void
evt_default_three( const so_5::rt::event_data_t< msg_three > & )
{
m_sequence += "d3:";
so_change_state( st_1 );
m_mbox->deliver_signal< msg_one >();
m_mbox->deliver_signal< msg_two >();
}
void
evt_msg_1( const so_5::rt::event_data_t< msg_test > & evt )
{
m_controller.msg_receive_1( evt.get() );
m_stored_message = evt.make_reference();
so_change_state( st_stored );
m_mbox->deliver_signal< msg_do_resend >();
}
void
evt_st_1_three( const so_5::rt::event_data_t< msg_three > & )
{
m_sequence += "1_d3:";
so_drop_subscription_for_all_states( m_mbox,
&a_test_t::evt_default_one );
so_change_state( st_2 );
m_mbox->deliver_signal< msg_one >();
m_mbox->deliver_signal< msg_two >();
m_mbox->deliver_signal< msg_three >();
}
void
evt_next_normal_convert(
const so_5::rt::event_data_t< msg_next_convert > & )
{
if( m_normal_convert_actions_current <
m_normal_convert_actions.size() )
{
m_normal_convert_actions[ m_normal_convert_actions_current ]();
++m_normal_convert_actions_current;
}
else
{
so_change_state( st_deadlocks );
}
m_self_mbox->deliver_signal< msg_next_convert >();
}
void
agent_t::so_switch_to_awaiting_deregistration_state()
{
so_change_state( awaiting_deregistration_state );
}