Package org.glassfish.grizzly.memory

Interface Summary

Interface	Description
AbstractMemoryManager.TrimAware	This is a marker interface indicating a particular Buffer implementation can be trimmed.
ByteBufferAware
CompositeBuffer.BulkOperation	Bulk Buffer operation, responsible for byte-by-byte Buffer processing.
CompositeBuffer.Setter	Setter.
DefaultMemoryManagerFactory	Allows creation/customization of MemoryManager implementation to be used as the MemoryManager.DEFAULT_MEMORY_MANAGER.
MemoryManager<E extends Buffer>	MemoryManager, responsible for allocating and releasing memory, required during application runtime.
MemoryProbe	MemoryManager monitoring probe.
ThreadLocalPool<E>	TODO Documentation
ThreadLocalPoolProvider	This interface may be implemented by custom MemoryManager implementations in order to provide per-thread memory management.
WrapperAware	MemoryManagers, which implement this interface, are able to convert frequently used Java buffer types to Grizzly Buffer.

Class Summary

Class	Description
AbstractBufferArray<E>
AbstractMemoryManager<E extends Buffer>	A MemoryManager abstraction to provide utilities that may be useful across different MemoryManager implementations.
BufferArray
Buffers	Class has useful methods to simplify the work with Buffers.
BuffersBuffer
ByteBufferArray
ByteBufferManager	The simple Buffer manager implementation, which works as wrapper above ByteBuffers.
ByteBufferWrapper	Buffer implementation, which uses the ByteBuffer underneath.
CompositeBuffer
HeapBuffer	Buffer implementation, which uses the ByteBuffer underneath.
HeapMemoryManager	A WrapperAware MemoryManager implementation for managing HeapBuffer instances.
MemoryProbe.Adapter	MemoryProbe adapter that provides no-op implementations for all interface methods allowing easy extension by the developer.
MemoryUtils	Class has useful methods to simplify the work with Buffers.
PooledMemoryManager	A MemoryManager implementation based on a series of shared memory pools.

Enum Summary

Enum	Description
CompositeBuffer.DisposeOrder	The order in which internal Buffers will be disposed.