Uses of Interface
io.github.avivcarmis.javared.future.RedFuture

Packages that use RedFuture

Package	Description
io.github.avivcarmis.javared.executor
io.github.avivcarmis.javared.future

Uses of RedFuture in io.github.avivcarmis.javared.executor

Methods in io.github.avivcarmis.javared.executor that return RedFuture

Modifier and Type	Method and Description
RedFuture	RedVoidSynchronizer.execute(INPUT input) Receive an input and executes it, returns a RedFuture of the execution completion.

Methods in io.github.avivcarmis.javared.executor with parameters of type RedFuture

Modifier and Type	Method and Description
protected abstract RETURN_CLASSIFIER	BaseRedSynchronizer.FutureTransformer.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier0	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked0.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier1<T0>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked1.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier2<T0,T1>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked2.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier3<T0,T1,T2>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked3.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier4<T0,T1,T2,T3>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked4.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier5<T0,T1,T2,T3,T4>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked5.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier6<T0,T1,T2,T3,T4,T5>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked6.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier7<T0,T1,T2,T3,T4,T5,T6>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked7.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier8<T0,T1,T2,T3,T4,T5,T6,T7>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked8.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier9<T0,T1,T2,T3,T4,T5,T6,T7,T8>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked9.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier10<T0,T1,T2,T3,T4,T5,T6,T7,T8,T9>	BaseRedSynchronizer.FutureTransformer.Unlocked.Unlocked10.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifierN	BaseRedSynchronizer.FutureTransformer.Unlocked.UnlockedN.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier0	BaseRedSynchronizer.FutureTransformer.Locked.Locked0.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier1<T0>	BaseRedSynchronizer.FutureTransformer.Locked.Locked1.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.Classifier2<T0,T1>	BaseRedSynchronizer.FutureTransformer.Locked.Locked2.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier3<T0,T1,T2>	BaseRedSynchronizer.FutureTransformer.Locked.Locked3.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier4<T0,T1,T2,T3>	BaseRedSynchronizer.FutureTransformer.Locked.Locked4.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier5<T0,T1,T2,T3,T4>	BaseRedSynchronizer.FutureTransformer.Locked.Locked5.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier6<T0,T1,T2,T3,T4,T5>	BaseRedSynchronizer.FutureTransformer.Locked.Locked6.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier7<T0,T1,T2,T3,T4,T5,T6>	BaseRedSynchronizer.FutureTransformer.Locked.Locked7.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier8<T0,T1,T2,T3,T4,T5,T6,T7>	BaseRedSynchronizer.FutureTransformer.Locked.Locked8.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier9<T0,T1,T2,T3,T4,T5,T6,T7,T8>	BaseRedSynchronizer.FutureTransformer.Locked.Locked9.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifier10<T0,T1,T2,T3,T4,T5,T6,T7,T8,T9>	BaseRedSynchronizer.FutureTransformer.Locked.Locked10.classifier(RedFuture[] preconditions)
protected BaseRedSynchronizer.ReturnClassifier.ReturnClassifierN	BaseRedSynchronizer.FutureTransformer.Locked.LockedN.classifier(RedFuture[] preconditions)
protected abstract TRANSFORMER	BaseRedSynchronizer.ReturnClassifier.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers) Generates the concrete instance of the BaseRedSynchronizer.ReturnClassifier transformer.
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked0	BaseRedSynchronizer.ReturnClassifier.Classifier0.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked1<T0>	BaseRedSynchronizer.ReturnClassifier.Classifier1.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked2<T0,T1>	BaseRedSynchronizer.ReturnClassifier.Classifier2.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked3<T0,T1,T2>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier3.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked4<T0,T1,T2,T3>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier4.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked5<T0,T1,T2,T3,T4>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier5.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked6<T0,T1,T2,T3,T4,T5>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier6.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked7<T0,T1,T2,T3,T4,T5,T6>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier7.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked8<T0,T1,T2,T3,T4,T5,T6,T7>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier8.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked9<T0,T1,T2,T3,T4,T5,T6,T7,T8>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier9.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.Locked10<T0,T1,T2,T3,T4,T5,T6,T7,T8,T9>	BaseRedSynchronizer.ReturnClassifier.ReturnClassifier10.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)
protected BaseRedSynchronizer.FutureTransformer.Locked.LockedN	BaseRedSynchronizer.ReturnClassifier.ReturnClassifierN.transformer(RedFuture[] oldPreconditions, BaseRedSynchronizer.Marker... markers)

