Uses of Class
net.tomp2p.peers.PeerAddress

Packages that use PeerAddress

Package	Description
net.tomp2p.connection
net.tomp2p.futures
net.tomp2p.message
net.tomp2p.p2p
net.tomp2p.p2p.builder
net.tomp2p.peers
net.tomp2p.rpc
net.tomp2p.storage

Uses of PeerAddress in net.tomp2p.connection

Methods in net.tomp2p.connection that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	PeerConnection.remotePeer()
PeerAddress	PeerBean.serverPeerAddress()

Methods in net.tomp2p.connection with parameters of type PeerAddress

Modifier and Type	Method and Description
InetSocketAddress	RelaySender.createSocketTCP(PeerAddress peerAddress)
InetSocketAddress	RelaySender.createSocketUPD(PeerAddress peerAddress)
PeerBean	PeerBean.serverPeerAddress(PeerAddress serverPeerAddress)

Constructors in net.tomp2p.connection with parameters of type PeerAddress

Constructor and Description
PeerConnection(PeerAddress remotePeer, ChannelCreator cc, int heartBeatMillis) If we don't have an open TCP connection, we first need a channel creator to open a channel.
PeerConnection(PeerAddress remotePeer, io.netty.channel.ChannelFuture channelFuture, int heartBeatMillis) If we already have an open TCP connection, we don't need a channel creator

Uses of PeerAddress in net.tomp2p.futures

Methods in net.tomp2p.futures that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	FutureDiscover.getPeerAddress() The peerAddress where we are reachable.
PeerAddress	FutureAsyncTask.getRemotePeer()
PeerAddress	FutureDiscover.getReporter()
PeerAddress	FuturePeerConnection.remotePeer()

Methods in net.tomp2p.futures that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
Collection<PeerAddress>	FutureBootstrap.getBootstrapTo() Returns the Peers we bootstrapped in no particular order.
Collection<PeerAddress>	FutureWrappedBootstrap.getBootstrapTo() Returns a list of of peers that were involved in the bootstrapping.
NavigableSet<PeerAddress>	FutureRouting.getDirectHits() The direct hits set contains those peers that reported to have the key (Number160) we were looking for.
SortedMap<PeerAddress,DigestInfo>	FutureRouting.getDirectHitsDigest() The direct hits map contains those peers that reported to have the key (Number160) we were looking for including its digest (size of the result set and its xored hashes).
Set<PeerAddress>	FutureTracker.getDirectTrackers()
Set<PeerAddress>	FutureTracker.getPeersOnTracker()
NavigableSet<PeerAddress>	FutureRouting.getPotentialHits() The potential hits set contains those peers that are in the direct hit and that did report to *not* have the key (Number160) we were looking for.
Set<PeerAddress>	FutureTracker.getPotentialTrackers()
Map<PeerAddress,Map<Number640,Data>>	FutureGet.getRawData() Returns the raw data from the get operation.
Map<PeerAddress,Map<Number640,Data>>	FutureRemove.getRawData() Returns the raw data from the get operation.
Map<PeerAddress,Map<Number160,Data>>	FutureTask.getRawDataMap()
Map<PeerAddress,DigestResult>	FutureDigest.getRawDigest()
Map<PeerAddress,io.netty.buffer.ByteBuf>	FutureSend.getRawDirectData1() Return raw data from send_dircet (Netty buffer).
Map<PeerAddress,Object>	FutureSend.getRawDirectData2() Return raw data from send_dircet (Object).
Map<PeerAddress,Map<Number640,Byte>>	FutureRemove.getRawKeys() Returns the raw keys from the storage or removal operation.
Map<PeerAddress,TrackerData>	FutureTracker.getRawPeersOnTracker()
Map<PeerAddress,Map<Number640,Byte>>	FuturePut.getRawResult() Returns the raw result from the storage or removal operation.
SortedSet<PeerAddress>	FutureRouting.getRoutingPath() Returns the peers that have been asked to provide neighbor information.

