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| Rice Pastry API
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## Uses of Class
rice.pastry.PastryNode

Packages that use PastryNode
rice.p2p.splitstream.testing |
rice.pastry |
rice.pastry.client |
rice.pastry.commonapi |
rice.pastry.direct |
rice.pastry.dist |
rice.pastry.join |
rice.pastry.messaging |
rice.pastry.pns |
rice.pastry.pns.messages |
rice.pastry.routing |
rice.pastry.socket |
rice.pastry.socket.appsocket |
rice.pastry.socket.internet |
rice.pastry.socket.nat.probe |
rice.pastry.socket.nat.rendezvous |
rice.pastry.standard |
rice.pastry.testing |
rice.pastry.transport |

Uses of PastryNode in rice.p2p.splitstream.testing

Constructors in rice.p2p.splitstream.testing with parameters of type PastryNode
`MySplitStreamClient(PastryNode n, java.lang.String instance)`

Uses of PastryNode in rice.pastry

Fields in rice.pastry declared as PastryNode
`protected PastryNode` | `NodeHandle.localnode`
`protected PastryNode` | `ScheduledMessage.localNode`

Methods in rice.pastry that return PastryNode
`PastryNode` | `NodeHandle.getLocalNode()` Accessor method.
`PastryNode` | `ScheduledMessage.getLocalNode()`
`abstract PastryNode` | `PastryNodeFactory.newNode()`
`abstract PastryNode` | `PastryNodeFactory.newNode(Id nodeId)`
`abstract PastryNode` | `PastryNodeFactory.newNode(NodeHandle bootstrap)` Deprecated. use newNode() then call PastryNode.boot(address);
`abstract PastryNode` | `PastryNodeFactory.newNode(NodeHandle bootstrap, Id nodeId)` Deprecated. use newNode(nodeId) then call PastryNode.boot(address);

Constructors in rice.pastry with parameters of type PastryNode
`ExponentialBackoffScheduledMessage(PastryNode node, Message msg, Timer timer, long initialDelay, double expBase)`
`ExponentialBackoffScheduledMessage(PastryNode node, Message msg, Timer timer, long initialDelay, long initialPeriod, double expBase, long maxPeriod)`
`ScheduledMessage(PastryNode pn, Message msg)` Constructor

Uses of PastryNode in rice.pastry.client

Fields in rice.pastry.client declared as PastryNode
`protected PastryNode` | `PastryAppl.thePastryNode`

Constructors in rice.pastry.client with parameters of type PastryNode
`CommonAPIAppl(PastryNode pn)` Constructor.
`CommonAPIAppl(PastryNode pn, java.lang.String instance)` Constructor.
`PastryAppl(PastryNode pn)` Constructor.
`PastryAppl(PastryNode pn, int port)` Constructor.
`PastryAppl(PastryNode pn, java.lang.String instance)` Constructor.
`PastryAppl(PastryNode pn, java.lang.String instance, int address, MessageDeserializer md)`
`PastryAppl(PastryNode pn, java.lang.String instance, int address, MessageDeserializer md, Logger logger)`

Uses of PastryNode in rice.pastry.commonapi

Constructors in rice.pastry.commonapi with parameters of type PastryNode
`PastryEndpoint(PastryNode pn, Application application, java.lang.String instance, boolean register)` Constructor.
`PastryEndpoint(PastryNode pn, Application application, java.lang.String instance, int address, boolean register)` Constructor.

Uses of PastryNode in rice.pastry.direct

Methods in rice.pastry.direct that return PastryNode
`static PastryNode` | `DirectPastryNode.getCurrentNode()`
`PastryNode` | `DirectNodeHandle.getRemote()` Gets the Remote attribute of the DirectNodeHandle object
`PastryNode` | `DirectPastryNodeFactory.newNode()`
`PastryNode` | `DirectPastryNodeFactory.newNode(Id nodeId)` Manufacture a new Pastry node.
`PastryNode` | `DirectPastryNodeFactory.newNode(NodeHandle bootstrap)` Manufacture a new Pastry node.
`PastryNode` | `DirectPastryNodeFactory.newNode(NodeHandle bootstrap, Id nodeId)`
`static PastryNode` | `DirectPastryNode.setCurrentNode(PastryNode dpn)` Returns the previous one.

