EXIT_FAILURE_CLEAN = 0x08, // error at cleanup
};
+ xbt_mutex_t proc_mutex;
+ xbt_cond_t proc_cond;
+ unsigned proc_counter;
+
struct statistics comps;
struct statistics loads;
process* proc;
try {
proc = opt::loba_algorithms.new_instance(opt::loba_algo, argc, argv);
+
+ xbt_mutex_acquire(proc_mutex);
+ ++proc_counter;
+ xbt_mutex_release(proc_mutex);
+
result = proc->run();
+
+ xbt_mutex_acquire(proc_mutex);
comps.push(proc->get_comp());
loads.push(proc->get_real_load());
+
+ // Synchronization barrier...
+ // The goal is to circumvent a limitation in SimGrid (at least
+ // in version 3.5): a process must be alive when another one
+ // destroys a communication they had together.
+
+ --proc_counter;
+ xbt_cond_broadcast(proc_cond);
+ while (proc_counter > 0)
+ xbt_cond_wait(proc_cond, proc_mutex);
+ xbt_mutex_release(proc_mutex);
+
delete proc;
}
catch (std::invalid_argument& e) {
exit_status = EXIT_FAILURE_SIMU; // =====
+ proc_mutex = xbt_mutex_init();
+ proc_cond = xbt_cond_init();
+ proc_counter = 0;
+
// Launch the MSG simulation.
INFO1("Starting simulation at %f...", MSG_get_clock());
res = MSG_main();
simulated_time = MSG_get_clock();
INFO1("Simulation ended at %f.", simulated_time);
+
+ xbt_cond_destroy(proc_cond);
+ xbt_mutex_destroy(proc_mutex);
+
if (res != MSG_OK)
THROW1(0, 0, "MSG_main() failed with status %#x", res);