Methods in net.tomp2p.futures with parameters of type PeerAddress

Modifier and Type	Method and Description
void	FutureDiscover.done(PeerAddress ourPeerAddress, PeerAddress reporter) Gets called if the discovery was a success and an other peer could ping us with TCP and UDP.
void	FutureShutdown.report(PeerAddress recipient, boolean success) Report the intermediate status.

Method parameters in net.tomp2p.futures with type arguments of type PeerAddress

Modifier and Type	Method and Description
void	FutureWrappedBootstrap.setBootstrapTo(Collection<PeerAddress> bootstrapTo) The addresses we boostrap to.
void	FutureSend.setDirectData1(Map<PeerAddress,io.netty.buffer.ByteBuf> rawChannels) Finish the future and set the keys and data that have send directly using the Netty buffer.
void	FutureSend.setDirectData2(Map<PeerAddress,Object> rawObjects) Finish the future and set the keys and data that have send directly using an object.
void	FutureRouting.setNeighbors(SortedMap<PeerAddress,DigestInfo> directHits, NavigableSet<PeerAddress> potentialHits, SortedSet<PeerAddress> routingPath, boolean isBootstrap, boolean isRoutingToOther) Sets the result of the routing process and finishes the future.
void	FutureRouting.setNeighbors(SortedMap<PeerAddress,DigestInfo> directHits, NavigableSet<PeerAddress> potentialHits, SortedSet<PeerAddress> routingPath, boolean isBootstrap, boolean isRoutingToOther) Sets the result of the routing process and finishes the future.
void	FutureRouting.setNeighbors(SortedMap<PeerAddress,DigestInfo> directHits, NavigableSet<PeerAddress> potentialHits, SortedSet<PeerAddress> routingPath, boolean isBootstrap, boolean isRoutingToOther) Sets the result of the routing process and finishes the future.
void	FutureGet.setReceivedData(Map<PeerAddress,Map<Number640,Data>> rawData) Finish the future and set the keys and data that have been received.
void	FutureRemove.setReceivedData(Map<PeerAddress,Map<Number640,Data>> rawData) Finish the future and set the keys and data that have been received.
void	FutureDigest.setReceivedDigest(Map<PeerAddress,DigestResult> rawDigest) Finishes the future and set the digest information that have been received.
void	FuturePut.setStoredKeys(Map<PeerAddress,Map<Number640,Byte>> rawResult) Finish the future and set the keys that have been stored.
void	FutureRemove.setStoredKeys(Map<PeerAddress,Map<Number640,Byte>> rawKeys640) Finish the future and set the keys that have been stored.
void	FutureTracker.setTrackers(Set<PeerAddress> potentialTrackers, Set<PeerAddress> directTrackers, Map<PeerAddress,TrackerData> peersOnTracker) Set the result of the tracker process.
void	FutureTracker.setTrackers(Set<PeerAddress> potentialTrackers, Set<PeerAddress> directTrackers, Map<PeerAddress,TrackerData> peersOnTracker) Set the result of the tracker process.
void	FutureTracker.setTrackers(Set<PeerAddress> potentialTrackers, Set<PeerAddress> directTrackers, Map<PeerAddress,TrackerData> peersOnTracker) Set the result of the tracker process.

Constructors in net.tomp2p.futures with parameters of type PeerAddress

Constructor and Description
FutureAsyncTask(PeerAddress remotePeer) Constructor
FuturePeerConnection(PeerAddress remotePeer)

Uses of PeerAddress in net.tomp2p.message

Fields in net.tomp2p.message with type parameters of type PeerAddress

Modifier and Type	Field and Description
static io.netty.util.AttributeKey<PeerAddress>	Decoder.PEER_ADDRESS_KEY

Methods in net.tomp2p.message that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	MessageID.getNodeAddress()
PeerAddress	Message.getRecipient() The ID of the recipient.
PeerAddress	TrackerData.getReferrer()
PeerAddress	Message.getSender() The ID of the sender.

