[R, E, A]

    Imports an asynchronous side-effect into a pure ZIO value.

    Imports an asynchronous side-effect into a pure ZIO value. See asyncMaybe for the more expressive variant of this function that can return a value synchronously.

    The callback function ZIO[R, E, A] => Any must be called at most once.

    The list of fibers, that may complete the async callback, is used to provide better diagnostics.

15.  def asyncInterrupt[R, E, A](register: ((ZIO[R, E, A]) => Unit) => Either[Canceler[R], ZIO[R, E, A]], blockingOn: => FiberId = FiberId.None): ZIO[R, E, A]

    Imports an asynchronous side-effect into a ZIO effect.

    Imports an asynchronous side-effect into a ZIO effect. The side-effect has the option of returning the value synchronously, which is useful in cases where it cannot be determined if the effect is synchronous or asynchronous until the side-effect is actually executed. The effect also has the option of returning a canceler, which will be used by the runtime to cancel the asynchronous effect if the fiber executing the effect is interrupted.

    If the register function returns a value synchronously, then the callback function ZIO[R, E, A] => Any must not be called. Otherwise the callback function must be called at most once.

    The list of fibers, that may complete the async callback, is used to provide better diagnostics.

16.  def asyncMaybe[R, E, A](register: ((ZIO[R, E, A]) => Unit) => Option[ZIO[R, E, A]], blockingOn: => FiberId = FiberId.None): ZIO[R, E, A]

    Imports an asynchronous effect into a pure ZIO value, possibly returning the value synchronously.

    Imports an asynchronous effect into a pure ZIO value, possibly returning the value synchronously.

    If the register function returns a value synchronously, then the callback function ZIO[R, E, A] => Any must not be called. Otherwise the callback function must be called at most once.

    The list of fibers, that may complete the async callback, is used to provide better diagnostics.

17.  def asyncZIO[R, E, A](register: ((ZIO[R, E, A]) => Unit) => ZIO[R, E, Any]): ZIO[R, E, A]

    Imports an asynchronous effect into a pure ZIO value.

    Imports an asynchronous effect into a pure ZIO value. This formulation is necessary when the effect is itself expressed in terms of ZIO.

18.  def attempt[A](effect: => A): Task[A]

    Imports a synchronous side-effect into a pure ZIO value, translating any thrown exceptions into typed failed effects creating with ZIO.fail.

    Imports a synchronous side-effect into a pure ZIO value, translating any thrown exceptions into typed failed effects creating with ZIO.fail.

    def printLine(line: String): Task[Unit] = Task.attempt(println(line))

19.  def attemptBlocking[A](effect: => A): Task[A]

    Imports a synchronous effect that does blocking IO into a pure value.

20.  def attemptBlockingCancelable[A](effect: => A)(cancel: => UIO[Any]): Task[A]

    Imports a synchronous effect that does blocking IO into a pure value, with a custom cancel effect.

    Imports a synchronous effect that does blocking IO into a pure value, with a custom cancel effect.

    If the returned ZIO is interrupted, the blocked thread running the synchronous effect will be interrupted via the cancel effect.

21.  def attemptBlockingIO[A](effect: => A): IO[IOException, A]

    Imports a synchronous effect that does blocking IO into a pure value, refining the error type to java.io.IOException.

22.  def attemptBlockingInterrupt[A](effect: => A): Task[A]

    Imports a synchronous effect that does blocking IO into a pure value.

    Imports a synchronous effect that does blocking IO into a pure value.

    If the returned ZIO is interrupted, the blocked thread running the synchronous effect will be interrupted via Thread.interrupt.

    Note that this adds significant overhead. For performance sensitive applications consider using attemptBlocking or attemptBlockingCancelable.

23.  def blocking[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

    Locks the specified effect to the blocking thread pool.

24.  def blockingExecutor: UIO[Executor]

    Retrieves the executor for all blocking tasks.

25.  def checkInterruptible[R, E, A](f: (zio.InterruptStatus) => ZIO[R, E, A]): ZIO[R, E, A]

    Checks the interrupt status, and produces the effect returned by the specified callback.

26.  def checkTraced[R, E, A](f: (zio.TracingStatus) => ZIO[R, E, A]): ZIO[R, E, A]

    Checks the ZIO Tracing status, and produces the effect returned by the specified callback.

27.  def clone(): AnyRef

    Attributes

    protected[lang]

    Definition Classes

    AnyRef

    Annotations

    @throws(classOf[java.lang.CloneNotSupportedException]) @native()

28.  def collect[R, E, Key, Key2, Value, Value2](map: Map[Key, Value])(f: (Key, Value) => ZIO[R, Option[E], (Key2, Value2)]): ZIO[R, E, Map[Key2, Value2]]

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases.

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases. For a parallel version, see collectPar.

29.  def collect[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, Option[E], B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases.

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases. For a parallel version, see collectPar.

30.  def collectAll[R, E, A](in: NonEmptyChunk[ZIO[R, E, A]]): ZIO[R, E, NonEmptyChunk[A]]

    Evaluate each effect in the structure from left to right, and collect the results.

    Evaluate each effect in the structure from left to right, and collect the results. For a parallel version, see collectAllPar.

31.  def collectAll[R, E, A](in: Option[ZIO[R, E, A]]): ZIO[R, E, Option[A]]

    Evaluate effect if present, and return its result as Option[A].

32.  def collectAll[R, E, A](in: Array[ZIO[R, E, A]])(implicit arg0: ClassTag[A]): ZIO[R, E, Array[A]]

    Evaluate each effect in the structure from left to right, and collect the results.

    Evaluate each effect in the structure from left to right, and collect the results. For a parallel version, see collectAllPar.

33.  def collectAll[R, E, A](in: Set[ZIO[R, E, A]]): ZIO[R, E, Set[A]]

    Evaluate each effect in the structure from left to right, and collect the results.

    Evaluate each effect in the structure from left to right, and collect the results. For a parallel version, see collectAllPar.

34.  def collectAll[R, E, A, Collection[+Element] <: Iterable[Element]](in: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Evaluate each effect in the structure from left to right, and collect the results.

    Evaluate each effect in the structure from left to right, and collect the results. For a parallel version, see collectAllPar.

35.  def collectAllDiscard[R, E, A](in: => Iterable[ZIO[R, E, A]]): ZIO[R, E, Unit]

    Evaluate each effect in the structure from left to right, and discard the results.

    Evaluate each effect in the structure from left to right, and discard the results. For a parallel version, see collectAllParDiscard.

