A B C D E F G H I J L M N O P Q R S T U V W

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scale(int, RelativeTime) - Method in class javax.realtime.RelativeTime

Multiply the current time by an integral factor.

scale(int) - Method in class javax.realtime.RelativeTime

multiply the current time by an integral scaling factor.

Schedulable - Interface in javax.realtime

Jamaica Real-Time Specification for Java class Schedulable.

schedulePeriodic() - Method in class javax.realtime.RealtimeThread

schedulePeriodic resumes the execution of a periodic thread, i.e., unblocks waitForNextPeriod.

Scheduler - Class in javax.realtime

Jamaica Real-Time Specification for Java class Scheduler.

Scheduler() - Constructor for class javax.realtime.Scheduler

Constructor to be called by sub-classes of this to initialize the Scheduler.

SchedulingParameters - Class in javax.realtime

Jamaica Real-Time Specification for Java class SchedulingParameters.

SchedulingParameters() - Constructor for class javax.realtime.SchedulingParameters

Constructor to create SchedulingParameters that are not associated with any schedulable object.

SchedulingParameters(Affinity) - Constructor for class javax.realtime.SchedulingParameters

Creates a new instance of SchedulingParameters.

ScopedConfigurationParameters - Class in javax.realtime.memory

This is the same as ConfigurationParameters except an instance of BoundSchedulable that uses this parameters object may not access the heap and one that uses the super type may.

ScopedConfigurationParameters(int, int, int, int, int, long[]) - Constructor for class javax.realtime.memory.ScopedConfigurationParameters

Similar to ConfigurationParameters.ConfigurationParameters(int, int, int, int, int, long[]), except the receiver may not use the heap.

ScopedCycleException - Exception in javax.realtime

Jamaica Real-Time Specification for Java class ScopedCycleException.

ScopedCycleException() - Constructor for exception javax.realtime.ScopedCycleException

Constructor of this exception without detail message.

ScopedCycleException(String) - Constructor for exception javax.realtime.ScopedCycleException

Constructor of this exception with detail message.

ScopedMemory - Class in javax.realtime.memory

ScopedMemory is the abstract base class of all classes dealing with representations of memory spaces which have a limited lifetime.

ScopedMemory - Class in javax.realtime

Equivalent to and superseded by ScopedMemory.

ScopedMemory(long) - Constructor for class javax.realtime.ScopedMemory

Equivalent to ScopedMemory.ScopedMemory(long, Runnable) with the argument list (size, null).

ScopedMemory(SizeEstimator) - Constructor for class javax.realtime.ScopedMemory

Equivalent to ScopedMemory.ScopedMemory(long, Runnable) with the argument list (size.getEstimate(), null).

ScopedMemory(SizeEstimator, Runnable) - Constructor for class javax.realtime.ScopedMemory

Equivalent to ScopedMemory.ScopedMemory(long, Runnable) with the argument list (size.getEstimate(), logic).

ScopedMemory(long, Runnable) - Constructor for class javax.realtime.ScopedMemory

Creates a new ScopedMemory area with the given parameters.

ScopedMemoryParameters - Class in javax.realtime.memory

Extends memory parameters to provide limits for scoped memory.

ScopedMemoryParameters(long, long, long, long, long, long) - Constructor for class javax.realtime.memory.ScopedMemoryParameters

Creates a ScopedMemoryParameters instance with the given values that can allow access to any ScopedMemory

ScopedMemoryParameters(long, long, long, long) - Constructor for class javax.realtime.memory.ScopedMemoryParameters

Same as ScopedMemoryParameters(maxInitialArea, maxImmortal, 0, maxContainingArea, maxInitialBackingStore, 0).

ScopedMemoryParameters(long, long, long) - Constructor for class javax.realtime.memory.ScopedMemoryParameters

Same as ScopedMemoryParameters(maxInitialArea, maxImmortal, MemoryParameters.UNLIMITED, maxGlobalBackingStore, 0, 0).

send(long, long) - Method in class javax.realtime.posix.RealtimeSignal

Sends this signal to another process.

send(long) - Method in class javax.realtime.posix.Signal

Sends this signal to another process or process group.

set(Date) - Method in class javax.realtime.AbsoluteTime

set sets the time represented by this to the time represented by an instance of Date.

set(int, byte[]) - Method in interface javax.realtime.device.RawByteWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, byte[], int, int) - Method in interface javax.realtime.device.RawByteWriter

Copies values to the memory region, where offset is first byte in the memory region to write and start is the first index in values from which to read.

set(int, double[]) - Method in interface javax.realtime.device.RawDoubleWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, double[], int, int) - Method in interface javax.realtime.device.RawDoubleWriter

Copies values to the memory region, where offset is first double in the memory region to write and start is the first index in values from which to read.

set(int, float[]) - Method in interface javax.realtime.device.RawFloatWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, float[], int, int) - Method in interface javax.realtime.device.RawFloatWriter

Copies values to the memory region, where offset is first float in the memory region to write and start is the first index in values from which to read.

set(int, int[]) - Method in interface javax.realtime.device.RawIntWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, int[], int, int) - Method in interface javax.realtime.device.RawIntWriter

