AbstractDataBuffer

Kotlin | Java

public abstract class AbstractDataBuffer 
<T> implements DataBuffer

Default implementation of DataBuffer. An AbstractDataBuffer wraps data provided across the binder from Google Play services.

Summary

Public methods
`final void`	`close ()` Releases the data buffer, for use in try-with-resources.
`abstract @ NonNull T`	`get (int position)` Get the item at the specified position.
`int`	`getCount ()`
`boolean`	`isClosed ()` This method is deprecated. release and close are idempotent, and so is safe to call multiple times
`Iterator <T>`	`iterator ()`
`void`	`release ()` Releases resources used by the buffer.
`Iterator <T>`	`singleRefIterator ()` In order to use this you should correctly override `setDataRow` in your `DataBufferRef` implementation.

Inherited methods

From java.io.Closeable

abstract void

 close 
()

From java.lang.Iterable

`void`	`forEach ( Consumer < Object > p)`
`abstract Iterator <T>`	`iterator ()`
`Spliterator <T>`	`spliterator ()`

Public methods

close

public final void  close 
()

Releases the data buffer, for use in try-with-resources.

Both close and release shall have identical semantics, and are idempotent.

get

public abstract @ NonNull 
T  get 
(int position)

Get the item at the specified position. Note that the objects returned from subsequent invocations of this method for the same position may not be identical objects, but will be equal in value. In other words:

buffer.get(i) == buffer.get(i) may return false.

buffer.get(i).equals(buffer.get(i)) will return true.

Parameters
`int position`	The position of the item to retrieve.

Returns
`@ NonNull T`	the item at `position` in this buffer.

getCount

public int  getCount 
()

isClosed

public boolean    isClosed 
 
 
()

iterator

public  Iterator 
<T>  iterator 
()

release

public void  release 
()

Releases resources used by the buffer. This method is idempotent.

singleRefIterator

public  Iterator 
<T>  singleRefIterator 
()

In order to use this you should correctly override setDataRow in your DataBufferRef implementation. Be careful: there will be single while iterating. If you are not sure - DO NOT USE this iterator.

See also
`SingleRefDataBufferIterator`