Uses of Class
edu.rice.hj.api.SuspendableException

Packages that use SuspendableException

Package	Description
edu.rice.hj	The base package for all habanero-java related items.
edu.rice.hj.api	The base package for all Habanero-Java API.
edu.rice.hj.continuation	Continuations Library for Coroutine support in Java.
edu.rice.hj.experimental
edu.rice.hj.experimental.api
edu.rice.hj.runtime.baseruntime
edu.rice.hj.runtime.eureka
edu.rice.hj.runtime.eventcount
edu.rice.hj.runtime.javafj
edu.rice.hj.runtime.mapreduce
edu.rice.hj.runtime.mapreduce2
edu.rice.hj.runtime.phasers	The base package for the habanero-java phaser support.
edu.rice.hj.runtime.sequential	The base package for a sequential implementation of the HJ runtime.
edu.rice.hj.runtime.simt

Uses of SuspendableException in edu.rice.hj

Methods in edu.rice.hj that throw SuspendableException

Modifier and Type	Method and Description
static void	Module0.doWait() wait on each phaser that task is registered on with a wait capability (WAIT, SIG_WAIT). wait is a potentially blocking operation.
static void	Module0.finish(HjFinishAccumulator f1, HjFinishAccumulator f2, HjFinishAccumulator f3, HjSuspendable suspendable) finish.
static void	Module0.finish(HjFinishAccumulator f1, HjFinishAccumulator f2, HjSuspendable suspendable) finish.
static void	Module0.finish(HjFinishAccumulator f1, HjSuspendable suspendable) finish.
static void	Module0.finish(HjSuspendable suspendable) Creates a new finish scope to execute the wrapped statements.
static void	Module0.finish(List<HjFinishAccumulator> accumulators, HjSuspendable suspendable) finish.
static void	Module1.forall(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body) Construct to represent loop-level parallelism.
static void	Module1.forall(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism.
static void	Module1.forall(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Construct to represent loop-level parallelism.
static void	Module1.forall(int startInc, int endInc, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism.
static void	Module1.forall(int s0, int e0, int s1, int e1, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism.
static <T> void	Module1.forall(Iterable<T> iterable, HjSuspendingProcedure<T> body) Construct to represent loop-level parallelism.
static void	Module1.forallChunked(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module1.forallChunked(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module1.forallChunked(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module1.forallChunked(int startInc, int endInc, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module1.forallChunked(int startInc, int endInc, int chunkSize, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module1.forallChunked(int s0, int e0, int s1, int e1, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNb(HjRegion.HjRegion1D hjRegion, HjProcedureInt1D body) Construct to represent loop-level parallelism.
static void	Module0.forallNb(HjRegion.HjRegion2D hjRegion, HjProcedureInt2D body) Construct to represent loop-level parallelism.
static void	Module0.forallNb(HjRegion.HjRegion3D hjRegion, HjProcedureInt3D body) Construct to represent loop-level parallelism.
static void	Module0.forallNb(int startInc, int endInc, HjProcedure<Integer> body) Construct to represent loop-level parallelism.
static void	Module0.forallNb(int s0, int e0, int s1, int e1, HjProcedureInt2D body) Construct to represent loop-level parallelism.
static <T> void	Module0.forallNb(Iterable<T> iterable, HjProcedure<T> body) Construct to represent loop-level parallelism.
static void	Module0.forallNbChunked(HjRegion.HjRegion1D hjRegion, HjProcedureInt1D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNbChunked(HjRegion.HjRegion2D hjRegion, HjProcedureInt2D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNbChunked(HjRegion.HjRegion3D hjRegion, HjProcedureInt3D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNbChunked(int startInc, int endInc, HjProcedure<Integer> body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNbChunked(int startInc, int endInc, int chunkSize, HjProcedure<Integer> body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallNbChunked(int s0, int e0, int s1, int e1, HjProcedureInt2D body) Construct to represent loop-level parallelism using chunking/grouping.
static void	Module0.forallPhased(int startInc, int endInc, HjSuspendingProcedure<Integer> body) In forallPhased, you have a phaser registered with the spawned asyncs (there is one async for each iteration of the loop) implicitly.
static <T> void	Module0.forallPhased(Iterable<T> iterable, HjSuspendingProcedure<T> body) In forallPhased, you have a phaser registered with the spawned asyncs (there is one async for each iteration of the loop) implicitly.
static <T> void	Module1.forasync(Iterable<T> iterable, HjSuspendingProcedure<T> body) Construct to represent loop-level parallelism.
static void	Module1.forasyncChunked(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body) Construct to represent loop-level parallelism.
static void	Module1.forasyncChunked(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism.
static void	Module1.forasyncChunked(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Construct to represent loop-level parallelism.
static void	Module1.forasyncChunked(int startInc, int endInc, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism.
static void	Module1.forasyncChunked(int startInc, int endInc, int chunkSize, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism.
static void	HjRegionHelper.forasyncSuspChunked(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body) Helper method for forasyncNbChunked.
static void	HjRegionHelper.forasyncSuspChunked(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Helper method for forasyncNbChunked.
static void	HjRegionHelper.forasyncSuspChunked(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Helper method for forasyncNbChunked.
static void	Module1.forseq(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body) Construct to represent a sequential loop while working with regions.
static void	Module1.forseq(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Construct to represent a sequential loop while working with regions.
static void	Module1.forseq(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Construct to represent a sequential loop while working with regions.
static void	Module1.forseq(int startInc, int endInc, HjSuspendingProcedure<Integer> body) Construct to represent loop-level parallelism.
static void	Module1.forseq(int s0, int e0, int s1, int e1, HjSuspendingProcedureInt2D body) Construct to represent loop-level parallelism.
static <T> void	Module1.forseq(Iterable<T> iterable, HjSuspendingProcedure<T> body) Construct to represent loop-level parallelism.
static void	HjRegionHelper.forseqSusp(HjRegion.HjRegion1D hjRegion, HjSuspendingProcedureInt1D body)
static void	HjRegionHelper.forseqSusp(HjRegion.HjRegion2D hjRegion, HjSuspendingProcedureInt2D body) Helper method for forseqNb.
static void	HjRegionHelper.forseqSusp(HjRegion.HjRegion3D hjRegion, HjSuspendingProcedureInt3D body) Helper method for forseqNb.
static void	Module0.next() Advance each phaser that this task is registered on to its next phase, in accordance with this task's registration mode.
static boolean[]	Module0.waitAll(HjFuture[] futures) Blocks until all of the operations associated with the active requests in the array have completed.