Copies values to the memory region, where offset is first int in the memory region to write and start is the first index in values from which to read.

set(int, long[]) - Method in interface javax.realtime.device.RawLongWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, long[], int, int) - Method in interface javax.realtime.device.RawLongWriter

Copies values to the memory region, where offset is first long in the memory region to write and start is the first index in values from which to read.

set(int, short[]) - Method in interface javax.realtime.device.RawShortWriter

Copies from values to the memory region, from index start to elements where the n^th element is at the address base address + (offset + n) × stride × element size in bytes.

set(int, short[], int, int) - Method in interface javax.realtime.device.RawShortWriter

Copies values to the memory region, where offset is first short in the memory region to write and start is the first index in values from which to read.

set(T) - Method in class javax.realtime.HighResolutionTime

Changes the value represented by this to that of the given time.

set(long) - Method in class javax.realtime.HighResolutionTime

Sets the millisecond component of this to the given argument, and the nanosecond component of this to 0.

set(long, int) - Method in class javax.realtime.HighResolutionTime

Sets the millisecond and nanosecond components of this.

set(RelativeTime) - Method in class javax.realtime.RationalTime

Deprecated.

Changes the value represented by this to that of the given time.

set(long, int) - Method in class javax.realtime.RationalTime

Deprecated.

Sets the value of the frequency field.

setAffinity(Affinity) - Method in interface javax.realtime.BoundRealtimeExecutor

Set the processor affinity of a task to set with immediate effect.

setAllocationRate(long) - Method in class javax.realtime.MemoryParameters

setAllocationRate sets the current maximum allocation rate in bytes per second.

setAllocationRateIfFeasible(long) - Method in class javax.realtime.MemoryParameters

setAllocationRateIfFeasible first checks if the schedulables associated with this would still be feasible with the new allocation rate.

setArrivalTimeQueueOverflowBehavior(String) - Method in class javax.realtime.AperiodicParameters

setArrivalTimeQueueOverflowBehavior sets the behavior for the case of an overflow in the arrival time queue.

setByte(byte) - Method in interface javax.realtime.device.RawByteWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setByte(int, byte) - Method in interface javax.realtime.device.RawByteWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Byte.

setByte(long, byte) - Method in class javax.realtime.RawMemoryAccess

setByte writes a byte to the given offset.

setBytes(long, byte[], int, int) - Method in class javax.realtime.RawMemoryAccess

setBytes writes a number of bytes to the given offset.

setCost(RelativeTime) - Method in class javax.realtime.ProcessingGroupParameters

setCost sets the cost value.

setCost(RelativeTime) - Method in class javax.realtime.ReleaseParameters

setCost sets the cost for this ReleaseParameters.

setCostOverrunHandler(AsyncEventHandler) - Method in class javax.realtime.ProcessingGroupParameters

setCostOverrunHandler set the cost overrun handler.

setCostOverrunHandler(AsyncEventHandler) - Method in class javax.realtime.ReleaseParameters

setCostOverrunHandler sets the cost overrun handler.

setDaemon(boolean) - Method in class javax.realtime.AsyncBaseEventHandler

Mark this handler as daemon or non-daemon.

setDaemon(boolean) - Method in interface javax.realtime.Schedulable

Marks this schedulable as either a daemon or a user task.

setDeadline(RelativeTime) - Method in class javax.realtime.ProcessingGroupParameters

setDeadline set the deadline to a new value.

setDeadline(RelativeTime) - Method in class javax.realtime.ReleaseParameters

setDeadline sets the deadline.

setDeadlineMissHandler(AsyncEventHandler) - Method in class javax.realtime.ProcessingGroupParameters

setDeadlineMissHandler sets the deadline miss handler.

setDeadlineMissHandler(AsyncEventHandler) - Method in class javax.realtime.ReleaseParameters

setDeadlineMissHandler sets the deadline miss handler

setDefault(ConfigurationParameters) - Static method in class javax.realtime.ConfigurationParameters

Set the parameters object to be used when none is provided for an instance of Schedulable.

setDefault(ConfigurationParameters) - Static method in class javax.realtime.memory.ScopedConfigurationParameters

Set the parameters object to be used when none is provided for an instance of Schedulable.

setDefaultDispatcher(RealtimeSignalDispatcher) - Static method in class javax.realtime.posix.RealtimeSignalDispatcher

Sets the system default realtime signal dispatcher.

setDefaultDispatcher(SignalDispatcher) - Static method in class javax.realtime.posix.SignalDispatcher

Sets the system default signal dispatcher.

setDefaultDispatcher(TimeDispatcher) - Static method in class javax.realtime.TimeDispatcher

Sets the system default time dispatcher.

setDefaultRunner(ReleaseRunner) - Static method in class javax.realtime.ConfigurationParameters

Sets the system default heap release runner.

setDefaultRunner(ReleaseRunner) - Static method in class javax.realtime.memory.ScopedConfigurationParameters

Sets the system default release runner.

setDefaultScheduler(Scheduler) - Static method in class javax.realtime.Scheduler

setDefaultScheduler sets the default scheduler to the given scheduler.

