Uses of Class
javax.realtime.RelativeTime

Packages that use RelativeTime

javax.realtime
javax.realtime.DSS
javax.realtime.test.airplane
javax.realtime.test.preemption
javax.realtime.test.traffic

Uses of RelativeTime in javax.realtime

Fields in javax.realtime declared as RelativeTime

protected RelativeTime	ReleaseParameters.cost The cost of this object
protected RelativeTime	ReleaseParameters.deadline The deadline of this object
protected RelativeTime	RealtimeThread.waitTime Accumulates time this RealtimeThread has spent waiting for a Resource.
protected RelativeTime	ProcessingGroupParameters.cost
protected RelativeTime	ProcessingGroupParameters.deadline
protected RelativeTime	PeriodicTimer.interval The interval of this PeriodicTimer
protected RelativeTime	PeriodicParameters.period

Methods in javax.realtime that return RelativeTime

RelativeTime	SporadicParameters.getMinimumInterarrival()
RelativeTime	ReleaseParameters.getCost() Return the cost of this object.
RelativeTime	ReleaseParameters.getDeadline() Return the deadline of this object.
RelativeTime	RelativeTime.add(long millis, long nanos) Create a new object representing the result of adding millis and nanos to the values from this and normalizing the result.
RelativeTime	RelativeTime.add(long millis, long nanos, RelativeTime dest) Return an object containing the value resulting from adding millis and nanos to the values from this and normalizing the result.
RelativeTime	RelativeTime.add(RelativeTime time) Create a new instance of RelativeTime representing the result of adding time to the value of this and normalizing the result.
RelativeTime	RelativeTime.add(RelativeTime time, RelativeTime dest) Return an object containing the value resulting from adding time to the value of this and normalizing the result.
RelativeTime	RelativeTime.relative(Clock clock) Return a copy of this.
RelativeTime	RelativeTime.subtract(RelativeTime time) Create a new instance of RelativeTime representing the result of subtracting time from the value of this and normalizing the result.
RelativeTime	RelativeTime.subtract(RelativeTime time, RelativeTime dest) Return an object containing the value resulting from subtracting the value of time from the value of this and normalizing the result.
RelativeTime	RelativeTime.relative(Clock clock, RelativeTime dest) Return a copy of this.
RelativeTime	ProcessingGroupParameters.getCost()
RelativeTime	ProcessingGroupParameters.getDeadline()
RelativeTime	PeriodicTimer.getInterval() Return the interval of this Timer.
RelativeTime	PeriodicParameters.getPeriod() Gets the period.
abstract RelativeTime	HighResolutionTime.relative(Clock clock, RelativeTime dest) Convert the time of this to a relative time, using the given instance of Clock to determine the current time when necessary.
abstract RelativeTime	GarbageCollector.getPreemptionLatency() Preemption latency is a measure of the maximum time a schedulable object may have to wait for the collector to reach a preemption-safe point.
abstract RelativeTime	Clock.getResolution() Return the resolution of the clock -- the interval between two ticks.
RelativeTime	AbsoluteTime.relative(Clock clock) Convert the time of this to a relative time, using the given instance of Clock to determine the current time.
RelativeTime	AbsoluteTime.relative(Clock clock, RelativeTime dest) Convert the time of this to a relative time, using the given instance of Clock to determine the current time.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time) Create a new instance of AbsoluteTime representing the result of subtracting time from the value of this and normalizing the result.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time, RelativeTime dest) Return an object containing the value resulting from subtracting time from the value of this and normalizing the result.
RelativeTime	AbsoluteTime.subtract(RelativeTime time, AbsoluteTime dest) Return an object containing the value resulting from subtracting time from the value of this and normalizing the result.