Uses of SuspendableException in edu.rice.hj.api

Fields in edu.rice.hj.api declared as SuspendableException

Modifier and Type	Field and Description
static SuspendableException	SuspendableException.instance

Methods in edu.rice.hj.api that throw SuspendableException

Modifier and Type	Method and Description
void	HjRuntime.abort() Aborts the currently executing task.
void	HjSuspendingProcedureInt1D.apply(int arg1) Apply the body of this function to the int argument.
void	HjSuspendingProcedureInt2D.apply(int arg1, int arg2) Apply the body of this function to the int arguments.
void	HjSuspendingProcedureInt3D.apply(int arg1, int arg2, int arg3) Apply the body of this function to the int arguments.
void	HjSuspendingProcedureInt2DArg.apply(int arg1, int arg2, Object arg) Apply the body of this function to the int arguments.
void	HjSuspendingProcedure.apply(T arg) Apply the body of this function to the argument.
void	HjEventCount.await(long v) Quite often, a process may not wish to execute until some event in a class in which it has interest has happened.
V	HjSuspendingCallable.call() Computes a result, or throws an exception if unable to do so.
<T> void	HjRuntime.checkEureka(T eurekaValue)
void	HjPhaser.doNext() The next operation has the effect of advancing each phaser on which the task is registered to its next phase, thereby synchronizing all activities registered on the same phase.
void	HjRuntime.doWait() Perform the wait operation on all registered phasers in an activity.
void	HjPhaser.doWait() Blocks until all phasers that this activity is registered with have called continue (or next since next implies continue on all registered phasers).
void	HjRuntime.finish(HjEureka<?,?,?> hjEureka, HjSuspendable suspendable) Registers a HjEureka with the finish scope and continues to execute the body of the finish scope.
void	HjRuntime.finish(HjSuspendable suspendable) Runs the body of code in a finish block.
void	HjRuntime.finish(List<HjFinishAccumulator> accumulators, HjSuspendable suspendable) finish.
V	HjFuture.get() Returns the value wrapped in the futureNb.
V	HjDataDrivenFuture.get() Returns the value wrapped in the DDF.
void	HjRuntime.next() Perform the next operation on all registered phasers in an activity.
<T> void	HjRuntime.offerEureka(T eurekaValue)
void	HjSuspendable.run() The general contract of the method run is that it may take any action whatsoever.

