#include <BrooseHandle.h>

Inheritance diagram for BrooseHandle:

Public Member Functions
	BrooseHandle ()
	BrooseHandle (OverlayKey initKey, IPvXAddress initIP, int initPort)
	BrooseHandle (const NodeHandle &node)
	BrooseHandle (const TransportAddress &node, const OverlayKey &destKey)
bool	operator== (const BrooseHandle &rhs) const
bool	operator!= (const BrooseHandle &rhs) const
BrooseHandle &	operator= (const BrooseHandle &rhs)
Public Member Functions inherited from NodeHandle
	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 Member Functions
static const BrooseHandle &	unspecifiedNode ()

Public Attributes
int	failedResponses
simtime_t	rtt
simtime_t	lastSeen

Static Private Attributes
static const BrooseHandle *	_unspecifiedNode = NULL

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

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
Static Public Attributes inherited from NodeHandle
static const NodeHandle	UNSPECIFIED_NODE
	the unspecified NodeHandle
Protected Attributes inherited from NodeHandle
OverlayKey	key
	the OverlayKey of this NodeHandle

Detailed Description

Definition at line 29 of file BrooseHandle.h.

Constructor & Destructor Documentation

BrooseHandle::BrooseHandle ( )

Definition at line 42 of file BrooseHandle.cc.

Referenced by unspecifiedNode().

{
    //
    // Default-constructor.
    //
    port = -1;
    key = OverlayKey::UNSPECIFIED_KEY;
    failedResponses = 0;
    rtt = -1;
    lastSeen = -1;
}

BrooseHandle::BrooseHandle	(	OverlayKey	initKey,
		IPvXAddress	initIP,
		int	initPort
	)

Definition at line 54 of file BrooseHandle.cc.

{
    //
    // Constructor. Initializes the node handle with the passed arguments.
    //
    ip = initIP;
    port = initPort;
    key = initKey;
    failedResponses = 0;
    rtt = -1;
    lastSeen = -1;
}

BrooseHandle::BrooseHandle ( const NodeHandle & node )

Definition at line 67 of file BrooseHandle.cc.

{
    //
    // Constructor. Initializes the node handle with the passed arguments.
    //
    ip = node.getIp();
    port = node.getPort();
    key = node.getKey();
    failedResponses = 0;
    rtt = -1;
    lastSeen = -1;
}

BrooseHandle::BrooseHandle	(	const TransportAddress &	node,
		const OverlayKey &	destKey
	)

Definition at line 81 of file BrooseHandle.cc.

{
    //
    // Constructor. Initializes the node handle with the passed arguments.
    //
    ip = node.getIp();
    port = node.getPort();
    key = destKey;
    rtt = -1;
    lastSeen = -1;
}

Member Function Documentation

bool BrooseHandle::operator!= ( const BrooseHandle & rhs ) const

Definition at line 119 of file BrooseHandle.cc.

{
    if (this->isUnspecified() || rhs.isUnspecified())
        opp_error("BrooseHandle: Trying to compare unspecified nodeHandle!");
    if (this->key == rhs.getKey() &&
            this->ip == rhs.getIp() && this->port == rhs.getPort())
        return false;
    return true;
}

BrooseHandle & BrooseHandle::operator= ( const BrooseHandle & rhs )

Definition at line 93 of file BrooseHandle.cc.

{
    this->key = rhs.getKey();
    this->ip = rhs.getIp();
    this->port = rhs.getPort();
    this->failedResponses = rhs.failedResponses;
    this->rtt = rhs.rtt;
    this->lastSeen = rhs.lastSeen;
    return *this;
}

bool BrooseHandle::operator== ( const BrooseHandle & rhs ) const

Definition at line 105 of file BrooseHandle.cc.

{
    if (this->isUnspecified() || rhs.isUnspecified())
        opp_error("BrooseHandle: Trying to compare unspecified nodeHandle!");
    if (this->key != rhs.getKey() )
        return false;
    if (this->ip != rhs.getIp() )
        return false;
    if (this->port != rhs.getPort() )
        return false;
    return true;
}

static const BrooseHandle& BrooseHandle::unspecifiedNode ( )

inlinestatic

Definition at line 45 of file BrooseHandle.h.

Referenced by BrooseBucket::get().

        {
            if (!_unspecifiedNode)
                _unspecifiedNode = new BrooseHandle();
            return *_unspecifiedNode;
        }

Friends And Related Function Documentation

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

friend

Definition at line 30 of file BrooseHandle.cc.

{
    if (n.isUnspecified()) {
        os << "<unspec>";
    } else {
        os << n.getIp() << ":" << n.getPort() << " " << n.getKey() << " last-seen: " << n.lastSeen
           << " failedResponses: " << n.failedResponses << " rtt: " << n.rtt;
    }
    return os;
};