Uses of Class
io.netty.buffer.AdaptivePoolingAllocator.AdaptiveByteBuf

Packages that use AdaptivePoolingAllocator.AdaptiveByteBuf

Package	Description
io.netty.buffer	Abstraction of a byte buffer - the fundamental data structure to represent a low-level binary and text message.

Uses of AdaptivePoolingAllocator.AdaptiveByteBuf in io.netty.buffer

Fields in io.netty.buffer with type parameters of type AdaptivePoolingAllocator.AdaptiveByteBuf

Modifier and Type	Field	Description
private final Queue<AdaptivePoolingAllocator.AdaptiveByteBuf>	AdaptivePoolingAllocator.Magazine.bufferQueue
private static final ObjectPool<AdaptivePoolingAllocator.AdaptiveByteBuf>	AdaptivePoolingAllocator.Magazine.EVENT_LOOP_LOCAL_BUFFER_POOL
private final ObjectPool.Handle<AdaptivePoolingAllocator.AdaptiveByteBuf>	AdaptivePoolingAllocator.AdaptiveByteBuf.handle
private final ObjectPool.Handle<AdaptivePoolingAllocator.AdaptiveByteBuf>	AdaptivePoolingAllocator.Magazine.handle

Methods in io.netty.buffer that return AdaptivePoolingAllocator.AdaptiveByteBuf

Modifier and Type	Method	Description
private AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.allocate(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.MagazineGroup.allocate(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
private AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.allocateFallback(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.Magazine.newBuffer()

Methods in io.netty.buffer with parameters of type AdaptivePoolingAllocator.AdaptiveByteBuf

Modifier and Type	Method	Description
private AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.allocate(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
private boolean	AdaptivePoolingAllocator.Magazine.allocate(int size, int maxCapacity, AdaptivePoolingAllocator.AdaptiveByteBuf buf, boolean reallocate)
AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.MagazineGroup.allocate(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
private AdaptivePoolingAllocator.AdaptiveByteBuf	AdaptivePoolingAllocator.allocateFallback(int size, int maxCapacity, Thread currentThread, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
private boolean	AdaptivePoolingAllocator.Magazine.allocateWithoutLock(int size, int maxCapacity, AdaptivePoolingAllocator.AdaptiveByteBuf buf)
void	AdaptivePoolingAllocator.Chunk.readInitInto(AdaptivePoolingAllocator.AdaptiveByteBuf buf, int size, int startingCapacity, int maxCapacity)
void	AdaptivePoolingAllocator.SizeClassedChunk.readInitInto(AdaptivePoolingAllocator.AdaptiveByteBuf buf, int size, int startingCapacity, int maxCapacity)
(package private) void	AdaptivePoolingAllocator.reallocate(int size, int maxCapacity, AdaptivePoolingAllocator.AdaptiveByteBuf into)	Allocate into the given buffer.
boolean	AdaptivePoolingAllocator.Magazine.tryAllocate(int size, int maxCapacity, AdaptivePoolingAllocator.AdaptiveByteBuf buf, boolean reallocate)

Constructor parameters in io.netty.buffer with type arguments of type AdaptivePoolingAllocator.AdaptiveByteBuf

Modifier	Constructor	Description
(package private)	AdaptiveByteBuf(ObjectPool.Handle<AdaptivePoolingAllocator.AdaptiveByteBuf> recyclerHandle)