Uses of SuspendableException in edu.rice.hj.continuation

Fields in edu.rice.hj.continuation declared as SuspendableException

Modifier and Type	Field and Description
static SuspendableException	Stack.exception_instance_not_for_user_code sadly this need to be here

Methods in edu.rice.hj.continuation that throw SuspendableException

Modifier and Type	Method and Description
void	CoroutineProto.coExecute() Entry point for Coroutine execution.
protected void	CoIterator.produce(E element) Produces the next value to be returned by the CoIterator.next() method.
protected abstract void	CoIterator.run() This is the body of the Iterator.
static void	Coroutine.yield() Suspend the currently running Coroutine on the calling thread.
static void	CoroutineHelper.yieldWithNoReason() Suspend the currently running Coroutine on the calling thread.
static void	CoroutineHelper.yieldWithReason(YieldReason yieldReason) Suspend the currently running Coroutine on the calling thread.

Uses of SuspendableException in edu.rice.hj.experimental

Methods in edu.rice.hj.experimental that throw SuspendableException

Modifier and Type	Method and Description
static <T> void	ModuleZ.abort() Aborts the currently executing task.
static <T> void	ModuleZ.checkEureka(T eurekaValue) Associates a value with the registered eureka.
static void	ModuleZ.finish(HjEureka<?,?,?> hjEureka, HjSuspendable suspendable) Registers a HjEureka with the finish scope and continues to execute the body of the finish scope.
static <T> void	ModuleY.forallItems(int numTasks, HjIndexable<T> items, HjProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forallItems(int numTasks, List<T> items, HjProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forallItems(int numTasks, T[] items, HjProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forallItemsSusp(int numTasks, HjIndexable<T> items, HjSuspendingProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forallItemsSusp(int numTasks, List<T> items, HjSuspendingProcedure<T> processBody)
static <T> void	ModuleY.forallItemsSusp(int numTasks, T[] items, HjSuspendingProcedure<T> processBody)
static <T> void	ModuleY.forasyncItemsSusp(int numTasks, HjIndexable<T> items, HjSuspendingProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forasyncItemsSusp(int numTasks, List<T> items, HjSuspendingProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleY.forasyncItemsSusp(int numTasks, T[] items, HjSuspendingProcedure<T> processBody) Task farming support while processing items.
static <T> void	ModuleZ.offerEureka(T eurekaValue) Associates a value with the registered eureka.
static <T1,T2> void	ModuleZ.offerEurekaPair(T1 leftValue, T2 rightValue) Associates a value with the registered eureka.

Uses of SuspendableException in edu.rice.hj.experimental.api

Methods in edu.rice.hj.experimental.api that throw SuspendableException

Modifier and Type	Method and Description
default boolean	HjEureka.check(C localValue) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjEureka.check(C localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
default boolean	HjEureka.offer(T newValue) Attempts to update the eureka object with a new value.
boolean	HjEureka.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
void	HjPhasedBody.run(int phaseNum)
protected abstract void	HjFastBarrierEureka.signal()

