Type Members

1.  type Async[F[_]] = effect.kernel.Async[F]
2.  type Clock[F[_]] = effect.kernel.Clock[F]
3.  type Concurrent[F[_], E] = effect.kernel.Concurrent[F, E]
4.  type ConcurrentThrow[F[_]] = effect.kernel.Concurrent[F, Throwable]
5.  type Effect[F[_]] = effect.kernel.Effect[F]
6.  type Fiber[F[_], E, A] = effect.kernel.Fiber[F, E, A]
7.  type FiberIO[A] = effect.kernel.Fiber[IO, Throwable, A]
8.  sealed abstract class IO[+A] extends IOPlatform[A]
9.  trait IOApp extends AnyRef
10.  trait LiftIO[F[_]] extends AnyRef
11.  type Outcome[F[_], E, A] = effect.kernel.Outcome[F, E, A]
12.  type OutcomeIO[A] = effect.kernel.Outcome[IO, Throwable, A]
13.  type ParallelF[F[_], A] = T[F, A]
14.  type Poll[F[_]] = effect.kernel.Poll[F]
15.  type Sync[F[_]] = effect.kernel.Sync[F]
16.  type SyncEffect[F[_]] = effect.kernel.SyncEffect[F]
17.  sealed abstract class SyncIO[+A] extends AnyRef

    A pure abstraction representing the intention to perform a side effect, where the result of that side effect is obtained synchronously.

    A pure abstraction representing the intention to perform a side effect, where the result of that side effect is obtained synchronously.

    SyncIO is similar to IO, but does not support asynchronous computations. Consequently, a SyncIO can be run synchronously to obtain a result via unsafeRunSync. This is unlike IO#unsafeRunSync, which cannot be safely called in general -- doing so on the JVM blocks the calling thread while the async part of the computation is run and doing so on Scala.js throws an exception upon encountering an async boundary.

18.  type Temporal[F[_], E] = effect.kernel.Temporal[F, E]
19.  type TemporalThrow[F[_]] = effect.kernel.Temporal[F, Throwable]
20.  trait UnsafeTimer extends AnyRef