36.  def collectAllPar[R, E, A](as: NonEmptyChunk[ZIO[R, E, A]]): ZIO[R, E, NonEmptyChunk[A]]

    Evaluate each effect in the structure in parallel, and collect the results.

    Evaluate each effect in the structure in parallel, and collect the results. For a sequential version, see collectAll.

37.  def collectAllPar[R, E, A](as: Array[ZIO[R, E, A]])(implicit arg0: ClassTag[A]): ZIO[R, E, Array[A]]

    Evaluate each effect in the structure in parallel, and collect the results.

    Evaluate each effect in the structure in parallel, and collect the results. For a sequential version, see collectAll.

38.  def collectAllPar[R, E, A](as: Set[ZIO[R, E, A]]): ZIO[R, E, Set[A]]

    Evaluate each effect in the structure in parallel, and collect the results.

    Evaluate each effect in the structure in parallel, and collect the results. For a sequential version, see collectAll.

39.  def collectAllPar[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Evaluate each effect in the structure in parallel, and collect the results.

    Evaluate each effect in the structure in parallel, and collect the results. For a sequential version, see collectAll.

40.  def collectAllParDiscard[R, E, A](as: => Iterable[ZIO[R, E, A]]): ZIO[R, E, Unit]

    Evaluate each effect in the structure in parallel, and discard the results.

    Evaluate each effect in the structure in parallel, and discard the results. For a sequential version, see collectAllDiscard.

41.  def collectAllParN[R, E, A, Collection[+Element] <: Iterable[Element]](n: => Int)(as: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Evaluate each effect in the structure in parallel, and collect the results.

    Evaluate each effect in the structure in parallel, and collect the results. For a sequential version, see collectAll.

    Unlike collectAllPar, this method will use at most n fibers.

42.  def collectAllParNDiscard[R, E, A](n: => Int)(as: => Iterable[ZIO[R, E, A]]): ZIO[R, E, Unit]

    Evaluate each effect in the structure in parallel, and discard the results.

    Evaluate each effect in the structure in parallel, and discard the results. For a sequential version, see collectAllDiscard.

    Unlike collectAllParDiscard, this method will use at most n fibers.

43.  def collectAllSuccesses[R, E, A, Collection[+Element] <: Iterable[Element]](in: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): URIO[R, Collection[A]]

    Evaluate and run each effect in the structure and collect discarding failed ones.

44.  def collectAllSuccessesPar[R, E, A, Collection[+Element] <: Iterable[Element]](in: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): URIO[R, Collection[A]]

    Evaluate and run each effect in the structure in parallel, and collect discarding failed ones.

45.  def collectAllSuccessesParN[R, E, A, Collection[+Element] <: Iterable[Element]](n: => Int)(in: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): URIO[R, Collection[A]]

    Evaluate and run each effect in the structure in parallel, and collect discarding failed ones.

    Evaluate and run each effect in the structure in parallel, and collect discarding failed ones.

    Unlike collectAllSuccessesPar, this method will use at most up to n fibers.

46.  def collectAllWith[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[ZIO[R, E, A]])(f: PartialFunction[A, B])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Evaluate each effect in the structure with collectAll, and collect the results with given partial function.

47.  def collectAllWithPar[R, E, A, U, Collection[+Element] <: Iterable[Element]](in: Collection[ZIO[R, E, A]])(f: PartialFunction[A, U])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], U, Collection[U]]): ZIO[R, E, Collection[U]]

    Evaluate each effect in the structure with collectAllPar, and collect the results with given partial function.

48.  def collectAllWithParN[R, E, A, B, Collection[+Element] <: Iterable[Element]](n: => Int)(in: Collection[ZIO[R, E, A]])(f: PartialFunction[A, B])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Evaluate each effect in the structure with collectAllPar, and collect the results with given partial function.

    Evaluate each effect in the structure with collectAllPar, and collect the results with given partial function.

    Unlike collectAllWithPar, this method will use at most up to n fibers.

49.  def collectFirst[R, E, A, B](as: => Iterable[A])(f: (A) => ZIO[R, E, Option[B]]): ZIO[R, E, Option[B]]

    Collects the first element of the Iterable[A] for which the effectual function f returns Some.

50.  def collectPar[R, E, Key, Key2, Value, Value2](map: Map[Key, Value])(f: (Key, Value) => ZIO[R, Option[E], (Key2, Value2)]): ZIO[R, E, Map[Key2, Value2]]

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases.

    Evaluate each effect in the structure from left to right, collecting the the successful values and discarding the empty cases. For a parallel version, see collectPar.

51.  def collectPar[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, Option[E], B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Evaluate each effect in the structure in parallel, collecting the the successful values and discarding the empty cases.

52.  def collectParN[R, E, A, B, Collection[+Element] <: Iterable[Element]](n: => Int)(in: Collection[A])(f: (A) => ZIO[R, Option[E], B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Evaluate each effect in the structure in parallel, collecting the the successful values and discarding the empty cases.

    Evaluate each effect in the structure in parallel, collecting the the successful values and discarding the empty cases.

    Unlike collectPar, this method will use at most up to n fibers.

53.  def cond[E, A](predicate: => Boolean, result: => A, error: => E): IO[E, A]

    Similar to Either.cond, evaluate the predicate, return the given A as success if predicate returns true, and the given E as error otherwise

    Similar to Either.cond, evaluate the predicate, return the given A as success if predicate returns true, and the given E as error otherwise

    For effectful conditionals, see ZIO.ifZIO

54.  def debug(value: => Any): UIO[Unit]

    Prints the specified message to the console for debugging purposes.

55.  def descriptor: UIO[Fiber.Descriptor]

    Returns information about the current fiber, such as its identity.

56.  def descriptorWith[R, E, A](f: (Fiber.Descriptor) => ZIO[R, E, A]): ZIO[R, E, A]

    Constructs an effect based on information about the current fiber, such as its identity.

57.  def die(t: => Throwable): UIO[Nothing]

    Returns an effect that dies with the specified Throwable.

    Returns an effect that dies with the specified Throwable. This method can be used for terminating a fiber because a defect has been detected in the code.

58.  def dieMessage(message: => String): UIO[Nothing]

    Returns an effect that dies with a java.lang.RuntimeException having the specified text message.

    Returns an effect that dies with a java.lang.RuntimeException having the specified text message. This method can be used for terminating a fiber because a defect has been detected in the code.

59.  def done[E, A](r: => Exit[E, A]): IO[E, A]

    Returns an effect from a zio.Exit value.

60.  def environment[R]: URIO[R, R]

    Accesses the whole environment of the effect.