setDouble(double) - Method in interface javax.realtime.device.RawDoubleWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setDouble(int, double) - Method in interface javax.realtime.device.RawDoubleWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Double.

setDouble(long, double) - Method in class javax.realtime.RawMemoryFloatAccess

setDouble writes a double to the given offset.

setDoubles(long, double[], int, int) - Method in class javax.realtime.RawMemoryFloatAccess

setDoubles writes a number of doubles to the given offset.

setFloat(float) - Method in interface javax.realtime.device.RawFloatWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setFloat(int, float) - Method in interface javax.realtime.device.RawFloatWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Float.

setFloat(long, float) - Method in class javax.realtime.RawMemoryFloatAccess

setFloat writes a float to the given offset.

setFloats(long, float[], int, int) - Method in class javax.realtime.RawMemoryFloatAccess

setFloats writes a number of floats to the given offset.

setFrequency(int) - Method in class javax.realtime.RationalTime

Deprecated.

RTSJ V1.0.1 class RationalTime is deprecated

setHandler(AsyncBaseEventHandler) - Method in class javax.realtime.AsyncBaseEvent

Associate a new handler with this event and remove all existing handlers.

setHandler(AsyncEventHandler) - Method in class javax.realtime.AsyncEvent

setHandler removes all handlers from the list of handlers for this event and adds the given handler.

setHandler(AsyncBaseEventHandler) - Method in class javax.realtime.posix.RealtimeSignal

Associate a new handler with this event and remove all existing handlers.

setHandler(AsyncBaseEventHandler) - Method in class javax.realtime.posix.Signal

Associate a new handler with this event and remove all existing handlers.

setHandler(int, AsyncEventHandler) - Static method in class javax.realtime.POSIXSignalHandler

setHandler sets the set of handlers that will be released on the provided signal to the set with the provided handler being the single element.

setIfFeasible(RelativeTime, RelativeTime) - Method in class javax.realtime.AperiodicParameters

This method first performs a feasibility analysis using the new cost and deadline as replacements for the matching attributes of this.

setIfFeasible(ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setIfFeasible performs a feasibility analysis using the provided release and memory parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setIfFeasible performs a feasibility analysis using the provided scheduling, release and memory parameters.

setIfFeasible(ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setIfFeasible performs a feasibility analysis using the provided release, memory, and processing group parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setIfFeasible performs a feasibility analysis using the provided scheduling, release, memory, and processing group parameters.

setIfFeasible(ReleaseParameters<?>, ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setIfFeasible performs a feasibility analysis using the provided release and processing group parameters.

setIfFeasible(RelativeTime, RelativeTime, RelativeTime) - Method in class javax.realtime.PeriodicParameters

setIfFeasible performs a feasibility analysis using the new period, cost, and deadline parameters.

setIfFeasible(Schedulable, ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.PriorityScheduler

setIfFeasible first performs a feasibility analysis using the new release and memory parameters for schedulable.

setIfFeasible(Schedulable, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.PriorityScheduler

setIfFeasible first performs a feasibility analysis using the new release, memory, and group parameters for schedulable.

setIfFeasible(Schedulable, SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.PriorityScheduler

setIfFeasible first performs a feasibility analysis using the new scheduling, release, memory, and group parameters for schedulable.

setIfFeasible(RelativeTime, RelativeTime, RelativeTime) - Method in class javax.realtime.ProcessingGroupParameters

setIfFeasible performs a feasibility analysis using the new period, cost, and deadline parameters.

setIfFeasible(ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setIfFeasible performs a feasibility analysis using the provided release, memory, and processing group parameters.

setIfFeasible(ReleaseParameters<?>, ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setIfFeasible performs a feasibility analysis using the provided release and processing group parameters.

setIfFeasible(ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.RealtimeThread

setIfFeasible performs a feasibility analysis using the provided release and memory parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.RealtimeThread

setIfFeasible performs a feasibility analysis using the provided scheduling, release, and memory parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setIfFeasible performs a feasibility analysis using the provided scheduling, release, memory, and processing group parameters.

setIfFeasible(RelativeTime, RelativeTime) - Method in class javax.realtime.ReleaseParameters

setIfFeasible performs a feasibility analysis using the new cost and deadline parameters.

setIfFeasible(ReleaseParameters<?>, MemoryParameters) - Method in interface javax.realtime.Schedulable

setIfFeasible performs a feasibility analysis using the provided release and memory parameters.

setIfFeasible(ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setIfFeasible performs a feasibility analysis using the provided release, memory, and processing group parameters.

setIfFeasible(ReleaseParameters<?>, ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setIfFeasible performs a feasibility analysis using the provided release and processing group parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters) - Method in interface javax.realtime.Schedulable

setIfFeasible performs a feasibility analysis using the provided scheduling, release, and memory parameters.

setIfFeasible(SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setIfFeasible performs a feasibility analysis using the provided scheduling, release, memory, and processing group parameters.

setIfFeasible(Schedulable, ReleaseParameters<?>, MemoryParameters) - Method in class javax.realtime.Scheduler

setIfFeasible first performs a feasibility analysis using the new release and memory parameters for schedulable.

setIfFeasible(Schedulable, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.Scheduler

setIfFeasible first performs a feasibility analysis using the new release, memory, and group parameters for schedulable.

