Conexus::EndpointServer Class Reference
[Conexus I/O Endpoints]

The EndpointServer generates Endpoints as a result of operation. More...

#include <endpointserver.h>

Inheritance diagram for Conexus::EndpointServer:

[legend]

List of all members.

Public Types
typedef ConexusPointer < EndpointServer >	pointer
Public Member Functions
virtual	~EndpointServer ()
sigc::signal< void, Endpoint::pointer >	signal_new_endpoint ()
	Connect to this signal to receive notifications of new endpoints created by this endpoint server.
Protected Member Functions
	EndpointServer ()
virtual void	queue_endpoint (Endpoint::pointer endpoint)
void	emit ()
Protected Attributes
sigc::signal< void, Endpoint::pointer >	m_signal_new_endpoint
std::queue< Endpoint::pointer >	m_endpoint_queue
Glib::Mutex	m_mutex_signal_endpoint
Glib::Mutex	m_mutex_endpoint_queue
Glib::Dispatcher *	m_dispatcher
sigc::connection	m_dispatcher_connection

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Detailed Description

The EndpointServer generates Endpoints as a result of operation.

This is in contrast to the DataServer which generates data as a result of operation.

The canonical example of an EndpointServer is a TCP server which as a result of operation generates accepted TCP connections. Thus, the TCP server is the EndpointServer, while the accepted TCP connections are DataServers.

Author:

Rick L Vinyard Jr <rvinyard@cs.nmsu.edu>

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Member Typedef Documentation

typedef ConexusPointer<EndpointServer> Conexus::EndpointServer::pointer

Reimplemented from Conexus::Server.

Reimplemented in Conexus::IPv4::TCPServer, Conexus::IPv6::TCPServer, Conexus::SSL::IPv4::TCPServer, and Conexus::SSL::IPv6::TCPServer.

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Constructor & Destructor Documentation

Conexus::EndpointServer::EndpointServer

(

)

[protected]

Conexus::EndpointServer::~EndpointServer

(

)

[virtual]

References Conexus::Server::m_running, and Conexus::Server::stop().

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Member Function Documentation

void Conexus::EndpointServer::emit

(

)

[protected, virtual]

Implements Conexus::Server.

References m_endpoint_queue, m_mutex_endpoint_queue, m_mutex_signal_endpoint, and m_signal_new_endpoint.

Referenced by queue_endpoint().

void Conexus::EndpointServer::queue_endpoint

(

Endpoint::pointer

endpoint

)

[protected, virtual]

References emit(), m_dispatcher, m_endpoint_queue, m_mutex_endpoint_queue, m_mutex_signal_endpoint, and Conexus::Server::m_use_dispatcher.

Referenced by Conexus::IPv6::TCPServer::service_thread_main(), and Conexus::IPv4::TCPServer::service_thread_main().

sigc::signal< void, Endpoint::pointer > Conexus::EndpointServer::signal_new_endpoint

(

)

Connect to this signal to receive notifications of new endpoints created by this endpoint server.

References m_signal_new_endpoint.

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Member Data Documentation

Glib::Dispatcher* Conexus::EndpointServer::m_dispatcher [protected]

Reimplemented from Conexus::Server.

Referenced by queue_endpoint().

sigc::connection Conexus::EndpointServer::m_dispatcher_connection [protected]

std::queue<Endpoint::pointer> Conexus::EndpointServer::m_endpoint_queue [protected]

Referenced by emit(), and queue_endpoint().

Glib::Mutex Conexus::EndpointServer::m_mutex_endpoint_queue [protected]

Referenced by emit(), and queue_endpoint().

Glib::Mutex Conexus::EndpointServer::m_mutex_signal_endpoint [protected]

Referenced by emit(), and queue_endpoint().

sigc::signal<void, Endpoint::pointer> Conexus::EndpointServer::m_signal_new_endpoint [protected]

Referenced by emit(), and signal_new_endpoint().

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

• endpointserver.h
• endpointserver.cpp