NodeHandle Class Reference

This class implements a node handle. More...

#include <NodeHandle.h>

Inheritance diagram for NodeHandle:

Public Member Functions
	NodeHandle ()
	Constructs an unspecified NodeHandle.
virtual	~NodeHandle ()
	Standard destructor.
	NodeHandle (const NodeHandle &handle)
	Copy constructor.
	NodeHandle (const OverlayKey &key, const IPvXAddress &ip, int port)
	Complete constructor.
	NodeHandle (const TransportAddress &ta)
	Constructor to generate a NodeHandle from a TransportAddress.
	NodeHandle (const OverlayKey &key, const TransportAddress &ta)
	Constructor to generate a NodeHandle from an existing OverlayKey and TransportAddress.
bool	operator== (const NodeHandle &rhs) const
	compares this NodeHandle to another given NodeHandle
bool	operator!= (const NodeHandle &rhs) const
	compares this NodeHandle to another given NodeHandle
bool	operator< (const NodeHandle &rhs) const
	compares this to a given NodeHandle
bool	operator> (const NodeHandle &rhs) const
	compares this to a given NodeHandle
bool	operator<= (const NodeHandle &rhs) const
	compares this to a given NodeHandle
bool	operator>= (const NodeHandle &rhs) const
	compares this to a given NodeHandle
NodeHandle &	operator= (const NodeHandle &rhs)
	assigns key, ip and port of rhs to this->key, this->ip and this->port
void	setKey (const OverlayKey &key)
	saves given key to NodeHandle::key
const OverlayKey &	getKey () const
	returns key of this NodeHandle
bool	isUnspecified () const
	indicates if this NodeHandle is specified
virtual void	netPack (cCommBuffer *b)
	serializes the object into a buffer
virtual void	netUnpack (cCommBuffer *b)
	deserializes the object from a buffer
virtual TransportAddress *	dup () const
	returns a copy of the NodeHandle
Public Member Functions inherited from TransportAddress
	TransportAddress ()
	Constructs a unspecified TransportAddress.
virtual	~TransportAddress ()
	Standard destructor.
	TransportAddress (const TransportAddress &handle)
	Copy constructor.
	TransportAddress (const IPvXAddress &ip, int port=-1, NatType natType=UNKNOWN_NAT)
	Complete constructor.
bool	operator== (const TransportAddress &rhs) const
	compares this to a given TransportAddress
bool	operator!= (const TransportAddress &rhs) const
	compares this to a given TransportAddress
bool	operator< (const TransportAddress &rhs) const
	compares this to a given TransportAddress
bool	operator> (const TransportAddress &rhs) const
	compares this to a given TransportAddress
bool	operator<= (const TransportAddress &rhs) const
	compares this to a given TransportAddress
bool	operator>= (const TransportAddress &rhs) const
	compares this to a given TransportAddress
TransportAddress &	operator= (const TransportAddress &rhs)
	assigns ip and port of rhs to this->ip and this->port
void	setIp (const IPvXAddress &ip, int port=-1, NatType natType=UNKNOWN_NAT)
	Sets the ip address, port and NAT type.
void	setAddress (const IPvXAddress &ip, int port=-1, NatType natType=UNKNOWN_NAT) __attribute((deprecated))
	Sets the ip address, port and NAT type.
void	appendSourceRoute (const TransportAddress &sourceRoute)
	Appends a source route to this TransportAddress.
void	clearSourceRoute ()
	Clears the source route of this TransportAddress.
void	setPort (int port)
	sets this->port to the given port
const IPvXAddress &	getIp () const
	returns ip address
const IPvXAddress &	getAddress () const __attribute((deprecated))
	returns ip address.
int	getPort () const
	returns port
NatType	getNatType () const
	returns the type of NAT this node is behind
size_t	getSourceRouteSize () const
	Returns the length of the source route to reach this node.
const TransportAddressVector &	getSourceRoute () const
	Returns source route used to reach this node.
size_t	hash () const
	creates a hash value of ip and port

Static Public Attributes
static const NodeHandle	UNSPECIFIED_NODE
	the unspecified NodeHandle
Static Public Attributes inherited from TransportAddress
static const TransportAddress	UNSPECIFIED_NODE
	TransportAddress without specified ip and port.
static const TransportAddressVector	UNSPECIFIED_NODES