setIfFeasible(Schedulable, SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.Scheduler

setIfFeasible first performs a feasibility analysis for schedulable using the new scheduling, release, memory, and group parameters.

setIfFeasible(RelativeTime, RelativeTime) - Method in class javax.realtime.SporadicParameters

This method first performs a feasibility analysis using the new cost, and deadline as replacements for the matching attributes of this.

setIfFeasible(RelativeTime, RelativeTime, RelativeTime) - Method in class javax.realtime.SporadicParameters

setIfFeasible performs a feasibility analysis using the new period, cost and deadline parameters.

setImportance(int) - Method in class javax.realtime.ImportanceParameters

setImportance sets the importance parameters for this and all schedulable objects associated with this ImportanceParameters.

setInitialArrivalTimeQueueLength(int) - Method in class javax.realtime.AperiodicParameters

setInitialArrivalTimeQueueLength sets the initial number of elements in the arrival time queue for the schedulable object that receives this AperiodicParameters in its constructor.

setInt(int) - Method in interface javax.realtime.device.RawIntWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setInt(int, int) - Method in interface javax.realtime.device.RawIntWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Int.

setInt(long, int) - Method in class javax.realtime.RawMemoryAccess

setInt writes an int to the given offset.

setInterval(RelativeTime) - Method in class javax.realtime.PeriodicTimer

setInterval changes the interval for this periodic timer.

setInts(long, int[], int, int) - Method in class javax.realtime.RawMemoryAccess

setInts writes a number of ints to the given offset.

setLink(ChainableAbsoluteTime) - Method in class javax.realtime.ChainableAbsoluteTime

Set the next value in the chain.

setLong(long) - Method in interface javax.realtime.device.RawLongWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setLong(int, long) - Method in interface javax.realtime.device.RawLongWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Long.

setLong(long, long) - Method in class javax.realtime.RawMemoryAccess

setLong writes a long to the given offset.

setLongs(long, long[], int, int) - Method in class javax.realtime.RawMemoryAccess

setLongs writes a number of longs to the given offset.

setMaxEligibility(SchedulingParameters) - Method in class javax.realtime.RealtimeThreadGroup

Sets the upper bound on scheduling eligibility that tasks in this group may have.

setMaxImmortalIfFeasible(long) - Method in class javax.realtime.MemoryParameters

setMaxImmortalIfFeasible first checks if the schedulables associated with this would still be feasible with the new immortal allocation limit.

setMaximumConcurrentLocks(int) - Static method in class javax.realtime.RealtimeSystem

setMaximumConcurrentLocks sets the maximum number of locks that may be used simultaneously.

setMaximumConcurrentLocks(int, boolean) - Static method in class javax.realtime.RealtimeSystem

setMaximumConcurrentLocks sets the maximum number of locks that may be used simultaneously.

setMaxMemoryAreaIfFeasible(long) - Method in class javax.realtime.MemoryParameters

setMaxMemoryAreaIfFeasible first checks if the schedulables associated with this would still be feasible with the new allocation limit.

setMemoryParameters(MemoryParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setMemoryParameters replaces the memory parameters for this handler with the parameters provided.

setMemoryParameters(MemoryParameters) - Method in class javax.realtime.RealtimeThread

setMemoryParameters replaces the memory parameters for this RealtimeThread with the parameters provided.

setMemoryParameters(MemoryParameters) - Method in interface javax.realtime.Schedulable

setMemoryParameters replaces the memory parameters for this Schedulable with the parameters provided.

setMemoryParametersIfFeasible(MemoryParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setMemoryParametersIfFeasible performs a feasibility analysis using the provided memory parameters.

setMemoryParametersIfFeasible(MemoryParameters) - Method in class javax.realtime.RealtimeThread

setMemoryParametersIfFeasible performs a feasibility analysis using the provided memory parameters.

setMemoryParametersIfFeasible(MemoryParameters) - Method in interface javax.realtime.Schedulable

setMemoryParametersIfFeasible performs a feasibility analysis using the provided memory parameters.

setMinimumInterarrival(RelativeTime) - Method in class javax.realtime.SporadicParameters

setMinimumInterarrival sets the minimum interarrival time to a new value, independent on the impact this will have on the feasibility of the system.

setMitViolationBehavior(String) - Method in class javax.realtime.SporadicParameters

setMitViolationBehavior sets the policy for dealing with minimum arrival time violations.

setMonitorControl(MonitorControl) - Static method in class javax.realtime.MonitorControl

setMonitorControl sets the default monitor control policy to the given argument.

setMonitorControl(Object, MonitorControl) - Static method in class javax.realtime.MonitorControl

setMonitorControl set the monitor control for the monitor associated with a Java object.

setPeriod(RelativeTime) - Method in class javax.realtime.PeriodicParameters

setPeriod sets the period.

setPeriod(RelativeTime) - Method in class javax.realtime.ProcessingGroupParameters

setPeriod sets the period to a new value.

setPortal(Object) - Method in class javax.realtime.memory.ScopedMemory

Sets the portal object of the memory area represented by this instance of ScopedMemory to the given object.

