Uses of Class
javax.realtime.HighResolutionTime

Packages that use HighResolutionTime

Package	Description
javax.realtime	Jamaica's implementation of the Real-Time Specification for Java.
javax.realtime.control
javax.realtime.memory

Uses of HighResolutionTime in javax.realtime

Classes in javax.realtime with type parameters of type HighResolutionTime

Modifier and Type	Class and Description
class	HighResolutionTime<T extends HighResolutionTime<T>> Class HighResolutionTime is the base class for AbsoluteTime and RelativeTime.

Subclasses of HighResolutionTime in javax.realtime

Modifier and Type	Class and Description
class	AbsoluteTime Jamaica Real-Time Specification for Java class AbsoluteTime.
class	ChainableAbsoluteTime A subclass of Absolute time that can be singularly linked.
class	RationalTime Deprecated. RTSJ V1.0.1 class RationalTime is deprecated
class	RelativeTime Jamaica Real-Time Specification for Java class RelativeTime.

Methods in javax.realtime that return HighResolutionTime

Modifier and Type	Method and Description
HighResolutionTime<?>	ProcessingGroupParameters.getStart() getStart returns the current start time
HighResolutionTime<?>	PeriodicParameters.getStart() getStart returns the start time.

Methods in javax.realtime with parameters of type HighResolutionTime

Modifier and Type	Method and Description
void	ScopedMemory.join(HighResolutionTime<?> time) Waits at most until the time designated by the time parameter for the reference count of this ScopedMemory to drop to zero.
void	ScopedMemory.joinAndEnter(HighResolutionTime<?> time) In the error-free case, joinAndEnter() combines join();enter(); such that no enter() from another schedulable can intervene between the two method invocations.
void	ScopedMemory.joinAndEnter(Runnable logic, HighResolutionTime<?> time) In the error-free case, joinAndEnter() combines join();enter(); such that no enter() from another schedulable can intervene between the two method invocations.
void	Timer.reschedule(HighResolutionTime<?> time) reschedule changes the time for this event.
void	Timed.resetTime(HighResolutionTime<?> time) resetTime sets the time out for the next invocation of doInterruptible to a new value.
void	ProcessingGroupParameters.setStart(HighResolutionTime<?> start) setStart sets the start time to a new value.
PeriodicParameters	PeriodicParameters.setStart(HighResolutionTime<?> start) setStart set the start time.
static void	RealtimeThread.sleep(Clock clock, HighResolutionTime<?> time) Sleep for a given relative or absolute time using the given clock.
static void	RealtimeThread.sleep(HighResolutionTime<?> time) Sleep for a given relative or absolute time using the clock associated with time.
static boolean	HighResolutionTime.waitForObject(Object target, HighResolutionTime<?> time) waitForObject waits for the given object using a HighResolutionTime as timeout.

Constructors in javax.realtime with parameters of type HighResolutionTime

Constructor and Description
OneShotTimer(HighResolutionTime<?> time, AsyncBaseEventHandler handler) Constructor to create an instance with given time and handler.
OneShotTimer(HighResolutionTime<?> time, AsyncEventHandler handler) Constructor to create an instance with given time and handler.
OneShotTimer(HighResolutionTime<?> start, Clock clock, AsyncBaseEventHandler handler) Constructor to create an instance with given time, clock and handler.
OneShotTimer(HighResolutionTime<?> start, Clock clock, AsyncEventHandler handler) Constructor to create an instance with given time, clock and handler.
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period) Create a PeriodicParameters object.
PeriodicParameters(HighResolutionTime<?> start, RelativeTime period, RelativeTime deadline, AsyncEventHandler missHandler, boolean rousable) Equivalent to PeriodicParameters.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.
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.
Timed(HighResolutionTime<?> time) Constructor to create a new instance of Timed with the given time out.
Timer(HighResolutionTime<?> time, Clock clock, AsyncBaseEventHandler handler) Constructor to create a timer with the given time, clock and handler.

Uses of HighResolutionTime in javax.realtime.control

Methods in javax.realtime.control with parameters of type HighResolutionTime

Modifier and Type	Method and Description
void	Timed.resetTime(HighResolutionTime<?> time) resetTime sets the time out for the next invocation of doInterruptible to a new value.

