Uses of Class
javax.realtime.RelativeTime

Packages that use RelativeTime

Package	Description
com.aicas.jamaica.lang	Provides classes that are specific to JamaicaVM including access to the CPU timer, debugging support, and an API for generating and dumping profiles.
javax.realtime	Jamaica's implementation of the Real-Time Specification for Java.

Uses of RelativeTime in com.aicas.jamaica.lang

Methods in com.aicas.jamaica.lang that return RelativeTime

Modifier and Type	Method and Description
static RelativeTime	CpuTime.getAccurateCpuTime(Thread t, RelativeTime time) This method retrieves the current CPU time that was consumed by the given thread and stores it into the given relativeTime-object.

Methods in com.aicas.jamaica.lang with parameters of type RelativeTime

Modifier and Type	Method and Description
static void	CpuTime.cycles2RelativeTime(long cycles, RelativeTime relTime) Convert a number of CPU cycles into a RelativeTime value.
static RelativeTime	CpuTime.getAccurateCpuTime(Thread t, RelativeTime time) This method retrieves the current CPU time that was consumed by the given thread and stores it into the given relativeTime-object.
static long	CpuTime.relativeTime2Cycles(RelativeTime relTime) Convert a positive relative time to a CPU cycles value if the the CPU usage monitoring is supported.

Uses of RelativeTime in javax.realtime

Subclasses of RelativeTime in javax.realtime

Modifier and Type	Class and Description
class	RationalTime Deprecated. RTSJ V1.0.1 class RationalTime is deprecated

Methods in javax.realtime that return RelativeTime

Modifier and Type	Method and Description
RelativeTime	RelativeTime.add(long millis, int nanos) add adds time given in milliseconds and nanoseconds to this relative time.
RelativeTime	RelativeTime.add(long millis, int nanos, RelativeTime dest) add adds time given in milliseconds and nanoseconds to this relative time.
RelativeTime	RelativeTime.add(RelativeTime time) add adds interval given as an instance of RelativeTime to this relative time.
RelativeTime	RelativeTime.add(RelativeTime time, RelativeTime dest) add adds interval given as an instance of RelativeTime to this relative time.
RelativeTime	ReleaseParameters.getCost() getCost rturns the current value of cost
RelativeTime	ProcessingGroupParameters.getCost() getCost returns the current value for cost
RelativeTime	ReleaseParameters.getDeadline() getDeadline returns the current deadline.
RelativeTime	ProcessingGroupParameters.getDeadline() getDeadline returns the current deadline.
RelativeTime	Chronograph.getEpochOffset() Determines the time on the UTC clock when this chronograph was zero.
RelativeTime	Clock.getEpochOffset() Determines the time on the UTC clock when this chronograph was zero.
RelativeTime	Chronograph.getEpochOffset(RelativeTime dest) Determines the difference between the epoch of this clock from the Epoch.
RelativeTime	RationalTime.getInterarrivalTime() Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	RelativeTime.getInterarrivalTime() Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	RationalTime.getInterarrivalTime(RelativeTime dest) Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	RelativeTime.getInterarrivalTime(RelativeTime dest) Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	PeriodicTimer.getInterval() getInterval returns the interval of this periodic timer.
RelativeTime	SporadicParameters.getMinimumInterarrival() getMinimumInterarrival returns the minimum interarrival time.
RelativeTime	ProcessingGroupParameters.getPeriod() getPeriod returns the current period.
RelativeTime	PeriodicParameters.getPeriod() getPeriod returns the current period.
abstract RelativeTime	GarbageCollector.getPreemptionLatency() getPreemptionLatency returns the maximum time required for any schedulable object to preempt ongoing garbage collection activity.
RelativeTime	Chronograph.getQueryPrecision() Obtain the precision with which time can be read, i.e., the nominal interval between ticks.
RelativeTime	Clock.getQueryPrecision()
RelativeTime	Chronograph.getQueryPrecision(RelativeTime dest) Obtain the precision with which time can be read, i.e., the nominal interval between ticks.
RelativeTime	Clock.getQueryPrecision(RelativeTime dest)
abstract RelativeTime	Clock.getResolution() Returns the resolution of this clock, i.e.
RelativeTime	RelativeTime.negate() Multiply the current time by -1.
RelativeTime	RelativeTime.negate(RelativeTime destination) Multiply the current time by -1.
RelativeTime	AbsoluteTime.relative(Chronograph chronograph) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Chronograph chronograph) relative returns a new relative time object for this relative to the given chronograph.
RelativeTime	RelativeTime.relative(Chronograph chronograph) relative returns a new instance of this interval with the given chronograph association.
RelativeTime	AbsoluteTime.relative(Chronograph chronograph, RelativeTime dest) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Chronograph chronograph, RelativeTime time) relative converts this time to a relative time using the given chronograph.
RelativeTime	RelativeTime.relative(Chronograph chronograph, RelativeTime destination) relative returns a copy of this interval with the given chronograph association.
RelativeTime	AbsoluteTime.relative(Clock clock) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Clock clock) relative returns a new relative time object for this relative to the given clock.
RelativeTime	RelativeTime.relative(Clock clock) relative returns a new instance of this interval with the given clock association.
RelativeTime	AbsoluteTime.relative(Clock clock, RelativeTime dest) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Clock clock, RelativeTime time) relative converts this time to a relative time using the given clock.
RelativeTime	RelativeTime.relative(Clock clock, RelativeTime destination) relative returns a copy of this interval with the given clock association.
RelativeTime	RelativeTime.scale(int factor) multiply the current time by an integral scaling factor.
RelativeTime	RelativeTime.scale(int factor, RelativeTime destination) Multiply the current time by an integral factor.
RelativeTime	RationalTime.set(RelativeTime time) Deprecated. Changes the value represented by this to that of the given time.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time) subtract subtracts another absolute time from this absolute time.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time, RelativeTime dest) subtracts another absolute time from this absolute time.
RelativeTime	RelativeTime.subtract(RelativeTime time) substract substracts interval given as an instance of RelativeTime from this relative time.
RelativeTime	RelativeTime.subtract(RelativeTime time, RelativeTime dest) Subtracts time from this.

