void
define_starter_agent(
so_5::coop_t & coop,
so_5::disp::prio_one_thread::strictly_ordered::private_dispatcher_t & disp )
{
coop.define_agent( coop.make_agent_context() + so_5::prio::p0, disp.binder() )
.on_start( [&coop, &disp] {
auto common_mbox = coop.environment().create_mbox();
coop.environment().introduce_coop(
[&]( so_5::coop_t & child )
{
using namespace so_5::prio;
std::string & sequence = define_main_agent(
child, disp, common_mbox );
define_receiver_agent(
child, disp, p1, common_mbox, sequence );
define_receiver_agent(
child, disp, p2, common_mbox, sequence );
define_receiver_agent(
child, disp, p3, common_mbox, sequence );
define_receiver_agent(
child, disp, p4, common_mbox, sequence );
define_receiver_agent(
child, disp, p5, common_mbox, sequence );
define_receiver_agent(
child, disp, p6, common_mbox, sequence );
define_receiver_agent(
child, disp, p7, common_mbox, sequence );
} );
so_5::send< msg_hello >( common_mbox );
} );
}
void
define_supervison_agent(
so_5::coop_t & coop,
const so_5::mbox_t & common_mbox )
{
struct supervisor_data
{
const std::string m_expected_value;
std::string m_accumulator;
const std::size_t m_expected_receivers;
std::size_t m_started_receivers = 0;
const std::size_t m_expected_replies;
std::size_t m_replies = 0;
supervisor_data(
std::string expected_value,
std::size_t expected_receivers,
std::size_t expected_replies )
: m_expected_value( std::move( expected_value ) )
, m_expected_receivers( expected_receivers )
, m_expected_replies( expected_replies )
{}
};
auto data = std::make_shared< supervisor_data >(
"777775555333"
"777775555333"
"777775555333"
"777775555333"
"5555333"
"333"
"33",
3,
3 * 20u );
coop.define_agent()
.event< msg_receiver_started >( common_mbox, [common_mbox, data] {
data->m_started_receivers += 1;
if( data->m_started_receivers == data->m_expected_receivers )
so_5::send< msg_send_messages >( common_mbox );
} )
.event( common_mbox,
[&coop, data]( const msg_reply & reply ) {
data->m_replies += 1;
data->m_accumulator += std::to_string(
so_5::to_size_t( reply.m_priority ) );
if( data->m_replies >= data->m_expected_replies )
{
if( data->m_expected_value != data->m_accumulator )
throw std::runtime_error( "values mismatch: "
"expected: " + data->m_expected_value +
", actual: " + data->m_accumulator );
else
coop.environment().stop();
}
} );
}
void
define_message_sender(
so_5::coop_t & coop,
so_5::disp::prio_one_thread::quoted_round_robin::private_dispatcher_t & disp,
const so_5::mbox_t & common_mbox )
{
coop.define_agent( coop.make_agent_context() + so_5::prio::p0, disp.binder() )
.event< msg_send_messages >( common_mbox, [common_mbox] {
for( int i = 0; i != 20; ++i )
so_5::send< msg_request >( common_mbox );
} );
}
so_5::mbox_t make_logger( so_5::coop_t & coop )
{
// Logger will work on its own working thread.
auto logger = coop.define_agent(
so_5::disp::one_thread::create_private_disp(
coop.environment() )->binder() );
logger.event( logger, []( const log_msg & msg ) {
std::cout << msg << std::endl;
} );
return logger.direct_mbox();
}
void
define_receiver_agent(
so_5::coop_t & coop,
so_5::disp::prio_one_thread::strictly_ordered::private_dispatcher_t & disp,
so_5::priority_t priority,
const so_5::mbox_t & common_mbox,
std::string & sequence )
{
coop.define_agent( coop.make_agent_context() + priority, disp.binder() )
.event< msg_hello >(
common_mbox,
[priority, &sequence] {
sequence += std::to_string(
static_cast< std::size_t >( priority ) );
} );
}
void
define_receiver_agent(
so_5::coop_t & coop,
so_5::disp::prio_one_thread::quoted_round_robin::private_dispatcher_t & disp,
so_5::priority_t priority,
const so_5::mbox_t & common_mbox )
{
coop.define_agent( coop.make_agent_context() + priority, disp.binder() )
.on_start( [common_mbox] {
so_5::send< msg_receiver_started >( common_mbox );
} )
.event< msg_request >(
common_mbox,
[priority, common_mbox] {
so_5::send< msg_reply >( common_mbox, priority );
} );
}
void
fill_coop(
so_5::coop_t & coop )
{
using namespace so_5::disp::prio_one_thread::strictly_ordered;
define_starter_agent( coop,
*(create_private_disp(coop.environment())) );
}
void
fill_coop(
so_5::coop_t & coop )
{
using namespace so_5::disp::prio_one_thread::quoted_round_robin;
using namespace so_5::prio;
auto common_mbox = coop.environment().create_mbox();
auto rr_disp = create_private_disp( coop.environment(),
quotes_t{2}
.set( p7, 5 )
.set( p5, 4 )
.set( p3, 3 ) );
define_supervison_agent( coop, common_mbox );
define_message_sender( coop, *rr_disp, common_mbox );
define_receiver_agent( coop, *rr_disp, p7, common_mbox );
define_receiver_agent( coop, *rr_disp, p5, common_mbox );
define_receiver_agent( coop, *rr_disp, p3, common_mbox );
}
void fill_demo_coop( so_5::coop_t & coop )
{
const unsigned int producers = 40;
// Shutdowner will work on the default dispatcher.
coop.make_agent_with_binder< shutdowner >(
so_5::create_default_disp_binder(),
producers );
// Logger will work on its own context.
const auto logger_mbox = make_logger( coop );
// Consumer agent must be created first.
// It will work on its own working thread.
auto consumer_mbox = coop.make_agent_with_binder< consumer >(
so_5::disp::one_thread::create_private_disp(
coop.environment() )->binder(),
logger_mbox )->consumer_mbox();
// All producers will work on thread pool dispatcher.
namespace tp_disp = so_5::disp::thread_pool;
auto disp = tp_disp::create_private_disp( coop.environment() );
// All agents on this dispatcher will have independent event queues.
const auto bind_params = tp_disp::bind_params_t{}
.fifo( tp_disp::fifo_t::individual )
.max_demands_at_once( 1 );
// All producers can be created now.
for( unsigned int i = 0; i != producers; ++i )
coop.make_agent_with_binder< producer >(
disp->binder( bind_params ),
"producer-" + std::to_string( i + 1 ),
logger_mbox,
consumer_mbox,
10u );
}
