dx::pipe< rcv_t >::server< instance_t, arg_t > Class Template Reference

server - accepts multiple concurrent pipe client connections Each accepted connection is served by its own pipe::server::instance, running on a dedicated read thread. run() keeps exactly one instance listening for the next client at all times: once ConnectNamedPipe() accepts a connection, that instance's own thread calls server::run() again - reaping already-concluded instances and spawning the next listener - before servicing its own connection. A concluded instance (client disconnected) therefore joins only at the start of the next run(), on a different thread: a std::jthread cannot join itself, so reaping cannot happen from within the concluding instance's own read thread. An otherwise idle server thus keeps its most recently used instance around until either the next connection or stop(), which unconditionally joins every instance - connected or not - synchronously before returning. More...

#include <dx_pipe.h>

Collaboration diagram for dx::pipe< rcv_t >::server< instance_t, arg_t >:

Classes
struct	access
class	instance

Public Member Functions
	dx_catchall_rethrow () void stop() noexcept
template<typename snd_t>
const snd_t &	operator<< (const snd_t &snd) try
void	run () try
	server (const std::string &id, arg_t... args)
	server (const std::string &id, const ::DWORD(&access)[2], arg_t... args)
	server (const std::string &id, typename decltype(listen)::listeners &&listeners, arg_t... args)
	server (const std::string &id, typename decltype(listen)::listeners &&listeners, const ::DWORD(&access)[2], arg_t... args)
	~server ()

Public Attributes
std::tuple< arg_t... >	args
dx::listen< std::function< void(class instance &, const rcv_t &)> >	listen

Protected Attributes
::DWORD	access [2] {}
std::string	id
shared::guard< std::set< std::shared_ptr< class instance > > >	instance
std::atomic< bool >	stopping {}

Detailed Description

template<typename rcv_t>
template<typename instance_t = pipe, typename ... arg_t>
class dx::pipe< rcv_t >::server< instance_t, arg_t >

server - accepts multiple concurrent pipe client connections Each accepted connection is served by its own pipe::server::instance, running on a dedicated read thread. run() keeps exactly one instance listening for the next client at all times: once ConnectNamedPipe() accepts a connection, that instance's own thread calls server::run() again - reaping already-concluded instances and spawning the next listener - before servicing its own connection. A concluded instance (client disconnected) therefore joins only at the start of the next run(), on a different thread: a std::jthread cannot join itself, so reaping cannot happen from within the concluding instance's own read thread. An otherwise idle server thus keeps its most recently used instance around until either the next connection or stop(), which unconditionally joins every instance - connected or not - synchronously before returning.

Constructor & Destructor Documentation

server() [1/4]

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::server ( const std::string & id, typename decltype(listen)::listeners && listeners, const ::DWORD(&) access[2], arg_t... args )

inline

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server() [2/4]

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::server ( const std::string & id, typename decltype(listen)::listeners && listeners, arg_t... args )

inline

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server() [3/4]

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::server ( const std::string & id, const ::DWORD(&) access[2], arg_t... args )

inline

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server() [4/4]

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::server ( const std::string & id, arg_t... args )

inline

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~server()

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::~server ( )

inline

Member Function Documentation

dx_catchall_rethrow()

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::pipe< rcv_t >::server< instance_t, arg_t >::dx_catchall_rethrow ( )

inlinenoexcept

operator<<()

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

template<typename snd_t>

const snd_t & dx::pipe< rcv_t >::server< instance_t, arg_t >::operator<< ( const snd_t & snd )

inline

run()

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

void dx::pipe< rcv_t >::server< instance_t, arg_t >::run ( )

inline

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Member Data Documentation

access

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

::DWORD dx::pipe< rcv_t >::server< instance_t, arg_t >::access[2] {}

protected

args

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

std::tuple<arg_t...> dx::pipe< rcv_t >::server< instance_t, arg_t >::args

id

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

std::string dx::pipe< rcv_t >::server< instance_t, arg_t >::id

protected

instance

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

shared::guard<std::set<std::shared_ptr<class instance> > > dx::pipe< rcv_t >::server< instance_t, arg_t >::instance

protected

listen

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

dx::listen<std::function<void(class instance&, const rcv_t&)> > dx::pipe< rcv_t >::server< instance_t, arg_t >::listen

stopping

template<typename rcv_t>

template<typename instance_t = pipe, typename ... arg_t>

std::atomic<bool> dx::pipe< rcv_t >::server< instance_t, arg_t >::stopping {}

protected

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

• dx_pipe.h