Ejemplos de init_progress_report en C++ (Cpp)

Ejemplo n.º 1

Archivo: events.c Proyecto: curtisbright/mepn-data

/* This function is called (via check_events()) from the top level sieve
   loops (prime_sieve() etc.). It can assume that it is safe to tighten any
   sieving parameters other than p_min and p_max.
*/
void process_events(uint64_t current_prime)
{
  /* event_happened was set last in notify_event(), so clear it first which
     ensures that if some signal arrives while we are in process_events()
     it might have to wait until the next sieve iteration to get processed,
     but it won't be lost.
  */
  event_happened = 0;

  if (clear_event(initialise_events))
  {
    init_signals();
    init_progress_report(current_prime);
  }

  if (clear_event(subsequence_eliminated))
    remove_eliminated_subsequences(current_prime);

  if (clear_event(sieve_parameters_changed))
    init_progress_report(current_prime);

  if (clear_event(received_sigterm))
  {
    finish_srsieve("SIGTERM was received",current_prime);
    signal(SIGTERM,SIG_DFL);
    raise(SIGTERM);
  }

  if (clear_event(received_sigint))
  {
    finish_srsieve("SIGINT was received",current_prime);
    signal(SIGINT,SIG_DFL);
    raise(SIGINT);
  }

  if (clear_event(report_due))
    progress_report(current_prime);

  if (clear_event(save_due))
    write_save_file(current_prime);
}

Ejemplo n.º 2

Archivo: events.c Proyecto: matszpk/native-boinc-for-android

/* This function is called (via check_events()) from the top level sieve
   loops (prime_sieve() etc.). It can assume that it is safe to tighten any
   sieving parameters other than p_min and p_max.
*/
void process_events(uint64_t current_prime)
{
  /* event_happened was set last in notify_event(), so clear it first which
     ensures that if some signal arrives while we are in process_events()
     it might have to wait until the next sieve iteration to get processed,
     but it won't be lost.
  */
  event_happened = 0;

  if (clear_event(initialise_events))
  {
    init_signals();
    init_progress_report(current_prime);
  }

  if (clear_event(sieve_parameters_changed))
    init_progress_report(current_prime);

  if (clear_event(received_sigterm))
  {
    finish_srsieve("SIGTERM was received",current_prime);
    signal(SIGTERM,SIG_DFL);
    raise(SIGTERM);
  }

  if (clear_event(received_sigint))
  {
    finish_srsieve("SIGINT was received",current_prime);
    signal(SIGINT,SIG_DFL);
    raise(SIGINT);
  }

#ifdef SIGHUP
  if (clear_event(received_sighup))
  {
    finish_srsieve("SIGHUP was received",current_prime);
    signal(SIGHUP,SIG_DFL);
    raise(SIGHUP);
  }
#endif

#if HAVE_FORK
  if (clear_event(received_sigpipe))
  {
    finish_srsieve("SIGPIPE was received",current_prime);
    signal(SIGPIPE,SIG_DFL);
    raise(SIGPIPE);
  }

  if (clear_event(received_sigchld))
  {
    finish_srsieve("SIGCHLD was received",current_prime);
    signal(SIGCHLD,SIG_DFL);
    raise(SIGCHLD);
    exit(EXIT_FAILURE);
  }
#endif

  if (clear_event(factor_found))
    next_report_due = time(NULL);

  if (clear_event(report_due))
    progress_report(current_prime);

  if (clear_event(save_due))
  {
#if SOBISTRATOR_OPT
    if (sobistrator_opt)
      sob_write_checkpoint(current_prime);
#endif
    write_checkpoint(current_prime);
  }
}