Start information for a peer joining a replicator network. More...

#include <ReplicatorPeerAcknowledge.hxx>

Public Types
typedef ReplicatorPeerAcknowledge	__ThisDCOType__
	typedef for internal reference

Public Member Functions
	ReplicatorPeerAcknowledge ()
	default constructor.

	ReplicatorPeerAcknowledge (const vstring &peerdata, const uint16_t &peer_id, const bool &reject)
	Constructor with arguments.

	ReplicatorPeerAcknowledge (const ReplicatorPeerAcknowledge &o)
	copy constructor.

	ReplicatorPeerAcknowledge (::dueca::AmorphReStore &r)
	constructor to restore an ReplicatorPeerAcknowledge from amorphous storage.

	~ReplicatorPeerAcknowledge ()
	destructor.

void	packData (::dueca::AmorphStore &s) const
	packs the ReplicatorPeerAcknowledge into amorphous storage.

void	packDataDiff (::dueca::AmorphStore &s, const ReplicatorPeerAcknowledge &ref) const
	packs the ReplicatorPeerAcknowledge into amorphous storage.

void	unPackData (::dueca::AmorphReStore &s)
	unpacks the ReplicatorPeerAcknowledge from an amorphous storage.

void	unPackDataDiff (::dueca::AmorphReStore &s)
	unpacks the differences for ReplicatorPeerAcknowledge from an amorphous storage.

bool	operator== (const ReplicatorPeerAcknowledge &o) const
	Test for equality.

bool	operator!= (const ReplicatorPeerAcknowledge &o) const
	Test for inequality.

ReplicatorPeerAcknowledge &	operator= (const ReplicatorPeerAcknowledge &o)
	Assignment operator.

std::ostream &	print (std::ostream &s) const
	prints the ReplicatorPeerAcknowledge to a stream.

Static Public Member Functions
static void *	operator new (size_t size)
	new operator "new", which places objects not on a heap, but in one of the memory arenas.

static void *	operator new (size_t size, void *mem)
	accompanying placement operator "new"

static void	operator delete (void *p)
	new operator "delete", to go with the new version of operator new.

static void *	operator new (size_t size, ReplicatorPeerAcknowledge *&o)
	placement "new", needed for stl.

Public Attributes
vstring	peerdata
	Data for the peer, if the master replicator has a channel connection to an application module that vets peer connections, the peer data returned by that module is passed to the newly connected peer.

uint16_t	peer_id
	issued peer id – for matching response

bool	reject
	rejection flag

Static Public Attributes
static const char *const	classname
	The name of this class.

static const uint32_t	magic_check_number
	a "magic" number, hashed out of the class definition, that will be used to check consistency of the sent objects across the dueca nodes.

Detailed Description

Start information for a peer joining a replicator network.

With an object of this type, the application at the master end can accept or reject peer connections. Data for the peer (limited to 1K) can be added.

At the peer end, this informs of the ID issued by the master, and of optionally peer data from the application

Member Function Documentation

static void * dueca::ReplicatorPeerAcknowledge::operator new ( size_t size )

static

new operator "new", which places objects not on a heap, but in one of the memory arenas.

This to speed up memory management.

void dueca::ReplicatorPeerAcknowledge::packDataDiff	(	::dueca::AmorphStore &	s,
		const ReplicatorPeerAcknowledge &	ref ) const

packs the ReplicatorPeerAcknowledge into amorphous storage.

only differences with a previous object are packed.

The documentation for this struct was generated from the following file:

/home/abuild/rpmbuild/BUILD/dueca-4.2.1-build/dueca-4.2.1/redhat-linux-build/inter/ReplicatorPeerAcknowledge.hxx