Methods in javax.realtime with parameters of type RelativeTime

boolean	SporadicParameters.setIfFeasible(RelativeTime interarrival, RelativeTime cost, RelativeTime deadline)
void	SporadicParameters.setMinimumInterarrival(RelativeTime minimum)
void	ReleaseParameters.setCost(RelativeTime cost) Set the cost of this object
void	ReleaseParameters.setDeadline(RelativeTime deadline) Set the deadline of this object
boolean	ReleaseParameters.setIfFeasible(RelativeTime cost, RelativeTime deadline) Set the cost and deadline of this object
RelativeTime	RelativeTime.add(long millis, long nanos, RelativeTime dest) Return an object containing the value resulting from adding millis and nanos to the values from this and normalizing the result.
RelativeTime	RelativeTime.add(RelativeTime time) Create a new instance of RelativeTime representing the result of adding time to the value of this and normalizing the result.
RelativeTime	RelativeTime.add(RelativeTime time, RelativeTime dest) Return an object containing the value resulting from adding time to the value of this and normalizing the result.
RelativeTime	RelativeTime.subtract(RelativeTime time) Create a new instance of RelativeTime representing the result of subtracting time from the value of this and normalizing the result.
RelativeTime	RelativeTime.subtract(RelativeTime time, RelativeTime dest) Return an object containing the value resulting from subtracting the value of time from the value of this and normalizing the result.
RelativeTime	RelativeTime.relative(Clock clock, RelativeTime dest) Return a copy of this.
void	RealtimeThread.addToWaitTime(RelativeTime time)
void	ProcessingGroupParameters.setCost(RelativeTime cost)
void	ProcessingGroupParameters.setDeadline(RelativeTime deadline)
boolean	ProcessingGroupParameters.setIfFeasible(RelativeTime period, RelativeTime cost, RelativeTime deadline) Not currently implemented
void	ProcessingGroupParameters.setPeriod(RelativeTime period)
void	PeriodicTimer.setInterval(RelativeTime interval) Reset the interval of this Timer
void	PeriodicParameters.setDeadline(RelativeTime deadline) Sets the deadline value.
boolean	PeriodicParameters.setIfFeasible(RelativeTime period, RelativeTime cost, RelativeTime deadline) This method first performs a feasibility analysis using the new period, cost and deadline attributes as replacements for the matching attributes of this.
void	PeriodicParameters.setPeriod(RelativeTime period) Sets the period.
abstract RelativeTime	HighResolutionTime.relative(Clock clock, RelativeTime dest) Convert the time of this to a relative time, using the given instance of Clock to determine the current time when necessary.
abstract void	Clock.setResolution(RelativeTime resolution) Set the resolution of this.
void	AperiodicParameters.setDeadline(RelativeTime deadline) Sets the deadline 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.
AbsoluteTime	AbsoluteTime.add(RelativeTime time) Create a new instance of AbsoluteTime representing the result of adding time to the value of this and normalizing the result.
AbsoluteTime	AbsoluteTime.add(RelativeTime time, AbsoluteTime destination) Return an object containing the value resulting from adding time to the value of this and normalizing the result.
RelativeTime	AbsoluteTime.relative(Clock clock, RelativeTime dest) Convert the time of this to a relative time, using the given instance of Clock to determine the current time.
RelativeTime	AbsoluteTime.subtract(AbsoluteTime time, RelativeTime dest) Return an object containing the value resulting from subtracting time from the value of this and normalizing the result.
AbsoluteTime	AbsoluteTime.subtract(RelativeTime time) Subtract a given RelativeTime from this AbsoluteTime.
RelativeTime	AbsoluteTime.subtract(RelativeTime time, AbsoluteTime dest) Return an object containing the value resulting from subtracting time from the value of this and normalizing the result.

Constructors in javax.realtime with parameters of type RelativeTime

SporadicParameters(RelativeTime minInterarrival, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler)
Create a SporadicParameters object.

SporadicParameters(RelativeTime minInterval, RelativeTime cost)
Constructor.

ReleaseParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler)
Constructor.

RelativeTime(RelativeTime time)
Make a new RelativeTime object from the given RelativeTime object.

RelativeTime(RelativeTime time, Clock clock)
Make a new RelativeTime object from the given RelativeTime object.

ProcessingGroupParameters(HighResolutionTime start, HighResolutionTime period, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler)
Constructor.

