void uvm_phase_controller::do_run(void)
{
sc_process_handle run_handle;
sc_spawn_options o;
MARK_THREAD_INVISIBLE(o);
// spawn thread that will wait for m_global_timeout to expire
sc_spawn(sc_bind(&uvm_phase_controller::wait_for_global_timeout, this),
"uvm_wait_for_global_timeout",
&o
);
// spawn UVM runtime schedules
for (unsigned int i = 0; i < m_schedules.size(); i++)
{
run_handle = sc_spawn(sc_bind(&uvm_schedule::do_run, m_schedules[i]));
m_join_run.add_process(run_handle);
}
// spawn thread that will wait for active runtime schedules to complete
sc_spawn(sc_bind(&uvm_phase_controller::wait_for_run_phases, this),
"uvm_wait_for_run_phases",
&o
);
// TODO - spawn check for runtime fatal errors here (try/catch?)
// Note: Needs to work in ML as well...
}
uvm_component::uvm_component(sc_module_name nm) : sc_module(nm) {
uvm_common_schedule* pcommon_schedule = get_uvm_common_schedule();
pcommon_schedule->register_callback(this);
// TODO: should all component default to be part of UVM schedule?
uvm_common_schedule* puvm_schedule = get_uvm_schedule();
puvm_schedule->register_callback(this);
if (!global_timeout_spawned_) {
// spawn thread that will wait for m_global_timeout to expire
sc_spawn_options o;
MARK_THREAD_INVISIBLE(o);
sc_spawn(sc_bind(&uvm_manager::wait_for_global_timeout, get_uvm_manager()),
"uvm_wait_for_global_timeout",
&o
);
global_timeout_spawned_ = true;
}
}