Protected Attributes
OverlayKey	key
	the OverlayKey of this NodeHandle
Protected Attributes inherited from TransportAddress
IPvXAddress	ip
	the ip of this TransportAddress object
int	port
	the port of this TransportAddress object

Private Member Functions
void	assertUnspecified (const NodeHandle &handle) const
	throws an opp_error if this or handle is unspecified

Friends
std::ostream &	operator<< (std::ostream &os, const NodeHandle &n)
	standard output stream for NodeHandle, gives out ip, port and key

Additional Inherited Members
Public Types inherited from TransportAddress
enum	NatType {   UNKNOWN_NAT = 0, NO_NAT = 1, FULL_CONE_NAT = 2, PORT_RESTRICTED_NAT = 3,   SYMMETRIC_NAT = 4 }
typedef UNORDERED_SET < TransportAddress, hashFcn >	Set
	a hashed set of TransportAddresses

Detailed Description

This class implements a node handle.

It covers the complete node information, like IP-Address, port, NodeKey and some additional flags for Simulation behaviour. The information can be sparse, so parts can be omited by setting the property to an unspecified value.

Author

Markus Mauch

Sebastian Mies

Definition at line 50 of file NodeHandle.h.

Constructor & Destructor Documentation

NodeHandle::NodeHandle

(

)

Constructs an unspecified NodeHandle.

Definition at line 50 of file NodeHandle.cc.

Referenced by dup().

{
    port = -1;
    key = OverlayKey(); // unspecified key, note: OverlayKey::UNSPECIFIED_KEY might not be initialized here
}

virtual NodeHandle::~NodeHandle ( )

inlinevirtual

Standard destructor.

Definition at line 68 of file NodeHandle.h.

{};

NodeHandle::NodeHandle

(

const NodeHandle &

handle

)

Copy constructor.

Parameters

handle

The NodeHandle to copy

Definition at line 57 of file NodeHandle.cc.

{
    key = handle.key;
    port = handle.port;
    ip = handle.ip;
}

NodeHandle::NodeHandle	(	const OverlayKey &	key,
		const IPvXAddress &	ip,
		int	port
	)

Complete constructor.

Parameters

key	The OverlayKey
ip	The IPvXAddress
port	The UDP-Port

Definition at line 72 of file NodeHandle.cc.

{
    this->setIp(ip);
    this->setPort(port);
    this->setKey(key);
}

NodeHandle::NodeHandle

(

const TransportAddress &

ta

)

Constructor to generate a NodeHandle from a TransportAddress.

The key will be unspecified.

Parameters

ta	transport address

Definition at line 64 of file NodeHandle.cc.

{
    this->setIp(ta.getIp());
    this->setPort(ta.getPort());
    this->setKey(OverlayKey::UNSPECIFIED_KEY);
}

NodeHandle::NodeHandle	(	const OverlayKey &	key,
		const TransportAddress &	ta
	)

Constructor to generate a NodeHandle from an existing OverlayKey and TransportAddress.

Parameters

key	the overlay key
ta	transport address

Definition at line 80 of file NodeHandle.cc.

{
    this->setIp(ta.getIp());
    this->setPort(ta.getPort());
    this->setKey(key);
}

Member Function Documentation

void NodeHandle::assertUnspecified ( const NodeHandle &  handle ) const

inlineprivate

throws an opp_error if this or handle is unspecified

Parameters

handle

the NodeHandle to check

Definition at line 184 of file NodeHandle.cc.

Referenced by operator!=(), operator<(), operator==(), and operator>().

{
    if ( this->isUnspecified() || handle.isUnspecified() )
        opp_error("NodeHandle: Trying to compare unspecified NodeHandle!");
}

TransportAddress * NodeHandle::dup ( ) const

virtual

returns a copy of the NodeHandle

Returns

a copy of the NodeHandle

Reimplemented from TransportAddress.

Definition at line 207 of file NodeHandle.cc.

{
    return new NodeHandle(*this);
}

const OverlayKey & NodeHandle::getKey

(

)

const

returns key of this NodeHandle

Returns

the key of this NodeHandle

Definition at line 177 of file NodeHandle.cc.