setPortal(Object) - Method in class javax.realtime.ScopedMemory

Sets the portal object of the memory area represented by this instance of ScopedMemory to the given object.

setPriority(int) - Method in class javax.realtime.PriorityParameters

setPriority changes the priority value of this and the current base priority of all schedulable objects that are associated with this.

setProcessingGroupParameters(ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setProcessingGroupParameters sets the processing group parameters of this handler.

setProcessingGroupParameters(ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setProcessingGroupParameters sets the processing group parameters of this thread.

setProcessingGroupParameters(ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setProcessingGroupParameters sets the processing group parameters of this Scheduling.

setProcessingGroupParametersIfFeasible(ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setProcessingGroupParametersIfFeasible performs a feasibility analysis using the provided processing group parameters.

setProcessingGroupParametersIfFeasible(ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setProcessingGroupParametersIfFeasible performs a feasibility analysis using the provided processing group parameters.

setProcessingGroupParametersIfFeasible(ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setProcessingGroupParametersIfFeasible performs a feasibility analysis using the provided processing group parameters.

setProcessorAddedEvent(AsyncEvent) - Static method in class javax.realtime.Affinity

Sets the AsyncEvent that will be fired when a processor is added to the set available to the JVM.

setProcessorRemovedEvent(AsyncEvent) - Static method in class javax.realtime.Affinity

Sets the AsyncEvent that will be fired when a processor is removed from the set available to the JVM.

setReleaseParameters(ReleaseParameters<?>) - Method in class javax.realtime.AsyncBaseEventHandler

setReleaseParameters replaces the release parameters for this handler with the parameters provided.

setReleaseParameters(ReleaseParameters<?>) - Method in class javax.realtime.RealtimeThread

setReleaseParameters replaces the release parameters for this RealtimeThread with the parameters provided.

setReleaseParameters(ReleaseParameters<?>) - Method in interface javax.realtime.Schedulable

setReleaseParameters replaces the release parameters for this Schedulable with the parameters provided.

setReleaseParametersIfFeasible(ReleaseParameters<?>) - Method in class javax.realtime.AsyncBaseEventHandler

setReleaseParametersIfFeasible performs a feasibility analysis using the provided release parameters.

setReleaseParametersIfFeasible(ReleaseParameters<?>) - Method in class javax.realtime.RealtimeThread

setReleaseParametersIfFeasible performs a feasibility analysis using the provided release parameters.

setReleaseParametersIfFeasible(ReleaseParameters<?>) - Method in interface javax.realtime.Schedulable

setReleaseParametersIfFeasible performs a feasibility analysis using the provided release parameters.

setResolution(RelativeTime) - Method in class javax.realtime.Clock

Sets the resolution of this time to the provided value.

setRousable(boolean) - Method in class javax.realtime.ReleaseParameters

Dictates whether or not a thread interrupt will cause instances of Schedulable associated with an instance of this class to be prematurely released, i.e., released before the very first release event happens.

setScheduler(Scheduler) - Method in class javax.realtime.ActiveEventDispatcher

Sets the reference to the Scheduler object.

setScheduler(Scheduler, SchedulingParameters) - Method in class javax.realtime.ActiveEventDispatcher

Sets the scheduler and associated parameter objects.

setScheduler(Scheduler, SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setScheduler sets the scheduler and scheduling, release, memory, and processing group parameters for this handler.

setScheduler(Scheduler) - Method in class javax.realtime.AsyncBaseEventHandler

setScheduler sets the scheduler for this handler.

setScheduler(Scheduler, SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in class javax.realtime.RealtimeThread

setScheduler set the scheduler and scheduling, release, memory, and processing group parameters for this RealtimeThread.

setScheduler(Scheduler) - Method in class javax.realtime.RealtimeThread

setScheduler sets the scheduler for this RealtimeThread.

setScheduler(Scheduler) - Method in interface javax.realtime.Schedulable

setScheduler sets the scheduler for this Schedulable.

setScheduler(Scheduler, SchedulingParameters, ReleaseParameters<?>, MemoryParameters, ProcessingGroupParameters) - Method in interface javax.realtime.Schedulable

setScheduler set the scheduler and scheduling, release, memory and processing group parameters for this Schedulable.

setSchedulingParameters(SchedulingParameters) - Method in class javax.realtime.ActiveEventDispatcher

Sets the scheduling parameters associated with this instance of Schedulable.

setSchedulingParameters(SchedulingParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setSchedulingParameters(SchedulingParameters) - Method in class javax.realtime.RealtimeThread

setSchedulingParameters(SchedulingParameters) - Method in interface javax.realtime.Schedulable

setSchedulingParameters sets the scheduling parameters for this Schedulable.

setSchedulingParametersIfFeasible(SchedulingParameters) - Method in class javax.realtime.AsyncBaseEventHandler

setSchedulingParametersIfFeasible performs a feasibility analysis using the provided scheduling parameters.

setSchedulingParametersIfFeasible(SchedulingParameters) - Method in class javax.realtime.RealtimeThread

setSchedulingParametersIfFeasible performs a feasibility analysis using the provided scheduling parameters.