Uses of SuspendableException in edu.rice.hj.runtime.baseruntime

Methods in edu.rice.hj.runtime.baseruntime that throw SuspendableException

Modifier and Type	Method and Description
void	BaseRuntime.abort() Aborts the currently executing task.
<T> void	BaseRuntime.checkEureka(T eurekaValue)
void	SuspendableUtilities.SuspendableCoroutineProto.coExecute()
void	BaseRuntime.doWait() Perform the wait operation on all registered phasers in an activity.
abstract void	SuspendableActivity.executeBody() This method represents the body of the task.
void	SuspendableActivity.executeBodyGuarded()
void	BaseRuntime.finish(HjEureka<?,?,?> hjEureka, HjSuspendable suspendable) Registers a HjEureka with the finish scope and continues to execute the body of the finish scope.
void	BaseRuntime.finish(HjSuspendable suspendable) Runs the body of code in a finish block.
void	BaseRuntime.finish(List<HjFinishAccumulator> accumulators, HjSuspendable suspendable) finish.
ValueType	ParallelFuture.get() Returns the value wrapped in the futureNb.
ValueType	ParallelDataDrivenFuture.get() Returns the value wrapped in the futureNb.
void	BaseRuntime.next() Perform the next operation on all registered phasers in an activity.
<T> void	BaseRuntime.offerEureka(T eurekaValue)
static void	DataDrivenControl.pauseOnDdc(DataDrivenControl<?> ddc) Utility method to enable blocking busy-wait on a DataDrivenControl.
static void	DataDrivenControl.pauseOnDdc(DataDrivenControl<?> ddc, int busyWaitLimit) Utility method to enable blocking busy-wait on a DataDrivenControl.
static void	DataDrivenControl.pauseOnDdc(DataDrivenControl<?> ddc, int busyWaitLimit, Runnable preUnblockCallback) pauseOnDdc.
static void	DataDrivenControl.pauseOnDdc(DataDrivenControl<?> ddc, Runnable preUnblockCallback) Utility method to enable blocking busy-wait on a DataDrivenControl.
void	HabaneroActivity.stopFinish() This method is invoked when a finish scope is being exited.
void	FinishState.waitForFinish() This method returns only when all spawned activity registered with this FinishState have terminated either normally or abruptly.

Uses of SuspendableException in edu.rice.hj.runtime.eureka

Methods in edu.rice.hj.runtime.eureka that throw SuspendableException

Modifier and Type	Method and Description
boolean	HjFastBarrierEurekaImpl.check(Boolean localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjSearchEurekaImpl.check(Object localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjBinaryEurekaImpl.check(Pair<Object,Object> localValue, boolean triggerAbort)
<T> void	HjNestedEureka.check(T eurekaValue)
boolean	HjExtremaEurekaImpl.check(T newValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjEngineEurekaImpl.check(T localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjConvergenceEurekaImpl.check(T localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjVersionEurekaImpl.check(Void localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjCountEurekaImpl.check(Void localValue, boolean triggerAbort) Checks whether the locally known value can lead to a better estimate than the globally known value.
boolean	HjFastBarrierEurekaImpl.offer(Boolean newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjBinaryEurekaImpl.offer(Pair<L,R> newValue, boolean triggerAbort)
boolean	HjVersionEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjSearchEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjExtremaEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjEngineEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjCountEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
boolean	HjConvergenceEurekaImpl.offer(T newValue, boolean triggerAbort) Attempts to update the eureka object with a new value.
protected void	HjFastBarrierEurekaImpl.signal()
protected static boolean	HjEurekaUtil.triggerAbort(boolean triggerFlag)

Uses of SuspendableException in edu.rice.hj.runtime.eventcount

Methods in edu.rice.hj.runtime.eventcount that throw SuspendableException

Modifier and Type	Method and Description
void	HjSeqEventCount.await(long v) Quite often, a process may not wish to execute until some event in a class in which it has interest has happened.
void	HjParEventCount.await(long v) Quite often, a process may not wish to execute until some event in a class in which it has interest has happened.

Uses of SuspendableException in edu.rice.hj.runtime.javafj

Methods in edu.rice.hj.runtime.javafj that throw SuspendableException

Modifier and Type	Method and Description
void	JavaForkJoinRuntime.abort() Aborts the currently executing task.
<T> void	JavaForkJoinRuntime.checkEureka(T eurekaValue)
void	JavaForkJoinRuntime.doWait() Perform the wait operation on all registered phasers in an activity.
void	JavaForkJoinRuntime.finish(HjEureka<?,?,?> hjEureka, HjSuspendable suspendable) Registers a HjEureka with the finish scope and continues to execute the body of the finish scope.
void	JavaForkJoinRuntime.finish(HjSuspendable suspendable) Runs the body of code in a finish block.
void	JavaForkJoinRuntime.finish(List<HjFinishAccumulator> accumulators, HjSuspendable suspendable) finish.
void	JavaForkJoinRuntime.next() Perform the next operation on all registered phasers in an activity.
<T> void	JavaForkJoinRuntime.offerEureka(T eurekaValue)

Uses of SuspendableException in edu.rice.hj.runtime.mapreduce

Methods in edu.rice.hj.runtime.mapreduce that throw SuspendableException

Modifier and Type	Method and Description
void	MapReduce.run() run.