Referenced by BrooseBucket::add(), GiaMessageBookkeeping::addMessage(), PastryRoutingTable::addRow(), IterativeLookup::addSibling(), Quon::addSite(), oversim::ChordSuccessorList::addSuccessor(), BasePastry::baseChangeState(), BasePastry::baseInit(), BootstrapNodeHandle::BootstrapNodeHandle(), BrooseHandle::BrooseHandle(), Gia::changeState(), Bamboo::changeState(), Quon::changeState(), Pastry::changeState(), Vast::changeState(), TreeManagement::checkParentValid(), Pastry::checkProxCache(), oversim::Chord::closestPreceedingNode(), GiaNeighborCandidateList::contains(), Nps::coordsReqRpcResponse(), KBRTestApp::createDestKey(), BasePastry::createStateMessage(), Quon::deleteSite(), KBRTestApp::deliver(), Bamboo::doGlobalTuning(), Bamboo::doLocalTuning(), Pastry::doRoutingTableMaintenance(), Pastry::doSecondStage(), PastryLeafSet::estimateMeanDistance(), ConnectivityProbe::extractTopology(), PastryRoutingTable::findCloserNode(), oversim::Koorde::findDeBruijnHop(), MyOverlay::findNode(), BasePastry::finishOverlay(), Gia::forwardMessage(), Gia::forwardSearchResponseMessage(), PastryLeafSet::getBiggestKey(), PastryLeafSet::getDestinationNode(), Quon::getKey(), TreeManagement::getResponsibleDomainKey(), Gia::getRoute(), PastryLeafSet::getSmallestKey(), NTree::handleAddMessage(), Vast::handleAppMessage(), Quon::handleAppMessage(), oversim::Nice::handleAppMessage(), BaseOverlay::handleBaseOverlayMessage(), Kademlia::handleBucketRefreshTimerExpired(), Pastry::handleFailedNode(), Quon::handleInvalidNode(), KBRTestApp::handleLookupResponse(), BootstrapList::handleLookupResponse(), Quon::handleNodeLeave(), Vast::handleNodeLeaveNotification(), Quon::handleNodeMove(), Pastry::handlePastryJoinCall(), Pastry::handlePastryJoinResponse(), BasePastry::handleRequestLeafSetCall(), Bamboo::handleRequestLeafSetResponse(), Pastry::handleRequestLeafSetResponse(), BasePastry::handleRequestLeafSetResponse(), Pastry::handleRequestRepairCall(), Pastry::handleRequestRepairResponse(), BasePastry::handleRequestRoutingRowCall(), Pastry::handleRequestRoutingRowResponse(), BasePastry::handleRequestRoutingRowResponse(), Pastry::handleRequestStateCall(), Pastry::handleRequestStateResponse(), IterativePathLookup::handleResponse(), Pastry::handleRpcCall(), BasePastry::handleRpcCall(), DiscoveryMode::handleRpcResponse(), Bamboo::handleRpcResponse(), Pastry::handleRpcResponse(), KBRTestApp::handleRpcResponse(), Kademlia::handleRpcResponse(), BasePastry::handleRpcResponse(), oversim::Chord::handleRpcStabilizeResponse(), TreeManagement::handleRpcTimeout(), Pastry::handleRpcTimeout(), KBRTestApp::handleRpcTimeout(), Kademlia::handleRpcTimeout(), BasePastry::handleRpcTimeout(), Pastry::handleStateMessage(), Bamboo::handleStateMessage(), MyOverlay::handleTimerEvent(), Pastry::handleTimerEvent(), Bamboo::handleTimerEvent(), NeighborCache::handleTimerEvent(), Vast::handleUDPMessage(), Quon::handleUDPMessage(), Pastry::handleUDPMessage(), Gia::handleUDPMessage(), SimpleGameClient::initializeApp(), BrooseBucket::initializeBucket(), PastryLeafSet::insertLeaf(), BaseRpc::internalHandleRpcMessage(), BaseApp::internalSendRpcResponse(), BaseOverlay::internalSendRpcResponse(), PastryStateObject::isCloser(), PastryLeafSet::isClosestNode(), MyOverlay::isSiblingFor(), Broose::isSiblingFor(), BasePastry::isSiblingFor(), Kademlia::isSiblingFor(), oversim::Chord::isSiblingFor(), oversim::Chord::joinForeignPartition(), Kademlia::joinOverlay(), KeyExtractor< LookupEntry >::key(), KeyExtractor< NodeHandle >::key(), KeyExtractor< ProxNodeHandle >::key(), KeyExtractor< KademliaBucketEntry >::key(), KeyExtractor< MarkedNodeHandle >::key(), BrooseBucket::keyInRange(), BootstrapList::locateBootstrapNode(), IterativeLookup::lookup(), Bamboo::lookupFinished(), PastryRoutingTable::lookupNextHop(), PastryLeafSet::mergeNode(), PastryRoutingTable::mergeNode(), Pastry::mergeState(), BasePastry::newLeafs(), BrooseHandle::operator!=(), operator<<(), GiaNode::operator=(), BrooseHandle::operator=(), BrooseHandle::operator==(), BrooseBucket::output(), BasePastry::pingNodes(), Pastry::pingResponse(), NeighborCache::prepareOverlay(), Quon::processAliveTimer(), Gia::processSearchMessage(), Pastry::processState(), BasePastry::proxCallback(), Quon::purgeSites(), Kademlia::routingAdd(), Kademlia::routingBucketIndex(), Kademlia::routingInit(), oversim::Chord::rpcNotify(), Vast::sendDiscardNode(), Quon::sendMessage(), Vast::sendMessage(), TreeManagement::sendMessageToParent(), DiscoveryMode::sendNewRequest(), IterativePathLookup::sendRpc(), BaseRpc::sendRpcResponse(), Gia::sendSearchResponseMessage(), Kademlia::sendSiblingFindNodeCall(), Quon::sendToApp(), Vast::sendToApp(), Kademlia::setBucketUsage(), NeighborCache::setCbrNodeId(), PastryStateObject::specialCloserCondition(), GlobalViewBuilder::spreadGlobalView(), DiscoveryMode::start(), IterativeLookup::start(), DiscoveryMode::stop(), IterativeLookup::stop(), Scribe::update(), DHT::update(), P2pns::updateIdCacheWithNewTransport(), oversim::ChordSuccessorList::updateList(), NeighborCache::updateNcsInfo(), Gia::updateNeighborList(), NeighborCache::updateNode(), and Quon::updateThisSite().