61.  final def eq(arg0: AnyRef): Boolean

    Definition Classes

    AnyRef

62.  def equals(arg0: AnyRef): Boolean

    Definition Classes

    AnyRef → Any

63.  def executor: UIO[Executor]

    Retrieves the executor for this effect.

64.  def exists[R, E, A](as: => Iterable[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Boolean]

    Determines whether any element of the Iterable[A] satisfies the effectual predicate f.

65.  def fail[E](error: => E): IO[E, Nothing]

    Returns an effect that models failure with the specified error.

    Returns an effect that models failure with the specified error. The moral equivalent of throw for pure code.

66.  def failCause[E](cause: => Cause[E]): IO[E, Nothing]

    Returns an effect that models failure with the specified Cause.

67.  def failCauseWith[E](function: (() => ZTrace) => Cause[E]): IO[E, Nothing]

    Returns an effect that models failure with the specified Cause.

    Returns an effect that models failure with the specified Cause.

    This version takes in a lazily-evaluated trace that can be attached to the Cause via Cause.Traced.

68.  val fiberId: UIO[FiberId]

    Returns the FiberId of the fiber executing the effect that calls this method.

69.  def filter[R, E, A](as: Set[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Set[A]]

    Filters the Set[A] using the specified effectual predicate.

70.  def filter[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[A])(f: (A) => ZIO[R, E, Boolean])(implicit bf: zio.BuildFrom[Collection[A], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Filters the collection using the specified effectual predicate.

71.  def filterNot[R, E, A](as: Set[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Set[A]]

    Filters the Set[A] using the specified effectual predicate, removing all elements that satisfy the predicate.

72.  def filterNot[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[A])(f: (A) => ZIO[R, E, Boolean])(implicit bf: zio.BuildFrom[Collection[A], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Filters the collection using the specified effectual predicate, removing all elements that satisfy the predicate.

73.  def filterNotPar[R, E, A](as: Set[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Set[A]]

    Filters the Set[A] in parallel using the specified effectual predicate, removing all elements that satisfy the predicate.

    Filters the Set[A] in parallel using the specified effectual predicate, removing all elements that satisfy the predicate.

    See zio.ZIO.filterNot[R,E,A](as:Set* for a sequential version.

74.  def filterNotPar[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[A])(f: (A) => ZIO[R, E, Boolean])(implicit bf: zio.BuildFrom[Collection[A], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Filters the collection in parallel using the specified effectual predicate, emoving all elements that satisfy the predicate.

    Filters the collection in parallel using the specified effectual predicate, emoving all elements that satisfy the predicate.

    See zio.ZIO.filterNot[R,E,A,Collection* for a sequential version.

75.  def filterPar[R, E, A](as: Set[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Set[A]]

    Filters the Set[A] in parallel using the specified effectual predicate.

    Filters the Set[A] in parallel using the specified effectual predicate.

    See zio.ZIO.filter[R,E,A,Collection* for a sequential version.

76.  def filterPar[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[A])(f: (A) => ZIO[R, E, Boolean])(implicit bf: zio.BuildFrom[Collection[A], A, Collection[A]]): ZIO[R, E, Collection[A]]

    Filters the collection in parallel using the specified effectual predicate.

    Filters the collection in parallel using the specified effectual predicate.

    See zio.ZIO.filter[R,E,A,Collection* for a sequential version.

77.  def finalize(): Unit

    Attributes

    protected[lang]

    Definition Classes

    AnyRef

    Annotations

    @throws(classOf[java.lang.Throwable])

78.  def firstSuccessOf[R, R1 <: R, E, A](zio: => ZIO[R, E, A], rest: => Iterable[ZIO[R1, E, A]]): ZIO[R1, E, A]

    Returns an effect that runs the first effect and in case of failure, runs each of the specified effects in order until one of them succeeds.

79.  def flatten[R, E, A](zio: => ZIO[R, E, ZIO[R, E, A]]): ZIO[R, E, A]

    Returns an effect that first executes the outer effect, and then executes the inner effect, returning the value from the inner effect, and effectively flattening a nested effect.

80.  def foldLeft[R, E, S, A](in: => Iterable[A])(zero: => S)(f: (S, A) => ZIO[R, E, S]): ZIO[R, E, S]

    Folds an Iterable[A] using an effectual function f, working sequentially from left to right.

81.  def foldRight[R, E, S, A](in: => Iterable[A])(zero: => S)(f: (A, S) => ZIO[R, E, S]): ZIO[R, E, S]

    Folds an Iterable[A] using an effectual function f, working sequentially from right to left.

82.  def forall[R, E, A](as: => Iterable[A])(f: (A) => ZIO[R, E, Boolean]): ZIO[R, E, Boolean]

    Determines whether all elements of the Iterable[A] satisfy the effectual predicate f.

83.  final def foreach[R, E, A, B](in: NonEmptyChunk[A])(f: (A) => ZIO[R, E, B]): ZIO[R, E, NonEmptyChunk[B]]

    Applies the function f to each element of the NonEmptyChunk[A] and returns the results in a new NonEmptyChunk[B].

    Applies the function f to each element of the NonEmptyChunk[A] and returns the results in a new NonEmptyChunk[B].

    For a parallel version of this method, see foreachPar. If you do not need the results, see foreachDiscard for a more efficient implementation.

84.  final def foreach[R, E, A, B](in: Option[A])(f: (A) => ZIO[R, E, B]): ZIO[R, E, Option[B]]

    Applies the function f if the argument is non-empty and returns the results in a new Option[B].

85.  def foreach[R, E, Key, Key2, Value, Value2](map: Map[Key, Value])(f: (Key, Value) => ZIO[R, E, (Key2, Value2)]): ZIO[R, E, Map[Key2, Value2]]

    Applies the function f to each element of the Map[Key, Value] and returns the results in a new Map[Key2, Value2].

    Applies the function f to each element of the Map[Key, Value] and returns the results in a new Map[Key2, Value2].

    For a parallel version of this method, see foreachPar. If you do not need the results, see foreachDiscard for a more efficient implementation.

86.  final def foreach[R, E, A, B](in: Array[A])(f: (A) => ZIO[R, E, B])(implicit arg0: ClassTag[B]): ZIO[R, E, Array[B]]

    Applies the function f to each element of the Array[A] and returns the results in a new Array[B].

    Applies the function f to each element of the Array[A] and returns the results in a new Array[B].

    For a parallel version of this method, see foreachPar. If you do not need the results, see foreachDiscard for a more efficient implementation.