Methods in javax.realtime with parameters of type RelativeTime

Modifier and Type	Method and Description
RelativeTime	RelativeTime.add(long millis, int nanos, RelativeTime dest) add adds time given in milliseconds and nanoseconds to this relative time.
AbsoluteTime	AbsoluteTime.add(RelativeTime time) add adds interval given as RelativeTime instance to this absolute time.
RelativeTime	RelativeTime.add(RelativeTime time) add adds interval given as an instance of RelativeTime to this relative time.
AbsoluteTime	AbsoluteTime.add(RelativeTime time, AbsoluteTime dest) add adds interval given as RelativeTime instance to this absolute time.
RelativeTime	RelativeTime.add(RelativeTime time, RelativeTime dest) add adds interval given as an instance of RelativeTime to this relative time.
RelativeTime	Chronograph.getEpochOffset(RelativeTime dest) Determines the difference between the epoch of this clock from the Epoch.
RelativeTime	RationalTime.getInterarrivalTime(RelativeTime dest) Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	RelativeTime.getInterarrivalTime(RelativeTime dest) Deprecated. RTSJ V1.0.1 this method is only required to support the deprecated RationalTime.
RelativeTime	Chronograph.getQueryPrecision(RelativeTime dest) Obtain the precision with which time can be read, i.e., the nominal interval between ticks.
RelativeTime	Clock.getQueryPrecision(RelativeTime dest)
RelativeTime	RelativeTime.negate(RelativeTime destination) Multiply the current time by -1.
RelativeTime	AbsoluteTime.relative(Chronograph chronograph, RelativeTime dest) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Chronograph chronograph, RelativeTime time) relative converts this time to a relative time using the given chronograph.
RelativeTime	RelativeTime.relative(Chronograph chronograph, RelativeTime destination) relative returns a copy of this interval with the given chronograph association.
RelativeTime	AbsoluteTime.relative(Clock clock, RelativeTime dest) relative implements abstract method inherited from HighResolutionTime.
abstract RelativeTime	HighResolutionTime.relative(Clock clock, RelativeTime time) relative converts this time to a relative time using the given clock.
RelativeTime	RelativeTime.relative(Clock clock, RelativeTime destination) relative returns a copy of this interval with the given clock association.
RelativeTime	RelativeTime.scale(int factor, RelativeTime destination) Multiply the current time by an integral factor.
RelativeTime	RationalTime.set(RelativeTime time) Deprecated. Changes the value represented by this to that of the given time.
T	ReleaseParameters.setCost(RelativeTime cost) setCost sets the cost for this ReleaseParameters.
void	ProcessingGroupParameters.setCost(RelativeTime cost) setCost sets the cost value.
T	ReleaseParameters.setDeadline(RelativeTime deadline) setDeadline sets the deadline.
void	ProcessingGroupParameters.setDeadline(RelativeTime deadline) setDeadline set the deadline to a new value.
boolean	AperiodicParameters.setIfFeasible(RelativeTime cost, RelativeTime deadline) This method first performs a feasibility analysis using the new cost and deadline as replacements for the matching attributes of this.
boolean	ReleaseParameters.setIfFeasible(RelativeTime cost, RelativeTime deadline) setIfFeasible performs a feasibility analysis using the new cost and deadline parameters.
boolean	SporadicParameters.setIfFeasible(RelativeTime cost, RelativeTime deadline) This method first performs a feasibility analysis using the new cost, and deadline as replacements for the matching attributes of this.
boolean	ProcessingGroupParameters.setIfFeasible(RelativeTime period, RelativeTime cost, RelativeTime deadline) setIfFeasible performs a feasibility analysis using the new period, cost, and deadline parameters.
boolean	SporadicParameters.setIfFeasible(RelativeTime interarrival, RelativeTime cost, RelativeTime deadline) setIfFeasible performs a feasibility analysis using the new period, cost and deadline parameters.
boolean	PeriodicParameters.setIfFeasible(RelativeTime period, RelativeTime cost, RelativeTime deadline) setIfFeasible performs a feasibility analysis using the new period, cost, and deadline parameters.
PeriodicTimer	PeriodicTimer.setInterval(RelativeTime newinterval) setInterval changes the interval for this periodic timer.
SporadicParameters	SporadicParameters.setMinimumInterarrival(RelativeTime interarrival) setMinimumInterarrival sets the minimum interarrival time to a new value, independent on the impact this will have on the feasibility of the system.
void	ProcessingGroupParameters.setPeriod(RelativeTime period) setPeriod sets the period to a new value.
PeriodicParameters	PeriodicParameters.setPeriod(RelativeTime period) setPeriod sets the period.
abstract void	Clock.setResolution(RelativeTime resolution) Sets the resolution of this time to the provided value.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time, RelativeTime dest) subtracts another absolute time from this absolute time.
AbsoluteTime	AbsoluteTime.subtract(RelativeTime time) subtract subtracts an interval given as an instance of RelativeTime from this.
RelativeTime	RelativeTime.subtract(RelativeTime time) substract substracts interval given as an instance of RelativeTime from this relative time.
AbsoluteTime	AbsoluteTime.subtract(RelativeTime time, AbsoluteTime dest) subtract subtracts an interval given as an instance of RelativeTime from this.
RelativeTime	RelativeTime.subtract(RelativeTime time, RelativeTime dest) Subtracts time from this.