{
    return key;
}

bool NodeHandle::isUnspecified

(

)

const

indicates if this NodeHandle is specified

Returns

true, if NodeHandle has no ip or key specified, false otherwise

Reimplemented from TransportAddress.

Definition at line 88 of file NodeHandle.cc.

Referenced by Gia::acceptNode(), GiaNeighborCandidateList::add(), assertUnspecified(), Vast::buildVoronoi(), BaseOverlay::callUpdate(), Gia::changeState(), Scribe::checkGroupEmpty(), TreeManagement::checkParentValid(), oversim::Chord::closestPreceedingNode(), BasePastry::createLookup(), Pastry::endProcessingState(), PubSubLobby::failedNode(), PastryRoutingTable::findCloserNode(), PastryLeafSet::findCloserNode(), PastryRoutingTable::findCloserNodes(), BasePastry::findNode(), Gia::forwardMessage(), Gia::forwardSearchResponseMessage(), GiaNeighbors::get(), GlobalNodeList::getBootstrapNode(), TreeManagement::handleChildCheckRpcCall(), BaseApp::handleCommonAPIMessage(), GlobalViewBuilder::handleCoordinateRpcCall(), GlobalViewBuilder::handleCoordSendTimer(), NTree::handleDivideResponse(), PubSubMMOG::handleIntermediateResponse(), PubSubLobby::handleJoin(), PubSubMMOG::handleJoinResponse(), PubSubMMOG::handleMove(), TreeManagement::handleParentRequestRpcResponse(), PubSubMMOG::handlePingCallTimeout(), CBRDHT::handlePutRequest(), DHT::handlePutRequest(), Pastry::handleRequestLeafSetResponse(), Pastry::handleRequestRoutingRowResponse(), PubSubLobby::handleRespCall(), oversim::Chord::handleRpcFixfingersResponse(), oversim::Chord::handleRpcJoinResponse(), oversim::Chord::handleRpcStabilizeResponse(), TreeManagement::handleRpcTimeout(), PubSubMMOG::handleSubscriptionBackup(), Scribe::handleTimerEvent(), Gia::handleTimerEvent(), PubSubMMOG::handleUnsubscribeBackup(), BaseRpc::internalHandleRpcMessage(), BaseApp::internalSendRpcResponse(), BaseOverlay::internalSendRpcResponse(), PastryStateObject::isCloser(), TreeManagement::isParent(), TreeManagement::isRoot(), Gia::joinOverlay(), BootstrapList::locateBootstrapNode(), PastryRoutingTable::lookupNextHop(), BrooseHandle::operator!=(), operator<<(), BrooseHandle::operator==(), BasePastry::pingNodes(), BootstrapList::pingResponse(), BasePastry::prePing(), TreeManagement::removeParentConnection(), PastryRoutingTable::repair(), Kademlia::routingAdd(), oversim::Chord::rpcJoin(), oversim::Chord::rpcNotify(), Vast::sendMessage(), PubSubMMOG::sendMessageToChildren(), BaseOverlay::sendToKey(), PubSubMMOG::unsubscribeChild(), and P2pns::updateIdCacheWithNewTransport().