87.  final def foreach[R, E, A, B](in: Set[A])(f: (A) => ZIO[R, E, B]): ZIO[R, E, Set[B]]

    Applies the function f to each element of the Set[A] and returns the results in a new Set[B].

    Applies the function f to each element of the Set[A] and returns the results in a new Set[B].

    For a parallel version of this method, see foreachPar. If you do not need the results, see foreachDiscard for a more efficient implementation.

88.  def foreach[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Applies the function f to each element of the Collection[A] and returns the results in a new Collection[B].

    Applies the function f to each element of the Collection[A] and returns the results in a new Collection[B].

    For a parallel version of this method, see foreachPar. If you do not need the results, see foreach_ for a more efficient implementation.

89.  def foreachDiscard[R, E, A](as: => Iterable[A])(f: (A) => ZIO[R, E, Any]): ZIO[R, E, Unit]

    Applies the function f to each element of the Iterable[A] and runs produced effects sequentially.

    Applies the function f to each element of the Iterable[A] and runs produced effects sequentially.

    Equivalent to foreach(as)(f).unit, but without the cost of building the list of results.

90.  final def foreachExec[R, E, A, B, Collection[+Element] <: Iterable[Element]](as: Collection[A])(exec: => ExecutionStrategy)(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Applies the function f to each element of the Collection[A] and returns the result in a new Collection[B] using the specified execution strategy.

91.  final def foreachPar[R, E, A, B](as: NonEmptyChunk[A])(fn: (A) => ZIO[R, E, B]): ZIO[R, E, NonEmptyChunk[B]]

    Applies the function f to each element of the NonEmptyChunk[A] in parallel, and returns the results in a new NonEmptyChunk[B].

    Applies the function f to each element of the NonEmptyChunk[A] in parallel, and returns the results in a new NonEmptyChunk[B].

    For a sequential version of this method, see foreach.

92.  def foreachPar[R, E, Key, Key2, Value, Value2](map: Map[Key, Value])(f: (Key, Value) => ZIO[R, E, (Key2, Value2)]): ZIO[R, E, Map[Key2, Value2]]

    Applies the function f to each element of the Map[Key, Value] in parallel and returns the results in a new Map[Key2, Value2].

    Applies the function f to each element of the Map[Key, Value] in parallel and returns the results in a new Map[Key2, Value2].

    For a sequential version of this method, see foreach.

93.  final def foreachPar[R, E, A, B](as: Array[A])(f: (A) => ZIO[R, E, B])(implicit arg0: ClassTag[B]): ZIO[R, E, Array[B]]

    Applies the function f to each element of the Array[A] in parallel, and returns the results in a new Array[B].

    Applies the function f to each element of the Array[A] in parallel, and returns the results in a new Array[B].

    For a sequential version of this method, see foreach.

94.  final def foreachPar[R, E, A, B](as: Set[A])(fn: (A) => ZIO[R, E, B]): ZIO[R, E, Set[B]]

    Applies the function f to each element of the Set[A] in parallel, and returns the results in a new Set[B].

    Applies the function f to each element of the Set[A] in parallel, and returns the results in a new Set[B].

    For a sequential version of this method, see foreach.

95.  def foreachPar[R, E, A, B, Collection[+Element] <: Iterable[Element]](as: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Applies the function f to each element of the Collection[A] in parallel, and returns the results in a new Collection[B].

    Applies the function f to each element of the Collection[A] in parallel, and returns the results in a new Collection[B].

    For a sequential version of this method, see foreach.

96.  def foreachParDiscard[R, E, A](as0: => Iterable[A])(f: (A) => ZIO[R, E, Any]): ZIO[R, E, Unit]

    Applies the function f to each element of the Iterable[A] and runs produced effects in parallel, discarding the results.

    Applies the function f to each element of the Iterable[A] and runs produced effects in parallel, discarding the results.

    For a sequential version of this method, see foreachDiscard.

    Optimized to avoid keeping full tree of effects, so that method could be able to handle large input sequences. Behaves almost like this code:

    as.foldLeft(ZIO.unit) { (acc, a) => acc.zipParLeft(f(a)) }

    Additionally, interrupts all effects on any failure.

97.  def foreachParN[R, E, A, B, Collection[+Element] <: Iterable[Element]](n0: => Int)(as: Collection[A])(fn: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]]): ZIO[R, E, Collection[B]]

    Applies the function f to each element of the Collection[A] in parallel, and returns the results in a new Collection[B].

    Applies the function f to each element of the Collection[A] in parallel, and returns the results in a new Collection[B].

    Unlike foreachPar, this method will use at most up to n fibers.

98.  def foreachParNDiscard[R, E, A](n: => Int)(as0: => Iterable[A])(f: (A) => ZIO[R, E, Any]): ZIO[R, E, Unit]

    Applies the function f to each element of the Iterable[A] and runs produced effects in parallel, discarding the results.

    Applies the function f to each element of the Iterable[A] and runs produced effects in parallel, discarding the results.

    Unlike foreachParDiscard, this method will use at most up to n fibers.

99.  def forkAll[R, E, A, Collection[+Element] <: Iterable[Element]](as: Collection[ZIO[R, E, A]])(implicit bf: zio.BuildFrom[Collection[ZIO[R, E, A]], A, Collection[A]]): URIO[R, Fiber[E, Collection[A]]]

    Returns an effect that forks all of the specified values, and returns a composite fiber that produces a list of their results, in order.

100.  def forkAllDiscard[R, E, A](as: => Iterable[ZIO[R, E, A]]): URIO[R, Unit]

     Returns an effect that forks all of the specified values, and returns a composite fiber that produces unit.

     Returns an effect that forks all of the specified values, and returns a composite fiber that produces unit. This version is faster than forkAll in cases where the results of the forked fibers are not needed.

101.  def forkScope: UIO[ZScope[Exit[Any, Any]]]

     Retrieves the scope that will be used to supervise forked effects.

102.  def forkScopeMask[R, E, A](newScope: => ZScope[Exit[Any, Any]])(f: (ForkScopeRestore) => ZIO[R, E, A]): ZIO[R, E, A]

     Captures the fork scope, before overriding it with the specified new scope, passing a function that allows restoring the fork scope to what it was originally.

103.  def forkScopeWith[R, E, A](f: (ZScope[Exit[Any, Any]]) => ZIO[R, E, A]): ZIO[R, E, A]

     Retrieves the scope that will be used to supervise forked effects.

104.  def from[Input](input: => Input)(implicit constructor: ZIOConstructor[Nothing, Any, Input]): ZIO[OutEnvironment, OutError, OutSuccess]

     Constructs a ZIO value of the appropriate type for the specified input.

