Grizzly NIO 5.0.2 · org.glassfish.grizzly.memory.ThreadLocalPool

Method Summary

Modifier and Type	Method and Description
public E	Returns: the new buffer allocate(int maximum number of elements size) Creates a buffer with a given capacity and limit
public boolean	Returns: true if there are unused elements, false otherwise hasRemaining() Whether there are elements between the current position and the end
public boolean	Returns: true if the end of the buffer has been allocated, false otherwise isLastAllocated(E the buffer to check oldBuffer) Whether the last element in the buffer has been set
public E	Returns: the new Buffer or null if the buffer could not be resized reallocate(E Old Buffer containing data oldBuffer, int The size the new Buffer should be. newSize) Creates a new Buffer with a set size and assigns it the data that was held in the old one as long as the given size is not smaller than the data held.
public E	Returns: the old buffer data that was removed. This may be null. reduceLastAllocated(E buffer) Reduces the buffer to the last data allocated
public boolean	Returns: true if operation successfully completed, false otherwise release(E the buffer to release underlyingBuffer) deallocates the data in the buffer
public int	Returns: number of elements remaining() Gets the number of elements between the current position and the limit
public void	reset(E the buffer to reset pool) Resets the Buffer to empty values and empties the pool
public boolean	Returns: true if the the buffer should be enlarged to hold the desired size wantReset(int the desired size of the buffer. If this is less than the current size ofthe buffer then this will return false size) Checks if the size of the Buffer should be reset.

Method Detail

allocate back to summary

allocate	back to summary
public E allocate(int size) Creates a buffer with a given capacity and limit Parameters size:int maximum number of elements Returns:E the new buffer See Also `java.nio.ByteBuffer#allocate(int)`

public E allocate(int size)

Creates a buffer with a given capacity and limit

Parameters

size:int: maximum number of elements

Returns:E

the new buffer

See Also

java.nio.ByteBuffer#allocate(int)

hasRemaining	back to summary
public boolean hasRemaining() Whether there are elements between the current position and the end Returns:boolean true if there are unused elements, false otherwise

hasRemaining

back to summary

public boolean hasRemaining()

Whether there are elements between the current position and the end

Returns:boolean: true if there are unused elements, false otherwise

isLastAllocated	back to summary
public boolean isLastAllocated(E oldBuffer) Whether the last element in the buffer has been set Parameters oldBuffer:E the buffer to check Returns:boolean true if the end of the buffer has been allocated, false otherwise

isLastAllocated

back to summary

public boolean isLastAllocated(E oldBuffer)

Whether the last element in the buffer has been set

Parameters

oldBuffer:E: the buffer to check

Returns:boolean

true if the end of the buffer has been allocated, false otherwise

reallocate	back to summary
public E reallocate(E oldBuffer, int newSize) Creates a new Buffer with a set size and assigns it the data that was held in the old one as long as the given size is not smaller than the data held. Parameters oldBuffer:E Old Buffer containing data newSize:int The size the new Buffer should be. Returns:E the new Buffer or null if the buffer could not be resized

reallocate

back to summary

public E reallocate(E oldBuffer, int newSize)

Creates a new Buffer with a set size and assigns it the data that was held in the old one as long as the given size is not smaller than the data held.

Parameters

oldBuffer:E: Old Buffer containing data
newSize:int: The size the new Buffer should be.

Returns:E

the new Buffer or null if the buffer could not be resized

reduceLastAllocated	back to summary
public E reduceLastAllocated(E buffer) Reduces the buffer to the last data allocated Returns:E the old buffer data that was removed. This may be null.

reduceLastAllocated

back to summary

public E reduceLastAllocated(E buffer)

Reduces the buffer to the last data allocated

Returns:E: the old buffer data that was removed. This may be null.

release	back to summary
public boolean release(E underlyingBuffer) deallocates the data in the buffer Parameters underlyingBuffer:E the buffer to release Returns:boolean true if operation successfully completed, false otherwise

release

back to summary

public boolean release(E underlyingBuffer)

deallocates the data in the buffer

Parameters

underlyingBuffer:E: the buffer to release

Returns:boolean

true if operation successfully completed, false otherwise

remaining	back to summary
public int remaining() Gets the number of elements between the current position and the limit Returns:int number of elements

remaining

back to summary

public int remaining()

Gets the number of elements between the current position and the limit

Returns:int: number of elements

reset	back to summary
public void reset(E pool) Resets the Buffer to empty values and empties the pool Parameters pool:E the buffer to reset

reset

back to summary

public void reset(E pool)

Resets the Buffer to empty values and empties the pool

Parameters

pool:E: the buffer to reset

wantReset	back to summary
public boolean wantReset(int size) Checks if the size of the Buffer should be reset. Parameters size:int the desired size of the buffer. If this is less than the current size ofthe buffer then this will return false Returns:boolean true if the the buffer should be enlarged to hold the desired size

wantReset

back to summary

public boolean wantReset(int size)

Checks if the size of the Buffer should be reset.

Parameters

size:int: the desired size of the buffer. If this is less than the current size ofthe buffer then this will return false

Returns:boolean

true if the the buffer should be enlarged to hold the desired size

public Interface ThreadLocalPool<E>

Method Summary

Method Detail