wrap calls to server-side-functions with different error-handling strategies More...

#include <client_wrapper.hxx>

Inheritance diagram for libt2n::T2nSingletonWrapper< Client >:

Static Public Member Functions
static void	set_connection (std::auto_ptr< ConnectionWrapper > wrappedConnection)
	tell the wrapper which connection to use
static ConnectionWrapper *	get_connection_wrapper (void)
	return a pointer to the ConnectionWrapper currently in use
static void	ensure_singleton_there (void)
	manually establish the connection without actually executing a call
Static Protected Attributes
static const char *	NotInitializedMessage = "T2nSingletonWrapper used before setting initializing connection"
Private Member Functions
	T2nSingletonWrapper (std::auto_ptr< Client > stub)
Static Private Member Functions
static void	init ()
template<typename R >
static detail::TypeWrap< R >::type	real_exec (boost::function< R(Client *) > f)
Private Attributes
std::auto_ptr< Client >	Stub
Static Private Attributes
static std::auto_ptr < T2nSingletonWrapper >	SingletonObject
static std::auto_ptr < ConnectionWrapper >	WrappedConnection

Detailed Description

template<class Client>
class libt2n::T2nSingletonWrapper< Client >

wrap calls to server-side-functions with different error-handling strategies

Template class to access a process-wide singleton server-connection and to wrap all calls using this connection with an error-handling strategy (e.g. to reconnect when the connection broke). The source looks very complicated due to heavy use of templates, look at the 3rd codegen example to see how to use it.

Example

Calling remote methods is usually done via t2n_exec, this saves you from always specifying which T2nSingletonWrapper-template to use when calling T2nSingletonWrapper::exec

    t2n_exec(&cmd_group_t2nexample_client::testfunc)("the answer is %d",42)

Constructor & Destructor Documentation

template<class Client >

libt2n::T2nSingletonWrapper< Client >::T2nSingletonWrapper ( std::auto_ptr< Client > stub ) [inline, private]

References libt2n::T2nSingletonWrapper< Client >::Stub.

Referenced by libt2n::T2nSingletonWrapper< Client >::init().

Member Function Documentation

template<class Client >

static void libt2n::T2nSingletonWrapper< Client >::ensure_singleton_there ( void ) [inline, static]

manually establish the connection without actually executing a call

References libt2n::T2nSingletonWrapper< Client >::init(), and libt2n::T2nSingletonWrapper< Client >::SingletonObject.

Referenced by libt2n::T2nSingletonWrapper< Client >::real_exec().

template<class Client >

static ConnectionWrapper* libt2n::T2nSingletonWrapper< Client >::get_connection_wrapper ( void ) [inline, static]

return a pointer to the ConnectionWrapper currently in use

References libt2n::T2nSingletonWrapper< Client >::WrappedConnection.

template<class Client >

static void libt2n::T2nSingletonWrapper< Client >::init ( ) [inline, static, private]

References libt2n::T2nSingletonWrapperMessages::NotInitializedMessage, libt2n::T2nSingletonWrapper< Client >::SingletonObject, libt2n::T2nSingletonWrapper< Client >::T2nSingletonWrapper(), and libt2n::T2nSingletonWrapper< Client >::WrappedConnection.

Referenced by libt2n::T2nSingletonWrapper< Client >::ensure_singleton_there().

template<class Client >

template<typename R >

static detail::TypeWrap<R>::type libt2n::T2nSingletonWrapper< Client >::real_exec ( boost::function< R(Client *) > f ) [inline, static, private]

References libt2n::T2nSingletonWrapper< Client >::ensure_singleton_there(), libt2n::T2nSingletonWrapper< Client >::SingletonObject, and libt2n::T2nSingletonWrapper< Client >::WrappedConnection.

template<class Client >

static void libt2n::T2nSingletonWrapper< Client >::set_connection ( std::auto_ptr< ConnectionWrapper > wrappedConnection ) [inline, static]

tell the wrapper which connection to use

Parameters:

wrappedConnection the connection to establish when needed

References libt2n::T2nSingletonWrapper< Client >::SingletonObject, and libt2n::T2nSingletonWrapper< Client >::WrappedConnection.

Member Data Documentation

const char * libt2n::T2nSingletonWrapperMessages::NotInitializedMessage = "T2nSingletonWrapper used before setting initializing connection" [static, protected, inherited]

Referenced by libt2n::T2nSingletonWrapper< Client >::init().

template<class Client >

std::auto_ptr<T2nSingletonWrapper> libt2n::T2nSingletonWrapper< Client >::SingletonObject [static, private]

Referenced by libt2n::T2nSingletonWrapper< Client >::ensure_singleton_there(), libt2n::T2nSingletonWrapper< Client >::init(), libt2n::T2nSingletonWrapper< Client >::real_exec(), and libt2n::T2nSingletonWrapper< Client >::set_connection().

template<class Client >

std::auto_ptr<Client> libt2n::T2nSingletonWrapper< Client >::Stub [private]

Referenced by libt2n::T2nSingletonWrapper< Client >::T2nSingletonWrapper().

template<class Client >

std::auto_ptr<ConnectionWrapper> libt2n::T2nSingletonWrapper< Client >::WrappedConnection [static, private]

Referenced by libt2n::T2nSingletonWrapper< Client >::get_connection_wrapper(), libt2n::T2nSingletonWrapper< Client >::init(), libt2n::T2nSingletonWrapper< Client >::real_exec(), and libt2n::T2nSingletonWrapper< Client >::set_connection().

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