TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER > Class Template Reference

Extend the Proxy_Admin interface to provide methods for filtering. More...

#include <ESF_Peer_Admin.h>

Inheritance diagram for TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >:

[legend]Collaboration diagram for TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >:


Public Member Functions
	TAO_ESF_Peer_Admin (EVENT_CHANNEL *ec)
	Constructor.
virtual	~TAO_ESF_Peer_Admin (void)
	destructor
virtual void	peer_connected (PEER *peer)
virtual void	peer_reconnected (PEER *peer)
virtual void	peer_disconnected (PEER *peer)

Detailed Description

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>
class TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >

Extend the Proxy_Admin interface to provide methods for filtering.

Some Event Services that perform filtering have to propagate the consumer connect/disconnect activities to the suppliers, and vice-versa. In that scenario the ESF_Proxy_Admin<> interface is augmented with connected()/reconnected()/disconnected() operations for the proxy peers (i.e. the ProxySuppliers for the ProxyConsumers and vice-versa).

Requirements

In addition to the requirements imposed by ESF_Proxy_Admin<> the PROXY interface must implement:


 * void connected (PEER *peer) throw ();
 * void reconnected (PEER *peer) throw ();
 * void disconnected (PEER *peer) throw ();
 *

Similarly, the PEER interface must implement:


 * void connected (PROXY *proxy) throw ();
 * void reconnected (PROXY *proxy) throw ();
 * void disconnected (PROXY *proxy) throw ();
 *

Definition at line 58 of file ESF_Peer_Admin.h.

Constructor & Destructor Documentation

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>

TAO_BEGIN_VERSIONED_NAMESPACE_DECL TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >::TAO_ESF_Peer_Admin ( EVENT_CHANNEL * ec )

Constructor.

Definition at line 12 of file ESF_Peer_Admin.cpp.

00013 : TAO_ESF_Proxy_Admin<EVENT_CHANNEL,PROXY,INTERFACE> (ec) 00014 { 00015 }

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>

TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >::~TAO_ESF_Peer_Admin ( void ) [virtual]

destructor

Definition at line 19 of file ESF_Peer_Admin.cpp.

00020 { 00021 }

Member Function Documentation

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>

void TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >::peer_connected ( PEER * peer ) [virtual]

A has connected, this is invoked when the peer's client has invoked the connect_xxx_yyy() method. The default implementation is a no-op.
Definition at line 25 of file ESF_Peer_Admin.cpp.
References TAO_ESF_Proxy_Admin< EVENT_CHANNEL, PROXY, INTERFACE >::for_each().

00026 { 00027 TAO_ESF_Peer_Connected<PROXY,PEER> worker (peer); 00028 00029 this->for_each (&worker); 00030 }

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>

void TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >::peer_disconnected ( PEER * peer ) [virtual]

A has been disconnected. The default implementation removes the object from the collection and deactivates the proxy.
Definition at line 43 of file ESF_Peer_Admin.cpp.
References TAO_ESF_Proxy_Admin< EVENT_CHANNEL, PROXY, INTERFACE >::for_each().

00044 { 00045 TAO_ESF_Peer_Disconnected<PROXY,PEER> worker (peer); 00046 00047 this->for_each (&worker); 00048 }

template<class EVENT_CHANNEL, class PROXY, class INTERFACE, class PEER>

void TAO_ESF_Peer_Admin< EVENT_CHANNEL, PROXY, INTERFACE, PEER >::peer_reconnected ( PEER * peer ) [virtual]

A has reconnected, i.e. its client has invoked the connect_xxx_yyy() method, but the peer was connected already. The default implementation delegates on the collection method
Definition at line 34 of file ESF_Peer_Admin.cpp.
References TAO_ESF_Proxy_Admin< EVENT_CHANNEL, PROXY, INTERFACE >::for_each().

00035 { 00036 TAO_ESF_Peer_Reconnected<PROXY,PEER> worker (peer); 00037 00038 this->for_each (&worker); 00039 }

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

Generated on Sun Jan 27 13:38:51 2008 for TAO_ESF by

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