Methods in net.tomp2p.message that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
Map<PeerAddress,Data>	TrackerData.getPeerAddresses()
Map<PeerAddress,Data>	TrackerData.map()
Collection<PeerAddress>	NeighborSet.neighbors()
Map.Entry<PeerAddress,Data>	TrackerData.remove(Number160 remotePeerId)

Methods in net.tomp2p.message with parameters of type PeerAddress

Modifier and Type	Method and Description
void	NeighborSet.add(PeerAddress neighbor)
void	TrackerData.put(PeerAddress remotePeer, Data attachement)
Message	Message.setRecipient(PeerAddress recipient) Set the ID of the recipient.
Message	Message.setSender(PeerAddress sender) The ID of the sender.

Method parameters in net.tomp2p.message with type arguments of type PeerAddress

Modifier and Type	Method and Description
void	NeighborSet.addResult(Collection<PeerAddress> neighbors)

Constructors in net.tomp2p.message with parameters of type PeerAddress

Constructor and Description
TrackerData(Map<PeerAddress,Data> peerAddresses, PeerAddress referrer)
TrackerData(Map<PeerAddress,Data> peerAddresses, PeerAddress referrer, boolean couldProvideMoreData)

Constructor parameters in net.tomp2p.message with type arguments of type PeerAddress

Constructor and Description
NeighborSet(int neighborLimit, Collection<PeerAddress> neighbors)
TrackerData(Map<PeerAddress,Data> peerAddresses, PeerAddress referrer)
TrackerData(Map<PeerAddress,Data> peerAddresses, PeerAddress referrer, boolean couldProvideMoreData)

Uses of PeerAddress in net.tomp2p.p2p

Methods in net.tomp2p.p2p that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	Peer.getPeerAddress()
PeerAddress	RoutingMechanism.pollFirstInQueueToAsk()
PeerAddress	RoutingMechanism.pollRandomInQueueToAsk(Random rnd)

Methods in net.tomp2p.p2p that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
SortedSet<PeerAddress>	RoutingMechanism.alreadyAsked()
SortedMap<PeerAddress,DigestInfo>	RoutingMechanism.directHits()
NavigableSet<PeerAddress>	RoutingMechanism.potentialHits()
NavigableSet<PeerAddress>	RoutingMechanism.queueToAsk()
protected List<PeerAddress>	ReplicationExecutor.send(Number160 locationKey, Map<Number640,Data> dataMapConverted) If my peer is responsible, I'll issue a put if absent to make sure all replicas are stored.

Methods in net.tomp2p.p2p with parameters of type PeerAddress

Modifier and Type	Method and Description
void	RoutingMechanism.addPotentialHits(PeerAddress remotePeer)
void	RoutingMechanism.addToAlreadyAsked(PeerAddress next)
void	Maintenance.addTrackerMaintenance(PeerAddress peerAddress, PeerAddress referrer, Number160 locationKey, Number160 domainKey, TrackerStorage trackerStorage)
FutureResponse	OperationMapper.create(ChannelCreator channelCreator, PeerAddress remotePeerAddress) Creates a single RPC.
FutureResponse	DistributedTracker.Operation.create(PeerAddress address, boolean primary) Creates an RPC.
FuturePeerConnection	Peer.createPeerConnection(PeerAddress destination)
FuturePeerConnection	Peer.createPeerConnection(PeerAddress destination, int heartBeatMillis) Opens a TCP connection and keeps it open.
boolean	RoutingMechanism.evaluateSuccess(PeerAddress remotePeer, DigestInfo digestBean, Collection<PeerAddress> newNeighbors, boolean last)
void	ReplicationExecutor.otherResponsible(Number160 locationKey, PeerAddress other, boolean delayed)
void	ResponsibilityListener.otherResponsible(Number160 locationKey, PeerAddress other, boolean delayed) Here an other peer is responsible and we need to transfer data.
void	Replication.peerInserted(PeerAddress peerAddress, boolean verified)
void	Replication.peerRemoved(PeerAddress peerAddress, PeerStatatistic peerStatatistic)
void	Replication.peerUpdated(PeerAddress peerAddress, PeerStatatistic peerStatatistic)
void	PeerReachable.peerWellConnected(PeerAddress peerAddress, PeerAddress reporter, boolean tcp) Call this method when other peers can reach our peer from outside.
SendDirectBuilder	Peer.sendDirect(PeerAddress recipientAddress)
void	ReplicationExecutor.DefaultReplicationSender.sendDirect(PeerAddress other, Number160 locationKey, Map<Number640,Data> dataMap) If an other peer is responsible, we send this peer our data, so that the other peer can take care of this.
void	ReplicationSender.sendDirect(PeerAddress other, Number160 locationKey, Map<Number640,Data> dataMap)