Uses of SuspendableException in edu.rice.hj.runtime.mapreduce2

Methods in edu.rice.hj.runtime.mapreduce2 that throw SuspendableException

Modifier and Type	Method and Description
void	MapReduceTask.run() run.

Uses of SuspendableException in edu.rice.hj.runtime.phasers

Methods in edu.rice.hj.runtime.phasers that throw SuspendableException

Modifier and Type	Method and Description
void	PhaserImpl.doNext() The next operation has the effect of advancing each phaser on which the task is registered to its next phase, thereby synchronizing all activities registered on the same phase.
void	PhaserManagerImpl.doNext(HabaneroActivity activity) Performs a next operation with the given activity.
void	PhaserManager.doNext(HabaneroActivity activity) Performs a next operation with the given activity.
protected int	PhaserManagerImpl.doNextSinglePhase1(HabaneroActivity activity, String loc) doNextSinglePhase1.
protected void	PhaserManagerImpl.doNextSinglePhase2(HabaneroActivity activity) doNextSinglePhase2.
void	PhaserImpl.doWait() Blocks until all phasers that this activity is registered with have called continue (or next since next implies continue on all registered phasers).
void	PhaserManagerImpl.doWait(HabaneroActivity activity) Performs a phaser wait operation with the given activity.
void	PhaserManager.doWait(HabaneroActivity activity) Performs a phaser wait operation with the given activity.
void	PhaserManagerImpl.doWait(HabaneroActivity activity, InternalPhaser phaser) Performs a wait operation with the given activity.
void	PhaserManager.doWait(HabaneroActivity activity, InternalPhaser phaser) Performs a wait operation with the given activity.
boolean	PhaserManagerImpl.doWaitForNextSinglePhase1(HabaneroActivity activity, InternalPhaser phaser, String loc) Performs the first stage wait operation with the given activity in next-with-signal mode.
boolean	PhaserManager.doWaitForNextSinglePhase1(HabaneroActivity activity, InternalPhaser phaser, String loc) Performs the first stage wait operation with the given activity in next-with-signal mode.
void	PhaserManagerImpl.doWaitForNextSinglePhase2(HabaneroActivity activity, InternalPhaser phaser) Performs the second stage wait operation with the given activity in next-with-signal mode.
void	PhaserManager.doWaitForNextSinglePhase2(HabaneroActivity activity, InternalPhaser phaser) Performs the second stage wait operation with the given activity in next-with-signal mode.
boolean	PhaserImpl.doWaitSingle1() doWaitSingle1.
boolean	InternalPhaser.doWaitSingle1() doWaitSingle1.
boolean	PhaserImpl.doWaitSingle1(String loc) doWaitSingle1.
boolean	InternalPhaser.doWaitSingle1(String loc) doWaitSingle1.
void	PhaserImpl.doWaitSingle2() doWaitSingle2.
void	InternalPhaser.doWaitSingle2() doWaitSingle2.

Uses of SuspendableException in edu.rice.hj.runtime.sequential

Methods in edu.rice.hj.runtime.sequential that throw SuspendableException

Modifier and Type	Method and Description
void	SequentialRuntime.abort()
<T> void	SequentialRuntime.checkEureka(T eurekaValue)
void	SequentialRuntime.doWait() Perform the wait operation on all registered phasers in an activity.
void	SequentialRuntime.finish(HjEureka<?,?,?> hjEureka, HjSuspendable suspendable) Registers a HjEureka with the finish scope and continues to execute the body of the finish scope.
void	SequentialRuntime.finish(HjSuspendable suspendable) Runs the body of code in a finish block.
void	SequentialRuntime.finish(List<HjFinishAccumulator> accumulators, HjSuspendable suspendable) finish.
void	SequentialRuntime.next() Perform the next operation on all registered phasers in an activity.
<T> void	SequentialRuntime.offerEureka(T eurekaValue)

Uses of SuspendableException in edu.rice.hj.runtime.simt

Methods in edu.rice.hj.runtime.simt that throw SuspendableException

Modifier and Type	Method and Description
void	SimtActivity.executeBody() This method represents the body of the task.