Methods in rice.pastry.direct with parameters of type PastryNode
`protected Bootstrapper` | `DirectPastryNodeFactory.getBootstrapper(PastryNode pn, NodeHandleAdapter tl, NodeHandleFactory handleFactory, ProximityNeighborSelector pns)`
`protected NodeHandle` | `DirectPastryNodeFactory.getLocalHandle(PastryNode pn, NodeHandleFactory handleFactory)`
`protected NodeHandleAdapter` | `DirectPastryNodeFactory.getNodeHandleAdapter(PastryNode pn, NodeHandleFactory handleFactory, TLDeserializer deserializer)`
`protected NodeHandleFactory` | `DirectPastryNodeFactory.getNodeHandleFactory(PastryNode pn)`
`void` | `NetworkSimulator.removeNode(PastryNode node)` Registers a node handle with the simulator.
`void` | `NetworkSimulatorImpl.removeNode(PastryNode node)`
`static PastryNode` | `DirectPastryNode.setCurrentNode(PastryNode dpn)` Returns the previous one.

Uses of PastryNode in rice.pastry.dist

Methods in rice.pastry.dist that return PastryNode
`abstract PastryNode` | `DistPastryNodeFactory.newNode(NodeHandle bootstrap)` Generates a new pastry node with a random NodeId using the bootstrap bootstrap.
`abstract PastryNode` | `DistPastryNodeFactory.newNode(NodeHandle bootstrap, Id nodeId)` Generates a new pastry node with the specified NodeId using the bootstrap bootstrap.
`abstract PastryNode` | `DistPastryNodeFactory.newNode(NodeHandle bootstrap, Id nodeId, java.net.InetSocketAddress proxy)` Generates a new pastry node with the specified NodeId using the bootstrap bootstrap.
`abstract PastryNode` | `DistPastryNodeFactory.newNode(NodeHandle bootstrap, java.net.InetSocketAddress proxy)` Generates a new pastry node with the specified NodeId using the bootstrap bootstrap.

Uses of PastryNode in rice.pastry.join

Constructors in rice.pastry.join with parameters of type PastryNode
`JoinRequest(InputBuffer buf, NodeHandleFactory nhf, NodeHandle sender, PastryNode localNode)`

Uses of PastryNode in rice.pastry.messaging

Fields in rice.pastry.messaging declared as PastryNode
`protected PastryNode` | `MessageDispatch.localNode`
`protected PastryNode` | `PastryObjectInputStream.node`
`protected PastryNode` | `JavaSerializedDeserializer.pn`

Constructors in rice.pastry.messaging with parameters of type PastryNode
`JavaSerializedDeserializer(PastryNode pn)`
`MessageDispatch(PastryNode pn)` Constructor.
`PastryObjectInputStream(java.io.InputStream stream, PastryNode node)`
`PJavaSerializedDeserializer(PastryNode pn)`

Uses of PastryNode in rice.pastry.pns

Constructors in rice.pastry.pns with parameters of type PastryNode
`PNSApplication(PastryNode pn)`
`PNSApplication(PastryNode pn, Logger logger)`

Uses of PastryNode in rice.pastry.pns.messages

Constructors in rice.pastry.pns.messages with parameters of type PastryNode
`RouteRowResponse(InputBuffer buf, PastryNode localNode, NodeHandle sender, int dest)`

Uses of PastryNode in rice.pastry.routing

Fields in rice.pastry.routing declared as PastryNode
`protected PastryNode` | `RoutingTable.pn`

Methods in rice.pastry.routing with parameters of type PastryNode
`static RouteMessage` | `RouteMessage.build(InputBuffer buf, byte priority, PastryNode pn, NodeHandle prev, byte outputVersion)` version 1: +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + int auxAddress + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + bool hasHndle + // if it has a destinationHandle instead of an Id +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + Id target + + (only existis if the hasHandle boolean is false + + + + + + + +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ + NodeHandle destinationHandle + + (used if the RouteMessage is intended for a specific node) + + (only exists if the hasHandle boolean is true) + ...

