Uses of Class
javax.realtime.MemoryArea

Packages that use MemoryArea

javax.realtime

Uses of MemoryArea in javax.realtime

Subclasses of MemoryArea in javax.realtime

class	HeapMemory The HeapMemory class is a singleton object that allows logic with a non-heap allocation context to allocate objects in the Java heap.
class	ImmortalMemory ImmortalMemory is a memory resource that is unexceptionally available to all schedulable objects and Java threads for use and allocation.
class	ImmortalPhysicalMemory An instance of ImmortalPhysicalMemory allows objects to be allocated from a range of physical memory with particular attributes, determined by their memory type.
class	LTMemory LTMemory represents a memory area guaranteed by the system to have linear time allocation when memory consumption from the memory area is less than the memory area's initial size.
class	ScopedMemory ScopedMemory is the abstract base class of all classes dealing with representations of memory spaces which have a limited lifetime.

Fields in javax.realtime declared as MemoryArea

protected MemoryArea	RealtimeThread.memoryArea This RealtimeThread's MemoryArea.
protected MemoryArea	AsyncEventHandler.memoryArea This object's memory area

Methods in javax.realtime that return MemoryArea

static MemoryArea	MemoryArea.getMemoryArea(java.lang.Object object) Gets the MemoryArea in which the given object is located.
MemoryArea	AsyncEventHandler.getMemoryArea() Get the current memory area.

Constructors in javax.realtime with parameters of type MemoryArea

WaitFreeWriteQueue(java.lang.Runnable writer, java.lang.Runnable reader, int maximum, MemoryArea memory)
Constructs a queue in memory with an unsynchronized and nonblocking write() method and a synchronized and blocking read() method.

WaitFreeWriteQueue(int maximum, MemoryArea memory)
Constructs a queue containing up to maximum elements in memory.

WaitFreeReadQueue(java.lang.Runnable writer, java.lang.Runnable reader, int maximum, MemoryArea memory, boolean notify)
Constructs a queue containing up to maximum elements in memory.

WaitFreeReadQueue(java.lang.Runnable writer, java.lang.Runnable reader, int maximum, MemoryArea memory)
Constructs a queue containing up to maximum elements in memory.

WaitFreeReadQueue(int maximum, MemoryArea memory, boolean notify)
Constructs a queue containing up to maximum elements in memory.

RealtimeThread(SchedulingParameters scheduling, ReleaseParameters releaseParameters, MemoryParameters memoryParameters, MemoryArea memoryArea, ProcessingGroupParameters processingGroup, java.lang.Runnable logic)
Constructor

RealtimeThread(java.lang.String name, SchedulingParameters scheduling, ReleaseParameters releaseParameters, MemoryParameters memoryParameters, MemoryArea memoryArea, ProcessingGroupParameters processingGroup, java.lang.Runnable logic)
Constructor

NoHeapRealtimeThread(java.lang.String name, SchedulingParameters scheduling, MemoryArea area)
Constructor.

NoHeapRealtimeThread(SchedulingParameters scheduling, MemoryArea area)
Create a NoHeapRealtimeThread.

NoHeapRealtimeThread(SchedulingParameters scheduling, ReleaseParameters release, MemoryArea area)
Create a no-heap real-time thread with the given characteristics.

NoHeapRealtimeThread(java.lang.String name, SchedulingParameters scheduling, ReleaseParameters release, MemoryArea area)
Constructor.

NoHeapRealtimeThread(SchedulingParameters scheduling, ReleaseParameters release, MemoryParameters memory, MemoryArea area, ProcessingGroupParameters group, java.lang.Runnable logic)
Create a real-time thread with the given characteristics and a Runnable.

NoHeapRealtimeThread(java.lang.String name, SchedulingParameters scheduling, ReleaseParameters release, MemoryParameters memory, MemoryArea area, ProcessingGroupParameters group, java.lang.Runnable logic)
Constructor.

BoundAsyncEventHandler(SchedulingParameters scheduling, ReleaseParameters release, MemoryParameters memory, MemoryArea area, ProcessingGroupParameters group, boolean nonheap, java.lang.Runnable logic)
Create an instance of BoundAsyncEventHandler with the specified parameters.

AsyncEventHandler(SchedulingParameters schedulingParameters, ReleaseParameters releaseParameters, MemoryParameters memoryParameters, MemoryArea memoryArea, ProcessingGroupParameters processingGroup, boolean nonheap, java.lang.Runnable logic)
Create a handler with the specified parameters.