Uses of Interface
io.camunda.zeebe.scheduler.future.ActorFuture

Packages that use ActorFuture

Package	Description
io.camunda.zeebe.scheduler
io.camunda.zeebe.scheduler.future
io.camunda.zeebe.scheduler.retry
io.camunda.zeebe.scheduler.startup

Uses of ActorFuture in io.camunda.zeebe.scheduler

Methods in io.camunda.zeebe.scheduler that return ActorFuture

Modifier and Type	Method	Description
ActorFuture<Void>	ActorControl.call(Runnable action)	Callables actions are called while the actor is in the following actor lifecycle phases: ActorTask.ActorLifecyclePhase.STARTED
<T> ActorFuture<T>	ActorControl.call(Callable<T> callable)	Callables actions are called while the actor is in the following actor lifecycle phases: ActorTask.ActorLifecyclePhase.STARTED
ActorFuture<Void>	ActorControl.close()
ActorFuture<Void>	Actor.closeAsync()
ActorFuture<Void>	AsyncClosable.closeAsync()	Asynchronous closing.
default <V> ActorFuture<V>	ConcurrencyControl.createCompletedFuture()	Create a new completed future object
default <V> ActorFuture<V>	ConcurrencyControl.createFuture()	Create a new future object
ActorFuture<Void>	ActorTask.onTaskScheduled(ActorThreadGroup actorThreadGroup)	called when the task is initially scheduled.
ActorFuture	ActorJob.setCallable(Callable<?> callable)
ActorFuture<Void>	ActorScheduler.submitActor(Actor actor)	Submits a non-blocking, CPU-bound actor.
ActorFuture<Void>	ActorScheduler.submitActor(Actor actor, SchedulingHints schedulingHints)	Submits an actor providing hints to the scheduler about how to best schedule the actor.
ActorFuture<Void>	ActorSchedulingService.submitActor(Actor actor)
ActorFuture<Void>	ActorSchedulingService.submitActor(Actor actor, SchedulingHints schedulingHints)
ActorFuture<Void>	ActorExecutor.submitCpuBound(ActorTask task)	Initially submit a non-blocking actor to be managed by this scheduler.
ActorFuture<Void>	ActorExecutor.submitIoBoundTask(ActorTask task)

Methods in io.camunda.zeebe.scheduler with parameters of type ActorFuture

Modifier and Type	Method	Description
<T> void	Actor.runOnCompletion(ActorFuture<T> future, BiConsumer<T,Throwable> callback)
<T> void	ActorControl.runOnCompletion(ActorFuture<T> future, BiConsumer<T,Throwable> callback)	Invoke the callback when the given future is completed (successfully or exceptionally).
<T> void	ConcurrencyControl.runOnCompletion(ActorFuture<T> future, BiConsumer<T,Throwable> callback)	Schedules a callback to be invoked after the future has completed
<T> void	ActorControl.runOnCompletionBlockingCurrentPhase(ActorFuture<T> future, BiConsumer<T,Throwable> callback)	Invoke the callback when the given future is completed (successfully or exceptionally).
void	ActorJob.setResultFuture(ActorFuture resultFuture)

Method parameters in io.camunda.zeebe.scheduler with type arguments of type ActorFuture

Modifier and Type	Method	Description
<T> void	ActorControl.runOnCompletion(Collection<ActorFuture<T>> futures, Consumer<Throwable> callback)	Invoke the callback when the given futures are completed (successfully or exceptionally).

Constructors in io.camunda.zeebe.scheduler with parameters of type ActorFuture

Modifier	Constructor	Description
	ActorFutureSubscription(ActorFuture<?> future, ActorJob callbackJob, int phaseMask)

Uses of ActorFuture in io.camunda.zeebe.scheduler.future

Classes in io.camunda.zeebe.scheduler.future that implement ActorFuture

Modifier and Type	Class	Description
final class	CompletableActorFuture<V>	Completable future implementation that is garbage free and reusable

Methods in io.camunda.zeebe.scheduler.future that return types with arguments of type ActorFuture

Modifier and Type	Method	Description
BiConsumer<List<ActorFuture<V>>,ActorFuture<V>>	ActorFutureCollector.accumulator()
BiConsumer<List<ActorFuture<V>>,ActorFuture<V>>	ActorFutureCollector.accumulator()
BinaryOperator<List<ActorFuture<V>>>	ActorFutureCollector.combiner()
Function<List<ActorFuture<V>>,ActorFuture<List<V>>>	ActorFutureCollector.finisher()
Function<List<ActorFuture<V>>,ActorFuture<List<V>>>	ActorFutureCollector.finisher()
Supplier<List<ActorFuture<V>>>	ActorFutureCollector.supplier()

Constructors in io.camunda.zeebe.scheduler.future with parameters of type ActorFuture

Modifier	Constructor	Description
	FutureContinuationRunnable(ActorFuture<T> future, BiConsumer<T,Throwable> consumer)

Uses of ActorFuture in io.camunda.zeebe.scheduler.retry

Methods in io.camunda.zeebe.scheduler.retry that return ActorFuture

Modifier and Type	Method	Description
ActorFuture<Boolean>	AbortableRetryStrategy.runWithRetry(OperationToRetry callable)
ActorFuture<Boolean>	AbortableRetryStrategy.runWithRetry(OperationToRetry callable, BooleanSupplier condition)
ActorFuture<Boolean>	BackOffRetryStrategy.runWithRetry(OperationToRetry callable)
ActorFuture<Boolean>	BackOffRetryStrategy.runWithRetry(OperationToRetry callable, BooleanSupplier terminateCondition)
ActorFuture<Boolean>	EndlessRetryStrategy.runWithRetry(OperationToRetry callable)
ActorFuture<Boolean>	EndlessRetryStrategy.runWithRetry(OperationToRetry callable, BooleanSupplier condition)
ActorFuture<Boolean>	RecoverableRetryStrategy.runWithRetry(OperationToRetry callable)
ActorFuture<Boolean>	RecoverableRetryStrategy.runWithRetry(OperationToRetry callable, BooleanSupplier condition)
ActorFuture<Boolean>	RetryStrategy.runWithRetry(OperationToRetry callable)	Runs the given runnable with the defined retry strategy.
ActorFuture<Boolean>	RetryStrategy.runWithRetry(OperationToRetry callable, BooleanSupplier terminateCondition)	Runs the given runnable with the defined retry strategy.

Uses of ActorFuture in io.camunda.zeebe.scheduler.startup

Methods in io.camunda.zeebe.scheduler.startup that return ActorFuture

Modifier and Type	Method	Description
ActorFuture<CONTEXT>	StartupProcess.shutdown(ConcurrencyControl concurrencyControl, CONTEXT context)	Executes the shutdown logic
ActorFuture<CONTEXT>	StartupStep.shutdown(CONTEXT context)	Executes the shutdown logic
ActorFuture<CONTEXT>	StartupProcess.startup(ConcurrencyControl concurrencyControl, CONTEXT context)	Executes the startup logic
ActorFuture<CONTEXT>	StartupStep.startup(CONTEXT context)	Executes the startup logic