Constructors in rice.pastry.routing with parameters of type PastryNode
`BroadcastRouteRow(InputBuffer buf, NodeHandleFactory nhf, PastryNode localNode)`
`RouteMessage(Id target, int auxAddress, NodeHandle prev, InputBuffer buf, byte priority, PastryNode pn, NodeHandle destinationHandle, byte serializeVersion)`
`RouteSet(InputBuffer buf, NodeHandleFactory nhf, PastryNode local)`
`RouteSet(int maxSize, int row, int col, PastryNode local)`
`RouteSet(int maxSize, int row, int col, PastryNode local, NodeHandle initialVal)` Constructor.
`RoutingTable(NodeHandle me, int max, byte base, PastryNode pn)` Constructor.

Uses of PastryNode in rice.pastry.socket

Fields in rice.pastry.socket declared as PastryNode
`protected PastryNode` | `SPNFIdentitySerializer.pn`
`protected PastryNode` | `SocketNodeHandleFactory.pn`
`protected PastryNode` | `SocketPastryNodeFactory.TLBootstrapper.pn`

Methods in rice.pastry.socket that return PastryNode
`PastryNode` | `SocketPastryNodeFactory.newNode()` Need to boot manually.
`PastryNode` | `SocketPastryNodeFactory.newNode(Id id)`
`PastryNode` | `SocketPastryNodeFactory.newNode(Id nodeId, java.net.InetSocketAddress pAddress)` This method uses the pAddress as the outer address if it's non-null.
`PastryNode` | `SocketPastryNodeFactory.newNode(Id nodeId, MultiInetSocketAddress pAddress)` Method which creates a Pastry node from the next port with the specified nodeId (or one generated from the NodeIdFactory if not specified)
`PastryNode` | `SocketPastryNodeFactory.newNode(java.net.InetSocketAddress proxyAddress)`
`PastryNode` | `SocketPastryNodeFactory.newNode(NodeHandle bootstrap)` Method which creates a Pastry node from the next port with a randomly generated NodeId.
`PastryNode` | `SocketPastryNodeFactory.newNode(NodeHandle bootstrap, Id nodeId)` Method which creates a Pastry node from the next port with the specified nodeId (or one generated from the NodeIdFactory if not specified)
`PastryNode` | `SocketPastryNodeFactory.newNode(NodeHandle nodeHandle, Id id, java.net.InetSocketAddress proxyAddress)` Method which creates a Pastry node from the next port with the specified nodeId (or one generated from the NodeIdFactory if not specified)
`PastryNode` | `SocketPastryNodeFactory.newNode(NodeHandle bootstrap, java.net.InetSocketAddress proxy)` Method which creates a Pastry node from the next port with the specified nodeId (or one generated from the NodeIdFactory if not specified)