{
    return (ip.isUnspecified() || key.isUnspecified());
}

void NodeHandle::netPack ( cCommBuffer *  b )

virtual

serializes the object into a buffer

Parameters

b	the buffer

Definition at line 191 of file NodeHandle.cc.

Referenced by doPacking().

{
    //cMessage::netPack(b);
    doPacking(b,this->ip);
    doPacking(b,this->key);
    doPacking(b,this->port);
}

void NodeHandle::netUnpack ( cCommBuffer *  b )

virtual

deserializes the object from a buffer

Parameters

b	the buffer

Definition at line 199 of file NodeHandle.cc.

Referenced by doUnpacking().

{
    //cMessage::netUnpack(b);
    doUnpacking(b,this->ip);
    doUnpacking(b,this->key);
    doUnpacking(b,this->port);
}

bool NodeHandle::operator!=

(

const NodeHandle &

rhs

)

const

compares this NodeHandle to another given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if OverlayKey, IPvXAddress and port is not equal, false otherwise

Definition at line 112 of file NodeHandle.cc.

{
    assertUnspecified( rhs );
    return !operator==(rhs);
}

bool NodeHandle::operator<

(

const NodeHandle &

rhs

)

const

compares this to a given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if this->key is smaller than rhs->key, false otherwise

Definition at line 119 of file NodeHandle.cc.

Referenced by operator>=().

{
    assertUnspecified(rhs);
    int cmp = key.compareTo(rhs.key);
    if (cmp < 0) {
        return true;
    } else if (cmp > 0) {
        return false;
    } else if (ip < rhs.ip) {
        return true;
    } else if (rhs.ip < ip) {
        return false;
    } else if (port < rhs.port) {
        return true;
    }

    return false;
}

bool NodeHandle::operator<=

(

const NodeHandle &

rhs

)

const

compares this to a given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if this->key is smaller than or equal to rhs->key, false otherwise

Definition at line 159 of file NodeHandle.cc.

{
    return !operator>(rhs);
}

NodeHandle & NodeHandle::operator=

(

const NodeHandle &

rhs

)

assigns key, ip and port of rhs to this->key, this->ip and this->port

Parameters

rhs	the NodeHandle with the defined key, ip and port

Returns

this NodeHandle object

Reimplemented in GiaNode.

Definition at line 94 of file NodeHandle.cc.

{
    this->key = rhs.key;
    this->ip = rhs.ip;
    this->port = rhs.port;

    return *this;
}

bool NodeHandle::operator==

(

const NodeHandle &

rhs

)

const

compares this NodeHandle to another given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if OverlayKey, IPvXAddress and port is equal, false otherwise

Definition at line 104 of file NodeHandle.cc.

Referenced by operator!=().

{
    assertUnspecified(rhs);
    return (this->port == rhs.port && this->ip == rhs.ip &&
            this->key == rhs.key);
}

bool NodeHandle::operator>

(

const NodeHandle &

rhs

)

const

compares this to a given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if this->key is greater than rhs->key, false otherwise

Definition at line 139 of file NodeHandle.cc.

Referenced by operator<=().

{
    assertUnspecified(rhs);
    int cmp = key.compareTo(rhs.key);
    if (cmp > 0) {
        return true;
    } else if (cmp < 0) {
        return false;
    } else if (rhs.ip < ip) {
        return true;
    } else if (ip < rhs.ip) {
        return false;
    } else if (port > rhs.port) {
        return true;
    }

    return false;
}

bool NodeHandle::operator>=

(

const NodeHandle &

rhs

)

const

compares this to a given NodeHandle

Parameters

rhs	the NodeHandle this is compared to

Returns

true if this->key is greater than or equal to rhs->key, false otherwise

Definition at line 165 of file NodeHandle.cc.