Uses of RedFuture in io.github.avivcarmis.javared.future

Subinterfaces of RedFuture in io.github.avivcarmis.javared.future

Modifier and Type	Interface and Description
interface	RedFutureOf<T> A simple Future like interface, which supports trivial, fully asynchronous, Java 8 callbacks.

Classes in io.github.avivcarmis.javared.future that implement RedFuture

Modifier and Type	Class and Description
class	BaseOpenRedFuture<T> An abstract class to implement common functionality of both RedFuture and RedFutureOf
class	OpenRedFuture An implementation of RedFuture, which represents the settable side of the future.
class	OpenRedFutureOf<T> An implementation of RedFutureOf, which represents the settable side of the typed future.

Methods in io.github.avivcarmis.javared.future that return RedFuture

Modifier and Type	Method and Description
RedFuture	RedFuture.addFailureCallback(Callback<Throwable> callback) Attach a callback receiving a throwable to be invoked when the future is failed.
RedFuture	BaseOpenRedFuture.addFailureCallback(Callback<Throwable> callback)
RedFuture	RedFuture.addFailureCallback(Executor executor, Callback<Throwable> callback) Attach a callback receiving a throwable to be invoked when the future is failed.
RedFuture	BaseOpenRedFuture.addFailureCallback(Executor executor, Callback<Throwable> callback)
RedFuture	RedFuture.addFinallyCallback(EmptyCallback callback) Attach a no-parameter callback to be invoked when the future is either successfully resolved, or otherwise failed, in resemblance to java finally block.
RedFuture	BaseOpenRedFuture.addFinallyCallback(EmptyCallback callback)
RedFuture	RedFuture.addFinallyCallback(Executor executor, EmptyCallback callback) Attach a no-parameter callback to be invoked when the future is either successfully resolved, or otherwise failed, in resemblance to java finally block.
RedFuture	BaseOpenRedFuture.addFinallyCallback(Executor executor, EmptyCallback callback)
RedFuture	RedFuture.addSuccessCallback(EmptyCallback callback) Attach a no-parameter callback to be invoked when the future is successfully resolved.
RedFuture	BaseOpenRedFuture.addSuccessCallback(EmptyCallback callback)
RedFuture	RedFuture.addSuccessCallback(Executor executor, EmptyCallback callback) Attach a no-parameter callback to be invoked when the future is successfully resolved.
RedFuture	BaseOpenRedFuture.addSuccessCallback(Executor executor, EmptyCallback callback)
static RedFuture	RedFuture.failed(Throwable t)
static RedFuture	RedFuture.resolved()
RedFuture	RedFutureHub.uniteCautiously() Requests the hub to return a single united, cautious RedFuture instance.
RedFuture	RedFutureHub.uniteOptimistically() Requests the hub to return a single united, optimistic RedFuture instance.
RedFuture	RedFutureHub.unitePessimistically() Requests the hub to return a single united, pessimistic RedFuture instance.

Methods in io.github.avivcarmis.javared.future with parameters of type RedFuture

Modifier and Type	Method and Description
RedFutureHub	RedFutureHub.adoptFuture(RedFuture future) Requests the hub to adopt and track an instance of RedFuture.
RedFutureHub	RedFutureHub.adoptFutures(RedFuture... futures) Requests the hub to adopt and track multiple instances of RedFuture.
void	OpenRedFuture.follow(Executor executor, RedFuture future) Tells the current open future to follow the given future status.
void	OpenRedFuture.follow(RedFuture future) Tells the current open future to follow the given future status.

Method parameters in io.github.avivcarmis.javared.future with type arguments of type RedFuture

Modifier and Type	Method and Description
RedFutureHub	RedFutureHub.adoptFutures(Collection<RedFuture> futures) Requests the hub to adopt and track multiple instances of RedFuture.