Methods in rice.pastry.socket with parameters of type PastryNode
`protected Bootstrapper` | `SocketPastryNodeFactory.getBootstrapper(PastryNode pn, NodeHandleAdapter tl, NodeHandleFactory handleFactory, ProximityNeighborSelector pns)`
`TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getBottomLayers(PastryNode pn, MultiInetSocketAddress proxyAddress)` This is split off so we can get the IpServiceLayer easily.
`protected TransportLayer<TransportLayerNodeHandle<MultiInetSocketAddress>,RawMessage>` | `SocketPastryNodeFactory.getCommonAPITransportLayer(TransportLayer<TransportLayerNodeHandle<MultiInetSocketAddress>,java.nio.ByteBuffer> upperIdentity, PastryNode pn, TLDeserializer deserializer)`
`protected IdentityImpl<TransportLayerNodeHandle<MultiInetSocketAddress>,MultiInetSocketAddress,java.nio.ByteBuffer,SourceRoute<MultiInetSocketAddress>>` | `SocketPastryNodeFactory.getIdentityImpl(PastryNode pn, SocketNodeHandleFactory handleFactory)`
`protected IdentitySerializer<TransportLayerNodeHandle<MultiInetSocketAddress>,MultiInetSocketAddress,SourceRoute<MultiInetSocketAddress>>` | `SocketPastryNodeFactory.getIdentiySerializer(PastryNode pn, SocketNodeHandleFactory handleFactory)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getIpServiceTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> wtl, PastryNode pn)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getLimitSocketsTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> mntl, PastryNode pn)`
`protected SocketPastryNodeFactory.TransLiveness<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getLivenessTransportLayer(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> tl, PastryNode pn)`
`NodeHandle` | `SocketPastryNodeFactory.getLocalHandle(PastryNode pn, NodeHandleFactory nhf)`
`protected TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getLowerIdentityLayer(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> srl, PastryNode pn, IdentityImpl<TransportLayerNodeHandle<MultiInetSocketAddress>,MultiInetSocketAddress,java.nio.ByteBuffer,SourceRoute<MultiInetSocketAddress>> identity)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getMagicNumberTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> wtl, PastryNode pn)`
`protected MultiAddressSourceRouteFactory` | `SocketPastryNodeFactory.getMultiAddressSourceRouteFactory(PastryNode pn)`
`protected TransportLayer<MultiInetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getMultiAddressSourceRouteTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> mntl, PastryNode pn, MultiInetSocketAddress localAddress)`
`protected NextHopStrategy<MultiInetSocketAddress>` | `SocketPastryNodeFactory.getNextHopStrategy(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> ltl, LivenessProvider<SourceRoute<MultiInetSocketAddress>> livenessProvider, Pinger<SourceRoute<MultiInetSocketAddress>> pinger, PastryNode pn, MultiInetSocketAddress proxyAddress, MultiAddressSourceRouteFactory esrFactory)`
`NodeHandleAdapter` | `SocketPastryNodeFactory.getNodeHandleAdapter(PastryNode pn, NodeHandleFactory handleFactory2, TLDeserializer deserializer)`
`NodeHandleFactory` | `SocketPastryNodeFactory.getNodeHandleFactory(PastryNode pn)`
`protected PriorityTransportLayer<MultiInetSocketAddress>` | `SocketPastryNodeFactory.getPriorityTransportLayer(TransportLayer<MultiInetSocketAddress,java.nio.ByteBuffer> trans, LivenessProvider<MultiInetSocketAddress> liveness, ProximityProvider<MultiInetSocketAddress> prox, PastryNode pn)`
`protected ProbeStrategy` | `SocketPastryNodeFactory.getProbeStrategy(PastryNode pn)`
`protected SocketCountListener<java.net.InetSocketAddress>` | `SocketPastryNodeFactory.getSocketCountListener(PastryNode pn)`
`protected SourceRouteForwardStrategy<MultiInetSocketAddress>` | `SocketPastryNodeFactory.getSourceRouteForwardStrategy(PastryNode pn, MultiAddressSourceRouteFactory esrFactory)`
`protected SocketPastryNodeFactory.TransLivenessProximity<MultiInetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getSourceRouteManagerLayer(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> ltl, LivenessProvider<SourceRoute<MultiInetSocketAddress>> livenessProvider, Pinger<SourceRoute<MultiInetSocketAddress>> pinger, PastryNode pn, MultiInetSocketAddress proxyAddress, MultiAddressSourceRouteFactory esrFactory)`
`protected SourceRouteStrategy<MultiInetSocketAddress>` | `SocketPastryNodeFactory.getSourceRouteStrategy(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> ltl, LivenessProvider<SourceRoute<MultiInetSocketAddress>> livenessProvider, Pinger<SourceRoute<MultiInetSocketAddress>> pinger, PastryNode pn, MultiInetSocketAddress proxyAddress, MultiAddressSourceRouteFactory esrFactory)`
`protected TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getSourceRouteTransportLayer(TransportLayer<MultiInetSocketAddress,java.nio.ByteBuffer> etl, PastryNode pn, MultiAddressSourceRouteFactory esrFactory)`
`protected SocketPastryNodeFactory.TransLivenessProximity<TransportLayerNodeHandle<MultiInetSocketAddress>,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getUpperIdentityLayer(TransportLayer<MultiInetSocketAddress,java.nio.ByteBuffer> priorityTL, PastryNode pn, IdentityImpl<TransportLayerNodeHandle<MultiInetSocketAddress>,MultiInetSocketAddress,java.nio.ByteBuffer,SourceRoute<MultiInetSocketAddress>> identity, LivenessProvider<MultiInetSocketAddress> live, ProximityProvider<MultiInetSocketAddress> prox, OverrideLiveness<SourceRoute<MultiInetSocketAddress>> overrideLiveness)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `SocketPastryNodeFactory.getWireTransportLayer(java.net.InetSocketAddress innermostAddress, PastryNode pn)`
`protected void` | `SocketPastryNodeFactory.registerApps(PastryNode pn, LeafSet leafSet, RoutingTable routeTable, NodeHandleAdapter nha, NodeHandleFactory handleFactory)`
`void` | `SocketNodeHandle.setLocalNode(PastryNode pn)`

