Value Members

1.  final def !=(arg0: Any): Boolean

   Definition Classes

   Any

2.  final def ##: Int

   Definition Classes

   Any

3.  final def ==(arg0: Any): Boolean

   Definition Classes

   Any

4.  val F: Sync[F]
5.  final def asInstanceOf[T0]: T0

   Definition Classes

   Any

6.  def getClass(): Class[_ <: AnyVal]

   Definition Classes

   AnyVal → Any

7.  final def isInstanceOf[T0]: Boolean

   Definition Classes

   Any

8.  def of(maxFailures: Int, resetTimeout: FiniteDuration, exponentialBackoffFactor: Double = 1.0, maxResetTimeout: Duration = Duration.Inf, onRejected: F[Unit] = F.unit, onClosed: F[Unit] = F.unit, onHalfOpen: F[Unit] = F.unit, onOpen: F[Unit] = F.unit, padding: PaddingStrategy = NoPadding)(implicit clock: Clock[F]): F[CircuitBreaker[F]]

   Safe builder for a CircuitBreaker reference.

   Safe builder for a CircuitBreaker reference.

   maxFailures

   is the maximum count for failures before opening the circuit breaker

   resetTimeout

   is the timeout to wait in the Open state before attempting a close of the circuit breaker (but without the backoff factor applied)

   exponentialBackoffFactor

   is a factor to use for resetting the resetTimeout when in the HalfOpen state, in case the attempt to Close fails

   maxResetTimeout

   is the maximum timeout the circuit breaker is allowed to use when applying the exponentialBackoffFactor

   onRejected

   is a callback for signaling rejected tasks, so every time a task execution is attempted and rejected in Open or HalfOpen states

   onClosed

   is a callback for signaling transitions to the Closed state

   onHalfOpen

   is a callback for signaling transitions to HalfOpen

   onOpen

   is a callback for signaling transitions to Open

   padding

   is the PaddingStrategy to apply to the underlying atomic reference used, to use in case contention and "false sharing" become a problem

9.  def toString(): String

   Definition Classes

   Any

10.  def unsafe(maxFailures: Int, resetTimeout: FiniteDuration, exponentialBackoffFactor: Double = 1.0, maxResetTimeout: Duration = Duration.Inf, onRejected: F[Unit] = F.unit, onClosed: F[Unit] = F.unit, onHalfOpen: F[Unit] = F.unit, onOpen: F[Unit] = F.unit, padding: PaddingStrategy = NoPadding)(implicit clock: Clock[F]): CircuitBreaker[F]

    Unsafe builder, an alternative to CircuitBreaker[F].of for people knowing what they are doing.

    Unsafe builder, an alternative to CircuitBreaker[F].of for people knowing what they are doing.

    UNSAFE WARNING: this builder is unsafe to use because creating a circuit breaker allocates shared mutable states, which violates referential transparency. Prefer to use the safe CircuitBreaker[F].of and pass that CircuitBreaker around as a plain parameter.

    maxFailures

    is the maximum count for failures before opening the circuit breaker

    resetTimeout

    is the timeout to wait in the Open state before attempting a close of the circuit breaker (but without the backoff factor applied)

    exponentialBackoffFactor

    is a factor to use for resetting the resetTimeout when in the HalfOpen state, in case the attempt to Close fails

    maxResetTimeout

    is the maximum timeout the circuit breaker is allowed to use when applying the exponentialBackoffFactor

    onRejected

    is a callback for signaling rejected tasks, so every time a task execution is attempted and rejected in Open or HalfOpen states

    onClosed

    is a callback for signaling transitions to the Closed state

    onHalfOpen

    is a callback for signaling transitions to HalfOpen

    onOpen

    is a callback for signaling transitions to Open

    padding

    is the PaddingStrategy to apply to the underlying atomic reference used, to use in case contention and "false sharing" become a problem

    Annotations

    @UnsafeBecauseImpure()