{
    return !operator<(rhs);
}

void NodeHandle::setKey

(

const OverlayKey &

key

)

saves given key to NodeHandle::key

Parameters

key	the given key

Definition at line 171 of file NodeHandle.cc.

Referenced by Vast::initializeOverlay(), Quon::initializeOverlay(), MyOverlay::joinOverlay(), NodeHandle(), Vast::sendDiscardNode(), NeighborCache::setCbrNodeId(), and MyOverlay::setOwnNodeID().

{
    this->key = key;
}

Friends And Related Function Documentation

std::ostream& operator<< ( std::ostream &  os, const NodeHandle &  n  )

friend

standard output stream for NodeHandle, gives out ip, port and key

Parameters

os	the ostream
n	the NodeHandle

Returns

the output stream

Definition at line 31 of file NodeHandle.cc.

{
    if (n.ip.isUnspecified()) {
        os << "<addr unspec> ";
    } else {
        os << n.ip << ":" << n.port << " ";
    }

    if (n.key.isUnspecified()) {
        os << "<key unspec>";
    } else {
        os << n.key;
    }

    return os;
};

Member Data Documentation

OverlayKey NodeHandle::key

protected

the OverlayKey of this NodeHandle

Definition at line 56 of file NodeHandle.h.

Referenced by BootstrapNodeHandle::BootstrapNodeHandle(), BrooseHandle::BrooseHandle(), getKey(), isUnspecified(), netPack(), netUnpack(), NodeHandle(), BrooseHandle::operator!=(), operator<(), operator<<(), GiaNode::operator=(), BrooseHandle::operator=(), operator=(), BrooseHandle::operator==(), operator==(), operator>(), and setKey().

const NodeHandle NodeHandle::UNSPECIFIED_NODE

static

the unspecified NodeHandle

Definition at line 107 of file NodeHandle.h.

Referenced by PastryLeafSet::balanceLeafSet(), oversim::Koorde::changeState(), oversim::Chord::changeState(), TreeManagement::cleanup(), oversim::Chord::closestPreceedingNode(), NTree::collapseTree(), Nps::coordsReqRpcResponse(), PastryLeafSet::failedNode(), PastryRoutingTable::failedNode(), PastryNeighborhoodSet::findCloserNode(), PastryRoutingTable::findCloserNode(), PastryLeafSet::findCloserNode(), GiaNeighborCandidateList::get(), BootstrapList::getBootstrapNode(), GlobalNodeList::getBootstrapNode(), NTreeNode::getChildForPos(), PastryStateObject::getDestinationNode(), PastryLeafSet::getDestinationNode(), LoginCache::getLoginNode(), GiaMessageBookkeeping::getNextHop(), GlobalNodeList::getRandomNode(), DHTDataStorage::getSourceNode(), oversim::ChordSuccessorList::getSuccessor(), PubSubMMOG::handleBackupCallTimeout(), BaseApp::handleCommonAPIMessage(), oversim::ChordFingerTable::handleFailedNode(), oversim::Koorde::handleFailedNode(), oversim::Chord::handleFailedNode(), IterativePathLookup::handleFailedNodeResponse(), PubSubMMOG::handlePingCallTimeout(), Scribe::handlePublishResponse(), TreeManagement::handleRpcTimeout(), oversim::Chord::handleStabilizeTimerExpired(), IterativePathLookup::handleTimeout(), PastryLeafSet::initializeSet(), BaseRpc::internalHandleRpcMessage(), BaseApp::internalSendRpcResponse(), BaseOverlay::internalSendRpcResponse(), PastryRoutingTable::lookupNextHop(), PubSubSubspace::PubSubSubspace(), PubSubSubspaceResponsible::PubSubSubspaceResponsible(), QuonSite::QuonSite(), oversim::ChordFingerTable::removeFinger(), TreeManagement::removeParentConnection(), ScribeGroup::ScribeGroup(), oversim::ChordFingerTable::setFinger(), Site::Site(), oversim::ChordFingerTable::updateFinger(), and oversim::Koorde::walkDeBruijnList().

---

The documentation for this class was generated from the following files:

• NodeHandle.h
• NodeHandle.cc