Method parameters in rice.pastry.socket with type arguments of type PastryNode
`protected void` | `SocketPastryNodeFactory.newNodeSelector(Id nodeId, MultiInetSocketAddress proxyAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.util.Map<java.lang.String,java.lang.Object> initialVars)` Only call this on the selector thread.

Constructors in rice.pastry.socket with parameters of type PastryNode
`SocketNodeHandle(MultiInetSocketAddress eisa, long epoch, Id id, PastryNode node)`
`SocketNodeHandleFactory(PastryNode pn)`
`SocketPastryNodeFactory.TLBootstrapper(PastryNode pn, TransportLayer<TransportLayerNodeHandle<MultiInetSocketAddress>,RawMessage> tl, SocketNodeHandleFactory handleFactory, ProximityNeighborSelector pns)`
`SPNFIdentitySerializer(PastryNode pn, SocketNodeHandleFactory factory)`

Uses of PastryNode in rice.pastry.socket.appsocket

Methods in rice.pastry.socket.appsocket with parameters of type PastryNode
`protected SocketPastryNodeFactory.TransLiveness<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer>` | `AppSocketPastryNodeFactory.getLivenessTransportLayer(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> tl, PastryNode pn)` If it's for a remote node, eliminate the liveness layer, and just return bogus results
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `AppSocketPastryNodeFactory.getWireTransportLayer(java.net.InetSocketAddress innermostAddress, PastryNode pn)`

Uses of PastryNode in rice.pastry.socket.internet

Method parameters in rice.pastry.socket.internet with type arguments of type PastryNode
`protected void` | `InternetPastryNodeFactory.findExternalAddress(Id nodeId, java.net.InetSocketAddress bindAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe)` Finds the external address, calls openFirewallPort()
`protected void` | `InternetPastryNodeFactory.findExternalAddressHelper(Id nodeId, java.net.InetSocketAddress bindAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.util.Collection<java.net.InetSocketAddress> myProbeAddresses)`
`protected void` | `InternetPastryNodeFactory.findExternalNodes(Id nodeId, java.net.InetSocketAddress bindAddress, java.util.Collection<java.net.InetSocketAddress> nonInternetRoutable, Continuation<PastryNode,java.io.IOException> deliverResultToMe)` Probe the internalAddresses to get more externalAddresses, then call findExternalAddressHelper
`protected void` | `InternetPastryNodeFactory.newNodeSelector(Id nodeId, MultiInetSocketAddress proxyAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.util.Map<java.lang.String,java.lang.Object> initialVars)` This is where the action takes place.
`protected void` | `InternetPastryNodeFactory.openFirewallPort(Id nodeId, java.net.InetSocketAddress bindAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.net.InetAddress externalAddress, int requestedPort)` Attempt to open the firewall on the specified port if it doesn't work, uses Rendezvous
`protected void` | `InternetPastryNodeFactory.verifyConnectivityThenMakeNewNode(Id nodeId, MultiInetSocketAddress proxyAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe)` Verifies the connectivity (if necessary), then calls super.newNodeSelector() if connectivity fails, then uses Rendezvous

Uses of PastryNode in rice.pastry.socket.nat.probe

Constructors in rice.pastry.socket.nat.probe with parameters of type PastryNode
`ProbeApp(PastryNode pn, Prober prober, AddressStrategy addressStrategy)`