PeriodicTimer(HighResolutionTime start, RelativeTime interval, AsyncEventHandler handler)
Create an instance of AsynchEvent that executes its fire() method periodically.

PeriodicTimer(HighResolutionTime start, RelativeTime interval, Clock clock, AsyncEventHandler handler)
Create an instance of AsynchEvent that executes its fire() method periodically.

PeriodicParameters(HighResolutionTime start, RelativeTime period)
Create a PeriodicParameters object.

PeriodicParameters(HighResolutionTime start, RelativeTime period, RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler)
Create a PeriodicParameters object.

PeriodicParameters(RelativeTime period)
Create a PeriodicParameters object.

AperiodicParameters(RelativeTime cost, RelativeTime deadline, AsyncEventHandler overrunHandler, AsyncEventHandler missHandler)
Create an AperiodicParameters object.

Uses of RelativeTime in javax.realtime.DSS

Fields in javax.realtime.DSS declared as RelativeTime

protected RelativeTime	Resource.busyTimeThusFar
protected RelativeTime	PeriodicTimerThread.interval

Methods in javax.realtime.DSS that return RelativeTime

RelativeTime	SimulationClock.getResolution() Return the resolution of the clock -- the interval between two ticks.
static RelativeTime	DSS.fetchAndClearActivePhaseCost() If running under JPF, use the MJI interface to obtain the byte code execution cost of this active phase as observed through a JPF JVM listener.

Methods in javax.realtime.DSS with parameters of type RelativeTime

void	SimulationClock.setResolution(RelativeTime resolution)
static void	DSS.holdGivingUpResource(RelativeTime t, Resource resource, boolean simulateActivePhaseTime) Perform a hold operation bracketing it by release() and seize() operations on a resource.
static void	DSS.holdWithResource(RelativeTime holdTime, Resource resource, boolean simulateActivePhaseTime) Perform a hold operation wherein periods when the resource has been stolen do not count toward the hold time.
static void	DSS.hold(RelativeTime t) Passivate and activate the current RealtimeThread at current time plus t.
static void	DSS.hold(RelativeTime t, Resource resource)
static void	DSS.hold(RelativeTime t, boolean simulateActivePhaseTime)
static void	DSS.hold(RelativeTime t, boolean simulateActivePhaseTime, Resource resource) Passivate and activate the current RealtimeThread at current time plus t.
static double	DSS.relativeTimeNanos(RelativeTime time)

Constructors in javax.realtime.DSS with parameters of type RelativeTime

Terminator(RelativeTime shutdownTime)
Constructor

PeriodicTimerThread(java.lang.String name, int basePriority, RelativeTime interval, AsyncEvent event)
Constructor

OneShotTimerThread(java.lang.String name, int basePriority, RelativeTime delay, AsyncEvent event)
Constructor

ActivationLatency(RealtimeThread thread, RelativeTime delay)

Uses of RelativeTime in javax.realtime.test.airplane

Methods in javax.realtime.test.airplane with parameters of type RelativeTime

int	Airplane.feetCovered(RelativeTime interval) Feet covered at current speed for given time interval

Uses of RelativeTime in javax.realtime.test.preemption

Constructors in javax.realtime.test.preemption with parameters of type RelativeTime

Job(java.lang.String name, int priority, Resource cpu, int cycles, RelativeTime pauseTime, RelativeTime computationTime)
Constructor

Uses of RelativeTime in javax.realtime.test.traffic

Fields in javax.realtime.test.traffic declared as RelativeTime

static RelativeTime

Intersection.nominalSectorTransitTime

Methods in javax.realtime.test.traffic that return RelativeTime

RelativeTime

Intersection.timeInSector(Car car) Time it taks this car to transit an entire sector, at current speed -- as determined by priority

Constructors in javax.realtime.test.traffic with parameters of type RelativeTime

Car(java.lang.String choiceMode, int priority, java.lang.String direction, java.lang.String turn, RelativeTime cost, RelativeTime deadline, Intersection intersection, java.util.Random myRandom)