setSchedulingParametersIfFeasible(SchedulingParameters) - Method in interface javax.realtime.Schedulable

setSchedulingParametersIfFeasible performs a feasibility analysis using the provided scheduling parameters.

setSecurityManager(RealtimeSecurity) - Static method in class javax.realtime.RealtimeSystem

setSecurityManager replaces the current security manager by a new manager.

setShort(short) - Method in interface javax.realtime.device.RawShortWriter

Sets the value at the first position referenced by this instance, i.e., the value at its start address.

setShort(int, short) - Method in interface javax.realtime.device.RawShortWriter

Sets the value of the n^th element referenced by this instance, where n is offset and the address is base address + offset × size of Short.

setShort(long, short) - Method in class javax.realtime.RawMemoryAccess

setShort writes a short to the given offset.

setShorts(long, short[], int, int) - Method in class javax.realtime.RawMemoryAccess

setShorts writes a number of shorts to the given offset.

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.ConstructorCheckedException

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.IllegalTaskStateException

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticCheckedException

setStackTrace(StackTraceElement[]) - Method in error javax.realtime.StaticError

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticIllegalArgumentException

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticIllegalStateException

setStackTrace(StackTraceElement[]) - Method in error javax.realtime.StaticOutOfMemoryError

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticRuntimeException

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticSecurityException

setStackTrace(StackTraceElement[]) - Method in interface javax.realtime.StaticThrowable

This method allows overriding the stack trace that was filled during construction of this object.

setStackTrace(StackTraceElement[]) - Method in class javax.realtime.StaticThrowableStorage

setStackTrace(StackTraceElement[]) - Method in exception javax.realtime.StaticUnsupportedOperationException

setStart(HighResolutionTime<?>) - Method in class javax.realtime.PeriodicParameters

setStart set the start time.

setStart(HighResolutionTime<?>) - Method in class javax.realtime.ProcessingGroupParameters

setStart sets the start time to a new value.

SHARED - Static variable in class javax.realtime.PhysicalMemoryManager

Memory type for shared memory, if supported by the implementation.

SIGABRT - Static variable in class javax.realtime.POSIXSignalHandler

Abort (ANSI).

SIGALRM - Static variable in class javax.realtime.POSIXSignalHandler

Alarm clock (POSIX).

SIGBUS - Static variable in class javax.realtime.POSIXSignalHandler

BUS error (4.2 BSD), optional signal.

SIGCANCEL - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGCHLD - Static variable in class javax.realtime.POSIXSignalHandler

Child status has changed (POSIX).

SIGCLD - Static variable in class javax.realtime.POSIXSignalHandler

Same as SIGCHLD (System V), optional signal.

SIGCONT - Static variable in class javax.realtime.POSIXSignalHandler

Continue (POSIX), optional signal.

SIGEMT - Static variable in class javax.realtime.POSIXSignalHandler

EMT instruction, optional signal.

SIGFPE - Static variable in class javax.realtime.POSIXSignalHandler

floating point exception

SIGFREEZE - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGHUP - Static variable in class javax.realtime.POSIXSignalHandler

Hangup (POSIX).

SIGILL - Static variable in class javax.realtime.POSIXSignalHandler

illegal instruction (ANSI)

SIGINT - Static variable in class javax.realtime.POSIXSignalHandler

interrupt (ANSI)

SIGIO - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGIOT - Static variable in class javax.realtime.POSIXSignalHandler

IOT instruction (4.2 BSD), optional signal.

SIGKILL - Static variable in class javax.realtime.POSIXSignalHandler

Kill, unblockable (POSIX).

SIGLOST - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGLWP - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

Signal - Class in javax.realtime.posix

A ActiveEvent subclass for defining a POSIX signal.

SignalDispatcher - Class in javax.realtime.posix

Provides a means of dispatching a set of Signals.

SignalDispatcher(SchedulingParameters, RealtimeThreadGroup) - Constructor for class javax.realtime.posix.SignalDispatcher

Creates a new dispatcher, whose dispatching thread runs with the given SchedulingParameters.

SignalDispatcher(SchedulingParameters) - Constructor for class javax.realtime.posix.SignalDispatcher

Creates a new dispatcher, whose dispatching thread runs with the given SchedulingParameters.

SIGPIPE - Static variable in class javax.realtime.POSIXSignalHandler

Broken pipe (POSIX).

SIGPOLL - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGPROF - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGPWR - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGQUIT - Static variable in class javax.realtime.POSIXSignalHandler

quit (POSIX)

SIGRTMAX - Static variable in class javax.realtime.POSIXSignalHandler

Superior bound of Realtime Thread Signals POSIX.1-2001

SIGRTMIN - Static variable in class javax.realtime.POSIXSignalHandler

Inferior bound of Realtime Thread Signals POSIX.1-2001

SIGSEGV - Static variable in class javax.realtime.POSIXSignalHandler

Segmentation violation (ANSI).

SIGSTOP - Static variable in class javax.realtime.POSIXSignalHandler

Stop, unblockable (POSIX), optional signal.

SIGSYS - Static variable in class javax.realtime.POSIXSignalHandler

Bad system call, optional signal.

SIGTERM - Static variable in class javax.realtime.POSIXSignalHandler

Termination (ANSI).