Constructors in javax.realtime with parameters of type RelativeTime

Constructor and Description
AperiodicParameters(RelativeTime deadline) Equivalent to AperiodicParameters(RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) with the argument list (null, deadline, null, null, false).
AperiodicParameters(RelativeTime deadline, AsyncEventHandler missHandler, boolean rousable) Equivalent to AperiodicParameters(RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) with the argument list (null, deadline, null, missHandler, rousable).
AperiodicParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler) Constructor of AperiodicParameters to be used as ReleaseParameters for AsyncEventHandler if the event handler will be scheduled aperiodically.
AperiodicParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler, boolean rousable) Creates an AperiodicParameters object.
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period) Create a PeriodicParameters object.
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period, RelativeTime deadline, AsyncEventHandler missHandler, boolean rousable) Equivalent to PeriodicParameters(HighResolutionTime, RelativeTime, RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) with the argument list (start, period, deadline, null, null, missHandler, rousable);
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler) Constructor to create an instance of PeriodicParameters with the given initial settings.
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler, boolean rousable) Creates a PeriodicParameters object with attributes set to the specified values.
PeriodicParameters(RelativeTime period) Create a PeriodicParameters object.
PeriodicTimer(HighResolutionTime<?> start, RelativeTime interval, AsyncBaseEventHandler handler) Constructor to create an instance with given time, interval and handler.
PeriodicTimer(HighResolutionTime<?> start, RelativeTime interval, AsyncEventHandler handler) Constructor to create an instance with given time, interval and handler.
PeriodicTimer(HighResolutionTime<?> start, RelativeTime interval, Clock clock, AsyncBaseEventHandler handler) Constructor to create an instance with given time, interval, clock and handler.
PeriodicTimer(HighResolutionTime<?> start, RelativeTime interval, Clock clock, AsyncEventHandler handler) Constructor to create an instance with given time, interval, clock and handler.
ProcessingGroupParameters(HighResolutionTime<?> start, RelativeTime period, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler) Constructor to create a new instance of ProcessingGroupParameters.
RationalTime(int frequency, RelativeTime interval) Deprecated. RTSJ V1.0.1 class RationalTime is deprecated
RelativeTime(RelativeTime time) Constructor to create a new RelativeTime object that represents the same interval as the given RelativeTime and that has the same chronograph association.
RelativeTime(RelativeTime time, Chronograph chronograph) Constructor to create a new RelativeTime object that represents the same interval as the given RelativeTime and that has the same chronograph association or the chronograph association provided as the clock parameter.
RelativeTime(RelativeTime time, Clock clock) Constructor to create a new RelativeTime object that represents the same interval as the given RelativeTime and that has the same clock association or the clock association provided as a non-null clock parameter.
ReleaseParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler) Constructor to create a new instance of ReleaseParameters.
ReleaseParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler, boolean rousable) Constructor to create a new instance of ReleaseParameters.
SporadicParameters(RelativeTime minInterarrival) Create a SporadicParameters object.
SporadicParameters(RelativeTime minInterarrival, RelativeTime cost, AsyncEventHandler overrunhandler, boolean rousable) Equivalent to SporadicParameters(RelativeTime, RelativeTime, RelativeTime, AsyncEventHandler, AsyncEventHandler, boolean) with an argument list of (minInterarrival, null, deadline, null, missHandler, rousable).
SporadicParameters(RelativeTime minInterarrival, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler) 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.
SporadicParameters(RelativeTime minInterarrival, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler, boolean rousable) Creates a SporadicParameters object.