105.  def fromEither[E, A](v: => Either[E, A]): IO[E, A]

     Lifts an Either into a ZIO value.

106.  def fromEitherCause[E, A](v: => Either[Cause[E], A]): IO[E, A]

     Lifts an Either into a ZIO value.

107.  def fromFiber[E, A](fiber: => Fiber[E, A]): IO[E, A]

     Creates a ZIO value that represents the exit value of the specified fiber.

108.  def fromFiberZIO[R, E, A](fiber: => ZIO[R, E, Fiber[E, A]]): ZIO[R, E, A]

     Creates a ZIO value that represents the exit value of the specified fiber.

109.  def fromFuture[A](make: (ExecutionContext) => Future[A]): Task[A]

     Imports a function that creates a scala.concurrent.Future from an scala.concurrent.ExecutionContext into a ZIO.

110.  def fromFutureInterrupt[A](make: (ExecutionContext) => Future[A]): Task[A]

     Imports a function that creates a scala.concurrent.Future from an scala.concurrent.ExecutionContext into a ZIO.

     Imports a function that creates a scala.concurrent.Future from an scala.concurrent.ExecutionContext into a ZIO. The provided ExecutionContext will interrupt the Future between asynchronous operations such as map and flatMap if this effect is interrupted. Note that no attempt will be made to interrupt a Future blocking on a synchronous operation and that the Future must be created using the provided ExecutionContext.

111.  def fromOption[A](v: => Option[A]): IO[Option[Nothing], A]

     Lifts an Option into a ZIO but preserves the error as an option in the error channel, making it easier to compose in some scenarios.

112.  def fromPromiseJS[A](promise: => scala.scalajs.js.Promise[A]): Task[A]

     Imports a Scala.js promise into a ZIO.

     Imports a Scala.js promise into a ZIO.

     Definition Classes

     ZIOCompanionPlatformSpecific

113.  def fromPromiseScala[A](promise: => scala.concurrent.Promise[A]): Task[A]

     Imports a scala.concurrent.Promise we generate a future from promise, and we pass to [fromFuture] to transform into Task[A]

114.  def fromTry[A](value: => Try[A]): Task[A]

     Lifts a Try into a ZIO.

115.  final def getClass(): Class[_ <: AnyRef]

     Definition Classes

     AnyRef → Any

     Annotations

     @native()

116.  final def getOrFail[A](v: => Option[A]): Task[A]

     Lifts an Option into a ZIO, if the option is not defined it fails with NoSuchElementException.

117.  final def getOrFailUnit[A](v: => Option[A]): IO[Unit, A]

     Lifts an Option into a IO, if the option is not defined it fails with Unit.

118.  final def getOrFailWith[E, A](e: => E)(v: => Option[A]): IO[E, A]

     Lifts an Option into a ZIO.

     Lifts an Option into a ZIO. If the option is not defined, fail with the e value.

119.  def getState[S](implicit arg0: zio.Tag[S]): ZIO[Has[ZState[S]], Nothing, S]

     Gets a state from the environment.

120.  def getStateWith[S]: GetStateWithPartiallyApplied[S]

     Gets a state from the environment and uses it to run the specified function.

121.  def hashCode(): Int

     Definition Classes

     AnyRef → Any

     Annotations

     @native()

122.  def ifZIO[R, E](b: => ZIO[R, E, Boolean]): IfZIO[R, E]

     Runs onTrue if the result of b is true and onFalse otherwise.

123.  val infinity: URIO[Has[Clock], Nothing]

     Like never, but fibers that running this effect won't be garbage collected unless interrupted.

124.  lazy val interrupt: UIO[Nothing]

     Returns an effect that is interrupted as if by the fiber calling this method.

125.  def interruptAs(fiberId: => FiberId): UIO[Nothing]

     Returns an effect that is interrupted as if by the specified fiber.

126.  def interruptible[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Prefix form of ZIO#interruptible.

127.  def interruptibleMask[R, E, A](k: (InterruptStatusRestore) => ZIO[R, E, A]): ZIO[R, E, A]

     Makes the effect interruptible, but passes it a restore function that can be used to restore the inherited interruptibility from whatever region the effect is composed into.

128.  final def isInstanceOf[T0]: Boolean

     Definition Classes

     Any

129.  def iterate[R, E, S](initial: => S)(cont: (S) => Boolean)(body: (S) => ZIO[R, E, S]): ZIO[R, E, S]

     Iterates with the specified effectual function.

     Iterates with the specified effectual function. The moral equivalent of:

     var s = initial
     
     while (cont(s)) {
       s = body(s)
     }
     
     s

130.  def left[A](a: => A): UIO[Either[A, Nothing]]

     Returns an effect with the value on the left part.

131.  def log(message: => String): UIO[Unit]

     Logs the specified message at the current log level.

132.  def logDebug(message: => String): UIO[Unit]

     Logs the specified message at the debug log level.

133.  def logError(message: => String): UIO[Unit]

     Logs the specified message at the error log level.

134.  def logErrorCause(cause: => Cause[Any]): UIO[Unit]

     Logs the specified cause as an error.

135.  def logFatal(message: => String): UIO[Unit]

     Logs the specified message at the fatal log level.

136.  def logInfo(message: => String): UIO[Unit]

     Logs the specified message at the informational log level.

137.  def logLevel(level: LogLevel): LogLevel
138.  def logSpan(label: => String): LogSpan

     Adjusts the label for the current logging span.

     Adjusts the label for the current logging span.

     ZIO.logSpan("parsing") { parseRequest(req) }

139.  def logWarning(message: => String): UIO[Unit]

     Logs the specified message at the warning log level.

140.  def loop[R, E, A, S](initial: => S)(cont: (S) => Boolean, inc: (S) => S)(body: (S) => ZIO[R, E, A]): ZIO[R, E, List[A]]

     Loops with the specified effectual function, collecting the results into a list.

     Loops with the specified effectual function, collecting the results into a list. The moral equivalent of:

     var s  = initial
     var as = List.empty[A]
     
     while (cont(s)) {
       as = body(s) :: as
       s  = inc(s)
     }
     
     as.reverse

141.  def loopDiscard[R, E, S](initial: => S)(cont: (S) => Boolean, inc: (S) => S)(body: (S) => ZIO[R, E, Any]): ZIO[R, E, Unit]

     Loops with the specified effectual function purely for its effects.