Method parameters in net.tomp2p.p2p with type arguments of type PeerAddress

Modifier and Type	Method and Description
static RequestP2PConfiguration	DistributedHashTable.adjustConfiguration(RequestP2PConfiguration p2pConfiguration, SortedMap<PeerAddress,DigestInfo> directHitsDigest) Adjusts the number of minimum requests in the P2P configuration.
RoutingMechanism	RoutingMechanism.alreadyAsked(SortedSet<PeerAddress> alreadyAsked)
FutureWrapper<FutureRouting>	DistributedRouting.bootstrap(Collection<PeerAddress> peerAddresses, RoutingBuilder routingBuilder, ChannelCreator cc) Bootstraps to the given peerAddresses, i.e.
RoutingMechanism	RoutingMechanism.directHits(SortedMap<PeerAddress,DigestInfo> directHits)
Collection<Number640>	VotingSchemeDHT.evaluate1(Map<PeerAddress,Map<Number640,Number160>> rawKeysByte)
Collection<Number640>	EvaluatingSchemeDHT.evaluate1(Map<PeerAddress,Map<Number640,Number160>> rawKeys480)
Collection<Number640>	CumulativeScheme.evaluate1(Map<PeerAddress,Map<Number640,Number160>> rawKeys480)
Map<Number640,Data>	VotingSchemeDHT.evaluate2(Map<PeerAddress,Map<Number640,Data>> rawData)
Map<Number640,Data>	EvaluatingSchemeDHT.evaluate2(Map<PeerAddress,Map<Number640,Data>> rawData)
Map<Number640,Data>	CumulativeScheme.evaluate2(Map<PeerAddress,Map<Number640,Data>> rawKeys)
Object	VotingSchemeDHT.evaluate3(Map<PeerAddress,Object> rawKeys)
Object	EvaluatingSchemeDHT.evaluate3(Map<PeerAddress,Object> rawObjects)
Object	CumulativeScheme.evaluate3(Map<PeerAddress,Object> rawKeys)
io.netty.buffer.ByteBuf	VotingSchemeDHT.evaluate4(Map<PeerAddress,io.netty.buffer.ByteBuf> rawKeys)
io.netty.buffer.ByteBuf	EvaluatingSchemeDHT.evaluate4(Map<PeerAddress,io.netty.buffer.ByteBuf> rawChannels)
io.netty.buffer.ByteBuf	CumulativeScheme.evaluate4(Map<PeerAddress,io.netty.buffer.ByteBuf> rawKeys)
DigestResult	VotingSchemeDHT.evaluate5(Map<PeerAddress,DigestResult> rawDigest)
DigestResult	EvaluatingSchemeDHT.evaluate5(Map<PeerAddress,DigestResult> rawDigest)
DigestResult	CumulativeScheme.evaluate5(Map<PeerAddress,DigestResult> rawDigest)
Collection<Number640>	VotingSchemeDHT.evaluate6(Map<PeerAddress,Map<Number640,Byte>> rawKeys480)
Collection<Number640>	EvaluatingSchemeDHT.evaluate6(Map<PeerAddress,Map<Number640,Byte>> rawKeys480)
Collection<Number640>	CumulativeScheme.evaluate6(Map<PeerAddress,Map<Number640,Byte>> rawKeys480)
Collection<TrackerData>	EvaluatingSchemeTracker.evaluateSingle(Map<PeerAddress,TrackerData> rawData)
Collection<TrackerData>	VotingSchemeTracker.evaluateSingle(Map<PeerAddress,TrackerData> rawData)
boolean	RoutingMechanism.evaluateSuccess(PeerAddress remotePeer, DigestInfo digestBean, Collection<PeerAddress> newNeighbors, boolean last)
static <K extends FutureDHT<?>> K	DistributedHashTable.parallelRequests(RequestP2PConfiguration p2pConfiguration, NavigableSet<PeerAddress> queue, boolean cancleOnFinish, FutureChannelCreator futureChannelCreator, OperationMapper<K> operation, K futureDHT) Creates RPCs and executes them parallel.
RoutingMechanism	RoutingMechanism.potentialHits(NavigableSet<PeerAddress> potentialHits)
RoutingMechanism	RoutingMechanism.queueToAsk(NavigableSet<PeerAddress> queueToAsk)