Uses of PastryNode in rice.pastry.socket.nat.rendezvous

Fields in rice.pastry.socket.nat.rendezvous declared as PastryNode
`protected PastryNode` | `LeafSetRendezvousStrategy.pn`

Methods in rice.pastry.socket.nat.rendezvous with parameters of type PastryNode
`protected void` | `RendezvousSocketPastryNodeFactory.generatePilotStrategy(PastryNode pn, RendezvousTransportLayerImpl<java.net.InetSocketAddress,RendezvousSocketNodeHandle> rendezvousLayer)`
`protected Bootstrapper` | `RendezvousSocketPastryNodeFactory.getBootstrapper(PastryNode pn, NodeHandleAdapter tl, NodeHandleFactory handleFactory, ProximityNeighborSelector pns)` This code opens a pilot to our bootstrap node before proceeding.
`protected ContactDeserializer<java.net.InetSocketAddress,RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getContactDeserializer(PastryNode pn)`
`protected ContactDirectStrategy<RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getContactDirectStrategy(PastryNode pn)`
`protected IdentitySerializer<TransportLayerNodeHandle<MultiInetSocketAddress>,MultiInetSocketAddress,SourceRoute<MultiInetSocketAddress>>` | `RendezvousSocketPastryNodeFactory.getIdentiySerializer(PastryNode pn, SocketNodeHandleFactory handleFactory)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `RendezvousSocketPastryNodeFactory.getIpServiceTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> wtl, PastryNode pn)`
`protected JoinProtocol` | `RendezvousSocketPastryNodeFactory.getJoinProtocol(PastryNode pn, LeafSet leafSet, RoutingTable routeTable, LeafSetProtocol lsProtocol)`
`NodeHandle` | `RendezvousSocketPastryNodeFactory.getLocalHandle(PastryNode pn, NodeHandleFactory nhf)`
`protected NextHopStrategy<MultiInetSocketAddress>` | `RendezvousSocketPastryNodeFactory.getNextHopStrategy(TransportLayer<SourceRoute<MultiInetSocketAddress>,java.nio.ByteBuffer> ltl, LivenessProvider<SourceRoute<MultiInetSocketAddress>> livenessProvider, Pinger<SourceRoute<MultiInetSocketAddress>> pinger, PastryNode pn, MultiInetSocketAddress proxyAddress, MultiAddressSourceRouteFactory esrFactory)`
`NodeHandleFactory` | `RendezvousSocketPastryNodeFactory.getNodeHandleFactory(PastryNode pn)`
`protected PilotFinder<RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getPilotFinder(PastryNode pn)`
`protected PriorityTransportLayer<MultiInetSocketAddress>` | `RendezvousSocketPastryNodeFactory.getPriorityTransportLayer(TransportLayer<MultiInetSocketAddress,java.nio.ByteBuffer> trans, LivenessProvider<MultiInetSocketAddress> liveness, ProximityProvider<MultiInetSocketAddress> prox, PastryNode pn)`
`protected ProximityNeighborSelector` | `RendezvousSocketPastryNodeFactory.getProximityNeighborSelector(PastryNode pn)`
`protected RendezvousGenerationStrategy<RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getRendezvousGenerator(PastryNode pn)`
`protected RendezvousStrategy<RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getRendezvousStrategy(PastryNode pn)`
`protected RendezvousStrategy<RendezvousSocketNodeHandle>` | `RendezvousSocketPastryNodeFactory.getRendezvousStrategyHelper(PastryNode pn)` This is an annoying hack.
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `RendezvousSocketPastryNodeFactory.getRendezvousTransportLayer(TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer> mtl, PastryNode pn)`
`protected ResponseStrategy<java.net.InetSocketAddress>` | `RendezvousSocketPastryNodeFactory.getResponseStrategy(PastryNode pn)`
`protected TransportLayer<java.net.InetSocketAddress,java.nio.ByteBuffer>` | `RendezvousSocketPastryNodeFactory.getWireTransportLayer(java.net.InetSocketAddress innermostAddress, PastryNode pn)` For testing, may return a FirewallTL impl for testing.
`protected void` | `RendezvousSocketPastryNodeFactory.registerApps(PastryNode pn, LeafSet leafSet, RoutingTable routeTable, NodeHandleAdapter nha, NodeHandleFactory handleFactory)`