     Loops with the specified effectual function purely for its effects. The moral equivalent of:

     var s = initial
     
     while (cont(s)) {
       body(s)
       s = inc(s)
     }

142.  def memoize[R, E, A, B](f: (A) => ZIO[R, E, B]): UIO[(A) => ZIO[R, E, B]]

     Returns a memoized version of the specified effectual function.

143.  def mergeAll[R, E, A, B](in: => Iterable[ZIO[R, E, A]])(zero: => B)(f: (B, A) => B): ZIO[R, E, B]

     Merges an Iterable[IO] to a single IO, working sequentially.

144.  def mergeAllPar[R, E, A, B](in: => Iterable[ZIO[R, E, A]])(zero: => B)(f: (B, A) => B): ZIO[R, E, B]

     Merges an Iterable[IO] to a single IO, working in parallel.

     Merges an Iterable[IO] to a single IO, working in parallel.

     Due to the parallel nature of this combinator, f must be both: - commutative: f(a, b) == f(b, a) - associative: f(a, f(b, c)) == f(f(a, b), c)

     It's unsafe to execute side effects inside f, as f may be executed more than once for some of in elements during effect execution.

145.  def mergeAllParN[R, E, A, B](n: => Int)(in: => Iterable[ZIO[R, E, A]])(zero: => B)(f: (B, A) => B): ZIO[R, E, B]

     Merges an Iterable[IO] to a single IO, working in with up to n fibers in parallel.

     Merges an Iterable[IO] to a single IO, working in with up to n fibers in parallel.

     Due to the parallel nature of this combinator, f must be both: - commutative: f(a, b) == f(b, a) - associative: f(a, f(b, c)) == f(f(a, b), c)

     It's unsafe to execute side effects inside f, as f may be executed more than once for some of in elements during effect execution.

146.  final def ne(arg0: AnyRef): Boolean

     Definition Classes

     AnyRef

147.  lazy val never: UIO[Nothing]

     Returns a effect that will never produce anything.

     Returns a effect that will never produce anything. The moral equivalent of while(true) {}, only without the wasted CPU cycles. Fibers that suspended running this effect are automatically garbage collected on the JVM, because they cannot be reactivated.

148.  lazy val none: UIO[Option[Nothing]]

     Returns an effect with the empty value.

149.  def noneOrFail[E](o: => Option[E]): IO[E, Unit]

     Lifts an Option into a IO.

     Lifts an Option into a IO. If the option is empty it succeeds with Unit. If the option is defined it fails with the content.

150.  def noneOrFailWith[E, O](o: => Option[O])(f: (O) => E): IO[E, Unit]

     Lifts an Option into a IO.

     Lifts an Option into a IO. If the option is empty it succeeds with Unit. If the option is defined it fails with an error adapted with f.

151.  def not[R, E](effect: => ZIO[R, E, Boolean]): ZIO[R, E, Boolean]

     Returns a new effect where boolean value of this effect is negated.

152.  final def notify(): Unit

     Definition Classes

     AnyRef

     Annotations

     @native()

153.  final def notifyAll(): Unit

     Definition Classes

     AnyRef

     Annotations

     @native()

154.  def onExecutor[R, E, A](executor: => Executor)(zio: ZIO[R, E, A]): ZIO[R, E, A]

     Returns an effect that will execute the specified effect fully on the provided executor, before returning to the default executor.

     Returns an effect that will execute the specified effect fully on the provided executor, before returning to the default executor. See ZIO!.onExecutor.

155.  def partition[R, E, A, B](in: => Iterable[A])(f: (A) => ZIO[R, E, B])(implicit ev: CanFail[E]): ZIO[R, Nothing, (Iterable[E], Iterable[B])]

     Feeds elements of type A to a function f that returns an effect.

     Feeds elements of type A to a function f that returns an effect. Collects all successes and failures in a tupled fashion.

156.  def partitionPar[R, E, A, B](in: => Iterable[A])(f: (A) => ZIO[R, E, B])(implicit ev: CanFail[E]): ZIO[R, Nothing, (Iterable[E], Iterable[B])]

     Feeds elements of type A to a function f that returns an effect.

     Feeds elements of type A to a function f that returns an effect. Collects all successes and failures in parallel and returns the result as a tuple.

157.  def partitionParN[R, E, A, B](n: => Int)(in: => Iterable[A])(f: (A) => ZIO[R, E, B])(implicit ev: CanFail[E]): ZIO[R, Nothing, (Iterable[E], Iterable[B])]

     Feeds elements of type A to a function f that returns an effect.

     Feeds elements of type A to a function f that returns an effect. Collects all successes and failures in parallel and returns the result as a tuple.

     Unlike partitionPar, this method will use at most up to n fibers.

158.  def provide[R, E, A](r: => R): (ZIO[R, E, A]) => IO[E, A]

     Given an environment R, returns a function that can supply the environment to programs that require it, removing their need for any specific environment.

     Given an environment R, returns a function that can supply the environment to programs that require it, removing their need for any specific environment.

     This is similar to dependency injection, and the provide function can be thought of as inject.

159.  def raceAll[R, R1 <: R, E, A](zio: => ZIO[R, E, A], ios: => Iterable[ZIO[R1, E, A]]): ZIO[R1, E, A]

     Races an IO[E, A] against zero or more other effects.

     Races an IO[E, A] against zero or more other effects. Yields either the first success or the last failure.

160.  def reduceAll[R, R1 <: R, E, A](a: => ZIO[R, E, A], as: => Iterable[ZIO[R1, E, A]])(f: (A, A) => A): ZIO[R1, E, A]

     Reduces an Iterable[IO] to a single IO, working sequentially.

161.  def reduceAllPar[R, R1 <: R, E, A](a0: => ZIO[R, E, A], as0: => Iterable[ZIO[R1, E, A]])(f: (A, A) => A): ZIO[R1, E, A]

     Reduces an Iterable[IO] to a single IO, working in parallel.

162.  def reduceAllParN[R, R1 <: R, E, A](n: => Int)(a0: => ZIO[R, E, A], as0: => Iterable[ZIO[R1, E, A]])(f: (A, A) => A): ZIO[R1, E, A]

     Reduces an Iterable[IO] to a single IO, working in up to n fibers in parallel.

163.  def replicate[R, E, A](n: Int)(effect: ZIO[R, E, A]): Iterable[ZIO[R, E, A]]

     Replicates the given effect n times.

     Replicates the given effect n times. If 0 or negative numbers are given, an empty Iterable will be returned. This method is more efficient than using List.fill or similar methods, because the returned Iterable consumes only a small amount of heap regardless of n.