Constructors in net.tomp2p.p2p with parameters of type PeerAddress

Constructor and Description
Replication(ReplicationStorage replicationStorage, PeerAddress selfAddress, PeerMap peerMap, int replicationFactor) Constructor.

Uses of PeerAddress in net.tomp2p.p2p.builder

Methods in net.tomp2p.p2p.builder that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	PingBuilder.getPeerAddress()
PeerAddress	BootstrapBuilder.getPeerAddress()
PeerAddress	SendDirectBuilder.getRecipient()
PeerAddress	DiscoverBuilder.peerAddress()
PeerAddress	AddTrackerBuilder.peerAddressToAnnounce()
PeerAddress	BroadcastBuilder.remotePeer()

Methods in net.tomp2p.p2p.builder that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
NavigableSet<PeerAddress>	ShutdownBuilder.filter(NavigableSet<PeerAddress> closePeers) Adds the possibility to filter the peers, to add more or remove peers for the shutdown process.
NavigableSet<PeerAddress>	ShutdownBuilder.Filter.filter(NavigableSet<PeerAddress> closePeers) Adds the possibility to filter the peers, to add more or remove peers for the shutdown process
Collection<PeerAddress>	BootstrapBuilder.getBootstrapTo()
NavigableSet<PeerAddress>	ParallelRequestBuilder.getQueue()

Methods in net.tomp2p.p2p.builder with parameters of type PeerAddress

Modifier and Type	Method and Description
ParallelRequestBuilder<K>	ParallelRequestBuilder.add(PeerAddress peerAddress)
DiscoverBuilder	DiscoverBuilder.peerAddress(PeerAddress peerAddress)
AddTrackerBuilder	AddTrackerBuilder.peerAddressToAnnounce(PeerAddress peerAddressToAnnounce)
FutureResponse	PingBuilder.ping(PeerAddress peerAddress, boolean isUDP) Pings a peer.
PingBuilder	PingBuilder.setPeerAddress(PeerAddress peerAddress)
BootstrapBuilder	BootstrapBuilder.setPeerAddress(PeerAddress peerAddress) Set the peer address to bootstrap to.

Method parameters in net.tomp2p.p2p.builder with type arguments of type PeerAddress

Modifier and Type	Method and Description
NavigableSet<PeerAddress>	ShutdownBuilder.filter(NavigableSet<PeerAddress> closePeers) Adds the possibility to filter the peers, to add more or remove peers for the shutdown process.
NavigableSet<PeerAddress>	ShutdownBuilder.Filter.filter(NavigableSet<PeerAddress> closePeers) Adds the possibility to filter the peers, to add more or remove peers for the shutdown process
BootstrapBuilder	BootstrapBuilder.setBootstrapTo(Collection<PeerAddress> bootstrapTo)
ParallelRequestBuilder<K>	ParallelRequestBuilder.setQueue(NavigableSet<PeerAddress> queue)

Constructors in net.tomp2p.p2p.builder with parameters of type PeerAddress

Constructor and Description
SendDirectBuilder(Peer peer, PeerAddress recipientAddress)