SIGTHAW - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGTRAP - Static variable in class javax.realtime.POSIXSignalHandler

trace trap (POSIX), optional signal.

SIGTSTP - Static variable in class javax.realtime.POSIXSignalHandler

Keyboard stop (POSIX), optional signal.

SIGTTIN - Static variable in class javax.realtime.POSIXSignalHandler

Background read from tty (POSIX), optional signal.

SIGTTOU - Static variable in class javax.realtime.POSIXSignalHandler

Background write to tty (POSIX), optional signal.

SIGURG - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGUSR1 - Static variable in class javax.realtime.POSIXSignalHandler

User-defined signal 1 (POSIX).

SIGUSR2 - Static variable in class javax.realtime.POSIXSignalHandler

User-defined signal 2 (POSIX).

SIGVTALRM - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGWAITING - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGWINCH - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGXCPU - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

SIGXFSZ - Static variable in class javax.realtime.POSIXSignalHandler

Deprecated.

RTSJ V1.0.1 not part of POSIX 9945-1-1996 standard

size() - Method in class javax.realtime.MemoryArea

Queries the size of the memory area.

size() - Method in class javax.realtime.ScopedMemory

size() - Method in class javax.realtime.WaitFreeReadQueue

size returns the current size of the queue, i.e., the number of elements that have been written but not yet read.

size() - Method in class javax.realtime.WaitFreeWriteQueue

size returns the current size of the queue, i.e., the number of elements that have been written but not yet read.

SizeEstimator - Class in javax.realtime

Jamaica Real-Time Specification for Java class SizeEstimator.

SizeEstimator() - Constructor for class javax.realtime.SizeEstimator

Constructor to create estimate with no entries.

SizeOutOfBoundsException - Exception in javax.realtime

Jamaica Real-Time Specification for Java class SizeOutOfBoundsException.

SizeOutOfBoundsException() - Constructor for exception javax.realtime.SizeOutOfBoundsException

Constructor of this exception without detail message.

SizeOutOfBoundsException(String) - Constructor for exception javax.realtime.SizeOutOfBoundsException

Constructor

sleep(Clock, HighResolutionTime<?>) - Static method in class javax.realtime.RealtimeThread

Sleep for a given relative or absolute time using the given clock.

sleep(HighResolutionTime<?>) - Static method in class javax.realtime.RealtimeThread

Sleep for a given relative or absolute time using the clock associated with time.

SporadicParameters - Class in javax.realtime

Jamaica Real-Time Specification for Java class SporadicParameters.

SporadicParameters(RelativeTime) - Constructor for class javax.realtime.SporadicParameters

Create a SporadicParameters object.

SporadicParameters(RelativeTime, RelativeTime, AsyncEventHandler, boolean) - Constructor for class javax.realtime.SporadicParameters

Equivalent to SporadicParameters.SporadicParameters(RelativeTime, RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) with an argument list of (minInterarrival, null, deadline, null, missHandler, rousable).

SporadicParameters(RelativeTime, RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) - Constructor for class javax.realtime.SporadicParameters

Creates a SporadicParameters object.

SporadicParameters(RelativeTime, RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler) - Constructor for class javax.realtime.SporadicParameters

Constructor of SporadicParameters to be used as ReleaseParameters for AsyncBaseEventHandler if the event handler will be scheduled aperiodically with a miminum interarrival time between each two releases.

StackedMemory - Class in javax.realtime.memory

StackedMemory implements a scoped memory allocation area and backing store management system.

StackedMemory(long, long) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, long, Runnable) with argument list (scopeSize, backingSize, null).

StackedMemory(long, long, Runnable) - Constructor for class javax.realtime.memory.StackedMemory

Creates a host StackedMemory with an object allocation area and backing store of the specified sizes, bound to the specified Runnable.

StackedMemory(SizeEstimator, SizeEstimator) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, long, Runnable) with argument list (scopeSize.getEstimate(), backingSize.getEstimate(), null).

StackedMemory(SizeEstimator, SizeEstimator, Runnable) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, long, Runnable) with argument list (scopeSize.getEstimate(), backingSize.getEstimate(), runnable).

StackedMemory(long) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, Runnable) with argument list (scopeSize, null).

StackedMemory(SizeEstimator) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, Runnable) with argument list (scopeSize.getEstimate(), null).

StackedMemory(long, Runnable) - Constructor for class javax.realtime.memory.StackedMemory

Create a guest StackedMemory with an object allocation area of the specified size, bound to the specified Runnable.