164.  def replicateZIO[R, E, A](n: => Int)(effect: => ZIO[R, E, A]): ZIO[R, E, Iterable[A]]

     Performs this effect the specified number of times and collects the results.

165.  def replicateZIODiscard[R, E, A](n: => Int)(effect: => ZIO[R, E, A]): ZIO[R, E, Unit]

     Performs this effect the specified number of times, discarding the results.

166.  def reserve[R, E, A, B](reservation: => ZIO[R, E, Reservation[R, E, A]])(use: (A) => ZIO[R, E, B]): ZIO[R, E, B]

     Acquires a resource, uses the resource, and then releases the resource.

     Acquires a resource, uses the resource, and then releases the resource. However, unlike acquireReleaseWith, the separation of these phases allows the acquisition to be interruptible.

     Useful for concurrent data structures and other cases where the 'deallocator' can tell if the allocation succeeded or not just by inspecting internal / external state.

167.  def right[B](b: => B): UIO[Either[Nothing, B]]

     Returns an effect with the value on the right part.

168.  def runtime[R]: URIO[R, Runtime[R]]

     Returns an effect that accesses the runtime, which can be used to (unsafely) execute tasks.

     Returns an effect that accesses the runtime, which can be used to (unsafely) execute tasks. This is useful for integration with legacy code that must call back into ZIO code.

169.  val runtimeConfig: UIO[RuntimeConfig]

     Retrieves the runtimeConfig that this effect is running on.

170.  def scopeWith[R, E, A](f: (ZScope[Exit[Any, Any]]) => ZIO[R, E, A]): ZIO[R, E, A]

     Passes the fiber's scope to the specified function, which creates an effect that will be returned from this method.

171.  def service[A](implicit arg0: zio.Tag[A]): URIO[Has[A], A]

     Accesses the specified service in the environment of the effect.

172.  def serviceAt[Service]: ServiceAtPartiallyApplied[Service]

     Accesses the service corresponding to the specified key in the environment.

173.  def serviceWith[Service]: ServiceWithPartiallyApplied[Service]

     Effectfully accesses the specified service in the environment of the effect.

     Effectfully accesses the specified service in the environment of the effect.

     Especially useful for creating "accessor" methods on Services' companion objects.

     def foo(int: Int) = ZIO.serviceWith[Foo](_.foo(int))

174.  def setRuntimeConfig(runtimeConfig: => RuntimeConfig): UIO[Unit]

     Sets the runtime configuration to the specified value.

175.  def setState[S](s: => S)(implicit arg0: zio.Tag[S]): ZIO[Has[ZState[S]], Nothing, Unit]

     Sets a state in the environment to the specified value.

176.  def shift(executor: => Executor): UIO[Unit]

     Returns an effect that shifts execution to the specified executor.

     Returns an effect that shifts execution to the specified executor. This is useful to specify a default executor that effects sequenced after this one will be run on if they are not shifted somewhere else. It can also be used to implement higher level operators to manage where an effect is run such as ZIO!.onExecutor and ZIO!.onExecutionContext.

177.  def sleep(duration: => zio.Duration): URIO[Has[Clock], Unit]

     Returns an effect that suspends for the specified duration.

     Returns an effect that suspends for the specified duration. This method is asynchronous, and does not actually block the fiber executing the effect.

178.  def some[A](a: => A): UIO[Option[A]]

     Returns an effect with the optional value.

179.  def succeed[A](a: => A): UIO[A]

     Returns an effect that models success with the specified value.

180.  def succeedBlocking[A](a: => A): UIO[A]

     Returns a synchronous effect that does blocking and succeeds with the specified value.

181.  def succeedWith[A](f: (RuntimeConfig, FiberId) => A): UIO[A]

     The same as ZIO.succeed, but also provides access to the underlying RuntimeConfig and fiber id.

182.  def suspend[R, A](rio: => RIO[R, A]): RIO[R, A]

     Returns a lazily constructed effect, whose construction may itself require effects.

     Returns a lazily constructed effect, whose construction may itself require effects. When no environment is required (i.e., when R == Any) it is conceptually equivalent to flatten(effect(io)).

183.  def suspendSucceed[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Returns a lazily constructed effect, whose construction may itself require effects.

     Returns a lazily constructed effect, whose construction may itself require effects. The effect must not throw any exceptions. When no environment is required (i.e., when R == Any) it is conceptually equivalent to flatten(succeed(zio)). If you wonder if the effect throws exceptions, do not use this method, use Task.suspend or ZIO.suspend.

184.  def suspendSucceedWith[R, E, A](f: (RuntimeConfig, FiberId) => ZIO[R, E, A]): ZIO[R, E, A]

     Returns a lazily constructed effect, whose construction may itself require effects.

     Returns a lazily constructed effect, whose construction may itself require effects. The effect must not throw any exceptions. When no environment is required (i.e., when R == Any) it is conceptually equivalent to flatten(succeed(zio)). If you wonder if the effect throws exceptions, do not use this method, use Task.suspend or ZIO.suspend.

185.  def suspendWith[R, A](f: (RuntimeConfig, FiberId) => RIO[R, A]): RIO[R, A]

     Returns a lazily constructed effect, whose construction may itself require effects.

     Returns a lazily constructed effect, whose construction may itself require effects. When no environment is required (i.e., when R == Any) it is conceptually equivalent to flatten(effect(io)).

186.  final def synchronized[T0](arg0: => T0): T0

     Definition Classes

     AnyRef

187.  def toString(): String

     Definition Classes

     AnyRef → Any

188.  def trace: UIO[ZTrace]

     Capture ZIO trace at the current point

189.  def traced[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Prefix form of ZIO#traced.

190.  def transplant[R, E, A](f: (Grafter) => ZIO[R, E, A]): ZIO[R, E, A]

     Transplants specified effects so that when those effects fork other effects, the forked effects will be governed by the scope of the fiber that executes this effect.

     Transplants specified effects so that when those effects fork other effects, the forked effects will be governed by the scope of the fiber that executes this effect.

     This can be used to "graft" deep grandchildren onto a higher-level scope, effectively extending their lifespans into the parent scope.

191.  def uninterruptible[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Prefix form of ZIO#uninterruptible.

192.  def uninterruptibleMask[R, E, A](k: (InterruptStatusRestore) => ZIO[R, E, A]): ZIO[R, E, A]

     Makes the effect uninterruptible, but passes it a restore function that can be used to restore the inherited interruptibility from whatever region the effect is composed into.

193.  lazy val unit: UIO[Unit]

     An effect that succeeds with a unit value.