Uses of PeerAddress in net.tomp2p.peers

Methods in net.tomp2p.peers that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	PeerAddress.changeAddress(InetAddress inetAddress) Create a new PeerAddress and change the InetAddress.
PeerAddress	PeerAddress.changeFirewalledTCP(boolean firewalledTCP) Create a new PeerAddress and change the firewalledTCP status.
PeerAddress	PeerAddress.changeFirewalledUDP(boolean firewalledUDP) Create a new PeerAddress and change the firewallUDP status.
PeerAddress	PeerAddress.changePeerId(Number160 peerId) Create a new PeerAddress and change the peer id.
PeerAddress	PeerAddress.changePeerSocketAddress(PeerSocketAddress peerSocketAddress)
PeerAddress	PeerAddress.changePeerSocketAddresses(PeerSocketAddress[] peerSocketAddresses)
PeerAddress	PeerAddress.changePorts(int tcpPort, int udpPort) Create a new PeerAddress and change the TCP and UDP ports.
PeerAddress	PeerStatatistic.getPeerAddress()
PeerAddress	PeerStatatistic.setPeerAddress(PeerAddress peerAddress) Set the peer address only if the previous peer address that had the same peer ID.

Methods in net.tomp2p.peers that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
NavigableSet<PeerAddress>	PeerMap.closePeers(int atLeast) Returns close peers to the peer itself.
NavigableSet<PeerAddress>	PeerMap.closePeers(Number160 id, int atLeast) Returns close peer from the set to a given key.
static NavigableSet<PeerAddress>	PeerMap.closePeers(Number160 self, Number160 other, int atLeast, List<Map<Number160,PeerStatatistic>> peerMap)
Comparator<PeerAddress>	PeerMap.createComparator() Creates an XOR comparator based on this peer ID.
static Comparator<PeerAddress>	PeerMap.createComparator(Number160 id) Create the Kademlia distance comparator.
List<PeerAddress>	PeerMap.getAll() Return all addresses from the neighbor list.
List<PeerAddress>	PeerMap.getAllOverflow() Return all addresses from the overflow / non-verified list.

Methods in net.tomp2p.peers with parameters of type PeerAddress

Modifier and Type	Method and Description
int	PeerAddress.compareTo(PeerAddress nodeAddress)
boolean	PeerMap.contains(PeerAddress peerAddress) Checks if a peer address in either in the verified map.
boolean	PeerMap.containsOverflow(PeerAddress peerAddress) Checks if a peer address in either in the overflow / non-verified map.
static int	PeerMap.isCloser(Number160 id, PeerAddress rn, PeerAddress rn2) Returns -1 if the first remote node is closer to the key, if the second is closer, then 1 is returned.
static int	PeerMap.isKadCloser(Number160 id, PeerAddress rn, PeerAddress rn2) Returns -1 if the first remote node is closer to the key, if the secondBITS is closer, then 1 is returned.
boolean	PeerMap.isPeerRemovedTemporarly(PeerAddress peerAddress) Checks if a peer is in the offline map.
boolean	PeerMap.peerFailed(PeerAddress remotePeer, PeerStatusListener.FailReason reason) Remove a peer from the list.
boolean	PeerStatusListener.peerFailed(PeerAddress remotePeer, PeerStatusListener.FailReason reason) Called if the peer does not send answer in time.
boolean	PeerMap.peerFound(PeerAddress remotePeer, PeerAddress referrer) Adds a neighbor to the neighbor list.
boolean	PeerStatusListener.peerFound(PeerAddress remotePeer, PeerAddress referrer) Called if the peer is online and who reported it.
void	PeerMapChangeListener.peerInserted(PeerAddress peerAddress, boolean verified) This method is called if a peer is added to the map.
void	PeerMapChangeListener.peerRemoved(PeerAddress peerAddress, PeerStatatistic storedPeerAddress) This method is called if a peer is removed from the map.
void	PeerMapChangeListener.peerUpdated(PeerAddress peerAddress, PeerStatatistic storedPeerAddress) This method is called if a peer is updated.
boolean	DefaultPeerFilter.reject(PeerAddress peerAddress)
boolean	PeerFilter.reject(PeerAddress peerAddress) Each peer that is added in the map runs through this filter.
PeerAddress	PeerStatatistic.setPeerAddress(PeerAddress peerAddress) Set the peer address only if the previous peer address that had the same peer ID.

