net.tomp2p.futures
Class FutureDHT

java.lang.Object
  net.tomp2p.futures.BaseFutureImpl
      net.tomp2p.futures.FutureDHT

All Implemented Interfaces:

BaseFuture, Cancellable

public class FutureDHT
extends BaseFutureImpl

Nested Class Summary

Nested classes/interfaces inherited from interface net.tomp2p.futures.BaseFuture

BaseFuture.FutureType

Field Summary

Fields inherited from class net.tomp2p.futures.BaseFutureImpl

completed, lock, reason, type

Constructor Summary

FutureDHT()

FutureDHT(int min, EvaluatingSchemeDHT evaluationScheme, FutureCreate<FutureDHT> futureCreate, FutureRouting futureRouting)

Method Summary

void	addPending(FutureResponse futureResponse)
void	cancel()
void	created(FutureDHT futureDHT)
Object	getChannelBuffer()
Map<Number160,Data>	getData()
FutureCreate<FutureDHT>	getFutureCreate()
FutureRouting	getFutureRouting() Returns the future object that was used for the routing.
Collection<Number160>	getKeys()
Object	getObject()
Map<PeerAddress,Map<Number160,Data>>	getRawData()
Map<PeerAddress,org.jboss.netty.buffer.ChannelBuffer>	getRawDirectData1()
Map<PeerAddress,Object>	getRawDirectData2()
Map<PeerAddress,Collection<Number160>>	getRawKeys()
FutureForkJoin<FutureResponse>	getRunningFutures() Returns back those futures that are still running.
boolean	isMinReached()
void	setData(Map<PeerAddress,Map<Number160,Data>> rawData)
void	setDirectData1(Map<PeerAddress,org.jboss.netty.buffer.ChannelBuffer> rawChannels)
void	setDirectData2(Map<PeerAddress,Object> rawObjects)
void	setRemovedKeys(Map<PeerAddress,Collection<Number160>> rawKeys)
void	setScheduledFuture(ScheduledFuture<?> scheduledFuture, List<ScheduledFuture<?>> scheduledFutures)
void	setStoredKeys(Map<PeerAddress,Collection<Number160>> rawKeys, boolean ifAbsent)

Methods inherited from class net.tomp2p.futures.BaseFutureImpl

addCancellation, addListener, await, await, awaitUninterruptibly, awaitUninterruptibly, getFailedReason, getType, isCompleted, isFailed, isSuccess, notifyListerenrs, removeCancellation, removeListener, setCompletedAndNotify, setFailed

Methods inherited from class java.lang.Object

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

Constructor Detail

FutureDHT

public FutureDHT()

FutureDHT

public FutureDHT(int min,
                 EvaluatingSchemeDHT evaluationScheme,
                 FutureCreate<FutureDHT> futureCreate,
                 FutureRouting futureRouting)

Method Detail

created

public void created(FutureDHT futureDHT)

setRemovedKeys

public void setRemovedKeys(Map<PeerAddress,Collection<Number160>> rawKeys)

setStoredKeys

public void setStoredKeys(Map<PeerAddress,Collection<Number160>> rawKeys,
                          boolean ifAbsent)

setData

public void setData(Map<PeerAddress,Map<Number160,Data>> rawData)

getRawKeys

public Map<PeerAddress,Collection<Number160>> getRawKeys()

getKeys

public Collection<Number160> getKeys()

getRawData

public Map<PeerAddress,Map<Number160,Data>> getRawData()

getData

public Map<Number160,Data> getData()

isMinReached

public boolean isMinReached()

setDirectData1

public void setDirectData1(Map<PeerAddress,org.jboss.netty.buffer.ChannelBuffer> rawChannels)

getRawDirectData1

public Map<PeerAddress,org.jboss.netty.buffer.ChannelBuffer> getRawDirectData1()

setDirectData2

public void setDirectData2(Map<PeerAddress,Object> rawObjects)

getRawDirectData2

public Map<PeerAddress,Object> getRawDirectData2()

getFutureCreate

public FutureCreate<FutureDHT> getFutureCreate()

getFutureRouting

public FutureRouting getFutureRouting()

Returns the future object that was used for the routing. Before the FutureDHT is used, FutureRouting has to be completed successfully.

Returns:

The future object during the previous routing, or null if routing failed completely.

setScheduledFuture

public void setScheduledFuture(ScheduledFuture<?> scheduledFuture,
                               List<ScheduledFuture<?>> scheduledFutures)

cancel

public void cancel()

Specified by:

cancel in interface Cancellable

Overrides:

cancel in class BaseFutureImpl

getObject

public Object getObject()

getChannelBuffer

public Object getChannelBuffer()

addPending

public void addPending(FutureResponse futureResponse)

getRunningFutures

public FutureForkJoin<FutureResponse> getRunningFutures()

Returns back those futures that are still running. If 6 storage futures are started at the same time and 5 of them finish, and we specified that we are fine if 5 finishes, then futureDHT returns success. However, the future that may still be running is the one that stores the content to the closest peer. For testing this is not acceptable, thus after waiting for futureDHT, one needs to wait for the running futures as well.

Returns:

A future that finishes if all running futures are finished.