Constructors in javax.realtime.control with parameters of type HighResolutionTime

Constructor and Description
Timed(HighResolutionTime<?> time) Constructor to create a new instance of Timed with the given time out.

Uses of HighResolutionTime in javax.realtime.memory

Methods in javax.realtime.memory with parameters of type HighResolutionTime

Modifier and Type	Method and Description
void	ScopedMemory.join(HighResolutionTime<?> time) Waits at most until the time designated by the time parameter for the reference count of this ScopedMemory to drop to zero.
boolean	ScopedMemory.joinAndEnter(BooleanSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that the executed method is called get and a boolean is returned.
double	ScopedMemory.joinAndEnter(DoubleSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that the executed method is called get and a double is returned.
void	ScopedMemory.joinAndEnter(HighResolutionTime<?> time) In the error-free case, joinAndEnter combines join();enter(); such that no enter() from another schedulable can intervene between the two method invocations.
int	ScopedMemory.joinAndEnter(IntSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that the executed method is called get and an int is returned.
long	ScopedMemory.joinAndEnter(LongSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that the executed method is called get and a long is returned.
void	ScopedMemory.joinAndEnter(Runnable logic, HighResolutionTime<?> time) In the error-free case, joinAndEnter combines join();enter(); such that no enter() from another schedulable can intervene between the two method invocations.
<P> P	ScopedMemory.joinAndEnter(Supplier<P> logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that the executed method is called get and an object is returned.
boolean	ScopedMemory.joinAndEnterInternal(BooleanSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnterInternal(Runnable, HighResolutionTime) except that the executed method is called get and a boolean is returned.
double	ScopedMemory.joinAndEnterInternal(DoubleSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnterInternal(Runnable, HighResolutionTime) except that the executed method is called get and a double is returned.
int	ScopedMemory.joinAndEnterInternal(IntSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnterInternal(Runnable, HighResolutionTime) except that the executed method is called get and an int is returned.
long	ScopedMemory.joinAndEnterInternal(LongSupplier logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnterInternal(Runnable, HighResolutionTime) except that the executed method is called get and a long is returned.
<P> P	ScopedMemory.joinAndEnterInternal(Supplier<P> logic, HighResolutionTime<?> time) Same as ScopedMemory.joinAndEnterInternal(Runnable, HighResolutionTime) except that the executed method is called get and an object is returned.
boolean	PinnableMemory.joinAndEnterPinned(BooleanSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinned(Runnable, HighResolutionTime) except that the executed method is called get and a boolean is returned.
double	PinnableMemory.joinAndEnterPinned(DoubleSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinned(Runnable, HighResolutionTime) except that the executed method is called get and a double is returned.
void	PinnableMemory.joinAndEnterPinned(HighResolutionTime<?> limit) Same as ScopedMemory.joinAndEnter(HighResolutionTime) except that pinning is ignored so the memory may not have been cleared.
int	PinnableMemory.joinAndEnterPinned(IntSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinned(Runnable, HighResolutionTime) except that the executed method is called get and an int is returned.
long	PinnableMemory.joinAndEnterPinned(LongSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinned(Runnable, HighResolutionTime) except that the executed method is called get and a long is returned.
void	PinnableMemory.joinAndEnterPinned(Runnable logic, HighResolutionTime<?> limit) Same as ScopedMemory.joinAndEnter(Runnable, HighResolutionTime) except that pinning is ignored so the memory may not have been cleared.
<P> P	PinnableMemory.joinAndEnterPinned(Supplier<P> logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinned(Runnable, HighResolutionTime) except that the executed method is called get and an object is returned.
double	PinnableMemory.joinAndEnterPinnedInternal(DoubleSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinnedInternal(Runnable, HighResolutionTime) except that the executed method is called get and a double is returned.
int	PinnableMemory.joinAndEnterPinnedInternal(IntSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinnedInternal(Runnable, HighResolutionTime) except that the executed method is called get and an int is returned.
long	PinnableMemory.joinAndEnterPinnedInternal(LongSupplier logic, HighResolutionTime<?> limit) Same as PinnableMemory.joinAndEnterPinnedInternal(Runnable, HighResolutionTime) except that the executed method is called get and a long is returned.
void	PinnableMemory.joinPinned(HighResolutionTime<?> limit) Same as ScopedMemory.join(HighResolutionTime) except that the area may be pinned so the memory may not have been cleared.