Method parameters in net.tomp2p.peers with type arguments of type PeerAddress

Modifier and Type	Method and Description
Maintenance	Maintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap) Initializes the maintenance class.
Maintenance	Maintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap) Initializes the maintenance class.
Maintenance	Maintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap) Initializes the maintenance class.
Maintenance	DefaultMaintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap)
Maintenance	DefaultMaintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap)
Maintenance	DefaultMaintenance.init(List<Map<Number160,PeerStatatistic>> peerMapVerified, List<Map<Number160,PeerStatatistic>> peerMapNonVerified, ConcurrentCacheMap<Number160,PeerAddress> offlineMap, ConcurrentCacheMap<Number160,PeerAddress> shutdownMap, ConcurrentCacheMap<Number160,PeerAddress> exceptionMap)
PeerStatatistic	Maintainable.nextForMaintenance(Collection<PeerAddress> notInterestedAddresses)
PeerStatatistic	PeerMap.nextForMaintenance(Collection<PeerAddress> notInterestedAddresses) Finds the next peer that should have a maintenance check.
PeerStatatistic	Maintenance.nextForMaintenance(Collection<PeerAddress> notInterestedAddresses)
PeerStatatistic	DefaultMaintenance.nextForMaintenance(Collection<PeerAddress> notInterestedAddresses) Finds the next peer that should have a maintenance check.

Constructors in net.tomp2p.peers with parameters of type PeerAddress

Constructor and Description
PeerStatatistic(PeerAddress peerAddress) Constructor.

Uses of PeerAddress in net.tomp2p.rpc

Methods in net.tomp2p.rpc that return types with arguments of type PeerAddress

Modifier and Type	Method and Description
protected SortedSet<PeerAddress>	NeighborRPC.getNeighbors(Number160 id, int atLeast) TODO: explain why protected method here.

