anon.mixminion
Class MixminionPOPChannel

java.lang.Object
  anon.shared.AbstractChannel
      anon.mixminion.MixminionPOPChannel

All Implemented Interfaces:

AnonChannel

public class MixminionPOPChannel
extends AbstractChannel

Author:

Stefan Roenisch

Field Summary

private java.lang.String[]	m_deleted
private java.util.Vector	m_messages
private int	m_state the current State of the POPChannel

Fields inherited from class anon.shared.AbstractChannel

m_bIsClosed, m_bIsClosedByPeer, m_id

Fields inherited from interface anon.AnonChannel

HTTP, SMTP, SOCKS

Constructor Summary

MixminionPOPChannel()

Method Summary

protected void	close_impl()
int	getOutputBlockSize() Returns a value that indicates the current optimum size of data to write..
protected void	send(byte[] buff, int len)
protected void	toClient(java.lang.String message)

Methods inherited from class anon.shared.AbstractChannel

close, closedByPeer, finalize, getInputStream, getOutputStream, hashCode, isClosed, recv

Methods inherited from class java.lang.Object

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

Field Detail

m_state

private int m_state

the current State of the POPChannel

m_messages

private java.util.Vector m_messages

m_deleted

private java.lang.String[] m_deleted

Constructor Detail

MixminionPOPChannel

public MixminionPOPChannel()

Method Detail

close_impl

protected void close_impl()

Specified by:

close_impl in class AbstractChannel

toClient

protected void toClient(java.lang.String message)
                 throws java.io.IOException

Throws:

java.io.IOException

send

protected void send(byte[] buff,
                    int len)
             throws java.io.IOException

Specified by:

send in class AbstractChannel

Throws:

java.io.IOException

getOutputBlockSize

public int getOutputBlockSize()

Description copied from interface: AnonChannel

Returns a value that indicates the current optimum size of data to write.. Because often anon services transport the data splited into packets for optimum performance it may be good to send data according to the packet size to avoid unneccessary overheads.

Returns:

the current optimum size for output data. If 1 is returned the size does not matter.