namespace {
- void sleep_until_date(double& date, double duration = 0.0)
+ void sleep_until_date(double& date, double duration)
{
double sleep_duration = date - MSG_get_clock();
if (sleep_duration > 0.0)
++lb_iter;
}
+ mutex.acquire();
if (!opt::bookkeeping)
expected_load = real_load - get_sum_of_to_send();
// nothing to do with opt::bookkeeping
XBT_INFO("(%u:%u) current load: %g", lb_iter, comp_iter, real_load);
XBT_VERB("... expected load: %g", expected_load);
}
+ mutex.release();
if (expected_load > 0.0)
load_balance();
double next_iter_after_date = MSG_get_clock() + opt::min_comp_iter_duration;
while (still_running()) {
// receive
+ mutex.acquire();
if (real_load > 0.0)
data_receive(0.0);
else
data_receive(opt::min_comp_iter_duration);
+ mutex.release();
comm.data_flush(false);
- if (real_load == 0.0)
- continue;
-
// send
+ mutex.acquire();
std::for_each(neigh.begin(), neigh.end(),
bind(&process::data_send, this, _1));
+ mutex.release();
+
+ if (real_load == 0.0)
+ continue;
// compute
++comp_iter;
if (!last_status) {
/* nop */
+ } else if (opt::exit_request) {
+ XBT_VERB("Global exit requested");
+ last_status = false;
+
} else if (opt::time_limit && MSG_get_clock() >= opt::time_limit) {
XBT_VERB("Reached time limit: %g/%g", MSG_get_clock(), opt::time_limit);
last_status = false;