Method parameters in rice.pastry.socket.nat.rendezvous with type arguments of type PastryNode
`protected void` | `RendezvousSocketPastryNodeFactory.newNodeSelector(Id nodeId, MultiInetSocketAddress proxyAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.util.Map<java.lang.String,java.lang.Object> initialVars, boolean firewalled)` Can override the contactState on a per-node basis
`protected void` | `RendezvousSocketPastryNodeFactory.newNodeSelector(Id nodeId, MultiInetSocketAddress proxyAddress, Continuation<PastryNode,java.io.IOException> deliverResultToMe, java.util.Map<java.lang.String,java.lang.Object> initialVars, byte contactState)` Can override the contactState on a per-node basis

Constructors in rice.pastry.socket.nat.rendezvous with parameters of type PastryNode
`LeafSetPilotFinder(PastryNode pn)`
`LeafSetRendezvousStrategy(PastryNode pn, RandomSource r)`
`RendezvousApp(PastryNode pn)`
`RendezvousJoinProtocol(PastryNode ln, NodeHandle lh, RoutingTable rt, LeafSet ls, ReadyStrategy nextReadyStrategy, PilotManager<RendezvousSocketNodeHandle> pilotManager)`
`RendezvousJoinRequest(InputBuffer buf, NodeHandleFactory nhf, NodeHandle sender, PastryNode localNode)`
`RendezvousPNSApplication(PastryNode pn, ContactDirectStrategy<RendezvousSocketNodeHandle> contactDirectStrategy)`
`RendezvousSNHFactory(PastryNode pn)`
`RendezvousSPNFIdentitySerializer(PastryNode pn, SocketNodeHandleFactory factory)`

Uses of PastryNode in rice.pastry.standard

Fields in rice.pastry.standard declared as PastryNode
`protected PastryNode` | `PeriodicLeafSetProtocol.localNode`
`protected PastryNode` | `PartitionHandler.pastryNode`

Constructors in rice.pastry.standard with parameters of type PastryNode
`ConsistentJoinProtocol.CJPDeserializer(PastryNode pn)`
`ConsistentJoinProtocol(PastryNode ln, NodeHandle lh, RoutingTable rt, LeafSet ls, ReadyStrategy nextReadyStrategy)`
`ConsistentJoinProtocol(PastryNode ln, NodeHandle lh, RoutingTable rt, LeafSet ls, ReadyStrategy nextReadyStrategy, MessageDeserializer md)` Constructor takes in the usual suspects.
`PartitionHandler(PastryNode pn, SocketPastryNodeFactory factory, java.net.InetSocketAddress[] bootstraps)` Constructs a PartitionHandler.
`PeriodicLeafSetProtocol.PLSPMessageDeserializer(PastryNode pn)`
`PeriodicLeafSetProtocol(PastryNode ln, NodeHandle local, LeafSet ls, RoutingTable rt)` Builds a periodic leafset protocol
`RapidRerouter(PastryNode thePastryNode, MessageDispatch dispatch, RouterStrategy strategy)`
`StandardJoinProtocol.SJPDeserializer(PastryNode pn)`
`StandardJoinProtocol(PastryNode ln, NodeHandle lh, RoutingTable rt, LeafSet ls)` Constructor.
`StandardJoinProtocol(PastryNode ln, NodeHandle lh, RoutingTable rt, LeafSet ls, MessageDeserializer md)`
`StandardLeafSetProtocol(PastryNode ln, NodeHandle local, LeafSet ls, RoutingTable rt)`
`StandardRouter(PastryNode thePastryNode, MessageDispatch dispatch)` Constructor.
`StandardRouter(PastryNode thePastryNode, MessageDispatch dispatch, RouterStrategy strategy)`
`StandardRouteSetProtocol(PastryNode ln, RoutingTable rt)` Constructor.
`StandardRouteSetProtocol(PastryNode ln, RoutingTable rt, MessageDeserializer md)`