Methods in net.tomp2p.rpc with parameters of type PeerAddress

Modifier and Type	Method and Description
FutureResponse	StorageRPC.add(PeerAddress remotePeer, AddBuilder addBuilder, ChannelCreator channelCreator) Adds data on a remote peer.
FutureResponse	TrackerRPC.addToTracker(PeerAddress remotePeer, AddTrackerBuilder builder, ChannelCreator channelCreator)
FutureResponse	NeighborRPC.closeNeighbors(PeerAddress remotePeer, NeighborRPC.SearchValues searchValues, Message.Type type, ChannelCreator channelCreator, ConnectionConfiguration configuration) Requests close neighbors from the remote peer.
Message	DispatchHandler.createMessage(PeerAddress recipient, byte name, Message.Type type) Create a request message and fills it with connection bean and peer bean parameters.
static Message	DispatchHandler.createResponseMessage(Message requestMessage, Message.Type replyType, PeerAddress peerAddress)
FutureResponse	StorageRPC.digest(PeerAddress remotePeer, DigestBuilder getBuilder, ChannelCreator channelCreator)
FutureResponse	PingRPC.fireTCP(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a TCP peer, but don't expect an answer.
FutureResponse	PingRPC.fireUDP(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a UDP peer, but don't expect an answer.
FutureResponse	StorageRPC.get(PeerAddress remotePeer, GetBuilder getBuilder, ChannelCreator channelCreator)
FutureResponse	TrackerRPC.getFromTracker(PeerAddress remotePeer, GetTrackerBuilder builder, ChannelCreator channelCreator)
FutureResponse	PeerExchangeRPC.peerExchange(PeerAddress remotePeer, Number160 locationKey, Number160 domainKey, boolean isReplication, ChannelCreator channelCreator, ConnectionConfiguration connectionConfiguration) Peer exchange (PEX) information about other peers from the swarm, to not ask the primary trackers too often.
RequestHandler<FutureResponse>	PingRPC.ping(PeerAddress remotePeer, ConnectionConfiguration configuration) Ping with UDP or TCP, but do not send yet.
FutureResponse	PingRPC.pingBroadcastUDP(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a UDP peer using layer 2 broadcast.
FutureResponse	PingRPC.pingTCP(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a TCP peer.
FutureResponse	PingRPC.pingTCPDiscover(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a TCP peer, and find out how the other peer sees us.
FutureResponse	PingRPC.pingTCPProbe(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a TCP peer, and request the other peer to ping us on our public address with a fire and forget message.
FutureResponse	PingRPC.pingUDP(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a UDP peer.
FutureResponse	PingRPC.pingUDPDiscover(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a UDP peer, and find out how the other peer sees us.
FutureResponse	PingRPC.pingUDPProbe(PeerAddress remotePeer, ChannelCreator channelCreator, ConnectionConfiguration configuration) Ping a UDP peer, and request the other peer to ping us on our public address with a fire and forget message.
FutureResponse	StorageRPC.put(PeerAddress remotePeer, PutBuilder putBuilder, ChannelCreator channelCreator) Stores data on a remote peer.
FutureResponse	StorageRPC.putIfAbsent(PeerAddress remotePeer, PutBuilder putBuilder, ChannelCreator channelCreator) Stores data on a remote peer.
FutureResponse	StorageRPC.putMeta(PeerAddress remotePeer, PutBuilder putBuilder, ChannelCreator channelCreator)
FutureResponse	QuitRPC.quit(PeerAddress remotePeer, ShutdownBuilder shutdownBuilder, ChannelCreator channelCreator) Sends a message that indicates this peer is about to quit.
FutureResponse	StorageRPC.remove(PeerAddress remotePeer, RemoveBuilder removeBuilder, ChannelCreator channelCreator) Removes data from a peer.
Buffer	RawDataReply.reply(PeerAddress sender, Buffer requestBuffer, boolean complete) Replies to a direct message from a peer.
Object	ObjectDataReply.reply(PeerAddress sender, Object request) Replies to a direct message from a peer.
FutureResponse	BroadcastRPC.send(PeerAddress remotePeer, BroadcastBuilder broadcastBuilder, ChannelCreator channelCreator, ConnectionConfiguration configuration)
FutureResponse	DirectDataRPC.send(PeerAddress remotePeer, SendDirectBuilderI sendDirectBuilder, ChannelCreator channelCreator)
RequestHandler<FutureResponse>	DirectDataRPC.sendInternal(PeerAddress remotePeer, SendDirectBuilderI sendDirectBuilder) Send data directly to a peer.

Uses of PeerAddress in net.tomp2p.storage

Methods in net.tomp2p.storage that return PeerAddress

Modifier and Type	Method and Description
PeerAddress	IdentityManagement.getPeerAddress()

Methods in net.tomp2p.storage with parameters of type PeerAddress

Modifier and Type	Method and Description
void	TrackerStorage.addActive(Number160 locationKey, Number160 domainKey, PeerAddress remotePeer, Data attachement)
boolean	TrackerStorage.moveFromSecondaryToMesh(PeerAddress peerAddress, PeerAddress referrer, Number160 locationKey, Number160 domainKey, PublicKey publicKey)
boolean	IdentityManagement.peerFailed(PeerAddress peerAddress, PeerStatusListener.FailReason reason)
boolean	TrackerStorage.peerFailed(PeerAddress remotePeer, PeerStatusListener.FailReason reason)
boolean	IdentityManagement.peerFound(PeerAddress peerAddress, PeerAddress referrer)
boolean	TrackerStorage.peerFound(PeerAddress remotePeer, PeerAddress referrer)
boolean	TrackerStorage.put(Number160 locationKey, Number160 domainKey, PeerAddress peerAddress, PublicKey publicKey, Data attachement)
boolean	TrackerStorage.putReferred(Number160 locationKey, Number160 domainKey, PeerAddress peerAddress, PeerAddress referrer, Data attachement, TrackerStorage.ReferrerType type)
void	TrackerStorage.removeReferred(Number160 locationKey, Number160 domainKey, Number160 key, PeerAddress referrer)

Constructors in net.tomp2p.storage with parameters of type PeerAddress

Constructor and Description
IdentityManagement(PeerAddress self)