org.nustaq.serialization.minbin

Class MBOut

java.lang.Object

org.nustaq.serialization.minbin.MBOut

public class MBOut
extends Object

Date: 12.04.2014 Time: 22:11 To change this template use File | Settings | File Templates.

Constructor Summary

Constructors

Constructor and Description
MBOut()
MBOut(MinBin mb)

Method Summary

Modifier and Type	Method and Description
byte[]	getBytez()
int	getWritten()
void	reset() completely reset state
void	reset(byte[] bytez) completely reset and use given bytearray as buffer
void	resetPosition() only reset position
void	writeArray(Object primitiveArray, int start, int len) write primitive array + header.
void	writeInt(byte type, long data) write an int type with header
void	writeIntPacked(long data) encode int using only as much bytes as needed to represent it
void	writeObject(Object o)
void	writeRaw(byte[] bufferedName, int i, int length) allow write through to underlying byte for performance reasons
protected void	writeRawInt(byte type, long data) encode int without header tag
void	writeTag(Object obj)
void	writeTagHeader(byte tagId)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

MBOut

public MBOut()

MBOut

public MBOut(MinBin mb)

Method Detail

writeInt

public void writeInt(byte type,
                     long data)

write an int type with header

Parameters:

type -

data -

writeRawInt

protected void writeRawInt(byte type,
                           long data)

encode int without header tag

Parameters:

data -

writeIntPacked

public void writeIntPacked(long data)

encode int using only as much bytes as needed to represent it

Parameters:

data -

writeArray

public void writeArray(Object primitiveArray,
                       int start,
                       int len)

write primitive array + header. no floating point or object array allowed. Just int based types

Parameters:

primitiveArray -

start -

len -

writeTagHeader

public void writeTagHeader(byte tagId)

writeTag

public void writeTag(Object obj)

getWritten

public int getWritten()

getBytez

public byte[] getBytez()

reset

public void reset()

completely reset state

reset

public void reset(byte[] bytez)

completely reset and use given bytearray as buffer

Parameters:

bytez -

resetPosition

public void resetPosition()

only reset position

writeObject

public void writeObject(Object o)

writeRaw

public void writeRaw(byte[] bufferedName,
                     int i,
                     int length)

allow write through to underlying byte for performance reasons

Parameters:

bufferedName -

i -

length -