194.  def unless[R, E, A](b: => Boolean)(zio: => ZIO[R, E, A]): ZIO[R, E, Option[A]]

     The moral equivalent of if (!p) exp

195.  def unlessZIO[R, E](b: => ZIO[R, E, Boolean]): UnlessZIO[R, E]

     The moral equivalent of if (!p) exp when p has side-effects

196.  def unsandbox[R, E, A](v: => ZIO[R, Cause[E], A]): ZIO[R, E, A]

     The inverse operation IO.sandboxed

     The inverse operation IO.sandboxed

     Terminates with exceptions on the Left side of the Either error, if it exists. Otherwise extracts the contained IO[E, A]

197.  def unshift: UIO[Unit]

     Returns an effect indicating that execution is no longer required to be performed on the current executor.

     Returns an effect indicating that execution is no longer required to be performed on the current executor. The runtime may continue executing on this executor for efficiency but will not automatically shift back to it after completing an effect on another executor.

198.  def untraced[R, E, A](zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Prefix form of ZIO#untraced.

199.  def updateState[S](f: (S) => S)(implicit arg0: zio.Tag[S]): ZIO[Has[ZState[S]], Nothing, Unit]

     Updates a state in the environment with the specified function.

200.  def validate[R, E, A, B](in: NonEmptyChunk[A])(f: (A) => ZIO[R, E, B])(implicit ev: CanFail[E]): ZIO[R, ::[E], NonEmptyChunk[B]]

     Feeds elements of type A to f and accumulates all errors in error channel or successes in success channel.

     Feeds elements of type A to f and accumulates all errors in error channel or successes in success channel.

     This combinator is lossy meaning that if there are errors all successes will be lost. To retain all information please use partition.

201.  def validate[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]], ev: CanFail[E]): ZIO[R, ::[E], Collection[B]]

     Feeds elements of type A to f and accumulates all errors in error channel or successes in success channel.

     Feeds elements of type A to f and accumulates all errors in error channel or successes in success channel.

     This combinator is lossy meaning that if there are errors all successes will be lost. To retain all information please use partition.

202.  def validateDiscard[R, E, A](in: => Iterable[A])(f: (A) => ZIO[R, E, Any])(implicit ev: CanFail[E]): ZIO[R, ::[E], Unit]

     Feeds elements of type A to f and accumulates all errors, discarding the successes.

203.  def validateFirst[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], E, Collection[E]], ev: CanFail[E]): ZIO[R, Collection[E], B]

     Feeds elements of type A to f until it succeeds.

     Feeds elements of type A to f until it succeeds. Returns first success or the accumulation of all errors.

204.  def validateFirstPar[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], E, Collection[E]], ev: CanFail[E]): ZIO[R, Collection[E], B]

     Feeds elements of type A to f, in parallel, until it succeeds.

     Feeds elements of type A to f, in parallel, until it succeeds. Returns first success or the accumulation of all errors.

     In case of success all other running fibers are terminated.

205.  def validatePar[R, E, A, B](in: NonEmptyChunk[A])(f: (A) => ZIO[R, E, B])(implicit ev: CanFail[E]): ZIO[R, ::[E], NonEmptyChunk[B]]

     Feeds elements of type A to f and accumulates, in parallel, all errors in error channel or successes in success channel.

     Feeds elements of type A to f and accumulates, in parallel, all errors in error channel or successes in success channel.

     This combinator is lossy meaning that if there are errors all successes will be lost. To retain all information please use partitionPar.

206.  def validatePar[R, E, A, B, Collection[+Element] <: Iterable[Element]](in: Collection[A])(f: (A) => ZIO[R, E, B])(implicit bf: zio.BuildFrom[Collection[A], B, Collection[B]], ev: CanFail[E]): ZIO[R, ::[E], Collection[B]]

     Feeds elements of type A to f and accumulates, in parallel, all errors in error channel or successes in success channel.

     Feeds elements of type A to f and accumulates, in parallel, all errors in error channel or successes in success channel.

     This combinator is lossy meaning that if there are errors all successes will be lost. To retain all information please use partitionPar.

207.  def validateParDiscard[R, E, A](in: => Iterable[A])(f: (A) => ZIO[R, E, Any])(implicit ev: CanFail[E]): ZIO[R, ::[E], Unit]

     Feeds elements of type A to f in parallel and accumulates all errors, discarding the successes.

208.  final def wait(): Unit

     Definition Classes

     AnyRef

     Annotations

     @throws(classOf[java.lang.InterruptedException])

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

     Definition Classes

     AnyRef

     Annotations

     @throws(classOf[java.lang.InterruptedException])

210.  final def wait(arg0: Long): Unit

     Definition Classes

     AnyRef

     Annotations

     @throws(classOf[java.lang.InterruptedException]) @native()

211.  def when[R, E, A](b: => Boolean)(zio: => ZIO[R, E, A]): ZIO[R, E, Option[A]]

     The moral equivalent of if (p) exp

212.  def whenCase[R, E, A, B](a: => A)(pf: PartialFunction[A, ZIO[R, E, B]]): ZIO[R, E, Option[B]]

     Runs an effect when the supplied PartialFunction matches for the given value, otherwise does nothing.

213.  def whenCaseZIO[R, E, A, B](a: => ZIO[R, E, A])(pf: PartialFunction[A, ZIO[R, E, B]]): ZIO[R, E, Option[B]]

     Runs an effect when the supplied PartialFunction matches for the given effectful value, otherwise does nothing.

214.  def whenZIO[R, E](b: => ZIO[R, E, Boolean]): WhenZIO[R, E]

     The moral equivalent of if (p) exp when p has side-effects

215.  def withChildren[R, E, A](get: (UIO[Chunk[Fiber.Runtime[Any, Any]]]) => ZIO[R, E, A]): ZIO[R, E, A]

     Locally installs a supervisor and an effect that succeeds with all the children that have been forked in the returned effect.

216.  def withRuntimeConfig[R, E, A](runtimeConfig: => RuntimeConfig)(zio: => ZIO[R, E, A]): ZIO[R, E, A]

     Runs the specified effect on the specified runtime configuration, restoring the old runtime configuration when it completes execution.

217.  lazy val yieldNow: UIO[Unit]

     Returns an effect that yields to the runtime system, starting on a fresh stack.

     Returns an effect that yields to the runtime system, starting on a fresh stack. Manual use of this method can improve fairness, at the cost of overhead.

218.  object CanFilter
219.  object InterruptStatusRestore
220.  object ZIOConstructor extends ZIOConstructorLowPriority1