OpalListenerUDP Class Reference

#include <transports.h>

Inheritance diagram for OpalListenerUDP:

List of all members.

Public Member Functions
Overrides from OpalListener
virtual BOOL	Open (const PNotifier &acceptHandler, ThreadMode mode=SpawnNewThreadMode)
virtual BOOL	IsOpen ()
virtual void	Close ()
virtual OpalTransport *	Accept (const PTimeInterval &timeout)
virtual OpalTransport *	CreateTransport (const OpalTransportAddress &localAddress, const OpalTransportAddress &remoteAddress) const
Protected Member Functions
virtual const char *	GetProtoPrefix () const
Protected Attributes
PMonitoredSocketsPtr	listenerBundle

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Constructor & Destructor Documentation

OpalListenerUDP::OpalListenerUDP	(	OpalEndPoint &	endpoint,
		PIPSocket::Address	binding = PIPSocket::GetDefaultIpAny(),
		WORD	port = 0,
		BOOL	exclusive = TRUE
	)

Create a new listener.

Parameters:

endpoint	Endpoint listener is used for
binding	Local interface to listen on
port	TCP port to listen for connections

OpalListenerUDP::OpalListenerUDP	(	OpalEndPoint &	endpoint,
		const OpalTransportAddress &	binding,
		OpalTransportAddress::BindOptions	option
	)

Parameters:

endpoint	Endpoint listener is used for
binding	Local interface to listen on
option	OPtions for binding

OpalListenerUDP::~OpalListenerUDP

(

)

Destroy the listener thread.

OpalListenerUDP::OpalListenerUDP	(	OpalEndPoint &	endpoint,
		PIPSocket::Address	binding = PIPSocket::GetDefaultIpAny(),
		WORD	port = 0,
		BOOL	exclusive = TRUE
	)

Create a new listener.

Parameters:

endpoint	Endpoint listener is used for
binding	Local interface to listen on
port	TCP port to listen for connections

OpalListenerUDP::OpalListenerUDP	(	OpalEndPoint &	endpoint,
		const OpalTransportAddress &	binding,
		OpalTransportAddress::BindOptions	option
	)

Parameters:

endpoint	Endpoint listener is used for
binding	Local interface to listen on
option	OPtions for binding

OpalListenerUDP::~OpalListenerUDP

(

)

Destroy the listener thread.

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Member Function Documentation

virtual BOOL OpalListenerUDP::Open	(	const PNotifier &	acceptHandler,
		ThreadMode	mode = SpawnNewThreadMode
	)			[virtual]

Open the listener. Listen for an incoming connection and create a OpalTransport of the appropriate subclass.

If notifier function acceptHandler is non-NULL a thread is spawned to listen for incoming connections. The acceptHandler is called when a new connection is created. The INT parameter to the acceptHandler is a pointer to the new OpalTransport instance created by the listener.

If singleThread is FALSE the acceptHandler function is called in the context of a new thread and the continues to listen for more connections. If TRUE, then the acceptHandler function is called from within the listener threads context and no more connections are created. That is only a single connection is ever created by this listener.

If acceptHandler is NULL, then no thread is started and it is assumed that the caller is responsible for calling Accept() and waiting for the new connection.

Parameters:

acceptHandler	Handler function for new connections
mode	How handler function is called thread wise

Implements OpalListener.

virtual BOOL OpalListenerUDP::IsOpen

(

)

[virtual]

Indicate if the listener is open.

Implements OpalListener.

virtual void OpalListenerUDP::Close

(

)

[virtual]

Stop the listener thread and no longer accept incoming connections.

Implements OpalListener.

virtual OpalTransport* OpalListenerUDP::Accept

(

const PTimeInterval &

timeout

)

[virtual]

Accept a new incoming transport.

Parameters:

timeout

Time to wait for incoming connection

Implements OpalListener.

virtual OpalTransport* OpalListenerUDP::CreateTransport	(	const OpalTransportAddress &	localAddress,
		const OpalTransportAddress &	remoteAddress
	)			const [virtual]

Create a transport compatible with this listener.

Implements OpalListener.

virtual const char* OpalListenerUDP::GetProtoPrefix

(

)

const [protected, virtual]

Implements OpalListenerIP.

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Member Data Documentation

PMonitoredSocketsPtr OpalListenerUDP::listenerBundle [protected]

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

• transports.h

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