StackedMemory(SizeEstimator, Runnable) - Constructor for class javax.realtime.memory.StackedMemory

Equivalent to StackedMemory.StackedMemory(long, Runnable) with argument list (scopeSize.getEstimate(), runnable).

start() - Method in interface javax.realtime.ActiveEvent

Starts this active event.

start(boolean) - Method in interface javax.realtime.ActiveEvent

Starts this active event.

start() - Method in class javax.realtime.NoHeapRealtimeThread

start starts this NoHeapRealtimeThread.

start() - Method in class javax.realtime.posix.RealtimeSignal

Starts this RealtimeSignal, i.e., changes to a running state.

start(boolean) - Method in class javax.realtime.posix.RealtimeSignal

Starts this RealtimeSignal, i.e., changes to a running state.

start() - Method in class javax.realtime.posix.Signal

Starts this Signal, i.e., changes to a running state.

start(boolean) - Method in class javax.realtime.posix.Signal

Starts this Signal, i.e., changes to a running state.

start() - Method in class javax.realtime.RealtimeThread

Sets up the realtime thread's environment and starts it.

start() - Method in class javax.realtime.Timer

start this timer, i.e., make it active and enabled

start(boolean) - Method in class javax.realtime.Timer

start this timer, i.e., make it active.

startPeriodic(PhasingPolicy) - Method in class javax.realtime.RealtimeThread

Starts a periodic thread with the specified phasing policy.

StaticCheckedException - Exception in javax.realtime

A base class for all checked exceptions defined in the specification which do not extend a conventional Java exception.

StaticCheckedException() - Constructor for exception javax.realtime.StaticCheckedException

Enable this class to be extended.

StaticCheckedException(String) - Constructor for exception javax.realtime.StaticCheckedException

Enable this class to be extended.

StaticError - Error in javax.realtime

A base class for all errors defined in the specification which do not extend a conventional Java error.

StaticError() - Constructor for error javax.realtime.StaticError

Enable this class to be extended.

StaticError(String) - Constructor for error javax.realtime.StaticError

Enable this class to be extended.

StaticIllegalArgumentException - Exception in javax.realtime

A version of IllegalArgumentException to be thrown by RTSJ methods that does not require allocation.

StaticIllegalStateException - Exception in javax.realtime

The exception thrown when a Schedulable instance attempts to access a memory which is illegal in the memories current state.

StaticOutOfMemoryError - Error in javax.realtime

A version of OutOfMemoryError that does not require allocation.

StaticRuntimeException - Exception in javax.realtime

A base class for all unchecked exceptions defined in the specification and do not extend a conventional Java exception.

StaticRuntimeException() - Constructor for exception javax.realtime.StaticRuntimeException

Enable this class to be extended.

StaticRuntimeException(String) - Constructor for exception javax.realtime.StaticRuntimeException

Enable this class to be extended.

StaticSecurityException - Exception in javax.realtime

A version of SecurityException to be thrown by RTSJ methods that does not require allocation.

StaticThrowable<T extends StaticThrowable<T>> - Interface in javax.realtime

A marker interface to indicate that a Throwable is intended to be created once and reused.

StaticThrowable.Hidden - Annotation Type in javax.realtime

A marker for static throwable support methods that should not be seen in a stack trace.

StaticThrowableStorage - Class in javax.realtime

Provides the methods for managing the thread local memory used for storing the data needed by preallocated throwables, i.e., exceptions and errors which implement StaticThrowable.

StaticUnsupportedOperationException - Exception in javax.realtime

A version of UnsupportedOperationException to be thown by RTSJ methods that does not require allocation.

stop() - Method in interface javax.realtime.ActiveEvent

Stops this active event.

stop() - Method in class javax.realtime.posix.RealtimeSignal

Stops this RealtimeSignal.

stop() - Method in class javax.realtime.posix.Signal

Stops this Signal.

stop() - Method in class javax.realtime.Timer

stop stops this active timer changing its state to not-active and disabled.

Subsumable<T> - Interface in javax.realtime

A partial ordering relationship.

subsumes(Affinity) - Method in class javax.realtime.Affinity

Determines whether or not other is equal to or a proper subset of this affinity.

subsumes(Schedulable) - Method in class javax.realtime.AsyncBaseEventHandler

subsumes(SchedulingParameters) - Method in class javax.realtime.PriorityParameters

subsumes(Schedulable) - Method in class javax.realtime.RealtimeThread

subsumes(Schedulable) - Method in interface javax.realtime.Schedulable

Determine whether or not this instance of Schedulable is more eligible than other.

subsumes(SchedulingParameters) - Method in class javax.realtime.SchedulingParameters

subsumes(T) - Method in interface javax.realtime.Subsumable

Indicates that some set represented by other is subsumed by the set represented by this object.

subtract(AbsoluteTime) - Method in class javax.realtime.AbsoluteTime

subtract subtracts another absolute time from this absolute time.

subtract(AbsoluteTime, RelativeTime) - Method in class javax.realtime.AbsoluteTime

subtracts another absolute time from this absolute time.

subtract(RelativeTime) - Method in class javax.realtime.AbsoluteTime

subtract subtracts an interval given as an instance of RelativeTime from this.

subtract(RelativeTime, AbsoluteTime) - Method in class javax.realtime.AbsoluteTime

subtract subtracts an interval given as an instance of RelativeTime from this.

subtract(RelativeTime) - Method in class javax.realtime.RelativeTime

substract substracts interval given as an instance of RelativeTime from this relative time.

subtract(RelativeTime, RelativeTime) - Method in class javax.realtime.RelativeTime

Subtracts time from this.

swapBytes(short) - Method in class javax.realtime.RawMemoryAccess

swapBytes(int) - Method in class javax.realtime.RawMemoryAccess

swapBytes(long) - Method in class javax.realtime.RawMemoryAccess

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