unsigned lb_maxiter = 0;
unsigned comp_maxiter = 0;
double time_limit = 0;
+ bool exit_on_convergence = false;
bool exit_on_close = true;
// Named parameters lists
opterr = 0;
while ((c = getopt(*argc, argv,
"%:"
- "a:bc:C:d:D:eEhi:I:k:l:L:m:M:N:r:Rs:S:t:T:vVx:X:Z"))
+ "a:bc:C:d:D:eEGhi:I:k:l:L:m:M:N:r:Rs:S:t:T:vVx:X:Z"))
!= -1) {
switch (c) {
case '%':
case 'E':
opt::egocentric = !opt::egocentric;
break;
+ case 'G':
+ opt::exit_on_convergence = !opt::exit_on_convergence;
+ break;
case 'h':
opt::help_requested++;
break;
h.val_or_string(comp_maxiter, "no limit"));
DESCR("convergence is assumed within (\%)", "%g", opt::avg_load_ratio);
DESCR("time limit", "%s", h.val_or_string(time_limit, "no limit"));
+ DESCR("exit on convergence", "%s", h.on_off(exit_on_convergence));
DESCR("exit on close", "%s", h.on_off(exit_on_close));
XBT_INFO("`----");
std::clog << o("-% value")
<< "percent of the load average to assume the convergence"
<< " [" << opt::avg_load_ratio << "]\n";
+ std::clog << o("-G") << "toggle exit on detection of convergence"
+ << " [" << opt_helper::on_off(opt::exit_on_convergence) << "]\n";
std::clog << o("-t value")
<< "time limit (simulated time), 0 for no limit"
<< " [" << opt::time_limit << "]\n";