Uses of PastryNode in rice.pastry.testing

Methods in rice.pastry.testing that return PastryNode
`PastryNode` | `RoutingTableTest.createNode()`
`protected PastryNode` | `PastryRegrTest.generateNode(NodeHandle bootstrap)`
`PastryNode` | `RegrTestApp.getPastryNode()`
`PastryNode` | `SinglePingTest.makePastryNode()`
`PastryNode` | `DistHelloWorld.makePastryNode(boolean firstNode)` Create a Pastry node and add it to pastryNodes.

Methods in rice.pastry.testing with parameters of type PastryNode
`void` | `RoutingTableTest.finishNode(PastryNode node)`
`protected void` | `DirectPastryRegrTest.killNode(PastryNode pn)` murder the node.
`protected void` | `DistPastryRegrTest.killNode(PastryNode pn)`
`protected abstract void` | `PastryRegrTest.killNode(PastryNode pn)` kill a given node.
`protected void` | `DirectPastryRegrTest.registerapp(PastryNode pn, RegrTestApp app)` wire protocol specific handling of the application object e.g., RMI may launch a new thread
`protected void` | `DistPastryRegrTest.registerapp(PastryNode pn, RegrTestApp app)` wire protocol specific handling of the application object e.g., RMI may launch a new thread
`protected abstract void` | `PastryRegrTest.registerapp(PastryNode pn, RegrTestApp app)` wire protocol specific handling of the application object e.g., RMI may launch a new thread

Constructors in rice.pastry.testing with parameters of type PastryNode
`HelloWorldApp(PastryNode pn)`
`Ping(PastryNode pn)`
`PingClient(PastryNode pn)`
`RegrTestApp(PastryNode pn, PastryRegrTest prg)`

Uses of PastryNode in rice.pastry.transport

Methods in rice.pastry.transport that return PastryNode
`protected PastryNode` | `TransportPastryNodeFactory.nodeHandleHelper(PastryNode pn)`

Methods in rice.pastry.transport with parameters of type PastryNode
`protected abstract Bootstrapper` | `TransportPastryNodeFactory.getBootstrapper(PastryNode pn, NodeHandleAdapter tl, NodeHandleFactory handleFactory, ProximityNeighborSelector pns)`
`protected JoinProtocol` | `TransportPastryNodeFactory.getJoinProtocol(PastryNode pn, LeafSet leafSet, RoutingTable routeTable, LeafSetProtocol lsProtocol)`
`protected LeafSetProtocol` | `TransportPastryNodeFactory.getLeafSetProtocol(PastryNode pn, LeafSet leafSet, RoutingTable routeTable)`
`protected abstract NodeHandle` | `TransportPastryNodeFactory.getLocalHandle(PastryNode pn, NodeHandleFactory handleFactory)`
`protected abstract NodeHandleAdapter` | `TransportPastryNodeFactory.getNodeHandleAdapter(PastryNode pn, NodeHandleFactory handleFactory, TLDeserializer deserializer)`
`protected abstract NodeHandleFactory` | `TransportPastryNodeFactory.getNodeHandleFactory(PastryNode pn)`
`protected ProximityNeighborSelector` | `TransportPastryNodeFactory.getProximityNeighborSelector(PastryNode pn)` Can be overridden.
`protected RouterStrategy` | `TransportPastryNodeFactory.getRouterStrategy(PastryNode pn)`
`protected RouteSetProtocol` | `TransportPastryNodeFactory.getRouteSetProtocol(PastryNode pn, LeafSet leafSet, RoutingTable routeTable)`
`protected TLDeserializer` | `TransportPastryNodeFactory.getTLDeserializer(NodeHandleFactory handleFactory, PastryNode pn)`
`protected PastryNode` | `TransportPastryNodeFactory.nodeHandleHelper(PastryNode pn)`
`protected void` | `TransportPastryNodeFactory.registerApps(PastryNode pn, LeafSet leafSet, RoutingTable routeTable, NodeHandleAdapter nha, NodeHandleFactory handleFactory)`

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